index	mutID	Chr	Gname	chr_gnam	ref_id	cluster	GENE	Query_Length	subject	identity	evalue	q_start	q_end	query_coverage	subject_coverage	Accession	Compound	group
1	M0002440	1111525849478674_bin.27__k141_32410	AANDFDGC_00002	1111525849478674_bin.27__k141_32410__AANDFDGC_00002	1111525849478674_bin.27__k141_32410	C1519	AANDFDGC_00002	433	arsB	70.6	1.7e-167	1	432	0.9976905311778291	1.00699300699301	O50594	Arsenic (As), Antimony (Sb)	experiment
2	M0002440	1111525849478674_bin.27__k141_32410	AANDFDGC_00002	1111525849478674_bin.27__k141_32410__AANDFDGC_00002	1111525849478674_bin.27__k141_32410	C1519	AANDFDGC_00002	433	gi|1028107024	72	3.8e-168	1	432	0.9976905311778291	1.00699300699301	WP_063861939.1	Arsenic (As), Antimony (Sb)	prediction
3	M0004806	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
4	M0004806	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
5	M0004807	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
6	M0004807	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
7	M0004808	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
8	M0004808	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
9	M0004809	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
10	M0004809	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
11	M0004810	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
12	M0004810	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
13	M0004811	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
14	M0004811	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
15	M0004812	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
16	M0004812	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
17	M0004833	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
18	M0004833	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
19	M0004834	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
20	M0004834	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
21	M0004835	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
22	M0004835	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
23	M0005016	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
24	M0005016	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
25	M0005017	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
26	M0005017	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
27	M0005018	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
28	M0005018	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
29	M0005019	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
30	M0005019	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
31	M0005020	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
32	M0005020	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
33	M0005021	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
34	M0005021	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
35	M0005022	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
36	M0005022	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
37	M0005023	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
38	M0005023	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
39	M0005024	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
40	M0005024	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
41	M0005025	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
42	M0005025	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
43	M0005026	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
44	M0005026	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
45	M0005027	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
46	M0005027	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
47	M0005155	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
48	M0005155	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
49	M0005156	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
50	M0005156	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
51	M0005157	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
52	M0005157	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
53	M0005158	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
54	M0005158	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
55	M0005159	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
56	M0005159	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
57	M0005160	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
58	M0005160	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
59	M0005161	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
60	M0005161	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
61	M0005162	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
62	M0005162	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
63	M0005163	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
64	M0005163	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
65	M0005206	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	czcA	76.3	0	1	1055	0.9990539262062441	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
66	M0005206	1111525849478674_bin.7__k141_222258	KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258__KBPGMMNJ_00134	1111525849478674_bin.7__k141_222258	C1527	KBPGMMNJ_00134	1057	gi|981098673	77.7	0	1	1039	0.9839167455061495	0.978363123236124	WP_059414504.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
67	M0007250	1111525849479998_bin.17__k141_1194940	CBEFAPHG_00007	1111525849479998_bin.17__k141_1194940__CBEFAPHG_00007	1111525849479998_bin.17__k141_1194940	C1550	CBEFAPHG_00007	457	gi|806805055	90.2	2.3e-224	1	457	1.0	1	WP_046164446.1	Copper (Cu)	prediction
68	M0007251	1111525849479998_bin.17__k141_1194940	CBEFAPHG_00007	1111525849479998_bin.17__k141_1194940__CBEFAPHG_00007	1111525849479998_bin.17__k141_1194940	C1550	CBEFAPHG_00007	457	gi|806805055	90.2	2.3e-224	1	457	1.0	1	WP_046164446.1	Copper (Cu)	prediction
69	M0007252	1111525849479998_bin.17__k141_1194940	CBEFAPHG_00007	1111525849479998_bin.17__k141_1194940__CBEFAPHG_00007	1111525849479998_bin.17__k141_1194940	C1550	CBEFAPHG_00007	457	gi|806805055	90.2	2.3e-224	1	457	1.0	1	WP_046164446.1	Copper (Cu)	prediction
70	M0007253	1111525849479998_bin.17__k141_1194940	CBEFAPHG_00007	1111525849479998_bin.17__k141_1194940__CBEFAPHG_00007	1111525849479998_bin.17__k141_1194940	C1550	CBEFAPHG_00007	457	gi|806805055	90.2	2.3e-224	1	457	1.0	1	WP_046164446.1	Copper (Cu)	prediction
71	M0007254	1111525849479998_bin.17__k141_1194940	CBEFAPHG_00007	1111525849479998_bin.17__k141_1194940__CBEFAPHG_00007	1111525849479998_bin.17__k141_1194940	C1550	CBEFAPHG_00007	457	gi|806805055	90.2	2.3e-224	1	457	1.0	1	WP_046164446.1	Copper (Cu)	prediction
72	M0007255	1111525849479998_bin.17__k141_1194940	CBEFAPHG_00007	1111525849479998_bin.17__k141_1194940__CBEFAPHG_00007	1111525849479998_bin.17__k141_1194940	C1550	CBEFAPHG_00007	457	gi|806805055	90.2	2.3e-224	1	457	1.0	1	WP_046164446.1	Copper (Cu)	prediction
73	M0007256	1111525849479998_bin.17__k141_1194940	CBEFAPHG_00007	1111525849479998_bin.17__k141_1194940__CBEFAPHG_00007	1111525849479998_bin.17__k141_1194940	C1550	CBEFAPHG_00007	457	gi|806805055	90.2	2.3e-224	1	457	1.0	1	WP_046164446.1	Copper (Cu)	prediction
74	M0007337	1111525849479998_bin.17__k141_1194940	CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940__CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940	C1550	CBEFAPHG_00001	613	copA	76.2	6.1e-288	1	613	1.0146818923327896	1.02134646962233	P12374	Copper (Cu), Silver (Ag)	experiment
75	M0007337	1111525849479998_bin.17__k141_1194940	CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940__CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940	C1550	CBEFAPHG_00001	613	gi|518236823	100	0	1	613	1.0	1	WP_019407031.1	Copper (Cu), Silver (Ag)	prediction
76	M0007338	1111525849479998_bin.17__k141_1194940	CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940__CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940	C1550	CBEFAPHG_00001	613	copA	76.2	6.1e-288	1	613	1.0146818923327896	1.02134646962233	P12374	Copper (Cu), Silver (Ag)	experiment
77	M0007338	1111525849479998_bin.17__k141_1194940	CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940__CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940	C1550	CBEFAPHG_00001	613	gi|518236823	100	0	1	613	1.0	1	WP_019407031.1	Copper (Cu), Silver (Ag)	prediction
78	M0007339	1111525849479998_bin.17__k141_1194940	CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940__CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940	C1550	CBEFAPHG_00001	613	copA	76.2	6.1e-288	1	613	1.0146818923327896	1.02134646962233	P12374	Copper (Cu), Silver (Ag)	experiment
79	M0007339	1111525849479998_bin.17__k141_1194940	CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940__CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940	C1550	CBEFAPHG_00001	613	gi|518236823	100	0	1	613	1.0	1	WP_019407031.1	Copper (Cu), Silver (Ag)	prediction
80	M0007340	1111525849479998_bin.17__k141_1194940	CBEFAPHG_00003	1111525849479998_bin.17__k141_1194940__CBEFAPHG_00003	1111525849479998_bin.17__k141_1194940	C1550	CBEFAPHG_00003	264	gi|1124637888	77.9	1.3e-123	1	264	1.0265151515151516	0.746556473829201	WP_074918658.1	Copper (Cu)	prediction
81	M0007389	1111525849479998_bin.17__k141_1194940	CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940__CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940	C1550	CBEFAPHG_00001	613	copA	76.2	6.1e-288	1	613	1.0146818923327896	1.02134646962233	P12374	Copper (Cu), Silver (Ag)	experiment
82	M0007389	1111525849479998_bin.17__k141_1194940	CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940__CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940	C1550	CBEFAPHG_00001	613	gi|518236823	100	0	1	613	1.0	1	WP_019407031.1	Copper (Cu), Silver (Ag)	prediction
83	M0007390	1111525849479998_bin.17__k141_1194940	CBEFAPHG_00003	1111525849479998_bin.17__k141_1194940__CBEFAPHG_00003	1111525849479998_bin.17__k141_1194940	C1550	CBEFAPHG_00003	264	gi|1124637888	77.9	1.3e-123	1	264	1.0265151515151516	0.746556473829201	WP_074918658.1	Copper (Cu)	prediction
84	M0007402	1111525849479998_bin.17__k141_1194940	CBEFAPHG_00007	1111525849479998_bin.17__k141_1194940__CBEFAPHG_00007	1111525849479998_bin.17__k141_1194940	C1550	CBEFAPHG_00007	457	gi|806805055	90.2	2.3e-224	1	457	1.0	1	WP_046164446.1	Copper (Cu)	prediction
85	M0007411	1111525849479998_bin.17__k141_1194940	CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940__CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940	C1550	CBEFAPHG_00001	613	copA	76.2	6.1e-288	1	613	1.0146818923327896	1.02134646962233	P12374	Copper (Cu), Silver (Ag)	experiment
86	M0007411	1111525849479998_bin.17__k141_1194940	CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940__CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940	C1550	CBEFAPHG_00001	613	gi|518236823	100	0	1	613	1.0	1	WP_019407031.1	Copper (Cu), Silver (Ag)	prediction
87	M0007412	1111525849479998_bin.17__k141_1194940	CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940__CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940	C1550	CBEFAPHG_00001	613	copA	76.2	6.1e-288	1	613	1.0146818923327896	1.02134646962233	P12374	Copper (Cu), Silver (Ag)	experiment
88	M0007412	1111525849479998_bin.17__k141_1194940	CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940__CBEFAPHG_00001	1111525849479998_bin.17__k141_1194940	C1550	CBEFAPHG_00001	613	gi|518236823	100	0	1	613	1.0	1	WP_019407031.1	Copper (Cu), Silver (Ag)	prediction
89	M0008922	1111525849481828_bin.7__k141_638260	JPGDOPCJ_00014	1111525849481828_bin.7__k141_638260__JPGDOPCJ_00014	1111525849481828_bin.7__k141_638260	C1625	JPGDOPCJ_00014	1050	ttgB	98.2	0	1	1050	1.0	1	O52248	n-hexane [class: Alkane], Toluene [class: Aromatic hydrocarbons], Dimethylphthalate [class: Pthalate], Styrene [class: Polystyrenes], m-xylene [class: Aromatic hydrocarbons], Ethylbenzene [class: Aromatic hydrocarbons], Propylbenzene [class: Aromatic hydrocarbons]	experiment
90	M0008922	1111525849481828_bin.7__k141_638260	JPGDOPCJ_00014	1111525849481828_bin.7__k141_638260__JPGDOPCJ_00014	1111525849481828_bin.7__k141_638260	C1625	JPGDOPCJ_00014	1050	gi|939338978	100	0	1	1050	1.0	1	WP_054885046.1	n-hexane [class: Alkane], Toluene [class: Aromatic hydrocarbons], Dimethylphthalate [class: Pthalate], Styrene [class: Polystyrenes], m-xylene [class: Aromatic hydrocarbons], Ethylbenzene [class: Aromatic hydrocarbons], Propylbenzene [class: Aromatic hydrocarbons]	prediction
91	M0009683	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
92	M0009684	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
93	M0009685	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
94	M0009686	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
95	M0009687	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
96	M0009688	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
97	M0009689	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
98	M0009690	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
99	M0009691	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
100	M0009692	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
101	M0009693	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
102	M0009694	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
103	M0009695	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
104	M0009696	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
105	M0009697	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
106	M0009698	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
107	M0009699	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
108	M0009700	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
109	M0009701	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
110	M0009702	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
111	M0009703	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
112	M0009704	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
113	M0009705	1111525849483863_bin.14__k141_715107	APOAKEPD_00005	1111525849483863_bin.14__k141_715107__APOAKEPD_00005	1111525849483863_bin.14__k141_715107	C1641	APOAKEPD_00005	350	gi|1223488381	74.3	6e-132	42	348	0.8771428571428571	0.95046439628483	WP_091525757.1	Arsenic (As)	prediction
114	M0010111	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
115	M0010111	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
116	M0010112	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
117	M0010112	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
118	M0010113	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
119	M0010113	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
120	M0010114	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
121	M0010114	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
122	M0010115	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
123	M0010115	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
124	M0010116	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
125	M0010116	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
126	M0010117	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
127	M0010117	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
128	M0010118	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
129	M0010118	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
130	M0010119	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
131	M0010119	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
132	M0010120	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
133	M0010120	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
134	M0010121	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
135	M0010121	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
136	M0010122	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
137	M0010122	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
138	M0010123	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
139	M0010123	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
140	M0010124	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
141	M0010124	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
142	M0010125	1111525849484910_bin.15__k141_136913	AMMFCDDB_00004	1111525849484910_bin.15__k141_136913__AMMFCDDB_00004	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00004	472	oprN	75.9	2.9e-189	14	465	0.9576271186440678	0.957627118644068	P95423	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
143	M0010125	1111525849484910_bin.15__k141_136913	AMMFCDDB_00004	1111525849484910_bin.15__k141_136913__AMMFCDDB_00004	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00004	472	gi|939339238	99.4	1.3e-254	1	472	1.0	1	WP_054885306.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
144	M0010134	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
145	M0010134	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
146	M0010135	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
147	M0010135	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
148	M0010136	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
149	M0010136	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
150	M0010150	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
151	M0010150	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
152	M0010151	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
153	M0010151	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
154	M0010165	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
155	M0010165	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
156	M0010166	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
157	M0010166	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
158	M0010169	1111525849484910_bin.15__k141_136913	AMMFCDDB_00004	1111525849484910_bin.15__k141_136913__AMMFCDDB_00004	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00004	472	oprN	75.9	2.9e-189	14	465	0.9576271186440678	0.957627118644068	P95423	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
159	M0010169	1111525849484910_bin.15__k141_136913	AMMFCDDB_00004	1111525849484910_bin.15__k141_136913__AMMFCDDB_00004	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00004	472	gi|939339238	99.4	1.3e-254	1	472	1.0	1	WP_054885306.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
160	M0010174	1111525849484910_bin.15__k141_136913	AMMFCDDB_00004	1111525849484910_bin.15__k141_136913__AMMFCDDB_00004	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00004	472	oprN	75.9	2.9e-189	14	465	0.9576271186440678	0.957627118644068	P95423	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
161	M0010174	1111525849484910_bin.15__k141_136913	AMMFCDDB_00004	1111525849484910_bin.15__k141_136913__AMMFCDDB_00004	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00004	472	gi|939339238	99.4	1.3e-254	1	472	1.0	1	WP_054885306.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
162	M0010184	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
163	M0010184	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
164	M0010185	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
165	M0010185	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
166	M0010186	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
167	M0010186	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
168	M0010187	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
169	M0010187	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
170	M0010188	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
171	M0010188	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
172	M0010189	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
173	M0010189	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
174	M0010191	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
175	M0010191	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
176	M0010192	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
177	M0010192	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
178	M0010193	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
179	M0010193	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
180	M0010194	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
181	M0010194	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
182	M0010195	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
183	M0010195	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
184	M0010196	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
185	M0010196	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
186	M0010205	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
187	M0010205	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
188	M0010206	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
189	M0010206	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
190	M0010210	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	mexF	90.3	0	1	1056	0.9971671388101983	0.997167138810198	Q4KBN7	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
191	M0010210	1111525849484910_bin.15__k141_136913	AMMFCDDB_00003	1111525849484910_bin.15__k141_136913__AMMFCDDB_00003	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00003	1059	gi|939339237	99.7	0	1	1059	1.0	1	WP_054885305.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
192	M0010212	1111525849484910_bin.15__k141_136913	AMMFCDDB_00002	1111525849484910_bin.15__k141_136913__AMMFCDDB_00002	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00002	413	mexE	97.3	2e-221	1	413	1.0	1	Q1IB41	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	experiment
193	M0010212	1111525849484910_bin.15__k141_136913	AMMFCDDB_00002	1111525849484910_bin.15__k141_136913__AMMFCDDB_00002	1111525849484910_bin.15__k141_136913	C1656	AMMFCDDB_00002	413	gi|939339236	100	3.5e-224	1	413	1.0	1	WP_054885304.1	Triclosan [class: Phenolic compounds], n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
194	M0010508	1111525849486442_bin.27__k141_310890	LGGLLPOK_00021	1111525849486442_bin.27__k141_310890__LGGLLPOK_00021	1111525849486442_bin.27__k141_310890	C1671	LGGLLPOK_00021	427	arsB	81.6	1.3e-191	1	425	0.9953161592505855	0.990675990675991	O50594	Arsenic (As), Antimony (Sb)	experiment
195	M0010508	1111525849486442_bin.27__k141_310890	LGGLLPOK_00021	1111525849486442_bin.27__k141_310890__LGGLLPOK_00021	1111525849486442_bin.27__k141_310890	C1671	LGGLLPOK_00021	427	gi|921986517	81.9	5.9e-190	1	425	0.9953161592505855	0.990675990675991	WP_053276542.1	Arsenic (As), Antimony (Sb)	prediction
196	M0011669	1111525849486744_bin.26__k141_207987	GEEPADFO_00021	1111525849486744_bin.26__k141_207987__GEEPADFO_00021	1111525849486744_bin.26__k141_207987	C1698	GEEPADFO_00021	193	bcrC	88	1.3e-106	1	192	0.9948186528497409	1.68421052631579	I6ZWM1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)]	experiment
197	M0011669	1111525849486744_bin.26__k141_207987	GEEPADFO_00021	1111525849486744_bin.26__k141_207987__GEEPADFO_00021	1111525849486744_bin.26__k141_207987	C1698	GEEPADFO_00021	193	sodB	88	1.3e-106	1	192	0.9948186528497409	1.68421052631579	P53641	Hydrogen Peroxide (H2O2) [class: Peroxides]	experiment
198	M0011669	1111525849486744_bin.26__k141_207987	GEEPADFO_00021	1111525849486744_bin.26__k141_207987__GEEPADFO_00021	1111525849486744_bin.26__k141_207987	C1698	GEEPADFO_00021	193	gi|489393359	100	3.7e-115	1	193	1.0	1	WP_003299885.1	Hydrogen Peroxide (H2O2) [class: Peroxides]	prediction
199	M0011701	1111525849486744_bin.26__k141_207987	GEEPADFO_00021	1111525849486744_bin.26__k141_207987__GEEPADFO_00021	1111525849486744_bin.26__k141_207987	C1698	GEEPADFO_00021	193	bcrC	88	1.3e-106	1	192	0.9948186528497409	1.68421052631579	I6ZWM1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)]	experiment
200	M0011701	1111525849486744_bin.26__k141_207987	GEEPADFO_00021	1111525849486744_bin.26__k141_207987__GEEPADFO_00021	1111525849486744_bin.26__k141_207987	C1698	GEEPADFO_00021	193	sodB	88	1.3e-106	1	192	0.9948186528497409	1.68421052631579	P53641	Hydrogen Peroxide (H2O2) [class: Peroxides]	experiment
201	M0011701	1111525849486744_bin.26__k141_207987	GEEPADFO_00021	1111525849486744_bin.26__k141_207987__GEEPADFO_00021	1111525849486744_bin.26__k141_207987	C1698	GEEPADFO_00021	193	gi|489393359	100	3.7e-115	1	193	1.0	1	WP_003299885.1	Hydrogen Peroxide (H2O2) [class: Peroxides]	prediction
202	M0011703	1111525849486744_bin.26__k141_207987	GEEPADFO_00021	1111525849486744_bin.26__k141_207987__GEEPADFO_00021	1111525849486744_bin.26__k141_207987	C1698	GEEPADFO_00021	193	bcrC	88	1.3e-106	1	192	0.9948186528497409	1.68421052631579	I6ZWM1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)]	experiment
203	M0011703	1111525849486744_bin.26__k141_207987	GEEPADFO_00021	1111525849486744_bin.26__k141_207987__GEEPADFO_00021	1111525849486744_bin.26__k141_207987	C1698	GEEPADFO_00021	193	sodB	88	1.3e-106	1	192	0.9948186528497409	1.68421052631579	P53641	Hydrogen Peroxide (H2O2) [class: Peroxides]	experiment
204	M0011703	1111525849486744_bin.26__k141_207987	GEEPADFO_00021	1111525849486744_bin.26__k141_207987__GEEPADFO_00021	1111525849486744_bin.26__k141_207987	C1698	GEEPADFO_00021	193	gi|489393359	100	3.7e-115	1	193	1.0	1	WP_003299885.1	Hydrogen Peroxide (H2O2) [class: Peroxides]	prediction
205	M0011816	1111525849633275_bin.1__k141_22350	FJLJNDKN_00020	1111525849633275_bin.1__k141_22350__FJLJNDKN_00020	1111525849633275_bin.1__k141_22350	C1706	FJLJNDKN_00020	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
206	M0011816	1111525849633275_bin.1__k141_22350	FJLJNDKN_00020	1111525849633275_bin.1__k141_22350__FJLJNDKN_00020	1111525849633275_bin.1__k141_22350	C1706	FJLJNDKN_00020	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
207	M0011835	1111525849633275_bin.1__k141_22350	FJLJNDKN_00020	1111525849633275_bin.1__k141_22350__FJLJNDKN_00020	1111525849633275_bin.1__k141_22350	C1706	FJLJNDKN_00020	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
208	M0011835	1111525849633275_bin.1__k141_22350	FJLJNDKN_00020	1111525849633275_bin.1__k141_22350__FJLJNDKN_00020	1111525849633275_bin.1__k141_22350	C1706	FJLJNDKN_00020	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
209	M0013083	1111525849640249_bin.43__k141_1544621	MIDMIBGM_00004	1111525849640249_bin.43__k141_1544621__MIDMIBGM_00004	1111525849640249_bin.43__k141_1544621	C1729	MIDMIBGM_00004	228	gi|651359642	87.1	2.9e-111	1	224	0.9868421052631579	0.982532751091703	WP_026472002.1	Cadmium (Cd), Zinc (Zn)	prediction
210	M0018014	1111525849649836_bin.8__k141_395676	EMLDNIJJ_00005	1111525849649836_bin.8__k141_395676__EMLDNIJJ_00005	1111525849649836_bin.8__k141_395676	C1822	EMLDNIJJ_00005	97	mreA	86.6	7e-45	1	97	1.0	1.02105263157895	Q88IN0	Nickel (Ni), Zinc (Zn)	experiment
211	M0018014	1111525849649836_bin.8__k141_395676	EMLDNIJJ_00005	1111525849649836_bin.8__k141_395676__EMLDNIJJ_00005	1111525849649836_bin.8__k141_395676	C1822	EMLDNIJJ_00005	97	gi|489339582	100	2.7e-50	1	97	1.0	1	WP_003246772.1	Nickel (Ni), Zinc (Zn)	prediction
212	M0018015	1111525849649836_bin.8__k141_395676	EMLDNIJJ_00006	1111525849649836_bin.8__k141_395676__EMLDNIJJ_00006	1111525849649836_bin.8__k141_395676	C1822	EMLDNIJJ_00006	373	mrdH	88.6	1.6e-193	1	373	1.0107238605898123	1	Q88IN1	Nickel (Ni), Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
213	M0018015	1111525849649836_bin.8__k141_395676	EMLDNIJJ_00006	1111525849649836_bin.8__k141_395676__EMLDNIJJ_00006	1111525849649836_bin.8__k141_395676	C1822	EMLDNIJJ_00006	373	gi|1232928980	89.1	1.4e-192	1	373	1.0107238605898123	1	OZB33635.1	Nickel (Ni), Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
214	M0018143	1111525849663039_bin.26__k141_201966	HHIGOBCJ_00008	1111525849663039_bin.26__k141_201966__HHIGOBCJ_00008	1111525849663039_bin.26__k141_201966	C1835	HHIGOBCJ_00008	257	fetB/ybbM	81.7	3.9e-111	1	257	1.0	0.992277992277992	P77307	Iron (Fe), Hydrogen Peroxide (H2O2) [class: Peroxides]	experiment
215	M0018143	1111525849663039_bin.26__k141_201966	HHIGOBCJ_00008	1111525849663039_bin.26__k141_201966__HHIGOBCJ_00008	1111525849663039_bin.26__k141_201966	C1835	HHIGOBCJ_00008	257	gi|526015532	97.3	5e-128	1	257	1.0	1	WP_020837408.1	Iron (Fe), Hydrogen Peroxide (H2O2) [class: Peroxides]	prediction
216	M0018176	1111525849663039_bin.26__k141_201966	HHIGOBCJ_00008	1111525849663039_bin.26__k141_201966__HHIGOBCJ_00008	1111525849663039_bin.26__k141_201966	C1835	HHIGOBCJ_00008	257	fetB/ybbM	81.7	3.9e-111	1	257	1.0	0.992277992277992	P77307	Iron (Fe), Hydrogen Peroxide (H2O2) [class: Peroxides]	experiment
217	M0018176	1111525849663039_bin.26__k141_201966	HHIGOBCJ_00008	1111525849663039_bin.26__k141_201966__HHIGOBCJ_00008	1111525849663039_bin.26__k141_201966	C1835	HHIGOBCJ_00008	257	gi|526015532	97.3	5e-128	1	257	1.0	1	WP_020837408.1	Iron (Fe), Hydrogen Peroxide (H2O2) [class: Peroxides]	prediction
218	M0018182	1111525849663039_bin.26__k141_201966	HHIGOBCJ_00008	1111525849663039_bin.26__k141_201966__HHIGOBCJ_00008	1111525849663039_bin.26__k141_201966	C1835	HHIGOBCJ_00008	257	fetB/ybbM	81.7	3.9e-111	1	257	1.0	0.992277992277992	P77307	Iron (Fe), Hydrogen Peroxide (H2O2) [class: Peroxides]	experiment
219	M0018182	1111525849663039_bin.26__k141_201966	HHIGOBCJ_00008	1111525849663039_bin.26__k141_201966__HHIGOBCJ_00008	1111525849663039_bin.26__k141_201966	C1835	HHIGOBCJ_00008	257	gi|526015532	97.3	5e-128	1	257	1.0	1	WP_020837408.1	Iron (Fe), Hydrogen Peroxide (H2O2) [class: Peroxides]	prediction
220	M0018183	1111525849663039_bin.26__k141_201966	HHIGOBCJ_00008	1111525849663039_bin.26__k141_201966__HHIGOBCJ_00008	1111525849663039_bin.26__k141_201966	C1835	HHIGOBCJ_00008	257	fetB/ybbM	81.7	3.9e-111	1	257	1.0	0.992277992277992	P77307	Iron (Fe), Hydrogen Peroxide (H2O2) [class: Peroxides]	experiment
221	M0018183	1111525849663039_bin.26__k141_201966	HHIGOBCJ_00008	1111525849663039_bin.26__k141_201966__HHIGOBCJ_00008	1111525849663039_bin.26__k141_201966	C1835	HHIGOBCJ_00008	257	gi|526015532	97.3	5e-128	1	257	1.0	1	WP_020837408.1	Iron (Fe), Hydrogen Peroxide (H2O2) [class: Peroxides]	prediction
222	M0018251	1111525849663039_bin.26__k141_201966	HHIGOBCJ_00008	1111525849663039_bin.26__k141_201966__HHIGOBCJ_00008	1111525849663039_bin.26__k141_201966	C1835	HHIGOBCJ_00008	257	fetB/ybbM	81.7	3.9e-111	1	257	1.0	0.992277992277992	P77307	Iron (Fe), Hydrogen Peroxide (H2O2) [class: Peroxides]	experiment
223	M0018251	1111525849663039_bin.26__k141_201966	HHIGOBCJ_00008	1111525849663039_bin.26__k141_201966__HHIGOBCJ_00008	1111525849663039_bin.26__k141_201966	C1835	HHIGOBCJ_00008	257	gi|526015532	97.3	5e-128	1	257	1.0	1	WP_020837408.1	Iron (Fe), Hydrogen Peroxide (H2O2) [class: Peroxides]	prediction
224	M0018731	1111525849663039_bin.9__k141_396707	MAFPBDHE_00004	1111525849663039_bin.9__k141_396707__MAFPBDHE_00004	1111525849663039_bin.9__k141_396707	C1848	MAFPBDHE_00004	138	cueR/ybbI	85.1	7.3e-64	1	134	0.9710144927536232	0.992592592592593	P0A9G4	Copper (Cu)	experiment
225	M0018731	1111525849663039_bin.9__k141_396707	MAFPBDHE_00004	1111525849663039_bin.9__k141_396707__MAFPBDHE_00004	1111525849663039_bin.9__k141_396707	C1848	MAFPBDHE_00004	138	gi|740421616	99.3	2.7e-75	1	138	1.0	1	WP_038254401.1	Copper (Cu)	prediction
226	M0019460	1111525849668081_bin.10__k141_319281	INHCHMLI_00002	1111525849668081_bin.10__k141_319281__INHCHMLI_00002	1111525849668081_bin.10__k141_319281	C1895	INHCHMLI_00002	145	gi|1053074312	85.2	3.8e-56	1	128	0.8827586206896552	0.962406015037594	OCX91447.1	Mercury (Hg)	prediction
227	M0019461	1111525849668081_bin.10__k141_319281	INHCHMLI_00002	1111525849668081_bin.10__k141_319281__INHCHMLI_00002	1111525849668081_bin.10__k141_319281	C1895	INHCHMLI_00002	145	gi|1053074312	85.2	3.8e-56	1	128	0.8827586206896552	0.962406015037594	OCX91447.1	Mercury (Hg)	prediction
228	M0019462	1111525849668081_bin.10__k141_319281	INHCHMLI_00002	1111525849668081_bin.10__k141_319281__INHCHMLI_00002	1111525849668081_bin.10__k141_319281	C1895	INHCHMLI_00002	145	gi|1053074312	85.2	3.8e-56	1	128	0.8827586206896552	0.962406015037594	OCX91447.1	Mercury (Hg)	prediction
229	M0019463	1111525849668081_bin.10__k141_319281	INHCHMLI_00002	1111525849668081_bin.10__k141_319281__INHCHMLI_00002	1111525849668081_bin.10__k141_319281	C1895	INHCHMLI_00002	145	gi|1053074312	85.2	3.8e-56	1	128	0.8827586206896552	0.962406015037594	OCX91447.1	Mercury (Hg)	prediction
230	M0019464	1111525849668081_bin.10__k141_319281	INHCHMLI_00002	1111525849668081_bin.10__k141_319281__INHCHMLI_00002	1111525849668081_bin.10__k141_319281	C1895	INHCHMLI_00002	145	gi|1053074312	85.2	3.8e-56	1	128	0.8827586206896552	0.962406015037594	OCX91447.1	Mercury (Hg)	prediction
231	M0019499	1111525849668081_bin.10__k141_319281	INHCHMLI_00002	1111525849668081_bin.10__k141_319281__INHCHMLI_00002	1111525849668081_bin.10__k141_319281	C1895	INHCHMLI_00002	145	gi|1053074312	85.2	3.8e-56	1	128	0.8827586206896552	0.962406015037594	OCX91447.1	Mercury (Hg)	prediction
232	M0019509	1111525849668081_bin.10__k141_319281	INHCHMLI_00002	1111525849668081_bin.10__k141_319281__INHCHMLI_00002	1111525849668081_bin.10__k141_319281	C1895	INHCHMLI_00002	145	gi|1053074312	85.2	3.8e-56	1	128	0.8827586206896552	0.962406015037594	OCX91447.1	Mercury (Hg)	prediction
233	M0019524	1111525849668081_bin.10__k141_319281	INHCHMLI_00002	1111525849668081_bin.10__k141_319281__INHCHMLI_00002	1111525849668081_bin.10__k141_319281	C1895	INHCHMLI_00002	145	gi|1053074312	85.2	3.8e-56	1	128	0.8827586206896552	0.962406015037594	OCX91447.1	Mercury (Hg)	prediction
234	M0020202	1111525849668850_bin.11__k141_66246	ANLEPENM_00001	1111525849668850_bin.11__k141_66246__ANLEPENM_00001	1111525849668850_bin.11__k141_66246	C1935	ANLEPENM_00001	227	copR	83.6	2.8e-105	1	226	0.9955947136563876	0.978354978354978	C6FFR4	Copper (Cu)	experiment
235	M0020202	1111525849668850_bin.11__k141_66246	ANLEPENM_00001	1111525849668850_bin.11__k141_66246__ANLEPENM_00001	1111525849668850_bin.11__k141_66246	C1935	ANLEPENM_00001	227	gi|503749251	99.6	1.1e-123	1	227	1.0	1	WP_013983327.1	Copper (Cu)	prediction
236	M0020203	1111525849668850_bin.11__k141_66246	ANLEPENM_00001	1111525849668850_bin.11__k141_66246__ANLEPENM_00001	1111525849668850_bin.11__k141_66246	C1935	ANLEPENM_00001	227	copR	83.6	2.8e-105	1	226	0.9955947136563876	0.978354978354978	C6FFR4	Copper (Cu)	experiment
237	M0020203	1111525849668850_bin.11__k141_66246	ANLEPENM_00001	1111525849668850_bin.11__k141_66246__ANLEPENM_00001	1111525849668850_bin.11__k141_66246	C1935	ANLEPENM_00001	227	gi|503749251	99.6	1.1e-123	1	227	1.0	1	WP_013983327.1	Copper (Cu)	prediction
238	M0020204	1111525849668850_bin.11__k141_66246	ANLEPENM_00001	1111525849668850_bin.11__k141_66246__ANLEPENM_00001	1111525849668850_bin.11__k141_66246	C1935	ANLEPENM_00001	227	copR	83.6	2.8e-105	1	226	0.9955947136563876	0.978354978354978	C6FFR4	Copper (Cu)	experiment
239	M0020204	1111525849668850_bin.11__k141_66246	ANLEPENM_00001	1111525849668850_bin.11__k141_66246__ANLEPENM_00001	1111525849668850_bin.11__k141_66246	C1935	ANLEPENM_00001	227	gi|503749251	99.6	1.1e-123	1	227	1.0	1	WP_013983327.1	Copper (Cu)	prediction
240	M0020206	1111525849668850_bin.11__k141_66246	ANLEPENM_00005	1111525849668850_bin.11__k141_66246__ANLEPENM_00005	1111525849668850_bin.11__k141_66246	C1935	ANLEPENM_00005	485	gi|512733761	75.9	1e-222	1	485	1.0082474226804123	0.823232323232323	WP_016491618.1	Copper (Cu), Silver (Ag)	prediction
241	M0020207	1111525849668850_bin.11__k141_66246	ANLEPENM_00005	1111525849668850_bin.11__k141_66246__ANLEPENM_00005	1111525849668850_bin.11__k141_66246	C1935	ANLEPENM_00005	485	gi|512733761	75.9	1e-222	1	485	1.0082474226804123	0.823232323232323	WP_016491618.1	Copper (Cu), Silver (Ag)	prediction
242	M0020208	1111525849668850_bin.11__k141_66246	ANLEPENM_00005	1111525849668850_bin.11__k141_66246__ANLEPENM_00005	1111525849668850_bin.11__k141_66246	C1935	ANLEPENM_00005	485	gi|512733761	75.9	1e-222	1	485	1.0082474226804123	0.823232323232323	WP_016491618.1	Copper (Cu), Silver (Ag)	prediction
243	M0020209	1111525849668850_bin.11__k141_66246	ANLEPENM_00005	1111525849668850_bin.11__k141_66246__ANLEPENM_00005	1111525849668850_bin.11__k141_66246	C1935	ANLEPENM_00005	485	gi|512733761	75.9	1e-222	1	485	1.0082474226804123	0.823232323232323	WP_016491618.1	Copper (Cu), Silver (Ag)	prediction
244	M0020210	1111525849668850_bin.11__k141_66246	ANLEPENM_00005	1111525849668850_bin.11__k141_66246__ANLEPENM_00005	1111525849668850_bin.11__k141_66246	C1935	ANLEPENM_00005	485	gi|512733761	75.9	1e-222	1	485	1.0082474226804123	0.823232323232323	WP_016491618.1	Copper (Cu), Silver (Ag)	prediction
245	M0020211	1111525849668850_bin.11__k141_66246	ANLEPENM_00005	1111525849668850_bin.11__k141_66246__ANLEPENM_00005	1111525849668850_bin.11__k141_66246	C1935	ANLEPENM_00005	485	gi|512733761	75.9	1e-222	1	485	1.0082474226804123	0.823232323232323	WP_016491618.1	Copper (Cu), Silver (Ag)	prediction
246	M0020212	1111525849668850_bin.11__k141_66246	ANLEPENM_00005	1111525849668850_bin.11__k141_66246__ANLEPENM_00005	1111525849668850_bin.11__k141_66246	C1935	ANLEPENM_00005	485	gi|512733761	75.9	1e-222	1	485	1.0082474226804123	0.823232323232323	WP_016491618.1	Copper (Cu), Silver (Ag)	prediction
247	M0020213	1111525849668850_bin.11__k141_66246	ANLEPENM_00005	1111525849668850_bin.11__k141_66246__ANLEPENM_00005	1111525849668850_bin.11__k141_66246	C1935	ANLEPENM_00005	485	gi|512733761	75.9	1e-222	1	485	1.0082474226804123	0.823232323232323	WP_016491618.1	Copper (Cu), Silver (Ag)	prediction
248	M0020262	1111525849668977_bin.24__k141_331590	IGCEEHKF_00002	1111525849668977_bin.24__k141_331590__IGCEEHKF_00002	1111525849668977_bin.24__k141_331590	C1940	IGCEEHKF_00002	235	gi|651359642	82.3	9e-108	9	234	0.9617021276595744	0.986899563318777	WP_026472002.1	Cadmium (Cd), Zinc (Zn)	prediction
249	M0020263	1111525849668977_bin.24__k141_331590	IGCEEHKF_00002	1111525849668977_bin.24__k141_331590__IGCEEHKF_00002	1111525849668977_bin.24__k141_331590	C1940	IGCEEHKF_00002	235	gi|651359642	82.3	9e-108	9	234	0.9617021276595744	0.986899563318777	WP_026472002.1	Cadmium (Cd), Zinc (Zn)	prediction
250	M0020366	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	golT	75.2	1.49999999999523e-313	74	818	0.905224787363305	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
251	M0020366	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	gi|446458395	88	0	6	823	0.9939246658566221	0.98792270531401	WP_000536249.1	Copper (Cu), Gold (Au)	prediction
252	M0020367	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	golT	75.2	1.49999999999523e-313	74	818	0.905224787363305	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
253	M0020367	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	gi|446458395	88	0	6	823	0.9939246658566221	0.98792270531401	WP_000536249.1	Copper (Cu), Gold (Au)	prediction
254	M0020368	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	golT	75.2	1.49999999999523e-313	74	818	0.905224787363305	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
255	M0020368	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	gi|446458395	88	0	6	823	0.9939246658566221	0.98792270531401	WP_000536249.1	Copper (Cu), Gold (Au)	prediction
256	M0020369	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	golT	75.2	1.49999999999523e-313	74	818	0.905224787363305	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
257	M0020369	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	gi|446458395	88	0	6	823	0.9939246658566221	0.98792270531401	WP_000536249.1	Copper (Cu), Gold (Au)	prediction
258	M0020370	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	golT	75.2	1.49999999999523e-313	74	818	0.905224787363305	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
259	M0020370	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	gi|446458395	88	0	6	823	0.9939246658566221	0.98792270531401	WP_000536249.1	Copper (Cu), Gold (Au)	prediction
260	M0020371	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	golT	75.2	1.49999999999523e-313	74	818	0.905224787363305	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
261	M0020371	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	gi|446458395	88	0	6	823	0.9939246658566221	0.98792270531401	WP_000536249.1	Copper (Cu), Gold (Au)	prediction
262	M0020372	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	golT	75.2	1.49999999999523e-313	74	818	0.905224787363305	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
263	M0020372	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	gi|446458395	88	0	6	823	0.9939246658566221	0.98792270531401	WP_000536249.1	Copper (Cu), Gold (Au)	prediction
264	M0020387	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	golT	75.2	1.49999999999523e-313	74	818	0.905224787363305	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
265	M0020387	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	gi|446458395	88	0	6	823	0.9939246658566221	0.98792270531401	WP_000536249.1	Copper (Cu), Gold (Au)	prediction
266	M0020388	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	golT	75.2	1.49999999999523e-313	74	818	0.905224787363305	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
267	M0020388	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	gi|446458395	88	0	6	823	0.9939246658566221	0.98792270531401	WP_000536249.1	Copper (Cu), Gold (Au)	prediction
268	M0020389	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	golT	75.2	1.49999999999523e-313	74	818	0.905224787363305	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
269	M0020389	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	gi|446458395	88	0	6	823	0.9939246658566221	0.98792270531401	WP_000536249.1	Copper (Cu), Gold (Au)	prediction
270	M0020390	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	golT	75.2	1.49999999999523e-313	74	818	0.905224787363305	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
271	M0020390	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	gi|446458395	88	0	6	823	0.9939246658566221	0.98792270531401	WP_000536249.1	Copper (Cu), Gold (Au)	prediction
272	M0020391	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	golT	75.2	1.49999999999523e-313	74	818	0.905224787363305	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
273	M0020391	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	gi|446458395	88	0	6	823	0.9939246658566221	0.98792270531401	WP_000536249.1	Copper (Cu), Gold (Au)	prediction
274	M0020392	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	golT	75.2	1.49999999999523e-313	74	818	0.905224787363305	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
275	M0020392	1111525849668977_bin.24__k141_69557	HLNBAEBI_00014	1111525849668977_bin.24__k141_69557__HLNBAEBI_00014	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00014	823	gi|446458395	88	0	6	823	0.9939246658566221	0.98792270531401	WP_000536249.1	Copper (Cu), Gold (Au)	prediction
276	M0020436	1111525849668977_bin.24__k141_69557	HLNBAEBI_00036	1111525849668977_bin.24__k141_69557__HLNBAEBI_00036	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00036	447	gi|491098336	99.3	3e-253	1	447	1.0	1	WP_004959937.1	Chromium (Cr)	prediction
277	M0020437	1111525849668977_bin.24__k141_69557	HLNBAEBI_00036	1111525849668977_bin.24__k141_69557__HLNBAEBI_00036	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00036	447	gi|491098336	99.3	3e-253	1	447	1.0	1	WP_004959937.1	Chromium (Cr)	prediction
278	M0020438	1111525849668977_bin.24__k141_69557	HLNBAEBI_00036	1111525849668977_bin.24__k141_69557__HLNBAEBI_00036	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00036	447	gi|491098336	99.3	3e-253	1	447	1.0	1	WP_004959937.1	Chromium (Cr)	prediction
279	M0020439	1111525849668977_bin.24__k141_69557	HLNBAEBI_00036	1111525849668977_bin.24__k141_69557__HLNBAEBI_00036	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00036	447	gi|491098336	99.3	3e-253	1	447	1.0	1	WP_004959937.1	Chromium (Cr)	prediction
280	M0020440	1111525849668977_bin.24__k141_69557	HLNBAEBI_00036	1111525849668977_bin.24__k141_69557__HLNBAEBI_00036	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00036	447	gi|491098336	99.3	3e-253	1	447	1.0	1	WP_004959937.1	Chromium (Cr)	prediction
281	M0020441	1111525849668977_bin.24__k141_69557	HLNBAEBI_00036	1111525849668977_bin.24__k141_69557__HLNBAEBI_00036	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00036	447	gi|491098336	99.3	3e-253	1	447	1.0	1	WP_004959937.1	Chromium (Cr)	prediction
282	M0020442	1111525849668977_bin.24__k141_69557	HLNBAEBI_00036	1111525849668977_bin.24__k141_69557__HLNBAEBI_00036	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00036	447	gi|491098336	99.3	3e-253	1	447	1.0	1	WP_004959937.1	Chromium (Cr)	prediction
283	M0020443	1111525849668977_bin.24__k141_69557	HLNBAEBI_00036	1111525849668977_bin.24__k141_69557__HLNBAEBI_00036	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00036	447	gi|491098336	99.3	3e-253	1	447	1.0	1	WP_004959937.1	Chromium (Cr)	prediction
284	M0020444	1111525849668977_bin.24__k141_69557	HLNBAEBI_00036	1111525849668977_bin.24__k141_69557__HLNBAEBI_00036	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00036	447	gi|491098336	99.3	3e-253	1	447	1.0	1	WP_004959937.1	Chromium (Cr)	prediction
285	M0020445	1111525849668977_bin.24__k141_69557	HLNBAEBI_00036	1111525849668977_bin.24__k141_69557__HLNBAEBI_00036	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00036	447	gi|491098336	99.3	3e-253	1	447	1.0	1	WP_004959937.1	Chromium (Cr)	prediction
286	M0020446	1111525849668977_bin.24__k141_69557	HLNBAEBI_00036	1111525849668977_bin.24__k141_69557__HLNBAEBI_00036	1111525849668977_bin.24__k141_69557	C1941	HLNBAEBI_00036	447	gi|491098336	99.3	3e-253	1	447	1.0	1	WP_004959937.1	Chromium (Cr)	prediction
287	M0020510	1111525849669230_bin.15__k141_186737	ODEJLNMM_00001	1111525849669230_bin.15__k141_186737__ODEJLNMM_00001	1111525849669230_bin.15__k141_186737	C1942	ODEJLNMM_00001	294	bcr	87.7	5.4e-141	1	292	0.9931972789115646	0.737373737373737	P28246	Acriflavine [class: Acridine]	experiment
288	M0020510	1111525849669230_bin.15__k141_186737	ODEJLNMM_00001	1111525849669230_bin.15__k141_186737__ODEJLNMM_00001	1111525849669230_bin.15__k141_186737	C1942	ODEJLNMM_00001	294	gi|1254238791	92.2	3.8e-148	1	293	0.9965986394557823	0.738035264483627	WP_097161818.1	Acriflavine [class: Acridine]	prediction
289	M0021612	1111525849736171_bin.24__k141_282110	OFMJACGM_00005	1111525849736171_bin.24__k141_282110__OFMJACGM_00005	1111525849736171_bin.24__k141_282110	C1968	OFMJACGM_00005	393	oqxA	70.9	1.9e-149	13	391	0.9872773536895675	0.9923273657289	Q69HW3	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Clorine Dioxide (ClO2) [class: Halogens], Triclosan [class: Phenolic compounds], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)], Chlorhexidine [class: Biguanides], Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Acriflavine [class: Acridine]	experiment
290	M0021612	1111525849736171_bin.24__k141_282110	OFMJACGM_00005	1111525849736171_bin.24__k141_282110__OFMJACGM_00005	1111525849736171_bin.24__k141_282110	C1968	OFMJACGM_00005	393	gi|1222364727	72.1	6.5e-151	23	393	0.9669211195928753	0.974358974358974	WP_090417160.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Clorine Dioxide (ClO2) [class: Halogens], Triclosan [class: Phenolic compounds], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)], Chlorhexidine [class: Biguanides], Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Acriflavine [class: Acridine]	prediction
291	M0021613	1111525849736171_bin.24__k141_282110	OFMJACGM_00005	1111525849736171_bin.24__k141_282110__OFMJACGM_00005	1111525849736171_bin.24__k141_282110	C1968	OFMJACGM_00005	393	oqxA	70.9	1.9e-149	13	391	0.9872773536895675	0.9923273657289	Q69HW3	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Clorine Dioxide (ClO2) [class: Halogens], Triclosan [class: Phenolic compounds], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)], Chlorhexidine [class: Biguanides], Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Acriflavine [class: Acridine]	experiment
292	M0021613	1111525849736171_bin.24__k141_282110	OFMJACGM_00005	1111525849736171_bin.24__k141_282110__OFMJACGM_00005	1111525849736171_bin.24__k141_282110	C1968	OFMJACGM_00005	393	gi|1222364727	72.1	6.5e-151	23	393	0.9669211195928753	0.974358974358974	WP_090417160.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Clorine Dioxide (ClO2) [class: Halogens], Triclosan [class: Phenolic compounds], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)], Chlorhexidine [class: Biguanides], Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Acriflavine [class: Acridine]	prediction
293	M0021847	1111525849736575_bin.9__k141_15879	ODBHLOBF_00029	1111525849736575_bin.9__k141_15879__ODBHLOBF_00029	1111525849736575_bin.9__k141_15879	C1977	ODBHLOBF_00029	159	gi|544752042	77.3	3.7e-36	1	159	1.0251572327044025	1.0794701986755	WP_021178954.1	Hydrochloric acid (HCl) [class: Acid]	prediction
294	M0022153	1111525849736752_bin.43__k141_295459	EFCKKOPK_00019	1111525849736752_bin.43__k141_295459__EFCKKOPK_00019	1111525849736752_bin.43__k141_295459	C1998	EFCKKOPK_00019	409	gi|1223660297	71.2	3.6e-144	1	396	0.9682151589242054	0.975369458128079	WP_091695682.1	Nickel (Ni), Cobalt (Co)	prediction
295	M0022154	1111525849736752_bin.43__k141_295459	EFCKKOPK_00019	1111525849736752_bin.43__k141_295459__EFCKKOPK_00019	1111525849736752_bin.43__k141_295459	C1998	EFCKKOPK_00019	409	gi|1223660297	71.2	3.6e-144	1	396	0.9682151589242054	0.975369458128079	WP_091695682.1	Nickel (Ni), Cobalt (Co)	prediction
296	M0022155	1111525849736752_bin.43__k141_295459	EFCKKOPK_00019	1111525849736752_bin.43__k141_295459__EFCKKOPK_00019	1111525849736752_bin.43__k141_295459	C1998	EFCKKOPK_00019	409	gi|1223660297	71.2	3.6e-144	1	396	0.9682151589242054	0.975369458128079	WP_091695682.1	Nickel (Ni), Cobalt (Co)	prediction
297	M0024740	1111525849742797_bin.26__k141_71883	ILAHPGCF_00005	1111525849742797_bin.26__k141_71883__ILAHPGCF_00005	1111525849742797_bin.26__k141_71883	C2100	ILAHPGCF_00005	88	gi|1028125015	70.1	8.5e-27	2	88	0.9886363636363636	1	WP_063877422.1	Cadmium (Cd), Hydrogen Peroxide (H2O2) [class: Peroxides], Hydrochloric acid (HCl) [class: Acid]	prediction
298	M0024751	1111525849742797_bin.26__k141_71883	ILAHPGCF_00005	1111525849742797_bin.26__k141_71883__ILAHPGCF_00005	1111525849742797_bin.26__k141_71883	C2100	ILAHPGCF_00005	88	gi|1028125015	70.1	8.5e-27	2	88	0.9886363636363636	1	WP_063877422.1	Cadmium (Cd), Hydrogen Peroxide (H2O2) [class: Peroxides], Hydrochloric acid (HCl) [class: Acid]	prediction
299	M0024752	1111525849742797_bin.26__k141_71883	ILAHPGCF_00005	1111525849742797_bin.26__k141_71883__ILAHPGCF_00005	1111525849742797_bin.26__k141_71883	C2100	ILAHPGCF_00005	88	gi|1028125015	70.1	8.5e-27	2	88	0.9886363636363636	1	WP_063877422.1	Cadmium (Cd), Hydrogen Peroxide (H2O2) [class: Peroxides], Hydrochloric acid (HCl) [class: Acid]	prediction
300	M0024755	1111525849742797_bin.26__k141_71883	ILAHPGCF_00005	1111525849742797_bin.26__k141_71883__ILAHPGCF_00005	1111525849742797_bin.26__k141_71883	C2100	ILAHPGCF_00005	88	gi|1028125015	70.1	8.5e-27	2	88	0.9886363636363636	1	WP_063877422.1	Cadmium (Cd), Hydrogen Peroxide (H2O2) [class: Peroxides], Hydrochloric acid (HCl) [class: Acid]	prediction
301	M0024756	1111525849742797_bin.26__k141_71883	ILAHPGCF_00005	1111525849742797_bin.26__k141_71883__ILAHPGCF_00005	1111525849742797_bin.26__k141_71883	C2100	ILAHPGCF_00005	88	gi|1028125015	70.1	8.5e-27	2	88	0.9886363636363636	1	WP_063877422.1	Cadmium (Cd), Hydrogen Peroxide (H2O2) [class: Peroxides], Hydrochloric acid (HCl) [class: Acid]	prediction
302	M0024762	1111525849742797_bin.26__k141_71883	ILAHPGCF_00004	1111525849742797_bin.26__k141_71883__ILAHPGCF_00004	1111525849742797_bin.26__k141_71883	C2100	ILAHPGCF_00004	87	gi|1184551661	96.6	6.9e-37	1	87	1.0	1	WP_085119454.1	Cadmium (Cd), Hydrogen Peroxide (H2O2) [class: Peroxides], Hydrochloric acid (HCl) [class: Acid]	prediction
303	M0024774	1111525849742797_bin.26__k141_71883	ILAHPGCF_00004	1111525849742797_bin.26__k141_71883__ILAHPGCF_00004	1111525849742797_bin.26__k141_71883	C2100	ILAHPGCF_00004	87	gi|1184551661	96.6	6.9e-37	1	87	1.0	1	WP_085119454.1	Cadmium (Cd), Hydrogen Peroxide (H2O2) [class: Peroxides], Hydrochloric acid (HCl) [class: Acid]	prediction
304	M0024775	1111525849742797_bin.26__k141_71883	ILAHPGCF_00004	1111525849742797_bin.26__k141_71883__ILAHPGCF_00004	1111525849742797_bin.26__k141_71883	C2100	ILAHPGCF_00004	87	gi|1184551661	96.6	6.9e-37	1	87	1.0	1	WP_085119454.1	Cadmium (Cd), Hydrogen Peroxide (H2O2) [class: Peroxides], Hydrochloric acid (HCl) [class: Acid]	prediction
305	M0024776	1111525849742797_bin.26__k141_71883	ILAHPGCF_00004	1111525849742797_bin.26__k141_71883__ILAHPGCF_00004	1111525849742797_bin.26__k141_71883	C2100	ILAHPGCF_00004	87	gi|1184551661	96.6	6.9e-37	1	87	1.0	1	WP_085119454.1	Cadmium (Cd), Hydrogen Peroxide (H2O2) [class: Peroxides], Hydrochloric acid (HCl) [class: Acid]	prediction
306	M0024777	1111525849742797_bin.26__k141_71883	ILAHPGCF_00004	1111525849742797_bin.26__k141_71883__ILAHPGCF_00004	1111525849742797_bin.26__k141_71883	C2100	ILAHPGCF_00004	87	gi|1184551661	96.6	6.9e-37	1	87	1.0	1	WP_085119454.1	Cadmium (Cd), Hydrogen Peroxide (H2O2) [class: Peroxides], Hydrochloric acid (HCl) [class: Acid]	prediction
307	M0025330	1111525849742984_bin.17__k141_232941	OMHAMIDF_00009	1111525849742984_bin.17__k141_232941__OMHAMIDF_00009	1111525849742984_bin.17__k141_232941	C2112	OMHAMIDF_00009	458	mdtK/ydhE	75.5	4.5e-195	1	458	1.0	1.00218818380744	P37340	Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Sodium Deoxycholate (SDC) [class: Acid], Ethidium Bromide [class: Phenanthridine], Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Acriflavine [class: Acridine]	experiment
308	M0025330	1111525849742984_bin.17__k141_232941	OMHAMIDF_00009	1111525849742984_bin.17__k141_232941__OMHAMIDF_00009	1111525849742984_bin.17__k141_232941	C2112	OMHAMIDF_00009	458	gi|992391041	77.5	2.6e-199	1	458	1.0	1.00218818380744	WP_061078031.1	Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Sodium Deoxycholate (SDC) [class: Acid], Ethidium Bromide [class: Phenanthridine], Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Acriflavine [class: Acridine]	prediction
309	M0025331	1111525849742984_bin.17__k141_232941	OMHAMIDF_00009	1111525849742984_bin.17__k141_232941__OMHAMIDF_00009	1111525849742984_bin.17__k141_232941	C2112	OMHAMIDF_00009	458	mdtK/ydhE	75.5	4.5e-195	1	458	1.0	1.00218818380744	P37340	Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Sodium Deoxycholate (SDC) [class: Acid], Ethidium Bromide [class: Phenanthridine], Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Acriflavine [class: Acridine]	experiment
310	M0025331	1111525849742984_bin.17__k141_232941	OMHAMIDF_00009	1111525849742984_bin.17__k141_232941__OMHAMIDF_00009	1111525849742984_bin.17__k141_232941	C2112	OMHAMIDF_00009	458	gi|992391041	77.5	2.6e-199	1	458	1.0	1.00218818380744	WP_061078031.1	Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Sodium Deoxycholate (SDC) [class: Acid], Ethidium Bromide [class: Phenanthridine], Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Acriflavine [class: Acridine]	prediction
311	M0029433	1111525849747079_bin.13__k141_113099	BLJGIOBO_00048	1111525849747079_bin.13__k141_113099__BLJGIOBO_00048	1111525849747079_bin.13__k141_113099	C2194	BLJGIOBO_00048	427	arsB	71.2	2.1e-170	1	427	1.0	0.995337995337995	P08691	Arsenic (As), Antimony (Sb)	experiment
312	M0029433	1111525849747079_bin.13__k141_113099	BLJGIOBO_00048	1111525849747079_bin.13__k141_113099__BLJGIOBO_00048	1111525849747079_bin.13__k141_113099	C2194	BLJGIOBO_00048	427	gi|757780547	72.5	5.7e-169	1	426	0.9976580796252927	0.993006993006993	WP_042999131.1	Arsenic (As), Antimony (Sb)	prediction
313	M0029467	1111525849747079_bin.13__k141_113099	BLJGIOBO_00050	1111525849747079_bin.13__k141_113099__BLJGIOBO_00050	1111525849747079_bin.13__k141_113099	C2194	BLJGIOBO_00050	233	gi|1240432694	80	9e-108	3	233	1.0085836909871244	0.987394957983193	WP_095598290.1	Arsenic (As)	prediction
314	M0029538	1111525849747079_bin.13__k141_113099	BLJGIOBO_00048	1111525849747079_bin.13__k141_113099__BLJGIOBO_00048	1111525849747079_bin.13__k141_113099	C2194	BLJGIOBO_00048	427	arsB	71.2	2.1e-170	1	427	1.0	0.995337995337995	P08691	Arsenic (As), Antimony (Sb)	experiment
315	M0029538	1111525849747079_bin.13__k141_113099	BLJGIOBO_00048	1111525849747079_bin.13__k141_113099__BLJGIOBO_00048	1111525849747079_bin.13__k141_113099	C2194	BLJGIOBO_00048	427	gi|757780547	72.5	5.7e-169	1	426	0.9976580796252927	0.993006993006993	WP_042999131.1	Arsenic (As), Antimony (Sb)	prediction
316	M0029547	1111525849747079_bin.13__k141_113099	BLJGIOBO_00048	1111525849747079_bin.13__k141_113099__BLJGIOBO_00048	1111525849747079_bin.13__k141_113099	C2194	BLJGIOBO_00048	427	arsB	71.2	2.1e-170	1	427	1.0	0.995337995337995	P08691	Arsenic (As), Antimony (Sb)	experiment
317	M0029547	1111525849747079_bin.13__k141_113099	BLJGIOBO_00048	1111525849747079_bin.13__k141_113099__BLJGIOBO_00048	1111525849747079_bin.13__k141_113099	C2194	BLJGIOBO_00048	427	gi|757780547	72.5	5.7e-169	1	426	0.9976580796252927	0.993006993006993	WP_042999131.1	Arsenic (As), Antimony (Sb)	prediction
318	M0029548	1111525849747079_bin.13__k141_113099	BLJGIOBO_00048	1111525849747079_bin.13__k141_113099__BLJGIOBO_00048	1111525849747079_bin.13__k141_113099	C2194	BLJGIOBO_00048	427	arsB	71.2	2.1e-170	1	427	1.0	0.995337995337995	P08691	Arsenic (As), Antimony (Sb)	experiment
319	M0029548	1111525849747079_bin.13__k141_113099	BLJGIOBO_00048	1111525849747079_bin.13__k141_113099__BLJGIOBO_00048	1111525849747079_bin.13__k141_113099	C2194	BLJGIOBO_00048	427	gi|757780547	72.5	5.7e-169	1	426	0.9976580796252927	0.993006993006993	WP_042999131.1	Arsenic (As), Antimony (Sb)	prediction
320	M0030027	1111525849748616_bin.21__k141_786053	CFCHIGPG_00038	1111525849748616_bin.21__k141_786053__CFCHIGPG_00038	1111525849748616_bin.21__k141_786053	C2208	CFCHIGPG_00038	767	gi|501061496	99.7	0	1	767	1.0	1	WP_012112815.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
321	M0030028	1111525849748616_bin.21__k141_786053	CFCHIGPG_00038	1111525849748616_bin.21__k141_786053__CFCHIGPG_00038	1111525849748616_bin.21__k141_786053	C2208	CFCHIGPG_00038	767	gi|501061496	99.7	0	1	767	1.0	1	WP_012112815.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
322	M0034446	1111525849760419_bin.3__k141_126807	FLNAAOLE_00021	1111525849760419_bin.3__k141_126807__FLNAAOLE_00021	1111525849760419_bin.3__k141_126807	C2294	FLNAAOLE_00021	105	gi|754614800	71.7	3.4e-38	7	105	1.0095238095238095	0.946428571428571	WP_042004180.1	Nickel (Ni), Cobalt (Co)	prediction
323	M0034447	1111525849760419_bin.3__k141_126807	FLNAAOLE_00021	1111525849760419_bin.3__k141_126807__FLNAAOLE_00021	1111525849760419_bin.3__k141_126807	C2294	FLNAAOLE_00021	105	gi|754614800	71.7	3.4e-38	7	105	1.0095238095238095	0.946428571428571	WP_042004180.1	Nickel (Ni), Cobalt (Co)	prediction
324	M0034448	1111525849760419_bin.3__k141_126807	FLNAAOLE_00021	1111525849760419_bin.3__k141_126807__FLNAAOLE_00021	1111525849760419_bin.3__k141_126807	C2294	FLNAAOLE_00021	105	gi|754614800	71.7	3.4e-38	7	105	1.0095238095238095	0.946428571428571	WP_042004180.1	Nickel (Ni), Cobalt (Co)	prediction
325	M0034449	1111525849760419_bin.3__k141_126807	FLNAAOLE_00021	1111525849760419_bin.3__k141_126807__FLNAAOLE_00021	1111525849760419_bin.3__k141_126807	C2294	FLNAAOLE_00021	105	gi|754614800	71.7	3.4e-38	7	105	1.0095238095238095	0.946428571428571	WP_042004180.1	Nickel (Ni), Cobalt (Co)	prediction
326	M0034450	1111525849760419_bin.3__k141_126807	FLNAAOLE_00021	1111525849760419_bin.3__k141_126807__FLNAAOLE_00021	1111525849760419_bin.3__k141_126807	C2294	FLNAAOLE_00021	105	gi|754614800	71.7	3.4e-38	7	105	1.0095238095238095	0.946428571428571	WP_042004180.1	Nickel (Ni), Cobalt (Co)	prediction
327	M0034856	1111525849760419_bin.3__k141_178385	OGBCJOIL_00065	1111525849760419_bin.3__k141_178385__OGBCJOIL_00065	1111525849760419_bin.3__k141_178385	C2296	OGBCJOIL_00065	146	gi|779947488	100	1.3e-77	1	146	1.0	1	WP_045395485.1	Palmitic acid [class: Free Fatty Acids]	prediction
328	M0034857	1111525849760419_bin.3__k141_178385	OGBCJOIL_00065	1111525849760419_bin.3__k141_178385__OGBCJOIL_00065	1111525849760419_bin.3__k141_178385	C2296	OGBCJOIL_00065	146	gi|779947488	100	1.3e-77	1	146	1.0	1	WP_045395485.1	Palmitic acid [class: Free Fatty Acids]	prediction
329	M0034858	1111525849760419_bin.3__k141_178385	OGBCJOIL_00065	1111525849760419_bin.3__k141_178385__OGBCJOIL_00065	1111525849760419_bin.3__k141_178385	C2296	OGBCJOIL_00065	146	gi|779947488	100	1.3e-77	1	146	1.0	1	WP_045395485.1	Palmitic acid [class: Free Fatty Acids]	prediction
330	M0034859	1111525849760419_bin.3__k141_178385	OGBCJOIL_00065	1111525849760419_bin.3__k141_178385__OGBCJOIL_00065	1111525849760419_bin.3__k141_178385	C2296	OGBCJOIL_00065	146	gi|779947488	100	1.3e-77	1	146	1.0	1	WP_045395485.1	Palmitic acid [class: Free Fatty Acids]	prediction
331	M0034860	1111525849760419_bin.3__k141_178385	OGBCJOIL_00065	1111525849760419_bin.3__k141_178385__OGBCJOIL_00065	1111525849760419_bin.3__k141_178385	C2296	OGBCJOIL_00065	146	gi|779947488	100	1.3e-77	1	146	1.0	1	WP_045395485.1	Palmitic acid [class: Free Fatty Acids]	prediction
332	M0034861	1111525849760419_bin.3__k141_178385	OGBCJOIL_00065	1111525849760419_bin.3__k141_178385__OGBCJOIL_00065	1111525849760419_bin.3__k141_178385	C2296	OGBCJOIL_00065	146	gi|779947488	100	1.3e-77	1	146	1.0	1	WP_045395485.1	Palmitic acid [class: Free Fatty Acids]	prediction
333	M0034862	1111525849760419_bin.3__k141_178385	OGBCJOIL_00065	1111525849760419_bin.3__k141_178385__OGBCJOIL_00065	1111525849760419_bin.3__k141_178385	C2296	OGBCJOIL_00065	146	gi|779947488	100	1.3e-77	1	146	1.0	1	WP_045395485.1	Palmitic acid [class: Free Fatty Acids]	prediction
334	M0034863	1111525849760419_bin.3__k141_178385	OGBCJOIL_00065	1111525849760419_bin.3__k141_178385__OGBCJOIL_00065	1111525849760419_bin.3__k141_178385	C2296	OGBCJOIL_00065	146	gi|779947488	100	1.3e-77	1	146	1.0	1	WP_045395485.1	Palmitic acid [class: Free Fatty Acids]	prediction
335	M0034864	1111525849760419_bin.3__k141_178385	OGBCJOIL_00065	1111525849760419_bin.3__k141_178385__OGBCJOIL_00065	1111525849760419_bin.3__k141_178385	C2296	OGBCJOIL_00065	146	gi|779947488	100	1.3e-77	1	146	1.0	1	WP_045395485.1	Palmitic acid [class: Free Fatty Acids]	prediction
336	M0034865	1111525849760419_bin.3__k141_178385	OGBCJOIL_00065	1111525849760419_bin.3__k141_178385__OGBCJOIL_00065	1111525849760419_bin.3__k141_178385	C2296	OGBCJOIL_00065	146	gi|779947488	100	1.3e-77	1	146	1.0	1	WP_045395485.1	Palmitic acid [class: Free Fatty Acids]	prediction
337	M0034866	1111525849760419_bin.3__k141_178385	OGBCJOIL_00065	1111525849760419_bin.3__k141_178385__OGBCJOIL_00065	1111525849760419_bin.3__k141_178385	C2296	OGBCJOIL_00065	146	gi|779947488	100	1.3e-77	1	146	1.0	1	WP_045395485.1	Palmitic acid [class: Free Fatty Acids]	prediction
338	M0034867	1111525849760419_bin.3__k141_178385	OGBCJOIL_00065	1111525849760419_bin.3__k141_178385__OGBCJOIL_00065	1111525849760419_bin.3__k141_178385	C2296	OGBCJOIL_00065	146	gi|779947488	100	1.3e-77	1	146	1.0	1	WP_045395485.1	Palmitic acid [class: Free Fatty Acids]	prediction
339	M0034868	1111525849760419_bin.3__k141_178385	OGBCJOIL_00065	1111525849760419_bin.3__k141_178385__OGBCJOIL_00065	1111525849760419_bin.3__k141_178385	C2296	OGBCJOIL_00065	146	gi|779947488	100	1.3e-77	1	146	1.0	1	WP_045395485.1	Palmitic acid [class: Free Fatty Acids]	prediction
340	M0036210	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	zitB/ybgR	74.4	3.4e-133	1	311	1.0032051282051282	1	P75757	Zinc (Zn)	experiment
341	M0036210	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	gi|1248560959	75.4	1.5e-134	1	311	1.0032051282051282	1	WP_096757813.1	Zinc (Zn)	prediction
342	M0036211	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	zitB/ybgR	74.4	3.4e-133	1	311	1.0032051282051282	1	P75757	Zinc (Zn)	experiment
343	M0036211	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	gi|1248560959	75.4	1.5e-134	1	311	1.0032051282051282	1	WP_096757813.1	Zinc (Zn)	prediction
344	M0036212	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	zitB/ybgR	74.4	3.4e-133	1	311	1.0032051282051282	1	P75757	Zinc (Zn)	experiment
345	M0036212	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	gi|1248560959	75.4	1.5e-134	1	311	1.0032051282051282	1	WP_096757813.1	Zinc (Zn)	prediction
346	M0036213	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	zitB/ybgR	74.4	3.4e-133	1	311	1.0032051282051282	1	P75757	Zinc (Zn)	experiment
347	M0036213	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	gi|1248560959	75.4	1.5e-134	1	311	1.0032051282051282	1	WP_096757813.1	Zinc (Zn)	prediction
348	M0036214	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	zitB/ybgR	74.4	3.4e-133	1	311	1.0032051282051282	1	P75757	Zinc (Zn)	experiment
349	M0036214	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	gi|1248560959	75.4	1.5e-134	1	311	1.0032051282051282	1	WP_096757813.1	Zinc (Zn)	prediction
350	M0036215	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	zitB/ybgR	74.4	3.4e-133	1	311	1.0032051282051282	1	P75757	Zinc (Zn)	experiment
351	M0036215	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	gi|1248560959	75.4	1.5e-134	1	311	1.0032051282051282	1	WP_096757813.1	Zinc (Zn)	prediction
352	M0036216	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	zitB/ybgR	74.4	3.4e-133	1	311	1.0032051282051282	1	P75757	Zinc (Zn)	experiment
353	M0036216	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	gi|1248560959	75.4	1.5e-134	1	311	1.0032051282051282	1	WP_096757813.1	Zinc (Zn)	prediction
354	M0036217	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	zitB/ybgR	74.4	3.4e-133	1	311	1.0032051282051282	1	P75757	Zinc (Zn)	experiment
355	M0036217	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	gi|1248560959	75.4	1.5e-134	1	311	1.0032051282051282	1	WP_096757813.1	Zinc (Zn)	prediction
356	M0036218	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	zitB/ybgR	74.4	3.4e-133	1	311	1.0032051282051282	1	P75757	Zinc (Zn)	experiment
357	M0036218	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	gi|1248560959	75.4	1.5e-134	1	311	1.0032051282051282	1	WP_096757813.1	Zinc (Zn)	prediction
358	M0036219	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	zitB/ybgR	74.4	3.4e-133	1	311	1.0032051282051282	1	P75757	Zinc (Zn)	experiment
359	M0036219	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	gi|1248560959	75.4	1.5e-134	1	311	1.0032051282051282	1	WP_096757813.1	Zinc (Zn)	prediction
360	M0036220	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	zitB/ybgR	74.4	3.4e-133	1	311	1.0032051282051282	1	P75757	Zinc (Zn)	experiment
361	M0036220	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	gi|1248560959	75.4	1.5e-134	1	311	1.0032051282051282	1	WP_096757813.1	Zinc (Zn)	prediction
362	M0036221	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	zitB/ybgR	74.4	3.4e-133	1	311	1.0032051282051282	1	P75757	Zinc (Zn)	experiment
363	M0036221	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	gi|1248560959	75.4	1.5e-134	1	311	1.0032051282051282	1	WP_096757813.1	Zinc (Zn)	prediction
364	M0036222	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	zitB/ybgR	74.4	3.4e-133	1	311	1.0032051282051282	1	P75757	Zinc (Zn)	experiment
365	M0036222	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	gi|1248560959	75.4	1.5e-134	1	311	1.0032051282051282	1	WP_096757813.1	Zinc (Zn)	prediction
366	M0036223	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	zitB/ybgR	74.4	3.4e-133	1	311	1.0032051282051282	1	P75757	Zinc (Zn)	experiment
367	M0036223	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	gi|1248560959	75.4	1.5e-134	1	311	1.0032051282051282	1	WP_096757813.1	Zinc (Zn)	prediction
368	M0036224	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	zitB/ybgR	74.4	3.4e-133	1	311	1.0032051282051282	1	P75757	Zinc (Zn)	experiment
369	M0036224	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	gi|1248560959	75.4	1.5e-134	1	311	1.0032051282051282	1	WP_096757813.1	Zinc (Zn)	prediction
370	M0036225	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	zitB/ybgR	74.4	3.4e-133	1	311	1.0032051282051282	1	P75757	Zinc (Zn)	experiment
371	M0036225	1111525849760419_bin.3__k141_90951	BAKNIANG_00028	1111525849760419_bin.3__k141_90951__BAKNIANG_00028	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00028	312	gi|1248560959	75.4	1.5e-134	1	311	1.0032051282051282	1	WP_096757813.1	Zinc (Zn)	prediction
372	M0036320	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
373	M0036320	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
374	M0036321	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
375	M0036321	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
376	M0036322	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
377	M0036322	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
378	M0036323	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
379	M0036323	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
380	M0036324	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
381	M0036324	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
382	M0036325	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
383	M0036325	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
384	M0036326	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
385	M0036326	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
386	M0036327	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
387	M0036327	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
388	M0036328	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
389	M0036328	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
390	M0036329	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
391	M0036329	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
392	M0036330	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
393	M0036330	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
394	M0036331	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
395	M0036331	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
396	M0036332	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
397	M0036332	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
398	M0036333	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
399	M0036333	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
400	M0036334	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
401	M0036334	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
402	M0036335	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
403	M0036335	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
404	M0036336	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
405	M0036336	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
406	M0036337	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
407	M0036337	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
408	M0036338	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
409	M0036338	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
410	M0036339	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
411	M0036339	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
412	M0036340	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
413	M0036340	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
414	M0036341	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
415	M0036341	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
416	M0036342	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
417	M0036342	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
418	M0036343	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
419	M0036343	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
420	M0036344	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
421	M0036344	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
422	M0036345	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
423	M0036345	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
424	M0036346	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
425	M0036346	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
426	M0036347	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
427	M0036347	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
428	M0036348	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
429	M0036348	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
430	M0036349	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
431	M0036349	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
432	M0036350	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
433	M0036350	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
434	M0036351	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	modC	81	2.7e-163	1	352	1.0	1	P09833	Tungsten (W), Molybdenum (Mo)	experiment
435	M0036351	1111525849760419_bin.3__k141_90951	BAKNIANG_00015	1111525849760419_bin.3__k141_90951__BAKNIANG_00015	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00015	352	gi|992389918	83	3.2e-165	1	352	1.0	1	WP_061076908.1	Tungsten (W), Molybdenum (Mo)	prediction
436	M0036352	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	modB	90	1.1e-112	1	229	1.0	1	P0AF01	Tungsten (W), Molybdenum (Mo)	experiment
437	M0036352	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	gi|505180541	100	3.7e-122	1	229	1.0	1	WP_015367643.1	Tungsten (W), Molybdenum (Mo)	prediction
438	M0036353	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	modB	90	1.1e-112	1	229	1.0	1	P0AF01	Tungsten (W), Molybdenum (Mo)	experiment
439	M0036353	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	gi|505180541	100	3.7e-122	1	229	1.0	1	WP_015367643.1	Tungsten (W), Molybdenum (Mo)	prediction
440	M0036354	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	modB	90	1.1e-112	1	229	1.0	1	P0AF01	Tungsten (W), Molybdenum (Mo)	experiment
441	M0036354	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	gi|505180541	100	3.7e-122	1	229	1.0	1	WP_015367643.1	Tungsten (W), Molybdenum (Mo)	prediction
442	M0036355	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	modB	90	1.1e-112	1	229	1.0	1	P0AF01	Tungsten (W), Molybdenum (Mo)	experiment
443	M0036355	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	gi|505180541	100	3.7e-122	1	229	1.0	1	WP_015367643.1	Tungsten (W), Molybdenum (Mo)	prediction
444	M0036356	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	modB	90	1.1e-112	1	229	1.0	1	P0AF01	Tungsten (W), Molybdenum (Mo)	experiment
445	M0036356	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	gi|505180541	100	3.7e-122	1	229	1.0	1	WP_015367643.1	Tungsten (W), Molybdenum (Mo)	prediction
446	M0036357	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	modB	90	1.1e-112	1	229	1.0	1	P0AF01	Tungsten (W), Molybdenum (Mo)	experiment
447	M0036357	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	gi|505180541	100	3.7e-122	1	229	1.0	1	WP_015367643.1	Tungsten (W), Molybdenum (Mo)	prediction
448	M0036358	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	modB	90	1.1e-112	1	229	1.0	1	P0AF01	Tungsten (W), Molybdenum (Mo)	experiment
449	M0036358	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	gi|505180541	100	3.7e-122	1	229	1.0	1	WP_015367643.1	Tungsten (W), Molybdenum (Mo)	prediction
450	M0036359	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	modB	90	1.1e-112	1	229	1.0	1	P0AF01	Tungsten (W), Molybdenum (Mo)	experiment
451	M0036359	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	gi|505180541	100	3.7e-122	1	229	1.0	1	WP_015367643.1	Tungsten (W), Molybdenum (Mo)	prediction
452	M0036360	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	modB	90	1.1e-112	1	229	1.0	1	P0AF01	Tungsten (W), Molybdenum (Mo)	experiment
453	M0036360	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	gi|505180541	100	3.7e-122	1	229	1.0	1	WP_015367643.1	Tungsten (W), Molybdenum (Mo)	prediction
454	M0036361	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	modB	90	1.1e-112	1	229	1.0	1	P0AF01	Tungsten (W), Molybdenum (Mo)	experiment
455	M0036361	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	gi|505180541	100	3.7e-122	1	229	1.0	1	WP_015367643.1	Tungsten (W), Molybdenum (Mo)	prediction
456	M0036362	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	modB	90	1.1e-112	1	229	1.0	1	P0AF01	Tungsten (W), Molybdenum (Mo)	experiment
457	M0036362	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	gi|505180541	100	3.7e-122	1	229	1.0	1	WP_015367643.1	Tungsten (W), Molybdenum (Mo)	prediction
458	M0036363	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	modB	90	1.1e-112	1	229	1.0	1	P0AF01	Tungsten (W), Molybdenum (Mo)	experiment
459	M0036363	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	gi|505180541	100	3.7e-122	1	229	1.0	1	WP_015367643.1	Tungsten (W), Molybdenum (Mo)	prediction
460	M0036364	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	modB	90	1.1e-112	1	229	1.0	1	P0AF01	Tungsten (W), Molybdenum (Mo)	experiment
461	M0036364	1111525849760419_bin.3__k141_90951	BAKNIANG_00016	1111525849760419_bin.3__k141_90951__BAKNIANG_00016	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00016	229	gi|505180541	100	3.7e-122	1	229	1.0	1	WP_015367643.1	Tungsten (W), Molybdenum (Mo)	prediction
462	M0036365	1111525849760419_bin.3__k141_90951	BAKNIANG_00017	1111525849760419_bin.3__k141_90951__BAKNIANG_00017	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00017	258	modA	82.7	5.1e-119	1	255	0.9883720930232558	0.992217898832685	P37329	Tungsten (W), Molybdenum (Mo)	experiment
463	M0036365	1111525849760419_bin.3__k141_90951	BAKNIANG_00017	1111525849760419_bin.3__k141_90951__BAKNIANG_00017	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00017	258	gi|1039429691	89.1	6.6e-128	1	257	0.9961240310077519	1	WP_064793546.1	Tungsten (W), Molybdenum (Mo)	prediction
464	M0036366	1111525849760419_bin.3__k141_90951	BAKNIANG_00017	1111525849760419_bin.3__k141_90951__BAKNIANG_00017	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00017	258	modA	82.7	5.1e-119	1	255	0.9883720930232558	0.992217898832685	P37329	Tungsten (W), Molybdenum (Mo)	experiment
465	M0036366	1111525849760419_bin.3__k141_90951	BAKNIANG_00017	1111525849760419_bin.3__k141_90951__BAKNIANG_00017	1111525849760419_bin.3__k141_90951	C2299	BAKNIANG_00017	258	gi|1039429691	89.1	6.6e-128	1	257	0.9961240310077519	1	WP_064793546.1	Tungsten (W), Molybdenum (Mo)	prediction
466	M0036930	1111525849766067_bin.12__k141_840632	ONBJIBOF_00006	1111525849766067_bin.12__k141_840632__ONBJIBOF_00006	1111525849766067_bin.12__k141_840632	C2304	ONBJIBOF_00006	220	gi|969898093	99.1	1e-121	1	220	1.0	1	WP_058623029.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
467	M0037436	1111525849766731_bin.14__k141_187256	BKIDACHG_00051	1111525849766731_bin.14__k141_187256__BKIDACHG_00051	1111525849766731_bin.14__k141_187256	C2325	BKIDACHG_00051	984	pbrA	70.6	4.9e-303	214	980	0.7855691056910569	0.967459324155194	Q58AJ6	Lead (Pb)	experiment
468	M0037436	1111525849766731_bin.14__k141_187256	BKIDACHG_00051	1111525849766731_bin.14__k141_187256__BKIDACHG_00051	1111525849766731_bin.14__k141_187256	C2325	BKIDACHG_00051	984	gi|499548584	70.6	1.1e-300	214	980	0.7855691056910569	0.967459324155194	WP_011229367.1	Lead (Pb)	prediction
469	M0037483	1111525849766731_bin.14__k141_187256	BKIDACHG_00039	1111525849766731_bin.14__k141_187256__BKIDACHG_00039	1111525849766731_bin.14__k141_187256	C2325	BKIDACHG_00039	116	merT	87.1	6.8e-55	1	116	1.0	1	Q934S7	Mercury (Hg)	experiment
470	M0037483	1111525849766731_bin.14__k141_187256	BKIDACHG_00039	1111525849766731_bin.14__k141_187256__BKIDACHG_00039	1111525849766731_bin.14__k141_187256	C2325	BKIDACHG_00039	116	gi|1113388433	97.4	2.5e-58	1	116	1.0	1	OJW51508.1	Mercury (Hg)	prediction
471	M0037713	1111525849767265_bin.19__k141_352005	CFOGLGBC_00001	1111525849767265_bin.19__k141_352005__CFOGLGBC_00001	1111525849767265_bin.19__k141_352005	C2336	CFOGLGBC_00001	561	merA	92.2	2.9e-292	1	561	1.0	1	O66017	Mercury (Hg)	experiment
472	M0037713	1111525849767265_bin.19__k141_352005	CFOGLGBC_00001	1111525849767265_bin.19__k141_352005__CFOGLGBC_00001	1111525849767265_bin.19__k141_352005	C2336	CFOGLGBC_00001	561	gi|517039664	100	1.79999999998439e-313	1	561	1.0	1	WP_018228482.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
473	M0041935	1111525849771614_bin.2__k141_134634	IOOBJLOO_00003	1111525849771614_bin.2__k141_134634__IOOBJLOO_00003	1111525849771614_bin.2__k141_134634	C2502	IOOBJLOO_00003	147	cadR	97.3	7.7e-80	1	147	1.0	1	Q93TP7	Cadmium (Cd)	experiment
474	M0041935	1111525849771614_bin.2__k141_134634	IOOBJLOO_00003	1111525849771614_bin.2__k141_134634__IOOBJLOO_00003	1111525849771614_bin.2__k141_134634	C2502	IOOBJLOO_00003	147	gi|654450491	100	1.5e-79	1	147	1.0	1	WP_027920939.1	Cadmium (Cd)	prediction
475	M0043880	1111525849772552_bin.4__k141_321438	LGJPBMKF_00099	1111525849772552_bin.4__k141_321438__LGJPBMKF_00099	1111525849772552_bin.4__k141_321438	C2522	LGJPBMKF_00099	332	tehA	77.8	3.5e-144	9	332	0.9759036144578314	0.981818181818182	P25396	Tellurium (Te), Proflavin [class: Acridine], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Crystal Violet [class: Triarylmethane], Dequalinium [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat]	experiment
476	M0043880	1111525849772552_bin.4__k141_321438	LGJPBMKF_00099	1111525849772552_bin.4__k141_321438__LGJPBMKF_00099	1111525849772552_bin.4__k141_321438	C2522	LGJPBMKF_00099	332	gi|656116067	79.2	1.9e-148	1	332	1.0	0.996996996996997	WP_029139547.1	Tellurium (Te), Proflavin [class: Acridine], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Crystal Violet [class: Triarylmethane], Dequalinium [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat]	prediction
477	M0043881	1111525849772552_bin.4__k141_321438	LGJPBMKF_00100	1111525849772552_bin.4__k141_321438__LGJPBMKF_00100	1111525849772552_bin.4__k141_321438	C2522	LGJPBMKF_00100	198	tehB	78.6	6.5e-90	1	196	0.98989898989899	0.99492385786802	P25397	Tellurium (Te), Proflavin [class: Acridine]	experiment
478	M0043881	1111525849772552_bin.4__k141_321438	LGJPBMKF_00100	1111525849772552_bin.4__k141_321438__LGJPBMKF_00100	1111525849772552_bin.4__k141_321438	C2522	LGJPBMKF_00100	198	gi|1016935805	85.2	3.5e-97	3	198	0.98989898989899	0.99492385786802	WP_063137733.1	Tellurium (Te), Proflavin [class: Acridine]	prediction
479	M0044925	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	kmrA	88.3	3.4e-228	1	496	1.0	0.993987975951904	C4X8X9	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	experiment
480	M0044925	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	gi|518922817	99.8	4.7e-255	1	496	1.0	1	WP_020078692.1	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
481	M0044926	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	kmrA	88.3	3.4e-228	1	496	1.0	0.993987975951904	C4X8X9	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	experiment
482	M0044926	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	gi|518922817	99.8	4.7e-255	1	496	1.0	1	WP_020078692.1	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
483	M0044927	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	kmrA	88.3	3.4e-228	1	496	1.0	0.993987975951904	C4X8X9	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	experiment
484	M0044927	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	gi|518922817	99.8	4.7e-255	1	496	1.0	1	WP_020078692.1	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
485	M0044928	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	kmrA	88.3	3.4e-228	1	496	1.0	0.993987975951904	C4X8X9	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	experiment
486	M0044928	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	gi|518922817	99.8	4.7e-255	1	496	1.0	1	WP_020078692.1	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
487	M0044929	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	kmrA	88.3	3.4e-228	1	496	1.0	0.993987975951904	C4X8X9	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	experiment
488	M0044929	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	gi|518922817	99.8	4.7e-255	1	496	1.0	1	WP_020078692.1	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
489	M0044930	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	kmrA	88.3	3.4e-228	1	496	1.0	0.993987975951904	C4X8X9	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	experiment
490	M0044930	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	gi|518922817	99.8	4.7e-255	1	496	1.0	1	WP_020078692.1	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
491	M0044931	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	kmrA	88.3	3.4e-228	1	496	1.0	0.993987975951904	C4X8X9	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	experiment
492	M0044931	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	gi|518922817	99.8	4.7e-255	1	496	1.0	1	WP_020078692.1	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
493	M0044932	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	kmrA	88.3	3.4e-228	1	496	1.0	0.993987975951904	C4X8X9	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	experiment
494	M0044932	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	gi|518922817	99.8	4.7e-255	1	496	1.0	1	WP_020078692.1	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
495	M0044933	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	kmrA	88.3	3.4e-228	1	496	1.0	0.993987975951904	C4X8X9	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	experiment
496	M0044933	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	gi|518922817	99.8	4.7e-255	1	496	1.0	1	WP_020078692.1	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
497	M0044934	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	kmrA	88.3	3.4e-228	1	496	1.0	0.993987975951904	C4X8X9	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	experiment
498	M0044934	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	gi|518922817	99.8	4.7e-255	1	496	1.0	1	WP_020078692.1	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
499	M0044935	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	kmrA	88.3	3.4e-228	1	496	1.0	0.993987975951904	C4X8X9	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	experiment
500	M0044935	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	gi|518922817	99.8	4.7e-255	1	496	1.0	1	WP_020078692.1	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
501	M0044936	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	kmrA	88.3	3.4e-228	1	496	1.0	0.993987975951904	C4X8X9	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	experiment
502	M0044936	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	gi|518922817	99.8	4.7e-255	1	496	1.0	1	WP_020078692.1	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
503	M0044937	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	kmrA	88.3	3.4e-228	1	496	1.0	0.993987975951904	C4X8X9	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	experiment
504	M0044937	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	gi|518922817	99.8	4.7e-255	1	496	1.0	1	WP_020078692.1	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
505	M0044938	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	kmrA	88.3	3.4e-228	1	496	1.0	0.993987975951904	C4X8X9	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	experiment
506	M0044938	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	gi|518922817	99.8	4.7e-255	1	496	1.0	1	WP_020078692.1	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
507	M0044939	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	kmrA	88.3	3.4e-228	1	496	1.0	0.993987975951904	C4X8X9	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	experiment
508	M0044939	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	gi|518922817	99.8	4.7e-255	1	496	1.0	1	WP_020078692.1	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
509	M0044940	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	kmrA	88.3	3.4e-228	1	496	1.0	0.993987975951904	C4X8X9	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	experiment
510	M0044940	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	gi|518922817	99.8	4.7e-255	1	496	1.0	1	WP_020078692.1	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
511	M0044981	1111525849772552_bin.4__k141_350155	HKHCGNOH_00016	1111525849772552_bin.4__k141_350155__HKHCGNOH_00016	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00016	273	yddg/emrE	77.7	1.9e-119	1	273	1.0	0.931740614334471	D0ZXP9	Methyl Viologen [class: Paraquat]	experiment
512	M0044981	1111525849772552_bin.4__k141_350155	HKHCGNOH_00016	1111525849772552_bin.4__k141_350155__HKHCGNOH_00016	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00016	273	gi|960741923	79.9	5.4e-120	1	273	1.0	0.996350364963504	KSY31678.1	Methyl Viologen [class: Paraquat]	prediction
513	M0044982	1111525849772552_bin.4__k141_350155	HKHCGNOH_00016	1111525849772552_bin.4__k141_350155__HKHCGNOH_00016	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00016	273	yddg/emrE	77.7	1.9e-119	1	273	1.0	0.931740614334471	D0ZXP9	Methyl Viologen [class: Paraquat]	experiment
514	M0044982	1111525849772552_bin.4__k141_350155	HKHCGNOH_00016	1111525849772552_bin.4__k141_350155__HKHCGNOH_00016	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00016	273	gi|960741923	79.9	5.4e-120	1	273	1.0	0.996350364963504	KSY31678.1	Methyl Viologen [class: Paraquat]	prediction
515	M0044983	1111525849772552_bin.4__k141_350155	HKHCGNOH_00016	1111525849772552_bin.4__k141_350155__HKHCGNOH_00016	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00016	273	yddg/emrE	77.7	1.9e-119	1	273	1.0	0.931740614334471	D0ZXP9	Methyl Viologen [class: Paraquat]	experiment
516	M0044983	1111525849772552_bin.4__k141_350155	HKHCGNOH_00016	1111525849772552_bin.4__k141_350155__HKHCGNOH_00016	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00016	273	gi|960741923	79.9	5.4e-120	1	273	1.0	0.996350364963504	KSY31678.1	Methyl Viologen [class: Paraquat]	prediction
517	M0044984	1111525849772552_bin.4__k141_350155	HKHCGNOH_00016	1111525849772552_bin.4__k141_350155__HKHCGNOH_00016	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00016	273	yddg/emrE	77.7	1.9e-119	1	273	1.0	0.931740614334471	D0ZXP9	Methyl Viologen [class: Paraquat]	experiment
518	M0044984	1111525849772552_bin.4__k141_350155	HKHCGNOH_00016	1111525849772552_bin.4__k141_350155__HKHCGNOH_00016	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00016	273	gi|960741923	79.9	5.4e-120	1	273	1.0	0.996350364963504	KSY31678.1	Methyl Viologen [class: Paraquat]	prediction
519	M0044985	1111525849772552_bin.4__k141_350155	HKHCGNOH_00016	1111525849772552_bin.4__k141_350155__HKHCGNOH_00016	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00016	273	yddg/emrE	77.7	1.9e-119	1	273	1.0	0.931740614334471	D0ZXP9	Methyl Viologen [class: Paraquat]	experiment
520	M0044985	1111525849772552_bin.4__k141_350155	HKHCGNOH_00016	1111525849772552_bin.4__k141_350155__HKHCGNOH_00016	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00016	273	gi|960741923	79.9	5.4e-120	1	273	1.0	0.996350364963504	KSY31678.1	Methyl Viologen [class: Paraquat]	prediction
521	M0044986	1111525849772552_bin.4__k141_350155	HKHCGNOH_00016	1111525849772552_bin.4__k141_350155__HKHCGNOH_00016	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00016	273	yddg/emrE	77.7	1.9e-119	1	273	1.0	0.931740614334471	D0ZXP9	Methyl Viologen [class: Paraquat]	experiment
522	M0044986	1111525849772552_bin.4__k141_350155	HKHCGNOH_00016	1111525849772552_bin.4__k141_350155__HKHCGNOH_00016	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00016	273	gi|960741923	79.9	5.4e-120	1	273	1.0	0.996350364963504	KSY31678.1	Methyl Viologen [class: Paraquat]	prediction
523	M0044987	1111525849772552_bin.4__k141_350155	HKHCGNOH_00016	1111525849772552_bin.4__k141_350155__HKHCGNOH_00016	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00016	273	yddg/emrE	77.7	1.9e-119	1	273	1.0	0.931740614334471	D0ZXP9	Methyl Viologen [class: Paraquat]	experiment
524	M0044987	1111525849772552_bin.4__k141_350155	HKHCGNOH_00016	1111525849772552_bin.4__k141_350155__HKHCGNOH_00016	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00016	273	gi|960741923	79.9	5.4e-120	1	273	1.0	0.996350364963504	KSY31678.1	Methyl Viologen [class: Paraquat]	prediction
525	M0044988	1111525849772552_bin.4__k141_350155	HKHCGNOH_00016	1111525849772552_bin.4__k141_350155__HKHCGNOH_00016	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00016	273	yddg/emrE	77.7	1.9e-119	1	273	1.0	0.931740614334471	D0ZXP9	Methyl Viologen [class: Paraquat]	experiment
526	M0044988	1111525849772552_bin.4__k141_350155	HKHCGNOH_00016	1111525849772552_bin.4__k141_350155__HKHCGNOH_00016	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00016	273	gi|960741923	79.9	5.4e-120	1	273	1.0	0.996350364963504	KSY31678.1	Methyl Viologen [class: Paraquat]	prediction
527	M0045314	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	kmrA	88.3	3.4e-228	1	496	1.0	0.993987975951904	C4X8X9	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	experiment
528	M0045314	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	gi|518922817	99.8	4.7e-255	1	496	1.0	1	WP_020078692.1	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
529	M0045315	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	kmrA	88.3	3.4e-228	1	496	1.0	0.993987975951904	C4X8X9	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	experiment
530	M0045315	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	gi|518922817	99.8	4.7e-255	1	496	1.0	1	WP_020078692.1	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
531	M0045316	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	kmrA	88.3	3.4e-228	1	496	1.0	0.993987975951904	C4X8X9	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	experiment
532	M0045316	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	gi|518922817	99.8	4.7e-255	1	496	1.0	1	WP_020078692.1	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
533	M0045317	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	kmrA	88.3	3.4e-228	1	496	1.0	0.993987975951904	C4X8X9	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	experiment
534	M0045317	1111525849772552_bin.4__k141_350155	HKHCGNOH_00007	1111525849772552_bin.4__k141_350155__HKHCGNOH_00007	1111525849772552_bin.4__k141_350155	C2523	HKHCGNOH_00007	496	gi|518922817	99.8	4.7e-255	1	496	1.0	1	WP_020078692.1	Acriflavine [class: Acridine], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Hoechst 33342 [class: Bisbenzimide], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], Methyl Viologen [class: Paraquat], Ethidium Bromide [class: Phenanthridine], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
535	M0047343	1111525849853748_bin.9__k141_64620	CPJJMJKI_00010	1111525849853748_bin.9__k141_64620__CPJJMJKI_00010	1111525849853748_bin.9__k141_64620	C2563	CPJJMJKI_00010	473	gi|896402267	94.3	8.4e-246	1	473	1.0	1	WP_049340297.1	n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
536	M0047344	1111525849853748_bin.9__k141_64620	CPJJMJKI_00010	1111525849853748_bin.9__k141_64620__CPJJMJKI_00010	1111525849853748_bin.9__k141_64620	C2563	CPJJMJKI_00010	473	gi|896402267	94.3	8.4e-246	1	473	1.0	1	WP_049340297.1	n-hexane [class: Alkane], p-xylene [class: Aromatic hydrocarbons]	prediction
537	M0048209	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	czcA	77.7	0	1	1055	0.9943502824858758	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
538	M0048209	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	gi|646792740	78.5	0	1	1050	0.9896421845574388	0.986854460093897	WP_025586294.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
539	M0048210	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	czcA	77.7	0	1	1055	0.9943502824858758	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
540	M0048210	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	gi|646792740	78.5	0	1	1050	0.9896421845574388	0.986854460093897	WP_025586294.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
541	M0048211	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	czcA	77.7	0	1	1055	0.9943502824858758	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
542	M0048211	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	gi|646792740	78.5	0	1	1050	0.9896421845574388	0.986854460093897	WP_025586294.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
543	M0048212	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	czcA	77.7	0	1	1055	0.9943502824858758	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
544	M0048212	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	gi|646792740	78.5	0	1	1050	0.9896421845574388	0.986854460093897	WP_025586294.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
545	M0048213	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	czcA	77.7	0	1	1055	0.9943502824858758	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
546	M0048213	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	gi|646792740	78.5	0	1	1050	0.9896421845574388	0.986854460093897	WP_025586294.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
547	M0048214	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	czcA	77.7	0	1	1055	0.9943502824858758	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
548	M0048214	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	gi|646792740	78.5	0	1	1050	0.9896421845574388	0.986854460093897	WP_025586294.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
549	M0048217	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	czcA	77.7	0	1	1055	0.9943502824858758	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
550	M0048217	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	gi|646792740	78.5	0	1	1050	0.9896421845574388	0.986854460093897	WP_025586294.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
551	M0048248	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	czcA	77.7	0	1	1055	0.9943502824858758	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
552	M0048248	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	gi|646792740	78.5	0	1	1050	0.9896421845574388	0.986854460093897	WP_025586294.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
553	M0048249	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	czcA	77.7	0	1	1055	0.9943502824858758	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
554	M0048249	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	gi|646792740	78.5	0	1	1050	0.9896421845574388	0.986854460093897	WP_025586294.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
555	M0048250	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	czcA	77.7	0	1	1055	0.9943502824858758	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
556	M0048250	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	gi|646792740	78.5	0	1	1050	0.9896421845574388	0.986854460093897	WP_025586294.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
557	M0048251	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	czcA	77.7	0	1	1055	0.9943502824858758	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
558	M0048251	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	gi|646792740	78.5	0	1	1050	0.9896421845574388	0.986854460093897	WP_025586294.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
559	M0048252	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	czcA	77.7	0	1	1055	0.9943502824858758	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
560	M0048252	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	gi|646792740	78.5	0	1	1050	0.9896421845574388	0.986854460093897	WP_025586294.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
561	M0048253	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	czcA	77.7	0	1	1055	0.9943502824858758	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
562	M0048253	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	gi|646792740	78.5	0	1	1050	0.9896421845574388	0.986854460093897	WP_025586294.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
563	M0048254	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	czcA	77.7	0	1	1055	0.9943502824858758	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
564	M0048254	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	gi|646792740	78.5	0	1	1050	0.9896421845574388	0.986854460093897	WP_025586294.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
565	M0048255	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	czcA	77.7	0	1	1055	0.9943502824858758	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
566	M0048255	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	gi|646792740	78.5	0	1	1050	0.9896421845574388	0.986854460093897	WP_025586294.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
567	M0048256	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	czcA	77.7	0	1	1055	0.9943502824858758	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
568	M0048256	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	gi|646792740	78.5	0	1	1050	0.9896421845574388	0.986854460093897	WP_025586294.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
569	M0048280	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	czcA	77.7	0	1	1055	0.9943502824858758	0.993414863593603	P13511	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	experiment
570	M0048280	1111525849854152_bin.43__k141_178805	ENHDLEAH_00015	1111525849854152_bin.43__k141_178805__ENHDLEAH_00015	1111525849854152_bin.43__k141_178805	C2589	ENHDLEAH_00015	1062	gi|646792740	78.5	0	1	1050	0.9896421845574388	0.986854460093897	WP_025586294.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
571	M0051653	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
572	M0051653	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
573	M0051654	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
574	M0051654	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
575	M0051655	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
576	M0051655	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
577	M0051656	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
578	M0051656	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
579	M0051657	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
580	M0051657	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
581	M0051658	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
582	M0051658	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
583	M0051659	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
584	M0051659	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
585	M0051660	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
586	M0051660	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
587	M0051661	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
588	M0051661	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
589	M0051662	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
590	M0051662	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
591	M0051663	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
592	M0051663	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
593	M0051664	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
594	M0051664	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
595	M0051665	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
596	M0051665	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
597	M0051666	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
598	M0051666	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
599	M0051667	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
600	M0051667	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
601	M0051854	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
602	M0051854	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
603	M0051855	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
604	M0051855	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
605	M0051856	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
606	M0051856	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
607	M0051876	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
608	M0051876	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
609	M0051877	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
610	M0051877	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
611	M0051878	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
612	M0051878	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
613	M0051879	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
614	M0051879	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
615	M0051880	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
616	M0051880	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
617	M0051881	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
618	M0051881	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
619	M0051903	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
620	M0051903	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
621	M0051931	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
622	M0051931	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
623	M0051932	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
624	M0051932	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
625	M0051933	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
626	M0051933	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
627	M0051934	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
628	M0051934	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
629	M0051935	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
630	M0051935	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
631	M0051936	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
632	M0051936	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
633	M0051937	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
634	M0051937	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
635	M0051943	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
636	M0051943	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
637	M0051947	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	pstB	75.5	1.3e-111	3	251	0.9920318725099602	0.968871595330739	P0AAH0	Arsenic (As)	experiment
638	M0051947	1111525849859186_bin.7__k141_200031	ECMIOKCG_00005	1111525849859186_bin.7__k141_200031__ECMIOKCG_00005	1111525849859186_bin.7__k141_200031	C2659	ECMIOKCG_00005	251	gi|1196395751	75.1	4.2e-111	3	251	0.9920318725099602	0.965116279069767	WP_086079045.1	Arsenic (As)	prediction
639	M0054159	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
640	M0054160	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
641	M0054161	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
642	M0054162	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
643	M0054163	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
644	M0054164	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
645	M0054165	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
646	M0054166	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
647	M0054167	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
648	M0054168	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
649	M0054169	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
650	M0054170	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
651	M0054171	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
652	M0054172	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
653	M0054173	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
654	M0054174	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
655	M0054175	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
656	M0054176	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
657	M0054177	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
658	M0054178	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
659	M0054179	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
660	M0054180	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
661	M0054181	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
662	M0054182	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
663	M0054183	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
664	M0054184	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
665	M0054185	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
666	M0054186	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
667	M0054187	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
668	M0054188	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
669	M0054189	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
670	M0054190	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
671	M0054191	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
672	M0054192	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
673	M0054193	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
674	M0054194	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
675	M0054195	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
676	M0054196	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
677	M0054197	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
678	M0054198	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
679	M0054199	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
680	M0054200	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
681	M0054201	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
682	M0054202	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	cusR/ylcA	94.7	7.4e-122	1	227	1.0	1	P0ACZ8	Copper (Cu), Silver (Ag)	experiment
683	M0054202	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	gi|823290133	100	1e-124	1	227	1.0	1	WP_047046104.1	Copper (Cu), Silver (Ag)	prediction
684	M0054203	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	cusR/ylcA	94.7	7.4e-122	1	227	1.0	1	P0ACZ8	Copper (Cu), Silver (Ag)	experiment
685	M0054203	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	gi|823290133	100	1e-124	1	227	1.0	1	WP_047046104.1	Copper (Cu), Silver (Ag)	prediction
686	M0054204	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	cusR/ylcA	94.7	7.4e-122	1	227	1.0	1	P0ACZ8	Copper (Cu), Silver (Ag)	experiment
687	M0054204	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	gi|823290133	100	1e-124	1	227	1.0	1	WP_047046104.1	Copper (Cu), Silver (Ag)	prediction
688	M0054205	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	cusR/ylcA	94.7	7.4e-122	1	227	1.0	1	P0ACZ8	Copper (Cu), Silver (Ag)	experiment
689	M0054205	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	gi|823290133	100	1e-124	1	227	1.0	1	WP_047046104.1	Copper (Cu), Silver (Ag)	prediction
690	M0054206	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	cusR/ylcA	94.7	7.4e-122	1	227	1.0	1	P0ACZ8	Copper (Cu), Silver (Ag)	experiment
691	M0054206	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	gi|823290133	100	1e-124	1	227	1.0	1	WP_047046104.1	Copper (Cu), Silver (Ag)	prediction
692	M0054207	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	cusR/ylcA	94.7	7.4e-122	1	227	1.0	1	P0ACZ8	Copper (Cu), Silver (Ag)	experiment
693	M0054207	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	gi|823290133	100	1e-124	1	227	1.0	1	WP_047046104.1	Copper (Cu), Silver (Ag)	prediction
694	M0054208	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	cusR/ylcA	94.7	7.4e-122	1	227	1.0	1	P0ACZ8	Copper (Cu), Silver (Ag)	experiment
695	M0054208	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	gi|823290133	100	1e-124	1	227	1.0	1	WP_047046104.1	Copper (Cu), Silver (Ag)	prediction
696	M0054209	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	cusR/ylcA	94.7	7.4e-122	1	227	1.0	1	P0ACZ8	Copper (Cu), Silver (Ag)	experiment
697	M0054209	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	gi|823290133	100	1e-124	1	227	1.0	1	WP_047046104.1	Copper (Cu), Silver (Ag)	prediction
698	M0054210	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	cusR/ylcA	94.7	7.4e-122	1	227	1.0	1	P0ACZ8	Copper (Cu), Silver (Ag)	experiment
699	M0054210	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	gi|823290133	100	1e-124	1	227	1.0	1	WP_047046104.1	Copper (Cu), Silver (Ag)	prediction
700	M0054211	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	cusR/ylcA	94.7	7.4e-122	1	227	1.0	1	P0ACZ8	Copper (Cu), Silver (Ag)	experiment
701	M0054211	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	gi|823290133	100	1e-124	1	227	1.0	1	WP_047046104.1	Copper (Cu), Silver (Ag)	prediction
702	M0054212	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	cusR/ylcA	94.7	7.4e-122	1	227	1.0	1	P0ACZ8	Copper (Cu), Silver (Ag)	experiment
703	M0054212	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	gi|823290133	100	1e-124	1	227	1.0	1	WP_047046104.1	Copper (Cu), Silver (Ag)	prediction
704	M0054213	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
705	M0054217	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
706	M0054217	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
707	M0054218	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
708	M0054218	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
709	M0054219	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
710	M0054219	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
711	M0054220	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
712	M0054220	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
713	M0054221	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
714	M0054221	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
715	M0054222	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
716	M0054222	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
717	M0054223	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
718	M0054223	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
719	M0054224	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
720	M0054224	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
721	M0054225	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
722	M0054225	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
723	M0054226	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
724	M0054226	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
725	M0054227	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
726	M0054227	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
727	M0054228	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
728	M0054228	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
729	M0054229	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
730	M0054229	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
731	M0054230	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
732	M0054230	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
733	M0054231	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
734	M0054231	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
735	M0054232	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
736	M0054232	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
737	M0054233	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
738	M0054233	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
739	M0054234	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
740	M0054234	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
741	M0054235	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
742	M0054235	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
743	M0054236	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
744	M0054236	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
745	M0054237	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
746	M0054237	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
747	M0054238	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
748	M0054238	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
749	M0054239	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
750	M0054239	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
751	M0054240	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
752	M0054240	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
753	M0054248	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
754	M0054249	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	cusB	76.1	1.9e-179	6	420	0.9952380952380953	1.02702702702703	P77239	Copper (Cu), Silver (Ag)	experiment
755	M0054249	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	gi|754645100	77	2.1e-179	6	420	0.9952380952380953	1.02702702702703	WP_042030219.1	Copper (Cu), Silver (Ag)	prediction
756	M0054250	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	cusB	76.1	1.9e-179	6	420	0.9952380952380953	1.02702702702703	P77239	Copper (Cu), Silver (Ag)	experiment
757	M0054250	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	gi|754645100	77	2.1e-179	6	420	0.9952380952380953	1.02702702702703	WP_042030219.1	Copper (Cu), Silver (Ag)	prediction
758	M0054251	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	cusB	76.1	1.9e-179	6	420	0.9952380952380953	1.02702702702703	P77239	Copper (Cu), Silver (Ag)	experiment
759	M0054251	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	gi|754645100	77	2.1e-179	6	420	0.9952380952380953	1.02702702702703	WP_042030219.1	Copper (Cu), Silver (Ag)	prediction
760	M0054252	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	cusB	76.1	1.9e-179	6	420	0.9952380952380953	1.02702702702703	P77239	Copper (Cu), Silver (Ag)	experiment
761	M0054252	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	gi|754645100	77	2.1e-179	6	420	0.9952380952380953	1.02702702702703	WP_042030219.1	Copper (Cu), Silver (Ag)	prediction
762	M0054253	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	cusB	76.1	1.9e-179	6	420	0.9952380952380953	1.02702702702703	P77239	Copper (Cu), Silver (Ag)	experiment
763	M0054253	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	gi|754645100	77	2.1e-179	6	420	0.9952380952380953	1.02702702702703	WP_042030219.1	Copper (Cu), Silver (Ag)	prediction
764	M0054254	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	cusB	76.1	1.9e-179	6	420	0.9952380952380953	1.02702702702703	P77239	Copper (Cu), Silver (Ag)	experiment
765	M0054254	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	gi|754645100	77	2.1e-179	6	420	0.9952380952380953	1.02702702702703	WP_042030219.1	Copper (Cu), Silver (Ag)	prediction
766	M0054255	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	cusB	76.1	1.9e-179	6	420	0.9952380952380953	1.02702702702703	P77239	Copper (Cu), Silver (Ag)	experiment
767	M0054255	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	gi|754645100	77	2.1e-179	6	420	0.9952380952380953	1.02702702702703	WP_042030219.1	Copper (Cu), Silver (Ag)	prediction
768	M0054256	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	cusB	76.1	1.9e-179	6	420	0.9952380952380953	1.02702702702703	P77239	Copper (Cu), Silver (Ag)	experiment
769	M0054256	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	gi|754645100	77	2.1e-179	6	420	0.9952380952380953	1.02702702702703	WP_042030219.1	Copper (Cu), Silver (Ag)	prediction
770	M0054257	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	cusB	76.1	1.9e-179	6	420	0.9952380952380953	1.02702702702703	P77239	Copper (Cu), Silver (Ag)	experiment
771	M0054257	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	gi|754645100	77	2.1e-179	6	420	0.9952380952380953	1.02702702702703	WP_042030219.1	Copper (Cu), Silver (Ag)	prediction
772	M0054258	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	cusB	76.1	1.9e-179	6	420	0.9952380952380953	1.02702702702703	P77239	Copper (Cu), Silver (Ag)	experiment
773	M0054258	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	gi|754645100	77	2.1e-179	6	420	0.9952380952380953	1.02702702702703	WP_042030219.1	Copper (Cu), Silver (Ag)	prediction
774	M0054259	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	cusB	76.1	1.9e-179	6	420	0.9952380952380953	1.02702702702703	P77239	Copper (Cu), Silver (Ag)	experiment
775	M0054259	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	gi|754645100	77	2.1e-179	6	420	0.9952380952380953	1.02702702702703	WP_042030219.1	Copper (Cu), Silver (Ag)	prediction
776	M0054260	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	cusB	76.1	1.9e-179	6	420	0.9952380952380953	1.02702702702703	P77239	Copper (Cu), Silver (Ag)	experiment
777	M0054260	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	gi|754645100	77	2.1e-179	6	420	0.9952380952380953	1.02702702702703	WP_042030219.1	Copper (Cu), Silver (Ag)	prediction
778	M0054261	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	cusB	76.1	1.9e-179	6	420	0.9952380952380953	1.02702702702703	P77239	Copper (Cu), Silver (Ag)	experiment
779	M0054261	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	gi|754645100	77	2.1e-179	6	420	0.9952380952380953	1.02702702702703	WP_042030219.1	Copper (Cu), Silver (Ag)	prediction
780	M0054262	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	cusB	76.1	1.9e-179	6	420	0.9952380952380953	1.02702702702703	P77239	Copper (Cu), Silver (Ag)	experiment
781	M0054262	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	gi|754645100	77	2.1e-179	6	420	0.9952380952380953	1.02702702702703	WP_042030219.1	Copper (Cu), Silver (Ag)	prediction
782	M0054263	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	cusB	76.1	1.9e-179	6	420	0.9952380952380953	1.02702702702703	P77239	Copper (Cu), Silver (Ag)	experiment
783	M0054263	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	gi|754645100	77	2.1e-179	6	420	0.9952380952380953	1.02702702702703	WP_042030219.1	Copper (Cu), Silver (Ag)	prediction
784	M0054264	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	cusB	76.1	1.9e-179	6	420	0.9952380952380953	1.02702702702703	P77239	Copper (Cu), Silver (Ag)	experiment
785	M0054264	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	gi|754645100	77	2.1e-179	6	420	0.9952380952380953	1.02702702702703	WP_042030219.1	Copper (Cu), Silver (Ag)	prediction
786	M0054265	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	cusB	76.1	1.9e-179	6	420	0.9952380952380953	1.02702702702703	P77239	Copper (Cu), Silver (Ag)	experiment
787	M0054265	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	gi|754645100	77	2.1e-179	6	420	0.9952380952380953	1.02702702702703	WP_042030219.1	Copper (Cu), Silver (Ag)	prediction
788	M0054266	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	cusB	76.1	1.9e-179	6	420	0.9952380952380953	1.02702702702703	P77239	Copper (Cu), Silver (Ag)	experiment
789	M0054266	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	gi|754645100	77	2.1e-179	6	420	0.9952380952380953	1.02702702702703	WP_042030219.1	Copper (Cu), Silver (Ag)	prediction
790	M0054267	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	cusB	76.1	1.9e-179	6	420	0.9952380952380953	1.02702702702703	P77239	Copper (Cu), Silver (Ag)	experiment
791	M0054267	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	gi|754645100	77	2.1e-179	6	420	0.9952380952380953	1.02702702702703	WP_042030219.1	Copper (Cu), Silver (Ag)	prediction
792	M0054268	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	cusB	76.1	1.9e-179	6	420	0.9952380952380953	1.02702702702703	P77239	Copper (Cu), Silver (Ag)	experiment
793	M0054268	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	gi|754645100	77	2.1e-179	6	420	0.9952380952380953	1.02702702702703	WP_042030219.1	Copper (Cu), Silver (Ag)	prediction
794	M0054269	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
795	M0054269	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
796	M0054270	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
797	M0054270	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
798	M0054271	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
799	M0054271	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
800	M0054272	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
801	M0054272	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
802	M0054273	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
803	M0054273	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
804	M0054274	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
805	M0054274	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
806	M0054275	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
807	M0054275	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
808	M0054276	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
809	M0054276	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
810	M0054277	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
811	M0054277	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
812	M0054278	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
813	M0054278	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
814	M0054279	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
815	M0054279	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
816	M0054280	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
817	M0054280	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
818	M0054281	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
819	M0054281	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
820	M0054282	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
821	M0054282	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
822	M0054283	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
823	M0054283	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
824	M0054284	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
825	M0054284	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
826	M0054285	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
827	M0054285	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
828	M0054286	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
829	M0054286	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
830	M0054287	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
831	M0054287	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
832	M0054288	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
833	M0054288	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
834	M0054289	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
835	M0054289	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
836	M0054290	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
837	M0054290	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
838	M0054291	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
839	M0054291	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
840	M0054292	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
841	M0054292	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
842	M0054293	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
843	M0054293	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
844	M0054294	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
845	M0054294	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
846	M0054295	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
847	M0054295	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
848	M0054296	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
849	M0054296	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
850	M0054297	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
851	M0054297	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
852	M0054298	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
853	M0054298	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
854	M0054299	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
855	M0054299	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
856	M0054300	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
857	M0054300	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
858	M0054301	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
859	M0054301	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
860	M0054302	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
861	M0054302	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
862	M0054303	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
863	M0054303	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
864	M0054304	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
865	M0054304	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
866	M0054305	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
867	M0054305	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
868	M0054306	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
869	M0054306	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
870	M0054307	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
871	M0054307	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
872	M0054308	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
873	M0054308	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
874	M0054309	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
875	M0054309	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
876	M0054310	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
877	M0054310	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
878	M0054311	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
879	M0054311	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
880	M0054312	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
881	M0054312	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
882	M0054313	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
883	M0054313	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
884	M0054314	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
885	M0054314	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
886	M0054315	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
887	M0054315	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
888	M0054316	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
889	M0054316	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
890	M0054317	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
891	M0054317	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
892	M0054318	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
893	M0054318	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
894	M0054319	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
895	M0054319	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
896	M0054320	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
897	M0054320	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
898	M0054321	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
899	M0054321	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
900	M0054322	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
901	M0054322	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
902	M0054323	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
903	M0054323	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
904	M0054324	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
905	M0054324	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
906	M0054374	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
907	M0054375	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
908	M0054376	1111525849861839_bin.8__k141_38402	HDNNILPG_00002	1111525849861839_bin.8__k141_38402__HDNNILPG_00002	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00002	480	gi|1123850186	94.8	2e-258	1	480	1.0	1	WP_074387196.1	Copper (Cu)	prediction
909	M0054377	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	cusR/ylcA	94.7	7.4e-122	1	227	1.0	1	P0ACZ8	Copper (Cu), Silver (Ag)	experiment
910	M0054377	1111525849861839_bin.8__k141_38402	HDNNILPG_00003	1111525849861839_bin.8__k141_38402__HDNNILPG_00003	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00003	227	gi|823290133	100	1e-124	1	227	1.0	1	WP_047046104.1	Copper (Cu), Silver (Ag)	prediction
911	M0054378	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
912	M0054378	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
913	M0054379	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
914	M0054379	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
915	M0054380	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	cusC/ylcB	76.6	1.3e-194	1	458	0.9934924078091106	1.00218818380744	P77211	Copper (Cu), Silver (Ag)	experiment
916	M0054380	1111525849861839_bin.8__k141_38402	HDNNILPG_00005	1111525849861839_bin.8__k141_38402__HDNNILPG_00005	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00005	461	gi|742917121	76.6	1.9e-194	1	461	1.0	1.00217391304348	WP_039022603.1	Copper (Cu), Silver (Ag)	prediction
917	M0054381	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	cusB	76.1	1.9e-179	6	420	0.9952380952380953	1.02702702702703	P77239	Copper (Cu), Silver (Ag)	experiment
918	M0054381	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	gi|754645100	77	2.1e-179	6	420	0.9952380952380953	1.02702702702703	WP_042030219.1	Copper (Cu), Silver (Ag)	prediction
919	M0054382	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	cusB	76.1	1.9e-179	6	420	0.9952380952380953	1.02702702702703	P77239	Copper (Cu), Silver (Ag)	experiment
920	M0054382	1111525849861839_bin.8__k141_38402	HDNNILPG_00007	1111525849861839_bin.8__k141_38402__HDNNILPG_00007	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00007	420	gi|754645100	77	2.1e-179	6	420	0.9952380952380953	1.02702702702703	WP_042030219.1	Copper (Cu), Silver (Ag)	prediction
921	M0054383	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
922	M0054383	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
923	M0054384	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
924	M0054384	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
925	M0054385	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
926	M0054385	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
927	M0054386	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
928	M0054386	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
929	M0054387	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
930	M0054387	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
931	M0054388	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
932	M0054388	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
933	M0054389	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
934	M0054389	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
935	M0054390	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	cusA/ybdE	89.4	0	1	1047	0.998093422306959	1	P38054	Copper (Cu), Silver (Ag)	experiment
936	M0054390	1111525849861839_bin.8__k141_38402	HDNNILPG_00008	1111525849861839_bin.8__k141_38402__HDNNILPG_00008	1111525849861839_bin.8__k141_38402	C2742	HDNNILPG_00008	1049	gi|746037954	93.3	0	1	1049	1.0	1	WP_039109590.1	Silver (Ag)	prediction
937	M0058559	AP026901.1	AIPAKIOK_00045	AP026901.1__AIPAKIOK_00045	AP026901.1	C44	AIPAKIOK_00045	140	gi|503838609	100	2.7e-75	1	140	1.0	1	WP_014072603.1	Mercury (Hg)	prediction
938	M0058878	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
939	M0058878	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
940	M0058878	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
941	M0058878	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
942	M0058879	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
943	M0058879	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
944	M0058879	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
945	M0058879	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
946	M0058880	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
947	M0058880	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
948	M0058880	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
949	M0058880	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
950	M0058881	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
951	M0058881	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
952	M0058881	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
953	M0058881	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
954	M0058882	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
955	M0058882	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
956	M0058882	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
957	M0058882	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
958	M0058883	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
959	M0058883	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
960	M0058883	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
961	M0058883	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
962	M0058884	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
963	M0058884	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
964	M0058884	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
965	M0058884	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
966	M0058885	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
967	M0058885	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
968	M0058885	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
969	M0058885	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
970	M0058886	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
971	M0058886	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
972	M0058886	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
973	M0058886	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
974	M0058887	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
975	M0058887	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
976	M0058887	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
977	M0058887	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
978	M0058888	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
979	M0058888	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
980	M0058889	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
981	M0058889	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
982	M0058890	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
983	M0058890	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
984	M0058891	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
985	M0058891	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
986	M0058892	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
987	M0058892	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
988	M0058893	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
989	M0058893	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
990	M0058894	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
991	M0058894	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
992	M0058895	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
993	M0058895	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
994	M0058896	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
995	M0058896	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
996	M0058898	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
997	M0058898	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
998	M0058898	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
999	M0058898	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1000	M0058899	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1001	M0058899	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1002	M0058899	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1003	M0058899	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1004	M0058900	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1005	M0058900	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1006	M0058900	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1007	M0058900	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1008	M0058901	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1009	M0058901	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1010	M0058901	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1011	M0058901	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1012	M0058902	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1013	M0058902	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1014	M0058902	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1015	M0058902	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1016	M0058903	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1017	M0058903	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1018	M0058903	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1019	M0058903	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1020	M0058904	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1021	M0058904	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1022	M0058904	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1023	M0058904	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1024	M0058905	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1025	M0058905	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1026	M0058905	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1027	M0058905	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1028	M0058906	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1029	M0058906	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1030	M0058907	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1031	M0058907	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1032	M0058908	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1033	M0058908	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1034	M0058909	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1035	M0058909	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1036	M0058910	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1037	M0058910	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1038	M0058911	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1039	M0058911	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1040	M0058912	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1041	M0058912	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1042	M0058913	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1043	M0058913	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1044	M0058914	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1045	M0058914	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1046	M0058915	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1047	M0058915	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1048	M0058916	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1049	M0058916	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1050	M0058917	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1051	M0058917	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1052	M0058929	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	arsC	85.5	1.9e-66	1	131	1.0	1	P0A006	Arsenic (As)	experiment
1053	M0058929	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	arsC	85.5	1.9e-66	1	131	1.0	1	P0A006	Arsenic (As)	experiment
1054	M0058929	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	gi|815846110	86.3	5.3e-65	1	131	1.0	1	WP_046467568.1	Arsenic (As)	prediction
1055	M0058929	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	gi|815846110	86.3	5.3e-65	1	131	1.0	1	WP_046467568.1	Arsenic (As)	prediction
1056	M0058930	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	arsC	85.5	1.9e-66	1	131	1.0	1	P0A006	Arsenic (As)	experiment
1057	M0058930	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	arsC	85.5	1.9e-66	1	131	1.0	1	P0A006	Arsenic (As)	experiment
1058	M0058930	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	gi|815846110	86.3	5.3e-65	1	131	1.0	1	WP_046467568.1	Arsenic (As)	prediction
1059	M0058930	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	gi|815846110	86.3	5.3e-65	1	131	1.0	1	WP_046467568.1	Arsenic (As)	prediction
1060	M0058931	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	arsC	85.5	1.9e-66	1	131	1.0	1	P0A006	Arsenic (As)	experiment
1061	M0058931	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	arsC	85.5	1.9e-66	1	131	1.0	1	P0A006	Arsenic (As)	experiment
1062	M0058931	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	gi|815846110	86.3	5.3e-65	1	131	1.0	1	WP_046467568.1	Arsenic (As)	prediction
1063	M0058931	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	gi|815846110	86.3	5.3e-65	1	131	1.0	1	WP_046467568.1	Arsenic (As)	prediction
1064	M0058932	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	arsC	85.5	1.9e-66	1	131	1.0	1	P0A006	Arsenic (As)	experiment
1065	M0058932	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	arsC	85.5	1.9e-66	1	131	1.0	1	P0A006	Arsenic (As)	experiment
1066	M0058932	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	gi|815846110	86.3	5.3e-65	1	131	1.0	1	WP_046467568.1	Arsenic (As)	prediction
1067	M0058932	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	gi|815846110	86.3	5.3e-65	1	131	1.0	1	WP_046467568.1	Arsenic (As)	prediction
1068	M0058985	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1069	M0058985	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1070	M0058986	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1071	M0058986	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1072	M0058987	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1073	M0058987	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1074	M0058988	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1075	M0058988	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1076	M0058989	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1077	M0058989	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1078	M0058990	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1079	M0058990	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1080	M0058991	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1081	M0058991	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1082	M0058992	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1083	M0058992	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1084	M0059014	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	arsC	85.5	1.9e-66	1	131	1.0	1	P0A006	Arsenic (As)	experiment
1085	M0059014	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	arsC	85.5	1.9e-66	1	131	1.0	1	P0A006	Arsenic (As)	experiment
1086	M0059014	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	gi|815846110	86.3	5.3e-65	1	131	1.0	1	WP_046467568.1	Arsenic (As)	prediction
1087	M0059014	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	gi|815846110	86.3	5.3e-65	1	131	1.0	1	WP_046467568.1	Arsenic (As)	prediction
1088	M0059015	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	arsC	85.5	1.9e-66	1	131	1.0	1	P0A006	Arsenic (As)	experiment
1089	M0059015	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	arsC	85.5	1.9e-66	1	131	1.0	1	P0A006	Arsenic (As)	experiment
1090	M0059015	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	gi|815846110	86.3	5.3e-65	1	131	1.0	1	WP_046467568.1	Arsenic (As)	prediction
1091	M0059015	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	gi|815846110	86.3	5.3e-65	1	131	1.0	1	WP_046467568.1	Arsenic (As)	prediction
1092	M0059016	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	arsC	85.5	1.9e-66	1	131	1.0	1	P0A006	Arsenic (As)	experiment
1093	M0059016	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	arsC	85.5	1.9e-66	1	131	1.0	1	P0A006	Arsenic (As)	experiment
1094	M0059016	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	gi|815846110	86.3	5.3e-65	1	131	1.0	1	WP_046467568.1	Arsenic (As)	prediction
1095	M0059016	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	gi|815846110	86.3	5.3e-65	1	131	1.0	1	WP_046467568.1	Arsenic (As)	prediction
1096	M0059017	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	arsC	85.5	1.9e-66	1	131	1.0	1	P0A006	Arsenic (As)	experiment
1097	M0059017	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	arsC	85.5	1.9e-66	1	131	1.0	1	P0A006	Arsenic (As)	experiment
1098	M0059017	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	gi|815846110	86.3	5.3e-65	1	131	1.0	1	WP_046467568.1	Arsenic (As)	prediction
1099	M0059017	CP031267.1	EPDPDFFL_00052	CP031267.1__EPDPDFFL_00052	CP031267.1	C75	EPDPDFFL_00052	131	gi|815846110	86.3	5.3e-65	1	131	1.0	1	WP_046467568.1	Arsenic (As)	prediction
1100	M0059048	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1101	M0059048	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1102	M0059049	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1103	M0059049	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1104	M0059090	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1105	M0059090	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1106	M0059091	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1107	M0059091	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1108	M0059092	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1109	M0059092	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1110	M0059093	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1111	M0059093	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1112	M0059094	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1113	M0059094	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1114	M0059095	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1115	M0059095	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1116	M0059096	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1117	M0059096	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1118	M0059141	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1119	M0059141	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1120	M0059141	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1121	M0059141	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1122	M0059142	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1123	M0059142	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1124	M0059143	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1125	M0059143	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1126	M0059165	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1127	M0059165	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1128	M0059165	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1129	M0059165	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1130	M0059166	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1131	M0059166	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1132	M0059166	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1133	M0059166	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1134	M0059167	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1135	M0059167	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1136	M0059168	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1137	M0059168	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1138	M0059169	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1139	M0059169	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1140	M0059171	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1141	M0059171	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1142	M0059172	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1143	M0059172	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1144	M0059173	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1145	M0059173	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1146	M0059196	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1147	M0059196	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1148	M0059196	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1149	M0059196	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1150	M0059197	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1151	M0059197	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1152	M0059197	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1153	M0059197	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1154	M0059199	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1155	M0059199	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1156	M0059200	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1157	M0059200	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	mco	87.2	3.5e-230	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1158	M0059200	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1159	M0059200	CP031267.1	EPDPDFFL_00064	CP031267.1__EPDPDFFL_00064	CP031267.1	C75	EPDPDFFL_00064	477	gi|815846087	99.8	1.3e-275	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1160	M0059201	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1161	M0059201	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1162	M0059202	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1163	M0059202	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1164	M0059209	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1165	M0059209	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1166	M0059214	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1167	M0059214	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1168	M0059215	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1169	M0059215	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1170	M0059216	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1171	M0059216	CP031267.1	EPDPDFFL_00065	CP031267.1__EPDPDFFL_00065	CP031267.1	C75	EPDPDFFL_00065	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1172	M0059318	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	cadD	93.2	6.5e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
1173	M0059318	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	gi|896480937	100	1e-102	1	205	1.0	1	WP_049394661.1	Cadmium (Cd), Zinc (Zn)	prediction
1174	M0059319	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	cadD	93.2	6.5e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
1175	M0059319	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	gi|896480937	100	1e-102	1	205	1.0	1	WP_049394661.1	Cadmium (Cd), Zinc (Zn)	prediction
1176	M0059320	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	cadD	93.2	6.5e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
1177	M0059320	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	gi|896480937	100	1e-102	1	205	1.0	1	WP_049394661.1	Cadmium (Cd), Zinc (Zn)	prediction
1178	M0059321	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	cadD	93.2	6.5e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
1179	M0059321	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	gi|896480937	100	1e-102	1	205	1.0	1	WP_049394661.1	Cadmium (Cd), Zinc (Zn)	prediction
1180	M0059322	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	cadD	93.2	6.5e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
1181	M0059322	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	gi|896480937	100	1e-102	1	205	1.0	1	WP_049394661.1	Cadmium (Cd), Zinc (Zn)	prediction
1182	M0059323	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	cadD	93.2	6.5e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
1183	M0059323	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	gi|896480937	100	1e-102	1	205	1.0	1	WP_049394661.1	Cadmium (Cd), Zinc (Zn)	prediction
1184	M0059324	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	cadD	93.2	6.5e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
1185	M0059324	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	gi|896480937	100	1e-102	1	205	1.0	1	WP_049394661.1	Cadmium (Cd), Zinc (Zn)	prediction
1186	M0059325	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	cadD	93.2	6.5e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
1187	M0059325	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	gi|896480937	100	1e-102	1	205	1.0	1	WP_049394661.1	Cadmium (Cd), Zinc (Zn)	prediction
1188	M0059326	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	cadD	93.2	6.5e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
1189	M0059326	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	gi|896480937	100	1e-102	1	205	1.0	1	WP_049394661.1	Cadmium (Cd), Zinc (Zn)	prediction
1190	M0059330	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	cadD	93.2	6.5e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
1191	M0059330	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	gi|896480937	100	1e-102	1	205	1.0	1	WP_049394661.1	Cadmium (Cd), Zinc (Zn)	prediction
1192	M0059331	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	cadD	93.2	6.5e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
1193	M0059331	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	gi|896480937	100	1e-102	1	205	1.0	1	WP_049394661.1	Cadmium (Cd), Zinc (Zn)	prediction
1194	M0059332	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	cadD	93.2	6.5e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
1195	M0059332	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	gi|896480937	100	1e-102	1	205	1.0	1	WP_049394661.1	Cadmium (Cd), Zinc (Zn)	prediction
1196	M0059336	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	cadD	93.2	6.5e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
1197	M0059336	CP052009.1	LGLOEKLK_00050	CP052009.1__LGLOEKLK_00050	CP052009.1	C92	LGLOEKLK_00050	205	gi|896480937	100	1e-102	1	205	1.0	1	WP_049394661.1	Cadmium (Cd), Zinc (Zn)	prediction
1198	M0061215	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680__JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	C2810	JPDAAOPO_00003	119	gi|552764345	99.2	1.1e-61	1	119	1.0	1	WP_023016478.1	Cobalt (Co), Nickel (Ni)	prediction
1199	M0061216	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680__JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	C2810	JPDAAOPO_00003	119	gi|552764345	99.2	1.1e-61	1	119	1.0	1	WP_023016478.1	Cobalt (Co), Nickel (Ni)	prediction
1200	M0061292	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680__JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	C2810	JPDAAOPO_00003	119	gi|552764345	99.2	1.1e-61	1	119	1.0	1	WP_023016478.1	Cobalt (Co), Nickel (Ni)	prediction
1201	M0061293	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680__JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	C2810	JPDAAOPO_00003	119	gi|552764345	99.2	1.1e-61	1	119	1.0	1	WP_023016478.1	Cobalt (Co), Nickel (Ni)	prediction
1202	M0061294	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680__JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	C2810	JPDAAOPO_00003	119	gi|552764345	99.2	1.1e-61	1	119	1.0	1	WP_023016478.1	Cobalt (Co), Nickel (Ni)	prediction
1203	M0061295	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680__JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	C2810	JPDAAOPO_00003	119	gi|552764345	99.2	1.1e-61	1	119	1.0	1	WP_023016478.1	Cobalt (Co), Nickel (Ni)	prediction
1204	M0061296	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680__JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	C2810	JPDAAOPO_00003	119	gi|552764345	99.2	1.1e-61	1	119	1.0	1	WP_023016478.1	Cobalt (Co), Nickel (Ni)	prediction
1205	M0061297	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680__JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	C2810	JPDAAOPO_00003	119	gi|552764345	99.2	1.1e-61	1	119	1.0	1	WP_023016478.1	Cobalt (Co), Nickel (Ni)	prediction
1206	M0061298	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680__JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	C2810	JPDAAOPO_00003	119	gi|552764345	99.2	1.1e-61	1	119	1.0	1	WP_023016478.1	Cobalt (Co), Nickel (Ni)	prediction
1207	M0061299	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680__JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	C2810	JPDAAOPO_00003	119	gi|552764345	99.2	1.1e-61	1	119	1.0	1	WP_023016478.1	Cobalt (Co), Nickel (Ni)	prediction
1208	M0061300	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680__JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	C2810	JPDAAOPO_00003	119	gi|552764345	99.2	1.1e-61	1	119	1.0	1	WP_023016478.1	Cobalt (Co), Nickel (Ni)	prediction
1209	M0061301	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680__JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	C2810	JPDAAOPO_00003	119	gi|552764345	99.2	1.1e-61	1	119	1.0	1	WP_023016478.1	Cobalt (Co), Nickel (Ni)	prediction
1210	M0061302	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680__JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	C2810	JPDAAOPO_00003	119	gi|552764345	99.2	1.1e-61	1	119	1.0	1	WP_023016478.1	Cobalt (Co), Nickel (Ni)	prediction
1211	M0061303	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680__JPDAAOPO_00003	DP1806001398_bin.1__NODE_308_length_7627_cov_0.460680	C2810	JPDAAOPO_00003	119	gi|552764345	99.2	1.1e-61	1	119	1.0	1	WP_023016478.1	Cobalt (Co), Nickel (Ni)	prediction
1212	M0067569	DP1808006842_bin.6__NODE_374_length_5582_cov_1.391209	MPOBBLFN_00001	DP1808006842_bin.6__NODE_374_length_5582_cov_1.391209__MPOBBLFN_00001	DP1808006842_bin.6__NODE_374_length_5582_cov_1.391209	C2936	MPOBBLFN_00001	435	arsB	70.4	8.2e-170	1	433	0.9954022988505747	1.00932400932401	P08691	Arsenic (As), Antimony (Sb)	experiment
1213	M0067569	DP1808006842_bin.6__NODE_374_length_5582_cov_1.391209	MPOBBLFN_00001	DP1808006842_bin.6__NODE_374_length_5582_cov_1.391209__MPOBBLFN_00001	DP1808006842_bin.6__NODE_374_length_5582_cov_1.391209	C2936	MPOBBLFN_00001	435	gi|1268628964	71.4	3.4e-169	1	433	0.9954022988505747	1.00932400932401	WP_098928505.1	Arsenic (As), Antimony (Sb)	prediction
1214	M0069114	DSKIN0031-1_bin.8__k141_19928	COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928__COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928	C2988	COFOKFAB_00016	1083	adeG	70.7	0	1	1065	0.9833795013850416	1.0056657223796	Q2FD81	Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Ethidium Bromide [class: Phenanthridine], Safranin O [class: Azin], Acridine Orange [class: Acridine]	experiment
1215	M0069114	DSKIN0031-1_bin.8__k141_19928	COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928__COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928	C2988	COFOKFAB_00016	1083	gi|552561719	70.5	0	1	1063	0.9815327793167128	1.00377714825307	WP_023013980.1	Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Ethidium Bromide [class: Phenanthridine], Safranin O [class: Azin], Acridine Orange [class: Acridine]	prediction
1216	M0069115	DSKIN0031-1_bin.8__k141_19928	COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928__COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928	C2988	COFOKFAB_00016	1083	adeG	70.7	0	1	1065	0.9833795013850416	1.0056657223796	Q2FD81	Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Ethidium Bromide [class: Phenanthridine], Safranin O [class: Azin], Acridine Orange [class: Acridine]	experiment
1217	M0069115	DSKIN0031-1_bin.8__k141_19928	COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928__COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928	C2988	COFOKFAB_00016	1083	gi|552561719	70.5	0	1	1063	0.9815327793167128	1.00377714825307	WP_023013980.1	Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Ethidium Bromide [class: Phenanthridine], Safranin O [class: Azin], Acridine Orange [class: Acridine]	prediction
1218	M0069116	DSKIN0031-1_bin.8__k141_19928	COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928__COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928	C2988	COFOKFAB_00016	1083	adeG	70.7	0	1	1065	0.9833795013850416	1.0056657223796	Q2FD81	Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Ethidium Bromide [class: Phenanthridine], Safranin O [class: Azin], Acridine Orange [class: Acridine]	experiment
1219	M0069116	DSKIN0031-1_bin.8__k141_19928	COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928__COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928	C2988	COFOKFAB_00016	1083	gi|552561719	70.5	0	1	1063	0.9815327793167128	1.00377714825307	WP_023013980.1	Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Ethidium Bromide [class: Phenanthridine], Safranin O [class: Azin], Acridine Orange [class: Acridine]	prediction
1220	M0069117	DSKIN0031-1_bin.8__k141_19928	COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928__COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928	C2988	COFOKFAB_00016	1083	adeG	70.7	0	1	1065	0.9833795013850416	1.0056657223796	Q2FD81	Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Ethidium Bromide [class: Phenanthridine], Safranin O [class: Azin], Acridine Orange [class: Acridine]	experiment
1221	M0069117	DSKIN0031-1_bin.8__k141_19928	COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928__COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928	C2988	COFOKFAB_00016	1083	gi|552561719	70.5	0	1	1063	0.9815327793167128	1.00377714825307	WP_023013980.1	Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Ethidium Bromide [class: Phenanthridine], Safranin O [class: Azin], Acridine Orange [class: Acridine]	prediction
1222	M0069118	DSKIN0031-1_bin.8__k141_19928	COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928__COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928	C2988	COFOKFAB_00016	1083	adeG	70.7	0	1	1065	0.9833795013850416	1.0056657223796	Q2FD81	Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Ethidium Bromide [class: Phenanthridine], Safranin O [class: Azin], Acridine Orange [class: Acridine]	experiment
1223	M0069118	DSKIN0031-1_bin.8__k141_19928	COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928__COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928	C2988	COFOKFAB_00016	1083	gi|552561719	70.5	0	1	1063	0.9815327793167128	1.00377714825307	WP_023013980.1	Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Ethidium Bromide [class: Phenanthridine], Safranin O [class: Azin], Acridine Orange [class: Acridine]	prediction
1224	M0069119	DSKIN0031-1_bin.8__k141_19928	COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928__COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928	C2988	COFOKFAB_00016	1083	adeG	70.7	0	1	1065	0.9833795013850416	1.0056657223796	Q2FD81	Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Ethidium Bromide [class: Phenanthridine], Safranin O [class: Azin], Acridine Orange [class: Acridine]	experiment
1225	M0069119	DSKIN0031-1_bin.8__k141_19928	COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928__COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928	C2988	COFOKFAB_00016	1083	gi|552561719	70.5	0	1	1063	0.9815327793167128	1.00377714825307	WP_023013980.1	Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Ethidium Bromide [class: Phenanthridine], Safranin O [class: Azin], Acridine Orange [class: Acridine]	prediction
1226	M0069120	DSKIN0031-1_bin.8__k141_19928	COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928__COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928	C2988	COFOKFAB_00016	1083	adeG	70.7	0	1	1065	0.9833795013850416	1.0056657223796	Q2FD81	Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Ethidium Bromide [class: Phenanthridine], Safranin O [class: Azin], Acridine Orange [class: Acridine]	experiment
1227	M0069120	DSKIN0031-1_bin.8__k141_19928	COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928__COFOKFAB_00016	DSKIN0031-1_bin.8__k141_19928	C2988	COFOKFAB_00016	1083	gi|552561719	70.5	0	1	1063	0.9815327793167128	1.00377714825307	WP_023013980.1	Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Ethidium Bromide [class: Phenanthridine], Safranin O [class: Azin], Acridine Orange [class: Acridine]	prediction
1228	M0069702	DSKIN0033-1_bin.9__k141_94520	ODKCHFDJ_00009	DSKIN0033-1_bin.9__k141_94520__ODKCHFDJ_00009	DSKIN0033-1_bin.9__k141_94520	C3006	ODKCHFDJ_00009	470	czcC	81.4	3.4e-206	4	470	0.9936170212765958	0.98109243697479	Q7X4G0	Copper (Cu)	experiment
1229	M0069702	DSKIN0033-1_bin.9__k141_94520	ODKCHFDJ_00009	DSKIN0033-1_bin.9__k141_94520__ODKCHFDJ_00009	DSKIN0033-1_bin.9__k141_94520	C3006	ODKCHFDJ_00009	470	gi|512559485	99.8	2.1e-249	1	470	1.0	1	WP_016446933.1	Cadmium (Cd), Zinc (Zn), Cobalt (Co)	prediction
1230	M0069706	DSKIN0033-1_bin.9__k141_94520	ODKCHFDJ_00008	DSKIN0033-1_bin.9__k141_94520__ODKCHFDJ_00008	DSKIN0033-1_bin.9__k141_94520	C3006	ODKCHFDJ_00008	470	cop-unnamed	89.8	7.1e-268	1	470	1.0	1	Q7X4G1	Copper (Cu)	experiment
1231	M0069706	DSKIN0033-1_bin.9__k141_94520	ODKCHFDJ_00008	DSKIN0033-1_bin.9__k141_94520__ODKCHFDJ_00008	DSKIN0033-1_bin.9__k141_94520	C3006	ODKCHFDJ_00008	470	gi|512041349	99.8	1.7e-275	28	470	0.9425531914893617	1	EPD41091.1	Copper (Cu)	prediction
1232	M0070037	DSKIN0049-1_bin.26__k141_20912	BECGMGPN_00007	DSKIN0049-1_bin.26__k141_20912__BECGMGPN_00007	DSKIN0049-1_bin.26__k141_20912	C3037	BECGMGPN_00007	111	gi|501162485	100	8.5e-56	1	111	1.0	1	WP_012206837.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Pyronin Y [class: Xanthene], Rhodamine 6G [class: Xanthene], Methyl Viologen [class: Paraquat], Tetraphenylphosphonium (TPP) [class: Quaternary Ammonium Compounds (QACs)], 4,6-diamidino-2-phenylindole (DAPI) [class: Diamindine], Acridine Orange [class: Acridine], Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Sodium Deoxycholate (SDC) [class: Acid], Crystal Violet [class: Triarylmethane], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Dequalinium [class: Quaternary Ammonium Compounds (QACs)]	prediction
1233	M0070631	DSKIN0152-1_bin.3__k141_26273	DNNHPPPD_00002	DSKIN0152-1_bin.3__k141_26273__DNNHPPPD_00002	DSKIN0152-1_bin.3__k141_26273	C3059	DNNHPPPD_00002	398	chrA1	70.3	5.1e-150	3	395	0.9899497487437185	0.982543640897756	P17551	Chromium (Cr)	experiment
1234	M0070632	DSKIN0152-1_bin.3__k141_26273	DNNHPPPD_00002	DSKIN0152-1_bin.3__k141_26273__DNNHPPPD_00002	DSKIN0152-1_bin.3__k141_26273	C3059	DNNHPPPD_00002	398	chrA1	70.3	5.1e-150	3	395	0.9899497487437185	0.982543640897756	P17551	Chromium (Cr)	experiment
1235	M0070633	DSKIN0152-1_bin.3__k141_26273	DNNHPPPD_00002	DSKIN0152-1_bin.3__k141_26273__DNNHPPPD_00002	DSKIN0152-1_bin.3__k141_26273	C3059	DNNHPPPD_00002	398	chrA1	70.3	5.1e-150	3	395	0.9899497487437185	0.982543640897756	P17551	Chromium (Cr)	experiment
1236	M0070634	DSKIN0152-1_bin.3__k141_26273	DNNHPPPD_00002	DSKIN0152-1_bin.3__k141_26273__DNNHPPPD_00002	DSKIN0152-1_bin.3__k141_26273	C3059	DNNHPPPD_00002	398	chrA1	70.3	5.1e-150	3	395	0.9899497487437185	0.982543640897756	P17551	Chromium (Cr)	experiment
1237	M0070635	DSKIN0152-1_bin.3__k141_26273	DNNHPPPD_00002	DSKIN0152-1_bin.3__k141_26273__DNNHPPPD_00002	DSKIN0152-1_bin.3__k141_26273	C3059	DNNHPPPD_00002	398	chrA1	70.3	5.1e-150	3	395	0.9899497487437185	0.982543640897756	P17551	Chromium (Cr)	experiment
1238	M0070636	DSKIN0152-1_bin.3__k141_26273	DNNHPPPD_00002	DSKIN0152-1_bin.3__k141_26273__DNNHPPPD_00002	DSKIN0152-1_bin.3__k141_26273	C3059	DNNHPPPD_00002	398	chrA1	70.3	5.1e-150	3	395	0.9899497487437185	0.982543640897756	P17551	Chromium (Cr)	experiment
1239	M0070637	DSKIN0152-1_bin.3__k141_26273	DNNHPPPD_00003	DSKIN0152-1_bin.3__k141_26273__DNNHPPPD_00003	DSKIN0152-1_bin.3__k141_26273	C3059	DNNHPPPD_00003	302	gi|503487354	99.7	9.3e-174	1	302	1.0	1	WP_013722015.1	Chromium (Cr)	prediction
1240	M0070638	DSKIN0152-1_bin.3__k141_26273	DNNHPPPD_00003	DSKIN0152-1_bin.3__k141_26273__DNNHPPPD_00003	DSKIN0152-1_bin.3__k141_26273	C3059	DNNHPPPD_00003	302	gi|503487354	99.7	9.3e-174	1	302	1.0	1	WP_013722015.1	Chromium (Cr)	prediction
1241	M0070639	DSKIN0152-1_bin.3__k141_26273	DNNHPPPD_00003	DSKIN0152-1_bin.3__k141_26273__DNNHPPPD_00003	DSKIN0152-1_bin.3__k141_26273	C3059	DNNHPPPD_00003	302	gi|503487354	99.7	9.3e-174	1	302	1.0	1	WP_013722015.1	Chromium (Cr)	prediction
1242	M0070640	DSKIN0152-1_bin.3__k141_26273	DNNHPPPD_00003	DSKIN0152-1_bin.3__k141_26273__DNNHPPPD_00003	DSKIN0152-1_bin.3__k141_26273	C3059	DNNHPPPD_00003	302	gi|503487354	99.7	9.3e-174	1	302	1.0	1	WP_013722015.1	Chromium (Cr)	prediction
1243	M0070642	DSKIN0152-1_bin.3__k141_26273	DNNHPPPD_00003	DSKIN0152-1_bin.3__k141_26273__DNNHPPPD_00003	DSKIN0152-1_bin.3__k141_26273	C3059	DNNHPPPD_00003	302	gi|503487354	99.7	9.3e-174	1	302	1.0	1	WP_013722015.1	Chromium (Cr)	prediction
1244	M0071126	KR827394.1	BKPKMKFO_00167	KR827394.1__BKPKMKFO_00167	KR827394.1	C238	BKPKMKFO_00167	831	golT	84.3	0	82	826	0.8965102286401926	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
1245	M0071126	KR827394.1	BKPKMKFO_00167	KR827394.1__BKPKMKFO_00167	KR827394.1	C238	BKPKMKFO_00167	831	gi|896565847	99.6	0	1	831	1.0	1	WP_049462208.1	Copper (Cu), Gold (Au)	prediction
1246	M0071127	KR827394.1	BKPKMKFO_00167	KR827394.1__BKPKMKFO_00167	KR827394.1	C238	BKPKMKFO_00167	831	golT	84.3	0	82	826	0.8965102286401926	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
1247	M0071127	KR827394.1	BKPKMKFO_00167	KR827394.1__BKPKMKFO_00167	KR827394.1	C238	BKPKMKFO_00167	831	gi|896565847	99.6	0	1	831	1.0	1	WP_049462208.1	Copper (Cu), Gold (Au)	prediction
1248	M0071128	KR827394.1	BKPKMKFO_00167	KR827394.1__BKPKMKFO_00167	KR827394.1	C238	BKPKMKFO_00167	831	golT	84.3	0	82	826	0.8965102286401926	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
1249	M0071128	KR827394.1	BKPKMKFO_00167	KR827394.1__BKPKMKFO_00167	KR827394.1	C238	BKPKMKFO_00167	831	gi|896565847	99.6	0	1	831	1.0	1	WP_049462208.1	Copper (Cu), Gold (Au)	prediction
1250	M0071129	KR827394.1	BKPKMKFO_00166	KR827394.1__BKPKMKFO_00166	KR827394.1	C238	BKPKMKFO_00166	159	golS	76.1	1.8e-61	1	155	0.9748427672955975	1.00649350649351	Q8ZRG6	Gold (Au)	experiment
1251	M0071129	KR827394.1	BKPKMKFO_00166	KR827394.1__BKPKMKFO_00166	KR827394.1	C238	BKPKMKFO_00166	159	gi|1008829573	76.8	1.1e-59	1	155	0.9748427672955975	1.00649350649351	WP_061873800.1	Gold (Au)	prediction
1252	M0071131	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	merA	93.4	6.2e-295	1	561	1.0	1	O66017	Mercury (Hg)	experiment
1253	M0071131	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	gi|690582918	100	0	1	561	1.0	1	WP_031943937.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
1254	M0071132	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	merA	93.4	6.2e-295	1	561	1.0	1	O66017	Mercury (Hg)	experiment
1255	M0071132	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	gi|690582918	100	0	1	561	1.0	1	WP_031943937.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
1256	M0071133	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	merA	93.4	6.2e-295	1	561	1.0	1	O66017	Mercury (Hg)	experiment
1257	M0071133	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	gi|690582918	100	0	1	561	1.0	1	WP_031943937.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
1258	M0071134	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	merA	93.4	6.2e-295	1	561	1.0	1	O66017	Mercury (Hg)	experiment
1259	M0071134	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	gi|690582918	100	0	1	561	1.0	1	WP_031943937.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
1260	M0071135	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	merA	93.4	6.2e-295	1	561	1.0	1	O66017	Mercury (Hg)	experiment
1261	M0071135	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	gi|690582918	100	0	1	561	1.0	1	WP_031943937.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
1262	M0071136	KU238092.1	IBLOPMPH_00048	KU238092.1__IBLOPMPH_00048	KU238092.1	C239	IBLOPMPH_00048	78	merE	100	1.3e-41	1	78	1.0	1	Q79BG5	Mercury (Hg)	experiment
1263	M0071136	KU238092.1	IBLOPMPH_00048	KU238092.1__IBLOPMPH_00048	KU238092.1	C239	IBLOPMPH_00048	78	gi|489223584	100	3e-39	1	78	1.0	1	WP_003132004.1	Mercury (Hg)	prediction
1264	M0071138	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	merA	93.4	6.2e-295	1	561	1.0	1	O66017	Mercury (Hg)	experiment
1265	M0071138	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	gi|690582918	100	0	1	561	1.0	1	WP_031943937.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
1266	M0071139	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	merA	93.4	6.2e-295	1	561	1.0	1	O66017	Mercury (Hg)	experiment
1267	M0071139	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	gi|690582918	100	0	1	561	1.0	1	WP_031943937.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
1268	M0071140	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	merA	93.4	6.2e-295	1	561	1.0	1	O66017	Mercury (Hg)	experiment
1269	M0071140	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	gi|690582918	100	0	1	561	1.0	1	WP_031943937.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
1270	M0071141	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	merA	93.4	6.2e-295	1	561	1.0	1	O66017	Mercury (Hg)	experiment
1271	M0071141	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	gi|690582918	100	0	1	561	1.0	1	WP_031943937.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
1272	M0071142	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	merA	93.4	6.2e-295	1	561	1.0	1	O66017	Mercury (Hg)	experiment
1273	M0071142	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	gi|690582918	100	0	1	561	1.0	1	WP_031943937.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
1274	M0071143	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	merA	93.4	6.2e-295	1	561	1.0	1	O66017	Mercury (Hg)	experiment
1275	M0071143	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	gi|690582918	100	0	1	561	1.0	1	WP_031943937.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
1276	M0071144	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	merA	93.4	6.2e-295	1	561	1.0	1	O66017	Mercury (Hg)	experiment
1277	M0071144	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	gi|690582918	100	0	1	561	1.0	1	WP_031943937.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
1278	M0071145	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	merA	93.4	6.2e-295	1	561	1.0	1	O66017	Mercury (Hg)	experiment
1279	M0071145	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	gi|690582918	100	0	1	561	1.0	1	WP_031943937.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
1280	M0071146	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	merA	93.4	6.2e-295	1	561	1.0	1	O66017	Mercury (Hg)	experiment
1281	M0071146	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	gi|690582918	100	0	1	561	1.0	1	WP_031943937.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
1282	M0071147	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	merA	93.4	6.2e-295	1	561	1.0	1	O66017	Mercury (Hg)	experiment
1283	M0071147	KU238092.1	IBLOPMPH_00046	KU238092.1__IBLOPMPH_00046	KU238092.1	C239	IBLOPMPH_00046	561	gi|690582918	100	0	1	561	1.0	1	WP_031943937.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
1284	M0071171	LR735438.1	PCIDKJBF_00045	LR735438.1__PCIDKJBF_00045	LR735438.1	C244	PCIDKJBF_00045	514	qacB	99.4	1e-272	1	514	1.0	1	Q7WUJ5	Ethidium Bromide [class: Phenanthridine], Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Pentamidine [class: Diamidine], Propamidine [class: Diamidine], Diaminodiphenylamine [class: Diamidine], Amicarbalide [class: Diamidine], Hexamidine [class: Diamidine], Stilbamidine [class: Diamidine], 1i-39/JC-1-134 [class: Guanylhydrazones], 1a-62/JC-1-127 [class: Guanylhydrazones]	experiment
1285	M0071171	LR735438.1	PCIDKJBF_00045	LR735438.1__PCIDKJBF_00045	LR735438.1	C244	PCIDKJBF_00045	514	gi|488435703	100	5.7e-272	1	514	1.0	1	WP_002505088.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	prediction
1286	M0071173	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1287	M0071174	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1288	M0071175	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1289	M0071176	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1290	M0071177	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1291	M0071178	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1292	M0071179	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1293	M0071180	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1294	M0071181	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1295	M0071182	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1296	M0071183	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1297	M0071184	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1298	M0071185	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1299	M0071186	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1300	M0071187	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1301	M0071188	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1302	M0071210	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1303	M0071211	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1304	M0071212	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1305	M0071213	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1306	M0071214	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1307	M0071215	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1308	M0071216	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1309	M0071217	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1310	M0071443	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1311	M0071472	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1312	M0071473	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1313	M0071474	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1314	M0071475	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1315	M0071476	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1316	M0071477	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1317	M0071478	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1318	M0071479	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1319	M0071480	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1320	M0071481	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1321	M0071771	MET0024_bin.7__k81_1894	DMHMBMNK_00006	MET0024_bin.7__k81_1894__DMHMBMNK_00006	MET0024_bin.7__k81_1894	C3078	DMHMBMNK_00006	466	gi|896522347	83.8	1.9e-213	1	464	0.9957081545064378	1	WP_049426567.1	Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)]	prediction
1322	M0076163	MET0225_bin.16__k81_14946	KHGDHFHA_00015	MET0225_bin.16__k81_14946__KHGDHFHA_00015	MET0225_bin.16__k81_14946	C3131	KHGDHFHA_00015	119	gi|988874649	98.3	5e-62	1	119	1.0	1	WP_060960787.1	Cobalt (Co), Nickel (Ni)	prediction
1323	M0076164	MET0225_bin.16__k81_14946	KHGDHFHA_00015	MET0225_bin.16__k81_14946__KHGDHFHA_00015	MET0225_bin.16__k81_14946	C3131	KHGDHFHA_00015	119	gi|988874649	98.3	5e-62	1	119	1.0	1	WP_060960787.1	Cobalt (Co), Nickel (Ni)	prediction
1324	M0076165	MET0225_bin.16__k81_14946	KHGDHFHA_00015	MET0225_bin.16__k81_14946__KHGDHFHA_00015	MET0225_bin.16__k81_14946	C3131	KHGDHFHA_00015	119	gi|988874649	98.3	5e-62	1	119	1.0	1	WP_060960787.1	Cobalt (Co), Nickel (Ni)	prediction
1325	M0076166	MET0225_bin.16__k81_14946	KHGDHFHA_00015	MET0225_bin.16__k81_14946__KHGDHFHA_00015	MET0225_bin.16__k81_14946	C3131	KHGDHFHA_00015	119	gi|988874649	98.3	5e-62	1	119	1.0	1	WP_060960787.1	Cobalt (Co), Nickel (Ni)	prediction
1326	M0076167	MET0225_bin.16__k81_14946	KHGDHFHA_00015	MET0225_bin.16__k81_14946__KHGDHFHA_00015	MET0225_bin.16__k81_14946	C3131	KHGDHFHA_00015	119	gi|988874649	98.3	5e-62	1	119	1.0	1	WP_060960787.1	Cobalt (Co), Nickel (Ni)	prediction
1327	M0076168	MET0225_bin.16__k81_14946	KHGDHFHA_00015	MET0225_bin.16__k81_14946__KHGDHFHA_00015	MET0225_bin.16__k81_14946	C3131	KHGDHFHA_00015	119	gi|988874649	98.3	5e-62	1	119	1.0	1	WP_060960787.1	Cobalt (Co), Nickel (Ni)	prediction
1328	M0076169	MET0225_bin.16__k81_14946	KHGDHFHA_00015	MET0225_bin.16__k81_14946__KHGDHFHA_00015	MET0225_bin.16__k81_14946	C3131	KHGDHFHA_00015	119	gi|988874649	98.3	5e-62	1	119	1.0	1	WP_060960787.1	Cobalt (Co), Nickel (Ni)	prediction
1329	M0076170	MET0225_bin.16__k81_14946	KHGDHFHA_00015	MET0225_bin.16__k81_14946__KHGDHFHA_00015	MET0225_bin.16__k81_14946	C3131	KHGDHFHA_00015	119	gi|988874649	98.3	5e-62	1	119	1.0	1	WP_060960787.1	Cobalt (Co), Nickel (Ni)	prediction
1330	M0076675	MET0282_bin.15__k81_28130	BIKMJDKM_00014	MET0282_bin.15__k81_28130__BIKMJDKM_00014	MET0282_bin.15__k81_28130	C3158	BIKMJDKM_00014	480	cop-unnamed	92.1	2.6e-273	11	480	0.9791666666666666	1	Q7X4G1	Copper (Cu)	experiment
1331	M0076675	MET0282_bin.15__k81_28130	BIKMJDKM_00014	MET0282_bin.15__k81_28130__BIKMJDKM_00014	MET0282_bin.15__k81_28130	C3158	BIKMJDKM_00014	480	gi|1064162057	100	1.3e-289	11	480	0.9791666666666666	1	ODU59549.1	Copper (Cu)	prediction
1332	M0076676	MET0282_bin.15__k81_28130	BIKMJDKM_00014	MET0282_bin.15__k81_28130__BIKMJDKM_00014	MET0282_bin.15__k81_28130	C3158	BIKMJDKM_00014	480	cop-unnamed	92.1	2.6e-273	11	480	0.9791666666666666	1	Q7X4G1	Copper (Cu)	experiment
1333	M0076676	MET0282_bin.15__k81_28130	BIKMJDKM_00014	MET0282_bin.15__k81_28130__BIKMJDKM_00014	MET0282_bin.15__k81_28130	C3158	BIKMJDKM_00014	480	gi|1064162057	100	1.3e-289	11	480	0.9791666666666666	1	ODU59549.1	Copper (Cu)	prediction
1334	M0076677	MET0282_bin.15__k81_28130	BIKMJDKM_00014	MET0282_bin.15__k81_28130__BIKMJDKM_00014	MET0282_bin.15__k81_28130	C3158	BIKMJDKM_00014	480	cop-unnamed	92.1	2.6e-273	11	480	0.9791666666666666	1	Q7X4G1	Copper (Cu)	experiment
1335	M0076677	MET0282_bin.15__k81_28130	BIKMJDKM_00014	MET0282_bin.15__k81_28130__BIKMJDKM_00014	MET0282_bin.15__k81_28130	C3158	BIKMJDKM_00014	480	gi|1064162057	100	1.3e-289	11	480	0.9791666666666666	1	ODU59549.1	Copper (Cu)	prediction
1336	M0084633	NC_013382.1	CGPOLLLN_00001	NC_013382.1__CGPOLLLN_00001	NC_013382.1	C4	CGPOLLLN_00001	514	qacA	100	3.2e-274	1	514	1.0	1	P0A0J9	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	experiment
1337	M0084633	NC_013382.1	CGPOLLLN_00001	NC_013382.1__CGPOLLLN_00001	NC_013382.1	C4	CGPOLLLN_00001	514	gi|446545430	100	7.4e-272	1	514	1.0	1	WP_000622776.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	prediction
1338	M0084634	NC_013382.1	CGPOLLLN_00001	NC_013382.1__CGPOLLLN_00001	NC_013382.1	C4	CGPOLLLN_00001	514	qacA	100	3.2e-274	1	514	1.0	1	P0A0J9	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	experiment
1339	M0084634	NC_013382.1	CGPOLLLN_00001	NC_013382.1__CGPOLLLN_00001	NC_013382.1	C4	CGPOLLLN_00001	514	gi|446545430	100	7.4e-272	1	514	1.0	1	WP_000622776.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	prediction
1340	M0084640	NC_014107.1	CPMFOCAG_00041	NC_014107.1__CPMFOCAG_00041	NC_014107.1	C314	CPMFOCAG_00041	560	merA	88.7	1.7e-276	2	560	0.9982142857142857	0.996434937611408	O66017	Mercury (Hg)	experiment
1341	M0084640	NC_014107.1	CPMFOCAG_00041	NC_014107.1__CPMFOCAG_00041	NC_014107.1	C314	CPMFOCAG_00041	560	gi|446203268	100	6.100000000002e-312	1	560	1.0	1	WP_000281123.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
1342	M0084669	NC_015423.1	EHFCPMHH_00071	NC_015423.1__EHFCPMHH_00071	NC_015423.1	C320	EHFCPMHH_00071	1055	oqxB	72.5	0	1	1041	0.9867298578199052	0.991428571428571	Q69HW2	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Clorine Dioxide (ClO2) [class: Halogens], Triclosan [class: Phenolic compounds], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)], Chlorhexidine [class: Biguanides], Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Acriflavine [class: Acridine]	experiment
1343	M0084669	NC_015423.1	EHFCPMHH_00071	NC_015423.1__EHFCPMHH_00071	NC_015423.1	C320	EHFCPMHH_00071	1055	gi|749650013	72.7	0	1	1041	0.9867298578199052	0.991428571428571	WP_040250583.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Clorine Dioxide (ClO2) [class: Halogens], Triclosan [class: Phenolic compounds], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)], Chlorhexidine [class: Biguanides], Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Acriflavine [class: Acridine]	prediction
1344	M0084670	NC_015423.1	EHFCPMHH_00071	NC_015423.1__EHFCPMHH_00071	NC_015423.1	C320	EHFCPMHH_00071	1055	oqxB	72.5	0	1	1041	0.9867298578199052	0.991428571428571	Q69HW2	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Clorine Dioxide (ClO2) [class: Halogens], Triclosan [class: Phenolic compounds], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)], Chlorhexidine [class: Biguanides], Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Acriflavine [class: Acridine]	experiment
1345	M0084670	NC_015423.1	EHFCPMHH_00071	NC_015423.1__EHFCPMHH_00071	NC_015423.1	C320	EHFCPMHH_00071	1055	gi|749650013	72.7	0	1	1041	0.9867298578199052	0.991428571428571	WP_040250583.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Clorine Dioxide (ClO2) [class: Halogens], Triclosan [class: Phenolic compounds], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)], Chlorhexidine [class: Biguanides], Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Acriflavine [class: Acridine]	prediction
1346	M0084671	NC_015423.1	EHFCPMHH_00071	NC_015423.1__EHFCPMHH_00071	NC_015423.1	C320	EHFCPMHH_00071	1055	oqxB	72.5	0	1	1041	0.9867298578199052	0.991428571428571	Q69HW2	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Clorine Dioxide (ClO2) [class: Halogens], Triclosan [class: Phenolic compounds], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)], Chlorhexidine [class: Biguanides], Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Acriflavine [class: Acridine]	experiment
1347	M0084671	NC_015423.1	EHFCPMHH_00071	NC_015423.1__EHFCPMHH_00071	NC_015423.1	C320	EHFCPMHH_00071	1055	gi|749650013	72.7	0	1	1041	0.9867298578199052	0.991428571428571	WP_040250583.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Clorine Dioxide (ClO2) [class: Halogens], Triclosan [class: Phenolic compounds], Cetrimide (CTM) [class: Quaternary Ammonium Compounds (QACs)], Chlorhexidine [class: Biguanides], Sodium Dodecyl Sulfate (SDS) [class: Organo-sulfate], Acriflavine [class: Acridine]	prediction
1348	M0084691	NC_017958.1	LGPGPKHL_00078	NC_017958.1__LGPGPKHL_00078	NC_017958.1	C332	LGPGPKHL_00078	116	merT	87.1	2.3e-55	1	116	1.0	1	Q934S7	Mercury (Hg)	experiment
1349	M0084691	NC_017958.1	LGPGPKHL_00078	NC_017958.1__LGPGPKHL_00078	NC_017958.1	C332	LGPGPKHL_00078	116	gi|489189557	100	3.8e-59	1	116	1.0	1	WP_003098936.1	Mercury (Hg)	prediction
1350	M0084693	NC_017958.1	LGPGPKHL_00086	NC_017958.1__LGPGPKHL_00086	NC_017958.1	C332	LGPGPKHL_00086	983	pbrA	70.6	4.9e-303	213	979	0.7863682604272635	0.967459324155194	Q58AJ6	Lead (Pb)	experiment
1351	M0084693	NC_017958.1	LGPGPKHL_00086	NC_017958.1__LGPGPKHL_00086	NC_017958.1	C332	LGPGPKHL_00086	983	gi|499548584	70.6	1.1e-300	213	979	0.7863682604272635	0.967459324155194	WP_011229367.1	Lead (Pb)	prediction
1352	M0084806	NC_017958.1	LGPGPKHL_00078	NC_017958.1__LGPGPKHL_00078	NC_017958.1	C332	LGPGPKHL_00078	116	merT	87.1	2.3e-55	1	116	1.0	1	Q934S7	Mercury (Hg)	experiment
1353	M0084806	NC_017958.1	LGPGPKHL_00078	NC_017958.1__LGPGPKHL_00078	NC_017958.1	C332	LGPGPKHL_00078	116	gi|489189557	100	3.8e-59	1	116	1.0	1	WP_003098936.1	Mercury (Hg)	prediction
1354	M0084821	NC_017958.1	LGPGPKHL_00076	NC_017958.1__LGPGPKHL_00076	NC_017958.1	C332	LGPGPKHL_00076	562	merA	81.9	2.5e-259	1	562	1.0	1	Q934S5	Mercury (Hg)	experiment
1355	M0084821	NC_017958.1	LGPGPKHL_00076	NC_017958.1__LGPGPKHL_00076	NC_017958.1	C332	LGPGPKHL_00076	562	gi|489189553	100	3.60000000001819e-313	1	562	1.0	1	WP_003098932.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
1356	M0084822	NC_017958.1	LGPGPKHL_00076	NC_017958.1__LGPGPKHL_00076	NC_017958.1	C332	LGPGPKHL_00076	562	merA	81.9	2.5e-259	1	562	1.0	1	Q934S5	Mercury (Hg)	experiment
1357	M0084822	NC_017958.1	LGPGPKHL_00076	NC_017958.1__LGPGPKHL_00076	NC_017958.1	C332	LGPGPKHL_00076	562	gi|489189553	100	3.60000000001819e-313	1	562	1.0	1	WP_003098932.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
1358	M0084842	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	copB	99.7	1.1e-187	1	326	1.0	1	D4PBS2	Copper (Cu)	experiment
1359	M0084842	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	gi|292817876	100	3e-186	1	326	1.0	1	EFF76938.1	Copper (Cu)	prediction
1360	M0084843	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	copB	99.7	1.1e-187	1	326	1.0	1	D4PBS2	Copper (Cu)	experiment
1361	M0084843	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	gi|292817876	100	3e-186	1	326	1.0	1	EFF76938.1	Copper (Cu)	prediction
1362	M0084844	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	copB	99.7	1.1e-187	1	326	1.0	1	D4PBS2	Copper (Cu)	experiment
1363	M0084844	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	gi|292817876	100	3e-186	1	326	1.0	1	EFF76938.1	Copper (Cu)	prediction
1364	M0084845	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	copB	99.7	1.1e-187	1	326	1.0	1	D4PBS2	Copper (Cu)	experiment
1365	M0084845	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	gi|292817876	100	3e-186	1	326	1.0	1	EFF76938.1	Copper (Cu)	prediction
1366	M0084846	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	copB	99.7	1.1e-187	1	326	1.0	1	D4PBS2	Copper (Cu)	experiment
1367	M0084846	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	gi|292817876	100	3e-186	1	326	1.0	1	EFF76938.1	Copper (Cu)	prediction
1368	M0084847	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	copB	99.7	1.1e-187	1	326	1.0	1	D4PBS2	Copper (Cu)	experiment
1369	M0084847	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	gi|292817876	100	3e-186	1	326	1.0	1	EFF76938.1	Copper (Cu)	prediction
1370	M0084848	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	copB	99.7	1.1e-187	1	326	1.0	1	D4PBS2	Copper (Cu)	experiment
1371	M0084848	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	gi|292817876	100	3e-186	1	326	1.0	1	EFF76938.1	Copper (Cu)	prediction
1372	M0084849	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	copB	99.7	1.1e-187	1	326	1.0	1	D4PBS2	Copper (Cu)	experiment
1373	M0084849	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	gi|292817876	100	3e-186	1	326	1.0	1	EFF76938.1	Copper (Cu)	prediction
1374	M0084850	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	copB	99.7	1.1e-187	1	326	1.0	1	D4PBS2	Copper (Cu)	experiment
1375	M0084850	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	gi|292817876	100	3e-186	1	326	1.0	1	EFF76938.1	Copper (Cu)	prediction
1376	M0084851	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	copB	99.7	1.1e-187	1	326	1.0	1	D4PBS2	Copper (Cu)	experiment
1377	M0084851	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	gi|292817876	100	3e-186	1	326	1.0	1	EFF76938.1	Copper (Cu)	prediction
1378	M0084852	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	copB	99.7	1.1e-187	1	326	1.0	1	D4PBS2	Copper (Cu)	experiment
1379	M0084852	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	gi|292817876	100	3e-186	1	326	1.0	1	EFF76938.1	Copper (Cu)	prediction
1380	M0084853	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	copB	99.7	1.1e-187	1	326	1.0	1	D4PBS2	Copper (Cu)	experiment
1381	M0084853	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	gi|292817876	100	3e-186	1	326	1.0	1	EFF76938.1	Copper (Cu)	prediction
1382	M0084854	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	copB	99.7	1.1e-187	1	326	1.0	1	D4PBS2	Copper (Cu)	experiment
1383	M0084854	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	gi|292817876	100	3e-186	1	326	1.0	1	EFF76938.1	Copper (Cu)	prediction
1384	M0084855	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	copB	99.7	1.1e-187	1	326	1.0	1	D4PBS2	Copper (Cu)	experiment
1385	M0084855	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	gi|292817876	100	3e-186	1	326	1.0	1	EFF76938.1	Copper (Cu)	prediction
1386	M0084856	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1387	M0084856	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1388	M0084857	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1389	M0084857	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1390	M0084858	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1391	M0084858	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1392	M0084859	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1393	M0084859	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1394	M0084860	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1395	M0084860	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1396	M0084861	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1397	M0084861	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1398	M0084862	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1399	M0084862	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1400	M0084863	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1401	M0084863	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1402	M0084864	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1403	M0084864	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1404	M0084865	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1405	M0084865	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1406	M0084866	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1407	M0084866	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1408	M0084867	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1409	M0084867	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1410	M0084868	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1411	M0084868	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1412	M0084869	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1413	M0084869	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1414	M0084870	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1415	M0084870	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1416	M0084871	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1417	M0084871	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1418	M0084872	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1419	M0084872	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1420	M0084873	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1421	M0084873	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1422	M0084874	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1423	M0084874	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1424	M0084875	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1425	M0084875	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1426	M0084876	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1427	M0084877	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1428	M0084878	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1429	M0084879	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1430	M0085043	NC_017958.1	LGPGPKHL_00008	NC_017958.1__LGPGPKHL_00008	NC_017958.1	C332	LGPGPKHL_00008	308	gi|504560583	100	7.8e-160	1	308	1.0	1	WP_014747685.1	Copper (Cu)	prediction
1431	M0085044	NC_017958.1	LGPGPKHL_00008	NC_017958.1__LGPGPKHL_00008	NC_017958.1	C332	LGPGPKHL_00008	308	gi|504560583	100	7.8e-160	1	308	1.0	1	WP_014747685.1	Copper (Cu)	prediction
1432	M0085180	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1433	M0085194	NC_017958.1	LGPGPKHL_00008	NC_017958.1__LGPGPKHL_00008	NC_017958.1	C332	LGPGPKHL_00008	308	gi|504560583	100	7.8e-160	1	308	1.0	1	WP_014747685.1	Copper (Cu)	prediction
1434	M0085195	NC_017958.1	LGPGPKHL_00008	NC_017958.1__LGPGPKHL_00008	NC_017958.1	C332	LGPGPKHL_00008	308	gi|504560583	100	7.8e-160	1	308	1.0	1	WP_014747685.1	Copper (Cu)	prediction
1435	M0085196	NC_017958.1	LGPGPKHL_00008	NC_017958.1__LGPGPKHL_00008	NC_017958.1	C332	LGPGPKHL_00008	308	gi|504560583	100	7.8e-160	1	308	1.0	1	WP_014747685.1	Copper (Cu)	prediction
1436	M0085197	NC_017958.1	LGPGPKHL_00008	NC_017958.1__LGPGPKHL_00008	NC_017958.1	C332	LGPGPKHL_00008	308	gi|504560583	100	7.8e-160	1	308	1.0	1	WP_014747685.1	Copper (Cu)	prediction
1437	M0085198	NC_017958.1	LGPGPKHL_00008	NC_017958.1__LGPGPKHL_00008	NC_017958.1	C332	LGPGPKHL_00008	308	gi|504560583	100	7.8e-160	1	308	1.0	1	WP_014747685.1	Copper (Cu)	prediction
1438	M0085199	NC_017958.1	LGPGPKHL_00008	NC_017958.1__LGPGPKHL_00008	NC_017958.1	C332	LGPGPKHL_00008	308	gi|504560583	100	7.8e-160	1	308	1.0	1	WP_014747685.1	Copper (Cu)	prediction
1439	M0085200	NC_017958.1	LGPGPKHL_00008	NC_017958.1__LGPGPKHL_00008	NC_017958.1	C332	LGPGPKHL_00008	308	gi|504560583	100	7.8e-160	1	308	1.0	1	WP_014747685.1	Copper (Cu)	prediction
1440	M0085201	NC_017958.1	LGPGPKHL_00008	NC_017958.1__LGPGPKHL_00008	NC_017958.1	C332	LGPGPKHL_00008	308	gi|504560583	100	7.8e-160	1	308	1.0	1	WP_014747685.1	Copper (Cu)	prediction
1441	M0085202	NC_017958.1	LGPGPKHL_00008	NC_017958.1__LGPGPKHL_00008	NC_017958.1	C332	LGPGPKHL_00008	308	gi|504560583	100	7.8e-160	1	308	1.0	1	WP_014747685.1	Copper (Cu)	prediction
1442	M0085203	NC_017958.1	LGPGPKHL_00009	NC_017958.1__LGPGPKHL_00009	NC_017958.1	C332	LGPGPKHL_00009	128	gi|495338572	100	6.7e-65	1	128	1.0	1	WP_008063308.1	Copper (Cu)	prediction
1443	M0085204	NC_017958.1	LGPGPKHL_00009	NC_017958.1__LGPGPKHL_00009	NC_017958.1	C332	LGPGPKHL_00009	128	gi|495338572	100	6.7e-65	1	128	1.0	1	WP_008063308.1	Copper (Cu)	prediction
1444	M0085205	NC_017958.1	LGPGPKHL_00009	NC_017958.1__LGPGPKHL_00009	NC_017958.1	C332	LGPGPKHL_00009	128	gi|495338572	100	6.7e-65	1	128	1.0	1	WP_008063308.1	Copper (Cu)	prediction
1445	M0085206	NC_017958.1	LGPGPKHL_00009	NC_017958.1__LGPGPKHL_00009	NC_017958.1	C332	LGPGPKHL_00009	128	gi|495338572	100	6.7e-65	1	128	1.0	1	WP_008063308.1	Copper (Cu)	prediction
1446	M0085207	NC_017958.1	LGPGPKHL_00009	NC_017958.1__LGPGPKHL_00009	NC_017958.1	C332	LGPGPKHL_00009	128	gi|495338572	100	6.7e-65	1	128	1.0	1	WP_008063308.1	Copper (Cu)	prediction
1447	M0085208	NC_017958.1	LGPGPKHL_00009	NC_017958.1__LGPGPKHL_00009	NC_017958.1	C332	LGPGPKHL_00009	128	gi|495338572	100	6.7e-65	1	128	1.0	1	WP_008063308.1	Copper (Cu)	prediction
1448	M0085213	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1449	M0085214	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1450	M0085215	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1451	M0085216	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1452	M0085217	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1453	M0085218	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1454	M0085219	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1455	M0085220	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1456	M0085221	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1457	M0085222	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1458	M0085223	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1459	M0085224	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1460	M0085225	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1461	M0085226	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1462	M0085227	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1463	M0085228	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1464	M0085229	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1465	M0085230	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1466	M0085232	NC_017958.1	LGPGPKHL_00011	NC_017958.1__LGPGPKHL_00011	NC_017958.1	C332	LGPGPKHL_00011	161	copG	99.4	1.1e-92	1	160	0.9937888198757764	0.993788819875776	D4PBS3	Copper (Cu)	experiment
1467	M0085232	NC_017958.1	LGPGPKHL_00011	NC_017958.1__LGPGPKHL_00011	NC_017958.1	C332	LGPGPKHL_00011	161	gi|493265809	100	1.1e-91	1	161	1.0	1	WP_006226241.1	Copper (Cu)	prediction
1468	M0085233	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	copB	99.7	1.1e-187	1	326	1.0	1	D4PBS2	Copper (Cu)	experiment
1469	M0085233	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	gi|292817876	100	3e-186	1	326	1.0	1	EFF76938.1	Copper (Cu)	prediction
1470	M0085234	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	copB	99.7	1.1e-187	1	326	1.0	1	D4PBS2	Copper (Cu)	experiment
1471	M0085234	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	gi|292817876	100	3e-186	1	326	1.0	1	EFF76938.1	Copper (Cu)	prediction
1472	M0085235	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1473	M0085235	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1474	M0085236	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1475	M0085236	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1476	M0085237	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1477	M0085237	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1478	M0085238	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1479	M0085238	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1480	M0085239	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1481	M0085239	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1482	M0085240	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1483	M0085240	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1484	M0085246	NC_017958.1	LGPGPKHL_00009	NC_017958.1__LGPGPKHL_00009	NC_017958.1	C332	LGPGPKHL_00009	128	gi|495338572	100	6.7e-65	1	128	1.0	1	WP_008063308.1	Copper (Cu)	prediction
1485	M0085247	NC_017958.1	LGPGPKHL_00009	NC_017958.1__LGPGPKHL_00009	NC_017958.1	C332	LGPGPKHL_00009	128	gi|495338572	100	6.7e-65	1	128	1.0	1	WP_008063308.1	Copper (Cu)	prediction
1486	M0085248	NC_017958.1	LGPGPKHL_00009	NC_017958.1__LGPGPKHL_00009	NC_017958.1	C332	LGPGPKHL_00009	128	gi|495338572	100	6.7e-65	1	128	1.0	1	WP_008063308.1	Copper (Cu)	prediction
1487	M0085249	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1488	M0085250	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1489	M0085251	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1490	M0085255	NC_017958.1	LGPGPKHL_00011	NC_017958.1__LGPGPKHL_00011	NC_017958.1	C332	LGPGPKHL_00011	161	copG	99.4	1.1e-92	1	160	0.9937888198757764	0.993788819875776	D4PBS3	Copper (Cu)	experiment
1491	M0085255	NC_017958.1	LGPGPKHL_00011	NC_017958.1__LGPGPKHL_00011	NC_017958.1	C332	LGPGPKHL_00011	161	gi|493265809	100	1.1e-91	1	161	1.0	1	WP_006226241.1	Copper (Cu)	prediction
1492	M0085256	NC_017958.1	LGPGPKHL_00011	NC_017958.1__LGPGPKHL_00011	NC_017958.1	C332	LGPGPKHL_00011	161	copG	99.4	1.1e-92	1	160	0.9937888198757764	0.993788819875776	D4PBS3	Copper (Cu)	experiment
1493	M0085256	NC_017958.1	LGPGPKHL_00011	NC_017958.1__LGPGPKHL_00011	NC_017958.1	C332	LGPGPKHL_00011	161	gi|493265809	100	1.1e-91	1	161	1.0	1	WP_006226241.1	Copper (Cu)	prediction
1494	M0085257	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1495	M0085257	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1496	M0085258	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1497	M0085258	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1498	M0085259	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1499	M0085259	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1500	M0085260	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1501	M0085260	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1502	M0085340	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1503	M0085341	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1504	M0085342	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1505	M0085343	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1506	M0085344	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1507	M0085345	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1508	M0085346	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1509	M0085347	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1510	M0085348	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1511	M0085349	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1512	M0085350	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1513	M0085351	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1514	M0085352	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1515	M0085353	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1516	M0085354	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1517	M0085355	NC_017958.1	LGPGPKHL_00011	NC_017958.1__LGPGPKHL_00011	NC_017958.1	C332	LGPGPKHL_00011	161	copG	99.4	1.1e-92	1	160	0.9937888198757764	0.993788819875776	D4PBS3	Copper (Cu)	experiment
1518	M0085355	NC_017958.1	LGPGPKHL_00011	NC_017958.1__LGPGPKHL_00011	NC_017958.1	C332	LGPGPKHL_00011	161	gi|493265809	100	1.1e-91	1	161	1.0	1	WP_006226241.1	Copper (Cu)	prediction
1519	M0085356	NC_017958.1	LGPGPKHL_00011	NC_017958.1__LGPGPKHL_00011	NC_017958.1	C332	LGPGPKHL_00011	161	copG	99.4	1.1e-92	1	160	0.9937888198757764	0.993788819875776	D4PBS3	Copper (Cu)	experiment
1520	M0085356	NC_017958.1	LGPGPKHL_00011	NC_017958.1__LGPGPKHL_00011	NC_017958.1	C332	LGPGPKHL_00011	161	gi|493265809	100	1.1e-91	1	161	1.0	1	WP_006226241.1	Copper (Cu)	prediction
1521	M0085357	NC_017958.1	LGPGPKHL_00011	NC_017958.1__LGPGPKHL_00011	NC_017958.1	C332	LGPGPKHL_00011	161	copG	99.4	1.1e-92	1	160	0.9937888198757764	0.993788819875776	D4PBS3	Copper (Cu)	experiment
1522	M0085357	NC_017958.1	LGPGPKHL_00011	NC_017958.1__LGPGPKHL_00011	NC_017958.1	C332	LGPGPKHL_00011	161	gi|493265809	100	1.1e-91	1	161	1.0	1	WP_006226241.1	Copper (Cu)	prediction
1523	M0085468	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1524	M0085469	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1525	M0085470	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1526	M0085474	NC_017958.1	LGPGPKHL_00011	NC_017958.1__LGPGPKHL_00011	NC_017958.1	C332	LGPGPKHL_00011	161	copG	99.4	1.1e-92	1	160	0.9937888198757764	0.993788819875776	D4PBS3	Copper (Cu)	experiment
1527	M0085474	NC_017958.1	LGPGPKHL_00011	NC_017958.1__LGPGPKHL_00011	NC_017958.1	C332	LGPGPKHL_00011	161	gi|493265809	100	1.1e-91	1	161	1.0	1	WP_006226241.1	Copper (Cu)	prediction
1528	M0085475	NC_017958.1	LGPGPKHL_00011	NC_017958.1__LGPGPKHL_00011	NC_017958.1	C332	LGPGPKHL_00011	161	copG	99.4	1.1e-92	1	160	0.9937888198757764	0.993788819875776	D4PBS3	Copper (Cu)	experiment
1529	M0085475	NC_017958.1	LGPGPKHL_00011	NC_017958.1__LGPGPKHL_00011	NC_017958.1	C332	LGPGPKHL_00011	161	gi|493265809	100	1.1e-91	1	161	1.0	1	WP_006226241.1	Copper (Cu)	prediction
1530	M0085476	NC_017958.1	LGPGPKHL_00011	NC_017958.1__LGPGPKHL_00011	NC_017958.1	C332	LGPGPKHL_00011	161	copG	99.4	1.1e-92	1	160	0.9937888198757764	0.993788819875776	D4PBS3	Copper (Cu)	experiment
1531	M0085476	NC_017958.1	LGPGPKHL_00011	NC_017958.1__LGPGPKHL_00011	NC_017958.1	C332	LGPGPKHL_00011	161	gi|493265809	100	1.1e-91	1	161	1.0	1	WP_006226241.1	Copper (Cu)	prediction
1532	M0085477	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	copB	99.7	1.1e-187	1	326	1.0	1	D4PBS2	Copper (Cu)	experiment
1533	M0085477	NC_017958.1	LGPGPKHL_00012	NC_017958.1__LGPGPKHL_00012	NC_017958.1	C332	LGPGPKHL_00012	326	gi|292817876	100	3e-186	1	326	1.0	1	EFF76938.1	Copper (Cu)	prediction
1534	M0085481	NC_017958.1	LGPGPKHL_00008	NC_017958.1__LGPGPKHL_00008	NC_017958.1	C332	LGPGPKHL_00008	308	gi|504560583	100	7.8e-160	1	308	1.0	1	WP_014747685.1	Copper (Cu)	prediction
1535	M0085492	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1536	M0085493	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1537	M0085494	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1538	M0085495	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1539	M0085496	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1540	M0085497	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1541	M0085498	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1542	M0085499	NC_017958.1	LGPGPKHL_00010	NC_017958.1__LGPGPKHL_00010	NC_017958.1	C332	LGPGPKHL_00010	826	gi|1179983594	79.6	0	25	826	0.9721549636803875	1.01774397972117	WP_083505948.1	Copper (Cu)	prediction
1543	M0085500	NC_017958.1	LGPGPKHL_00011	NC_017958.1__LGPGPKHL_00011	NC_017958.1	C332	LGPGPKHL_00011	161	copG	99.4	1.1e-92	1	160	0.9937888198757764	0.993788819875776	D4PBS3	Copper (Cu)	experiment
1544	M0085500	NC_017958.1	LGPGPKHL_00011	NC_017958.1__LGPGPKHL_00011	NC_017958.1	C332	LGPGPKHL_00011	161	gi|493265809	100	1.1e-91	1	161	1.0	1	WP_006226241.1	Copper (Cu)	prediction
1545	M0085503	NC_017958.1	LGPGPKHL_00011	NC_017958.1__LGPGPKHL_00011	NC_017958.1	C332	LGPGPKHL_00011	161	copG	99.4	1.1e-92	1	160	0.9937888198757764	0.993788819875776	D4PBS3	Copper (Cu)	experiment
1546	M0085503	NC_017958.1	LGPGPKHL_00011	NC_017958.1__LGPGPKHL_00011	NC_017958.1	C332	LGPGPKHL_00011	161	gi|493265809	100	1.1e-91	1	161	1.0	1	WP_006226241.1	Copper (Cu)	prediction
1547	M0085506	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1548	M0085506	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1549	M0085507	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	copA	96.2	0	1	633	1.0	1.02261712439418	D4PBS1	Copper (Cu)	experiment
1550	M0085507	NC_017958.1	LGPGPKHL_00013	NC_017958.1__LGPGPKHL_00013	NC_017958.1	C332	LGPGPKHL_00013	633	gi|1174925851	100	0	1	633	1.0	1	WP_081599071.1	Copper (Cu), Silver (Ag)	prediction
1551	M0085510	NC_019369.1	OEEOMHNH_00084	NC_019369.1__OEEOMHNH_00084	NC_019369.1	C338	OEEOMHNH_00084	971	gi|1117592709	92.4	1.2e-249	117	618	0.518022657054583	0.835548172757475	WP_072156413.1	Mercury (Hg)	prediction
1552	M0086546	NZ_AP015031.1	FDNOHDLK_00297	NZ_AP015031.1__FDNOHDLK_00297	NZ_AP015031.1	C352	FDNOHDLK_00297	92	merP	77.2	2e-33	1	92	1.0	1.01098901098901	P13113	Mercury (Hg)	experiment
1553	M0086546	NZ_AP015031.1	FDNOHDLK_00297	NZ_AP015031.1__FDNOHDLK_00297	NZ_AP015031.1	C352	FDNOHDLK_00297	92	gi|490711652	100	9.8e-42	1	92	1.0	1	WP_004574526.1	Mercury (Hg)	prediction
1554	M0086774	NZ_AP015031.1	FDNOHDLK_00156	NZ_AP015031.1__FDNOHDLK_00156	NZ_AP015031.1	C352	FDNOHDLK_00156	1053	czrA	77.5	0	1	1048	0.9952516619183286	0.997145575642245	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1555	M0086774	NZ_AP015031.1	FDNOHDLK_00156	NZ_AP015031.1__FDNOHDLK_00156	NZ_AP015031.1	C352	FDNOHDLK_00156	1053	gi|501022887	78	0	1	1048	0.9952516619183286	0.997145575642245	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1556	M0086775	NZ_AP015031.1	FDNOHDLK_00156	NZ_AP015031.1__FDNOHDLK_00156	NZ_AP015031.1	C352	FDNOHDLK_00156	1053	czrA	77.5	0	1	1048	0.9952516619183286	0.997145575642245	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1557	M0086775	NZ_AP015031.1	FDNOHDLK_00156	NZ_AP015031.1__FDNOHDLK_00156	NZ_AP015031.1	C352	FDNOHDLK_00156	1053	gi|501022887	78	0	1	1048	0.9952516619183286	0.997145575642245	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1558	M0086776	NZ_AP015031.1	FDNOHDLK_00156	NZ_AP015031.1__FDNOHDLK_00156	NZ_AP015031.1	C352	FDNOHDLK_00156	1053	czrA	77.5	0	1	1048	0.9952516619183286	0.997145575642245	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1559	M0086776	NZ_AP015031.1	FDNOHDLK_00156	NZ_AP015031.1__FDNOHDLK_00156	NZ_AP015031.1	C352	FDNOHDLK_00156	1053	gi|501022887	78	0	1	1048	0.9952516619183286	0.997145575642245	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1560	M0086777	NZ_AP015031.1	FDNOHDLK_00156	NZ_AP015031.1__FDNOHDLK_00156	NZ_AP015031.1	C352	FDNOHDLK_00156	1053	czrA	77.5	0	1	1048	0.9952516619183286	0.997145575642245	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1561	M0086777	NZ_AP015031.1	FDNOHDLK_00156	NZ_AP015031.1__FDNOHDLK_00156	NZ_AP015031.1	C352	FDNOHDLK_00156	1053	gi|501022887	78	0	1	1048	0.9952516619183286	0.997145575642245	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1562	M0086778	NZ_AP015031.1	FDNOHDLK_00156	NZ_AP015031.1__FDNOHDLK_00156	NZ_AP015031.1	C352	FDNOHDLK_00156	1053	czrA	77.5	0	1	1048	0.9952516619183286	0.997145575642245	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1563	M0086778	NZ_AP015031.1	FDNOHDLK_00156	NZ_AP015031.1__FDNOHDLK_00156	NZ_AP015031.1	C352	FDNOHDLK_00156	1053	gi|501022887	78	0	1	1048	0.9952516619183286	0.997145575642245	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1564	M0086779	NZ_AP015031.1	FDNOHDLK_00156	NZ_AP015031.1__FDNOHDLK_00156	NZ_AP015031.1	C352	FDNOHDLK_00156	1053	czrA	77.5	0	1	1048	0.9952516619183286	0.997145575642245	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1565	M0086779	NZ_AP015031.1	FDNOHDLK_00156	NZ_AP015031.1__FDNOHDLK_00156	NZ_AP015031.1	C352	FDNOHDLK_00156	1053	gi|501022887	78	0	1	1048	0.9952516619183286	0.997145575642245	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1566	M0086780	NZ_AP015031.1	FDNOHDLK_00156	NZ_AP015031.1__FDNOHDLK_00156	NZ_AP015031.1	C352	FDNOHDLK_00156	1053	czrA	77.5	0	1	1048	0.9952516619183286	0.997145575642245	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1567	M0086780	NZ_AP015031.1	FDNOHDLK_00156	NZ_AP015031.1__FDNOHDLK_00156	NZ_AP015031.1	C352	FDNOHDLK_00156	1053	gi|501022887	78	0	1	1048	0.9952516619183286	0.997145575642245	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1568	M0086851	NZ_AP022198.1	GDLJCKGE_00001	NZ_AP022198.1__GDLJCKGE_00001	NZ_AP022198.1	C366	GDLJCKGE_00001	144	merR2	93.1	1.6e-74	1	144	1.0	1	Q79B70	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	experiment
1569	M0086851	NZ_AP022198.1	GDLJCKGE_00001	NZ_AP022198.1__GDLJCKGE_00001	NZ_AP022198.1	C366	GDLJCKGE_00001	144	gi|492283742	100	6.6e-77	1	144	1.0	1	WP_005798840.1	Mercury (Hg)	prediction
1570	M0086852	NZ_AP022198.1	GDLJCKGE_00003	NZ_AP022198.1__GDLJCKGE_00003	NZ_AP022198.1	C366	GDLJCKGE_00003	91	merP	84.6	6.6e-37	1	91	1.0	1	O66016	Mercury (Hg)	experiment
1571	M0086852	NZ_AP022198.1	GDLJCKGE_00003	NZ_AP022198.1__GDLJCKGE_00003	NZ_AP022198.1	C366	GDLJCKGE_00003	91	gi|493629785	98.9	1.3e-41	1	91	1.0	1	WP_006581731.1	Mercury (Hg)	prediction
1572	M0086853	NZ_AP022198.1	GDLJCKGE_00003	NZ_AP022198.1__GDLJCKGE_00003	NZ_AP022198.1	C366	GDLJCKGE_00003	91	merP	84.6	6.6e-37	1	91	1.0	1	O66016	Mercury (Hg)	experiment
1573	M0086853	NZ_AP022198.1	GDLJCKGE_00003	NZ_AP022198.1__GDLJCKGE_00003	NZ_AP022198.1	C366	GDLJCKGE_00003	91	gi|493629785	98.9	1.3e-41	1	91	1.0	1	WP_006581731.1	Mercury (Hg)	prediction
1574	M0086854	NZ_AP022198.1	GDLJCKGE_00003	NZ_AP022198.1__GDLJCKGE_00003	NZ_AP022198.1	C366	GDLJCKGE_00003	91	merP	84.6	6.6e-37	1	91	1.0	1	O66016	Mercury (Hg)	experiment
1575	M0086854	NZ_AP022198.1	GDLJCKGE_00003	NZ_AP022198.1__GDLJCKGE_00003	NZ_AP022198.1	C366	GDLJCKGE_00003	91	gi|493629785	98.9	1.3e-41	1	91	1.0	1	WP_006581731.1	Mercury (Hg)	prediction
1576	M0086855	NZ_AP022198.1	GDLJCKGE_00003	NZ_AP022198.1__GDLJCKGE_00003	NZ_AP022198.1	C366	GDLJCKGE_00003	91	merP	84.6	6.6e-37	1	91	1.0	1	O66016	Mercury (Hg)	experiment
1577	M0086855	NZ_AP022198.1	GDLJCKGE_00003	NZ_AP022198.1__GDLJCKGE_00003	NZ_AP022198.1	C366	GDLJCKGE_00003	91	gi|493629785	98.9	1.3e-41	1	91	1.0	1	WP_006581731.1	Mercury (Hg)	prediction
1578	M0086856	NZ_AP022198.1	GDLJCKGE_00001	NZ_AP022198.1__GDLJCKGE_00001	NZ_AP022198.1	C366	GDLJCKGE_00001	144	merR2	93.1	1.6e-74	1	144	1.0	1	Q79B70	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	experiment
1579	M0086856	NZ_AP022198.1	GDLJCKGE_00001	NZ_AP022198.1__GDLJCKGE_00001	NZ_AP022198.1	C366	GDLJCKGE_00001	144	gi|492283742	100	6.6e-77	1	144	1.0	1	WP_005798840.1	Mercury (Hg)	prediction
1580	M0086857	NZ_AP022198.1	GDLJCKGE_00004	NZ_AP022198.1__GDLJCKGE_00004	NZ_AP022198.1	C366	GDLJCKGE_00004	141	merC	79.4	5.9e-61	1	141	1.0	1	O66048	Mercury (Hg)	experiment
1581	M0086857	NZ_AP022198.1	GDLJCKGE_00004	NZ_AP022198.1__GDLJCKGE_00004	NZ_AP022198.1	C366	GDLJCKGE_00004	141	gi|737919271	80.1	1.2e-59	1	141	1.0	1	WP_035884597.1	Mercury (Hg)	prediction
1582	M0086858	NZ_AP022198.1	GDLJCKGE_00004	NZ_AP022198.1__GDLJCKGE_00004	NZ_AP022198.1	C366	GDLJCKGE_00004	141	merC	79.4	5.9e-61	1	141	1.0	1	O66048	Mercury (Hg)	experiment
1583	M0086858	NZ_AP022198.1	GDLJCKGE_00004	NZ_AP022198.1__GDLJCKGE_00004	NZ_AP022198.1	C366	GDLJCKGE_00004	141	gi|737919271	80.1	1.2e-59	1	141	1.0	1	WP_035884597.1	Mercury (Hg)	prediction
1584	M0086859	NZ_AP022198.1	GDLJCKGE_00004	NZ_AP022198.1__GDLJCKGE_00004	NZ_AP022198.1	C366	GDLJCKGE_00004	141	merC	79.4	5.9e-61	1	141	1.0	1	O66048	Mercury (Hg)	experiment
1585	M0086859	NZ_AP022198.1	GDLJCKGE_00004	NZ_AP022198.1__GDLJCKGE_00004	NZ_AP022198.1	C366	GDLJCKGE_00004	141	gi|737919271	80.1	1.2e-59	1	141	1.0	1	WP_035884597.1	Mercury (Hg)	prediction
1586	M0086860	NZ_AP022198.1	GDLJCKGE_00004	NZ_AP022198.1__GDLJCKGE_00004	NZ_AP022198.1	C366	GDLJCKGE_00004	141	merC	79.4	5.9e-61	1	141	1.0	1	O66048	Mercury (Hg)	experiment
1587	M0086860	NZ_AP022198.1	GDLJCKGE_00004	NZ_AP022198.1__GDLJCKGE_00004	NZ_AP022198.1	C366	GDLJCKGE_00004	141	gi|737919271	80.1	1.2e-59	1	141	1.0	1	WP_035884597.1	Mercury (Hg)	prediction
1588	M0086861	NZ_AP022198.1	GDLJCKGE_00004	NZ_AP022198.1__GDLJCKGE_00004	NZ_AP022198.1	C366	GDLJCKGE_00004	141	merC	79.4	5.9e-61	1	141	1.0	1	O66048	Mercury (Hg)	experiment
1589	M0086861	NZ_AP022198.1	GDLJCKGE_00004	NZ_AP022198.1__GDLJCKGE_00004	NZ_AP022198.1	C366	GDLJCKGE_00004	141	gi|737919271	80.1	1.2e-59	1	141	1.0	1	WP_035884597.1	Mercury (Hg)	prediction
1590	M0086862	NZ_AP022198.1	GDLJCKGE_00004	NZ_AP022198.1__GDLJCKGE_00004	NZ_AP022198.1	C366	GDLJCKGE_00004	141	merC	79.4	5.9e-61	1	141	1.0	1	O66048	Mercury (Hg)	experiment
1591	M0086862	NZ_AP022198.1	GDLJCKGE_00004	NZ_AP022198.1__GDLJCKGE_00004	NZ_AP022198.1	C366	GDLJCKGE_00004	141	gi|737919271	80.1	1.2e-59	1	141	1.0	1	WP_035884597.1	Mercury (Hg)	prediction
1592	M0086863	NZ_AP022198.1	GDLJCKGE_00004	NZ_AP022198.1__GDLJCKGE_00004	NZ_AP022198.1	C366	GDLJCKGE_00004	141	merC	79.4	5.9e-61	1	141	1.0	1	O66048	Mercury (Hg)	experiment
1593	M0086863	NZ_AP022198.1	GDLJCKGE_00004	NZ_AP022198.1__GDLJCKGE_00004	NZ_AP022198.1	C366	GDLJCKGE_00004	141	gi|737919271	80.1	1.2e-59	1	141	1.0	1	WP_035884597.1	Mercury (Hg)	prediction
1594	M0086864	NZ_AP022198.1	GDLJCKGE_00004	NZ_AP022198.1__GDLJCKGE_00004	NZ_AP022198.1	C366	GDLJCKGE_00004	141	merC	79.4	5.9e-61	1	141	1.0	1	O66048	Mercury (Hg)	experiment
1595	M0086864	NZ_AP022198.1	GDLJCKGE_00004	NZ_AP022198.1__GDLJCKGE_00004	NZ_AP022198.1	C366	GDLJCKGE_00004	141	gi|737919271	80.1	1.2e-59	1	141	1.0	1	WP_035884597.1	Mercury (Hg)	prediction
1596	M0086865	NZ_AP022198.1	GDLJCKGE_00004	NZ_AP022198.1__GDLJCKGE_00004	NZ_AP022198.1	C366	GDLJCKGE_00004	141	merC	79.4	5.9e-61	1	141	1.0	1	O66048	Mercury (Hg)	experiment
1597	M0086865	NZ_AP022198.1	GDLJCKGE_00004	NZ_AP022198.1__GDLJCKGE_00004	NZ_AP022198.1	C366	GDLJCKGE_00004	141	gi|737919271	80.1	1.2e-59	1	141	1.0	1	WP_035884597.1	Mercury (Hg)	prediction
1598	M0086866	NZ_AP022198.1	GDLJCKGE_00004	NZ_AP022198.1__GDLJCKGE_00004	NZ_AP022198.1	C366	GDLJCKGE_00004	141	merC	79.4	5.9e-61	1	141	1.0	1	O66048	Mercury (Hg)	experiment
1599	M0086866	NZ_AP022198.1	GDLJCKGE_00004	NZ_AP022198.1__GDLJCKGE_00004	NZ_AP022198.1	C366	GDLJCKGE_00004	141	gi|737919271	80.1	1.2e-59	1	141	1.0	1	WP_035884597.1	Mercury (Hg)	prediction
1600	M0086867	NZ_AP022198.1	GDLJCKGE_00004	NZ_AP022198.1__GDLJCKGE_00004	NZ_AP022198.1	C366	GDLJCKGE_00004	141	merC	79.4	5.9e-61	1	141	1.0	1	O66048	Mercury (Hg)	experiment
1601	M0086867	NZ_AP022198.1	GDLJCKGE_00004	NZ_AP022198.1__GDLJCKGE_00004	NZ_AP022198.1	C366	GDLJCKGE_00004	141	gi|737919271	80.1	1.2e-59	1	141	1.0	1	WP_035884597.1	Mercury (Hg)	prediction
1602	M0087195	NZ_CP009975.1	IBBBJDNE_00396	NZ_CP009975.1__IBBBJDNE_00396	NZ_CP009975.1	C416	IBBBJDNE_00396	91	gi|545466281	96.7	9.7e-42	1	91	1.0	1	WP_021702859.1	Mercury (Hg)	prediction
1603	M0087196	NZ_CP009975.1	IBBBJDNE_00396	NZ_CP009975.1__IBBBJDNE_00396	NZ_CP009975.1	C416	IBBBJDNE_00396	91	gi|545466281	96.7	9.7e-42	1	91	1.0	1	WP_021702859.1	Mercury (Hg)	prediction
1604	M0087197	NZ_CP009975.1	IBBBJDNE_00396	NZ_CP009975.1__IBBBJDNE_00396	NZ_CP009975.1	C416	IBBBJDNE_00396	91	gi|545466281	96.7	9.7e-42	1	91	1.0	1	WP_021702859.1	Mercury (Hg)	prediction
1605	M0088296	NZ_CP017041.1	OMKPINEO_00084	NZ_CP017041.1__OMKPINEO_00084	NZ_CP017041.1	C455	OMKPINEO_00084	119	gi|488503377	100	2.2e-62	1	119	1.0	1	WP_002546816.1	Cobalt (Co), Nickel (Ni)	prediction
1606	M0088607	NZ_CP017041.1	OMKPINEO_00084	NZ_CP017041.1__OMKPINEO_00084	NZ_CP017041.1	C455	OMKPINEO_00084	119	gi|488503377	100	2.2e-62	1	119	1.0	1	WP_002546816.1	Cobalt (Co), Nickel (Ni)	prediction
1607	M0088613	NZ_CP017464.1	ILKBNKLN_00099	NZ_CP017464.1__ILKBNKLN_00099	NZ_CP017464.1	C457	ILKBNKLN_00099	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1608	M0088614	NZ_CP017464.1	ILKBNKLN_00099	NZ_CP017464.1__ILKBNKLN_00099	NZ_CP017464.1	C457	ILKBNKLN_00099	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1609	M0088615	NZ_CP017464.1	ILKBNKLN_00099	NZ_CP017464.1__ILKBNKLN_00099	NZ_CP017464.1	C457	ILKBNKLN_00099	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1610	M0088616	NZ_CP017464.1	ILKBNKLN_00099	NZ_CP017464.1__ILKBNKLN_00099	NZ_CP017464.1	C457	ILKBNKLN_00099	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1611	M0088622	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1612	M0088622	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	gi|815846087	100	4.6e-276	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1613	M0088623	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1614	M0088623	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	gi|815846087	100	4.6e-276	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1615	M0088624	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1616	M0088624	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	gi|815846087	100	4.6e-276	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1617	M0088625	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1618	M0088625	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	gi|815846087	100	4.6e-276	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1619	M0088626	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1620	M0088626	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	gi|815846087	100	4.6e-276	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1621	M0088627	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1622	M0088627	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	gi|815846087	100	4.6e-276	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1623	M0088628	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1624	M0088628	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	gi|815846087	100	4.6e-276	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1625	M0088637	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1626	M0088637	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	gi|815846087	100	4.6e-276	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1627	M0088638	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1628	M0088638	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	gi|815846087	100	4.6e-276	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1629	M0088639	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1630	M0088639	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	gi|815846087	100	4.6e-276	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1631	M0088640	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1632	M0088640	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	gi|815846087	100	4.6e-276	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1633	M0088641	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1634	M0088641	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	gi|815846087	100	4.6e-276	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1635	M0088642	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1636	M0088642	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	gi|815846087	100	4.6e-276	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1637	M0088643	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1638	M0088643	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	gi|815846087	100	4.6e-276	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1639	M0088644	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1640	M0088644	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	gi|815846087	100	4.6e-276	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1641	M0088645	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1642	M0088645	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	gi|815846087	100	4.6e-276	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1643	M0088646	NZ_CP017464.1	ILKBNKLN_00099	NZ_CP017464.1__ILKBNKLN_00099	NZ_CP017464.1	C457	ILKBNKLN_00099	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1644	M0088647	NZ_CP017464.1	ILKBNKLN_00099	NZ_CP017464.1__ILKBNKLN_00099	NZ_CP017464.1	C457	ILKBNKLN_00099	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1645	M0088648	NZ_CP017464.1	ILKBNKLN_00099	NZ_CP017464.1__ILKBNKLN_00099	NZ_CP017464.1	C457	ILKBNKLN_00099	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1646	M0088649	NZ_CP017464.1	ILKBNKLN_00099	NZ_CP017464.1__ILKBNKLN_00099	NZ_CP017464.1	C457	ILKBNKLN_00099	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1647	M0088650	NZ_CP017464.1	ILKBNKLN_00099	NZ_CP017464.1__ILKBNKLN_00099	NZ_CP017464.1	C457	ILKBNKLN_00099	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1648	M0088651	NZ_CP017464.1	ILKBNKLN_00099	NZ_CP017464.1__ILKBNKLN_00099	NZ_CP017464.1	C457	ILKBNKLN_00099	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1649	M0088652	NZ_CP017464.1	ILKBNKLN_00099	NZ_CP017464.1__ILKBNKLN_00099	NZ_CP017464.1	C457	ILKBNKLN_00099	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1650	M0088653	NZ_CP017464.1	ILKBNKLN_00099	NZ_CP017464.1__ILKBNKLN_00099	NZ_CP017464.1	C457	ILKBNKLN_00099	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1651	M0088654	NZ_CP017464.1	ILKBNKLN_00099	NZ_CP017464.1__ILKBNKLN_00099	NZ_CP017464.1	C457	ILKBNKLN_00099	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1652	M0088655	NZ_CP017464.1	ILKBNKLN_00099	NZ_CP017464.1__ILKBNKLN_00099	NZ_CP017464.1	C457	ILKBNKLN_00099	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1653	M0088656	NZ_CP017464.1	ILKBNKLN_00099	NZ_CP017464.1__ILKBNKLN_00099	NZ_CP017464.1	C457	ILKBNKLN_00099	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1654	M0088657	NZ_CP017464.1	ILKBNKLN_00099	NZ_CP017464.1__ILKBNKLN_00099	NZ_CP017464.1	C457	ILKBNKLN_00099	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1655	M0088659	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
1656	M0088659	NZ_CP017464.1	ILKBNKLN_00098	NZ_CP017464.1__ILKBNKLN_00098	NZ_CP017464.1	C457	ILKBNKLN_00098	477	gi|815846087	100	4.6e-276	1	477	1.0	1	WP_046467545.1	Copper (Cu), Cobalt (Co)	prediction
1657	M0088660	NZ_CP017464.1	ILKBNKLN_00099	NZ_CP017464.1__ILKBNKLN_00099	NZ_CP017464.1	C457	ILKBNKLN_00099	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1658	M0088661	NZ_CP017464.1	ILKBNKLN_00099	NZ_CP017464.1__ILKBNKLN_00099	NZ_CP017464.1	C457	ILKBNKLN_00099	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1659	M0088662	NZ_CP017464.1	ILKBNKLN_00099	NZ_CP017464.1__ILKBNKLN_00099	NZ_CP017464.1	C457	ILKBNKLN_00099	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1660	M0088663	NZ_CP017464.1	ILKBNKLN_00099	NZ_CP017464.1__ILKBNKLN_00099	NZ_CP017464.1	C457	ILKBNKLN_00099	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1661	M0088664	NZ_CP017464.1	ILKBNKLN_00099	NZ_CP017464.1__ILKBNKLN_00099	NZ_CP017464.1	C457	ILKBNKLN_00099	686	gi|987896475	98.1	0	1	686	1.001457725947522	1	CUY02184.1	Copper (Cu)	prediction
1662	M0088724	NZ_CP018732.1	BGLGADPG_00062	NZ_CP018732.1__BGLGADPG_00062	NZ_CP018732.1	C464	BGLGADPG_00062	622	copA	99	0	1	622	1.0016077170418007	1	F4ZBX3	Copper (Cu)	experiment
1663	M0088724	NZ_CP018732.1	BGLGADPG_00062	NZ_CP018732.1__BGLGADPG_00062	NZ_CP018732.1	C464	BGLGADPG_00062	622	gi|501456772	100	0	1	622	1.0	1	WP_012480217.1	Copper (Cu), Silver (Ag)	prediction
1664	M0088725	NZ_CP018732.1	BGLGADPG_00062	NZ_CP018732.1__BGLGADPG_00062	NZ_CP018732.1	C464	BGLGADPG_00062	622	copA	99	0	1	622	1.0016077170418007	1	F4ZBX3	Copper (Cu)	experiment
1665	M0088725	NZ_CP018732.1	BGLGADPG_00062	NZ_CP018732.1__BGLGADPG_00062	NZ_CP018732.1	C464	BGLGADPG_00062	622	gi|501456772	100	0	1	622	1.0	1	WP_012480217.1	Copper (Cu), Silver (Ag)	prediction
1666	M0088726	NZ_CP018732.1	BGLGADPG_00064	NZ_CP018732.1__BGLGADPG_00064	NZ_CP018732.1	C464	BGLGADPG_00064	256	copM	99.2	6.6e-151	1	256	1.0	1	F4ZBX5	Copper (Cu)	experiment
1667	M0088726	NZ_CP018732.1	BGLGADPG_00064	NZ_CP018732.1__BGLGADPG_00064	NZ_CP018732.1	C464	BGLGADPG_00064	256	gi|313585030	99.2	1.5e-148	1	256	1.0	1	ADR70749.1	Copper (Cu)	prediction
1668	M0088727	NZ_CP018732.1	BGLGADPG_00064	NZ_CP018732.1__BGLGADPG_00064	NZ_CP018732.1	C464	BGLGADPG_00064	256	copM	99.2	6.6e-151	1	256	1.0	1	F4ZBX5	Copper (Cu)	experiment
1669	M0088727	NZ_CP018732.1	BGLGADPG_00064	NZ_CP018732.1__BGLGADPG_00064	NZ_CP018732.1	C464	BGLGADPG_00064	256	gi|313585030	99.2	1.5e-148	1	256	1.0	1	ADR70749.1	Copper (Cu)	prediction
1670	M0088728	NZ_CP018732.1	BGLGADPG_00068	NZ_CP018732.1__BGLGADPG_00068	NZ_CP018732.1	C464	BGLGADPG_00068	127	copC	99.2	2.5e-66	1	127	1.0	1	F4ZBX9	Copper (Cu)	experiment
1671	M0088728	NZ_CP018732.1	BGLGADPG_00068	NZ_CP018732.1__BGLGADPG_00068	NZ_CP018732.1	C464	BGLGADPG_00068	127	gi|1122401231	100	8.7e-65	1	127	1.0	1	WP_074058988.1	Copper (Cu)	prediction
1672	M0088972	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1673	M0088973	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1674	M0088974	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1675	M0088975	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1676	M0088976	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1677	M0088977	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1678	M0088978	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1679	M0088979	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1680	M0088980	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1681	M0088996	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1682	M0088997	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1683	M0088998	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1684	M0088999	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1685	M0089000	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1686	M0089001	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1687	M0089002	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1688	M0089003	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1689	M0089004	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1690	M0089005	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1691	M0089006	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1692	M0089007	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1693	M0089008	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1694	M0089009	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1695	M0089010	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1696	M0089011	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1697	M0089012	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1698	M0089013	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1699	M0089014	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1700	M0089015	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1701	M0089016	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1702	M0089017	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1703	M0089018	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1704	M0089019	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1705	M0089020	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1706	M0089021	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1707	M0089022	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1708	M0089023	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1709	M0089024	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1710	M0089025	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1711	M0089026	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1712	M0089027	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1713	M0089028	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1714	M0089029	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1715	M0089030	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1716	M0089031	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1717	M0089032	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1718	M0089033	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1719	M0089034	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1720	M0089035	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1721	M0089057	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1722	M0089058	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1723	M0089059	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1724	M0089060	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1725	M0089061	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1726	M0089062	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1727	M0089063	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1728	M0089064	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1729	M0089065	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1730	M0089066	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1731	M0089067	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1732	M0089068	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1733	M0089069	NZ_CP020446.2	PBIIHJKJ_00009	NZ_CP020446.2__PBIIHJKJ_00009	NZ_CP020446.2	C476	PBIIHJKJ_00009	494	gi|655311755	100	6e-287	1	494	1.0	1	WP_028720319.1	Copper (Cu)	prediction
1734	M0089070	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1735	M0089071	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1736	M0089072	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1737	M0089073	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1738	M0089074	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1739	M0089075	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1740	M0089076	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1741	M0089077	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1742	M0089078	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1743	M0089079	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1744	M0089080	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1745	M0089081	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1746	M0089082	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1747	M0089083	NZ_CP020446.2	PBIIHJKJ_00004	NZ_CP020446.2__PBIIHJKJ_00004	NZ_CP020446.2	C476	PBIIHJKJ_00004	799	gi|407280797	78.5	2.8e-310	94	799	0.8836045056320401	0.935099337748344	EKF06365.1	Copper (Cu), Sodium acetate [class: Acetate]	prediction
1748	M0089096	NZ_CP020446.2	PBIIHJKJ_00009	NZ_CP020446.2__PBIIHJKJ_00009	NZ_CP020446.2	C476	PBIIHJKJ_00009	494	gi|655311755	100	6e-287	1	494	1.0	1	WP_028720319.1	Copper (Cu)	prediction
1749	M0089097	NZ_CP020446.2	PBIIHJKJ_00009	NZ_CP020446.2__PBIIHJKJ_00009	NZ_CP020446.2	C476	PBIIHJKJ_00009	494	gi|655311755	100	6e-287	1	494	1.0	1	WP_028720319.1	Copper (Cu)	prediction
1750	M0089098	NZ_CP020446.2	PBIIHJKJ_00009	NZ_CP020446.2__PBIIHJKJ_00009	NZ_CP020446.2	C476	PBIIHJKJ_00009	494	gi|655311755	100	6e-287	1	494	1.0	1	WP_028720319.1	Copper (Cu)	prediction
1751	M0089099	NZ_CP020446.2	PBIIHJKJ_00009	NZ_CP020446.2__PBIIHJKJ_00009	NZ_CP020446.2	C476	PBIIHJKJ_00009	494	gi|655311755	100	6e-287	1	494	1.0	1	WP_028720319.1	Copper (Cu)	prediction
1752	M0089100	NZ_CP020446.2	PBIIHJKJ_00009	NZ_CP020446.2__PBIIHJKJ_00009	NZ_CP020446.2	C476	PBIIHJKJ_00009	494	gi|655311755	100	6e-287	1	494	1.0	1	WP_028720319.1	Copper (Cu)	prediction
1753	M0089101	NZ_CP020446.2	PBIIHJKJ_00009	NZ_CP020446.2__PBIIHJKJ_00009	NZ_CP020446.2	C476	PBIIHJKJ_00009	494	gi|655311755	100	6e-287	1	494	1.0	1	WP_028720319.1	Copper (Cu)	prediction
1754	M0089102	NZ_CP020446.2	PBIIHJKJ_00009	NZ_CP020446.2__PBIIHJKJ_00009	NZ_CP020446.2	C476	PBIIHJKJ_00009	494	gi|655311755	100	6e-287	1	494	1.0	1	WP_028720319.1	Copper (Cu)	prediction
1755	M0089103	NZ_CP020446.2	PBIIHJKJ_00009	NZ_CP020446.2__PBIIHJKJ_00009	NZ_CP020446.2	C476	PBIIHJKJ_00009	494	gi|655311755	100	6e-287	1	494	1.0	1	WP_028720319.1	Copper (Cu)	prediction
1756	M0089104	NZ_CP020446.2	PBIIHJKJ_00009	NZ_CP020446.2__PBIIHJKJ_00009	NZ_CP020446.2	C476	PBIIHJKJ_00009	494	gi|655311755	100	6e-287	1	494	1.0	1	WP_028720319.1	Copper (Cu)	prediction
1757	M0089105	NZ_CP020446.2	PBIIHJKJ_00009	NZ_CP020446.2__PBIIHJKJ_00009	NZ_CP020446.2	C476	PBIIHJKJ_00009	494	gi|655311755	100	6e-287	1	494	1.0	1	WP_028720319.1	Copper (Cu)	prediction
1758	M0089106	NZ_CP020446.2	PBIIHJKJ_00009	NZ_CP020446.2__PBIIHJKJ_00009	NZ_CP020446.2	C476	PBIIHJKJ_00009	494	gi|655311755	100	6e-287	1	494	1.0	1	WP_028720319.1	Copper (Cu)	prediction
1759	M0089107	NZ_CP020446.2	PBIIHJKJ_00009	NZ_CP020446.2__PBIIHJKJ_00009	NZ_CP020446.2	C476	PBIIHJKJ_00009	494	gi|655311755	100	6e-287	1	494	1.0	1	WP_028720319.1	Copper (Cu)	prediction
1760	M0089108	NZ_CP020446.2	PBIIHJKJ_00009	NZ_CP020446.2__PBIIHJKJ_00009	NZ_CP020446.2	C476	PBIIHJKJ_00009	494	gi|655311755	100	6e-287	1	494	1.0	1	WP_028720319.1	Copper (Cu)	prediction
1761	M0089109	NZ_CP020446.2	PBIIHJKJ_00009	NZ_CP020446.2__PBIIHJKJ_00009	NZ_CP020446.2	C476	PBIIHJKJ_00009	494	gi|655311755	100	6e-287	1	494	1.0	1	WP_028720319.1	Copper (Cu)	prediction
1762	M0089110	NZ_CP020446.2	PBIIHJKJ_00009	NZ_CP020446.2__PBIIHJKJ_00009	NZ_CP020446.2	C476	PBIIHJKJ_00009	494	gi|655311755	100	6e-287	1	494	1.0	1	WP_028720319.1	Copper (Cu)	prediction
1763	M0089111	NZ_CP020446.2	PBIIHJKJ_00009	NZ_CP020446.2__PBIIHJKJ_00009	NZ_CP020446.2	C476	PBIIHJKJ_00009	494	gi|655311755	100	6e-287	1	494	1.0	1	WP_028720319.1	Copper (Cu)	prediction
1764	M0089112	NZ_CP020446.2	PBIIHJKJ_00009	NZ_CP020446.2__PBIIHJKJ_00009	NZ_CP020446.2	C476	PBIIHJKJ_00009	494	gi|655311755	100	6e-287	1	494	1.0	1	WP_028720319.1	Copper (Cu)	prediction
1765	M0092361	NZ_CP024446.1	PMFBLACI_00056	NZ_CP024446.1__PMFBLACI_00056	NZ_CP024446.1	C512	PMFBLACI_00056	540	merA	81.5	1.5e-250	1	540	1.038888888888889	1	O66017	Mercury (Hg)	experiment
1766	M0092361	NZ_CP024446.1	PMFBLACI_00056	NZ_CP024446.1__PMFBLACI_00056	NZ_CP024446.1	C512	PMFBLACI_00056	540	gi|257448047	100	7.5e-299	1	540	1.0	1	EEV23033.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
1767	M0092362	NZ_CP024446.1	PMFBLACI_00056	NZ_CP024446.1__PMFBLACI_00056	NZ_CP024446.1	C512	PMFBLACI_00056	540	merA	81.5	1.5e-250	1	540	1.038888888888889	1	O66017	Mercury (Hg)	experiment
1768	M0092362	NZ_CP024446.1	PMFBLACI_00056	NZ_CP024446.1__PMFBLACI_00056	NZ_CP024446.1	C512	PMFBLACI_00056	540	gi|257448047	100	7.5e-299	1	540	1.0	1	EEV23033.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
1769	M0095094	NZ_CP032158.1	FJHPHMNJ_00007	NZ_CP032158.1__FJHPHMNJ_00007	NZ_CP032158.1	C565	FJHPHMNJ_00007	795	gi|748800302	75.6	0	1	795	1.0	1.00125944584383	WP_040048178.1	Copper (Cu), Silver (Ag)	prediction
1770	M0096174	NZ_CP040734.1	BKPCKCLO_00005	NZ_CP040734.1__BKPCKCLO_00005	NZ_CP040734.1	C641	BKPCKCLO_00005	795	gi|748800302	75.6	0	1	795	1.0	1.00125944584383	WP_040048178.1	Copper (Cu), Silver (Ag)	prediction
1771	M0098194	NZ_CP047228.1	OBAMCNPB_00009	NZ_CP047228.1__OBAMCNPB_00009	NZ_CP047228.1	C684	OBAMCNPB_00009	540	merA	81.5	1.5e-250	1	540	1.038888888888889	1	O66017	Mercury (Hg)	experiment
1772	M0098194	NZ_CP047228.1	OBAMCNPB_00009	NZ_CP047228.1__OBAMCNPB_00009	NZ_CP047228.1	C684	OBAMCNPB_00009	540	gi|257448047	100	7.5e-299	1	540	1.0	1	EEV23033.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
1773	M0098563	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1774	M0098563	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1775	M0098564	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1776	M0098564	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1777	M0098565	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1778	M0098565	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1779	M0098566	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1780	M0098566	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1781	M0098567	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1782	M0098567	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1783	M0098568	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1784	M0098568	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1785	M0098569	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1786	M0098569	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1787	M0098570	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1788	M0098570	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1789	M0098571	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1790	M0098571	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1791	M0098572	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1792	M0098572	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1793	M0098573	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1794	M0098573	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1795	M0098574	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1796	M0098574	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1797	M0098575	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1798	M0098575	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1799	M0098576	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1800	M0098576	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1801	M0098577	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1802	M0098577	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1803	M0098578	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1804	M0098578	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1805	M0098579	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1806	M0098579	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1807	M0098580	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1808	M0098580	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1809	M0098581	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1810	M0098581	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1811	M0098582	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1812	M0098582	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1813	M0098583	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1814	M0098583	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1815	M0098584	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1816	M0098584	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1817	M0098585	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1818	M0098585	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1819	M0098586	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1820	M0098586	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1821	M0098587	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1822	M0098587	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1823	M0098588	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1824	M0098588	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1825	M0098589	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1826	M0098589	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1827	M0098590	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1828	M0098590	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1829	M0098591	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1830	M0098591	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1831	M0098592	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1832	M0098592	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1833	M0098636	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1834	M0098636	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1835	M0098637	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1836	M0098637	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1837	M0098638	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1838	M0098638	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1839	M0098639	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1840	M0098639	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1841	M0098640	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1842	M0098640	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1843	M0098641	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1844	M0098641	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1845	M0098642	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1846	M0098642	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1847	M0098643	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1848	M0098643	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1849	M0098644	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1850	M0098644	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1851	M0098645	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1852	M0098645	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1853	M0098646	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1854	M0098646	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1855	M0098647	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1856	M0098647	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1857	M0098648	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1858	M0098648	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1859	M0098649	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1860	M0098649	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1861	M0098650	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	czrA	77.8	0	1	1043	0.9905033238366572	0.992388201712655	Q9RLI8	Zinc (Zn), Cadmium (Cd)	experiment
1862	M0098650	NZ_CP047313.1	LPAKNJBK_00209	NZ_CP047313.1__LPAKNJBK_00209	NZ_CP047313.1	C687	LPAKNJBK_00209	1053	gi|501022887	78.2	0	1	1043	0.9905033238366572	0.992388201712655	WP_012075546.1	Zinc (Zn), Cadmium (Cd)	prediction
1863	M0098706	NZ_CP049094.1	KHGLGANF_00022	NZ_CP049094.1__KHGLGANF_00022	NZ_CP049094.1	C701	KHGLGANF_00022	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
1864	M0098706	NZ_CP049094.1	KHGLGANF_00022	NZ_CP049094.1__KHGLGANF_00022	NZ_CP049094.1	C701	KHGLGANF_00022	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
1865	M0098707	NZ_CP049094.1	KHGLGANF_00022	NZ_CP049094.1__KHGLGANF_00022	NZ_CP049094.1	C701	KHGLGANF_00022	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
1866	M0098707	NZ_CP049094.1	KHGLGANF_00022	NZ_CP049094.1__KHGLGANF_00022	NZ_CP049094.1	C701	KHGLGANF_00022	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
1867	M0098708	NZ_CP049094.1	KHGLGANF_00022	NZ_CP049094.1__KHGLGANF_00022	NZ_CP049094.1	C701	KHGLGANF_00022	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
1868	M0098708	NZ_CP049094.1	KHGLGANF_00022	NZ_CP049094.1__KHGLGANF_00022	NZ_CP049094.1	C701	KHGLGANF_00022	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
1869	M0098709	NZ_CP049094.1	KHGLGANF_00022	NZ_CP049094.1__KHGLGANF_00022	NZ_CP049094.1	C701	KHGLGANF_00022	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
1870	M0098709	NZ_CP049094.1	KHGLGANF_00022	NZ_CP049094.1__KHGLGANF_00022	NZ_CP049094.1	C701	KHGLGANF_00022	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
1871	M0098710	NZ_CP049094.1	KHGLGANF_00022	NZ_CP049094.1__KHGLGANF_00022	NZ_CP049094.1	C701	KHGLGANF_00022	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
1872	M0098710	NZ_CP049094.1	KHGLGANF_00022	NZ_CP049094.1__KHGLGANF_00022	NZ_CP049094.1	C701	KHGLGANF_00022	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
1873	M0098711	NZ_CP049094.1	KHGLGANF_00022	NZ_CP049094.1__KHGLGANF_00022	NZ_CP049094.1	C701	KHGLGANF_00022	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
1874	M0098711	NZ_CP049094.1	KHGLGANF_00022	NZ_CP049094.1__KHGLGANF_00022	NZ_CP049094.1	C701	KHGLGANF_00022	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
1875	M0098712	NZ_CP049094.1	KHGLGANF_00022	NZ_CP049094.1__KHGLGANF_00022	NZ_CP049094.1	C701	KHGLGANF_00022	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
1876	M0098712	NZ_CP049094.1	KHGLGANF_00022	NZ_CP049094.1__KHGLGANF_00022	NZ_CP049094.1	C701	KHGLGANF_00022	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
1877	M0098713	NZ_CP049094.1	KHGLGANF_00022	NZ_CP049094.1__KHGLGANF_00022	NZ_CP049094.1	C701	KHGLGANF_00022	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
1878	M0098713	NZ_CP049094.1	KHGLGANF_00022	NZ_CP049094.1__KHGLGANF_00022	NZ_CP049094.1	C701	KHGLGANF_00022	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
1879	M0098714	NZ_CP049094.1	KHGLGANF_00022	NZ_CP049094.1__KHGLGANF_00022	NZ_CP049094.1	C701	KHGLGANF_00022	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
1880	M0098714	NZ_CP049094.1	KHGLGANF_00022	NZ_CP049094.1__KHGLGANF_00022	NZ_CP049094.1	C701	KHGLGANF_00022	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
1881	M0101062	NZ_CP054007.1	ENMLDDLB_00019	NZ_CP054007.1__ENMLDDLB_00019	NZ_CP054007.1	C742	ENMLDDLB_00019	514	qacB	99.6	8e-273	1	514	1.0	1	Q7WUJ5	Ethidium Bromide [class: Phenanthridine], Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Pentamidine [class: Diamidine], Propamidine [class: Diamidine], Diaminodiphenylamine [class: Diamidine], Amicarbalide [class: Diamidine], Hexamidine [class: Diamidine], Stilbamidine [class: Diamidine], 1i-39/JC-1-134 [class: Guanylhydrazones], 1a-62/JC-1-127 [class: Guanylhydrazones]	experiment
1882	M0101062	NZ_CP054007.1	ENMLDDLB_00019	NZ_CP054007.1__ENMLDDLB_00019	NZ_CP054007.1	C742	ENMLDDLB_00019	514	gi|488380213	100	5.7e-272	1	514	1.0	1	WP_002449598.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	prediction
1883	M0101069	NZ_CP054576.1	AHKNKLFI_00021	NZ_CP054576.1__AHKNKLFI_00021	NZ_CP054576.1	C750	AHKNKLFI_00021	122	cadC	96.7	3.4e-65	1	122	1.0	1	P20047	Cadmium (Cd), Bismuth (Bi), Zinc (Zn), Lead (Pb)	experiment
1884	M0101069	NZ_CP054576.1	AHKNKLFI_00021	NZ_CP054576.1__AHKNKLFI_00021	NZ_CP054576.1	C750	AHKNKLFI_00021	122	gi|488441426	100	6.4e-65	1	122	1.0	1	WP_002510811.1	Cadmium (Cd), Bismuth (Bi), Zinc (Zn), Lead (Pb)	prediction
1885	M0101070	NZ_CP054576.1	AHKNKLFI_00021	NZ_CP054576.1__AHKNKLFI_00021	NZ_CP054576.1	C750	AHKNKLFI_00021	122	cadC	96.7	3.4e-65	1	122	1.0	1	P20047	Cadmium (Cd), Bismuth (Bi), Zinc (Zn), Lead (Pb)	experiment
1886	M0101070	NZ_CP054576.1	AHKNKLFI_00021	NZ_CP054576.1__AHKNKLFI_00021	NZ_CP054576.1	C750	AHKNKLFI_00021	122	gi|488441426	100	6.4e-65	1	122	1.0	1	WP_002510811.1	Cadmium (Cd), Bismuth (Bi), Zinc (Zn), Lead (Pb)	prediction
1887	M0101774	NZ_CP065690.1	EAJJKDJN_00031	NZ_CP065690.1__EAJJKDJN_00031	NZ_CP065690.1	C7	EAJJKDJN_00031	124	gi|987842986	99	2e-53	1	104	0.8387096774193549	0.8	WP_060913990.1	Mercury (Hg)	prediction
1888	M0101775	NZ_CP065690.1	EAJJKDJN_00031	NZ_CP065690.1__EAJJKDJN_00031	NZ_CP065690.1	C7	EAJJKDJN_00031	124	gi|987842986	99	2e-53	1	104	0.8387096774193549	0.8	WP_060913990.1	Mercury (Hg)	prediction
1889	M0101776	NZ_CP065690.1	EAJJKDJN_00031	NZ_CP065690.1__EAJJKDJN_00031	NZ_CP065690.1	C7	EAJJKDJN_00031	124	gi|987842986	99	2e-53	1	104	0.8387096774193549	0.8	WP_060913990.1	Mercury (Hg)	prediction
1890	M0102041	NZ_CP066063.1	KPJCFNBN_00049	NZ_CP066063.1__KPJCFNBN_00049	NZ_CP066063.1	C809	KPJCFNBN_00049	113	arsC	85.5	3.9e-55	1	110	0.9734513274336283	0.83969465648855	P0A006	Arsenic (As)	experiment
1891	M0102041	NZ_CP066063.1	KPJCFNBN_00049	NZ_CP066063.1__KPJCFNBN_00049	NZ_CP066063.1	C809	KPJCFNBN_00049	113	gi|1043350869	90.9	2.3e-56	1	110	0.9734513274336283	0.83969465648855	WP_065367381.1	Arsenic (As)	prediction
1892	M0103423	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1893	M0103423	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1894	M0103424	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1895	M0103424	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1896	M0103425	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1897	M0103425	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1898	M0103426	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1899	M0103426	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1900	M0103427	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1901	M0103427	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1902	M0103428	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1903	M0103428	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1904	M0103429	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1905	M0103429	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1906	M0103430	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1907	M0103430	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1908	M0103431	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1909	M0103431	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1910	M0103432	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1911	M0103432	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1912	M0103433	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1913	M0103433	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1914	M0103434	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1915	M0103434	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1916	M0103435	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1917	M0103435	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1918	M0103436	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1919	M0103436	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1920	M0103437	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1921	M0103437	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1922	M0103438	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1923	M0103438	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1924	M0103439	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1925	M0103439	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1926	M0103440	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1927	M0103440	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1928	M0103441	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1929	M0103441	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1930	M0103442	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1931	M0103442	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1932	M0103443	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1933	M0103443	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1934	M0103444	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1935	M0103444	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1936	M0103484	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1937	M0103484	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1938	M0103485	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1939	M0103485	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1940	M0103486	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1941	M0103486	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1942	M0103487	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1943	M0103487	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1944	M0103488	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1945	M0103488	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1946	M0103489	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1947	M0103489	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1948	M0103490	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1949	M0103490	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1950	M0103491	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1951	M0103491	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1952	M0103492	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1953	M0103492	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1954	M0103499	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1955	M0103499	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1956	M0103500	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1957	M0103500	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1958	M0103509	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1959	M0103509	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1960	M0103510	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1961	M0103510	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1962	M0103511	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1963	M0103511	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1964	M0103512	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1965	M0103512	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1966	M0103513	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1967	M0103513	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1968	M0103514	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1969	M0103514	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1970	M0103515	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1971	M0103515	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1972	M0103516	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1973	M0103516	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1974	M0103525	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1975	M0103525	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1976	M0103526	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1977	M0103526	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1978	M0103527	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1979	M0103527	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1980	M0103528	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1981	M0103528	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1982	M0103564	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1983	M0103564	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1984	M0103565	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1985	M0103565	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1986	M0103566	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1987	M0103566	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1988	M0103567	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1989	M0103567	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1990	M0103568	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1991	M0103568	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1992	M0103569	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1993	M0103569	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1994	M0103570	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1995	M0103570	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1996	M0103571	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1997	M0103571	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
1998	M0103572	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
1999	M0103572	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
2000	M0103573	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	arsH	72.5	3.9e-87	47	253	0.8181818181818182	0.892241379310345	E8PS81	Arsenic (As)	experiment
2001	M0103573	NZ_CP068110.1	GCKCHPID_00061	NZ_CP068110.1__GCKCHPID_00061	NZ_CP068110.1	C821	GCKCHPID_00061	253	gi|981845498	74.7	1.2e-97	22	253	0.9209486166007905	0.970833333333333	WP_060033879.1	Arsenic (As)	prediction
2002	M0103663	NZ_CP068198.1	EGEJMIIF_00017	NZ_CP068198.1__EGEJMIIF_00017	NZ_CP068198.1	C826	EGEJMIIF_00017	435	gi|490861176	99.8	6.5e-237	1	435	1.0	1	WP_004723218.1	Nickel (Ni), Cobalt (Co)	prediction
2003	M0103665	NZ_CP068198.1	EGEJMIIF_00017	NZ_CP068198.1__EGEJMIIF_00017	NZ_CP068198.1	C826	EGEJMIIF_00017	435	gi|490861176	99.8	6.5e-237	1	435	1.0	1	WP_004723218.1	Nickel (Ni), Cobalt (Co)	prediction
2004	M0103666	NZ_CP068198.1	EGEJMIIF_00017	NZ_CP068198.1__EGEJMIIF_00017	NZ_CP068198.1	C826	EGEJMIIF_00017	435	gi|490861176	99.8	6.5e-237	1	435	1.0	1	WP_004723218.1	Nickel (Ni), Cobalt (Co)	prediction
2005	M0103667	NZ_CP068198.1	EGEJMIIF_00017	NZ_CP068198.1__EGEJMIIF_00017	NZ_CP068198.1	C826	EGEJMIIF_00017	435	gi|490861176	99.8	6.5e-237	1	435	1.0	1	WP_004723218.1	Nickel (Ni), Cobalt (Co)	prediction
2006	M0103668	NZ_CP068198.1	EGEJMIIF_00017	NZ_CP068198.1__EGEJMIIF_00017	NZ_CP068198.1	C826	EGEJMIIF_00017	435	gi|490861176	99.8	6.5e-237	1	435	1.0	1	WP_004723218.1	Nickel (Ni), Cobalt (Co)	prediction
2007	M0103697	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
2008	M0103697	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	gi|516232345	100	1.3e-275	1	477	1.0	1	WP_017636308.1	Copper (Cu), Cobalt (Co)	prediction
2009	M0103698	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
2010	M0103698	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	gi|516232345	100	1.3e-275	1	477	1.0	1	WP_017636308.1	Copper (Cu), Cobalt (Co)	prediction
2011	M0103699	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
2012	M0103699	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	gi|516232345	100	1.3e-275	1	477	1.0	1	WP_017636308.1	Copper (Cu), Cobalt (Co)	prediction
2013	M0103700	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
2014	M0103700	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	gi|516232345	100	1.3e-275	1	477	1.0	1	WP_017636308.1	Copper (Cu), Cobalt (Co)	prediction
2015	M0103701	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
2016	M0103701	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	gi|516232345	100	1.3e-275	1	477	1.0	1	WP_017636308.1	Copper (Cu), Cobalt (Co)	prediction
2017	M0103702	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
2018	M0103702	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	gi|516232345	100	1.3e-275	1	477	1.0	1	WP_017636308.1	Copper (Cu), Cobalt (Co)	prediction
2019	M0103703	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
2020	M0103703	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	gi|516232345	100	1.3e-275	1	477	1.0	1	WP_017636308.1	Copper (Cu), Cobalt (Co)	prediction
2021	M0103704	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
2022	M0103704	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	gi|516232345	100	1.3e-275	1	477	1.0	1	WP_017636308.1	Copper (Cu), Cobalt (Co)	prediction
2023	M0103705	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
2024	M0103705	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	gi|516232345	100	1.3e-275	1	477	1.0	1	WP_017636308.1	Copper (Cu), Cobalt (Co)	prediction
2025	M0103706	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
2026	M0103706	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	gi|516232345	100	1.3e-275	1	477	1.0	1	WP_017636308.1	Copper (Cu), Cobalt (Co)	prediction
2027	M0103707	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
2028	M0103707	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	gi|516232345	100	1.3e-275	1	477	1.0	1	WP_017636308.1	Copper (Cu), Cobalt (Co)	prediction
2029	M0103708	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
2030	M0103708	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	gi|516232345	100	1.3e-275	1	477	1.0	1	WP_017636308.1	Copper (Cu), Cobalt (Co)	prediction
2031	M0103709	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
2032	M0103709	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	gi|516232345	100	1.3e-275	1	477	1.0	1	WP_017636308.1	Copper (Cu), Cobalt (Co)	prediction
2033	M0103710	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
2034	M0103710	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	gi|516232345	100	1.3e-275	1	477	1.0	1	WP_017636308.1	Copper (Cu), Cobalt (Co)	prediction
2035	M0103711	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
2036	M0103711	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	gi|516232345	100	1.3e-275	1	477	1.0	1	WP_017636308.1	Copper (Cu), Cobalt (Co)	prediction
2037	M0103712	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2038	M0103713	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2039	M0103714	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2040	M0103715	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2041	M0103716	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2042	M0103717	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2043	M0103718	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2044	M0103719	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2045	M0103720	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2046	M0103721	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2047	M0103722	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2048	M0103723	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2049	M0103724	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2050	M0103725	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2051	M0103726	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2052	M0103727	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2053	M0103728	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2054	M0103729	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2055	M0103730	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2056	M0103731	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2057	M0103732	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2058	M0103733	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2059	M0103734	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2060	M0103735	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2061	M0103736	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2062	M0103757	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2063	M0103758	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2064	M0103759	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2065	M0103760	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2066	M0103761	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2067	M0103762	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2068	M0103766	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
2069	M0103766	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	gi|516232345	100	1.3e-275	1	477	1.0	1	WP_017636308.1	Copper (Cu), Cobalt (Co)	prediction
2070	M0103767	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
2071	M0103767	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	gi|516232345	100	1.3e-275	1	477	1.0	1	WP_017636308.1	Copper (Cu), Cobalt (Co)	prediction
2072	M0103768	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	mco	87.4	9.1e-231	31	476	0.9350104821802935	0.997762863534676	Q69HT9	Copper (Cu), Cobalt (Co)	experiment
2073	M0103768	NZ_CP068217.1	ELHKJPOM_00096	NZ_CP068217.1__ELHKJPOM_00096	NZ_CP068217.1	C827	ELHKJPOM_00096	477	gi|516232345	100	1.3e-275	1	477	1.0	1	WP_017636308.1	Copper (Cu), Cobalt (Co)	prediction
2074	M0103769	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2075	M0103770	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2076	M0103777	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2077	M0103800	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2078	M0103803	NZ_CP068217.1	ELHKJPOM_00097	NZ_CP068217.1__ELHKJPOM_00097	NZ_CP068217.1	C827	ELHKJPOM_00097	687	gi|987896475	98.1	0	1	687	1.0	1	CUY02184.1	Copper (Cu)	prediction
2079	M0104514	NZ_CP073083.1	LHKACPEE_00187	NZ_CP073083.1__LHKACPEE_00187	NZ_CP073083.1	C892	LHKACPEE_00187	91	gi|545466281	96.7	9.7e-42	1	91	1.0	1	WP_021702859.1	Mercury (Hg)	prediction
2080	M0104515	NZ_CP073083.1	LHKACPEE_00187	NZ_CP073083.1__LHKACPEE_00187	NZ_CP073083.1	C892	LHKACPEE_00187	91	gi|545466281	96.7	9.7e-42	1	91	1.0	1	WP_021702859.1	Mercury (Hg)	prediction
2081	M0104516	NZ_CP073083.1	LHKACPEE_00187	NZ_CP073083.1__LHKACPEE_00187	NZ_CP073083.1	C892	LHKACPEE_00187	91	gi|545466281	96.7	9.7e-42	1	91	1.0	1	WP_021702859.1	Mercury (Hg)	prediction
2082	M0104757	NZ_CP077339.1	PKGCIAEN_00017	NZ_CP077339.1__PKGCIAEN_00017	NZ_CP077339.1	C916	PKGCIAEN_00017	385	gi|490864745	96.3	8.7e-217	1	379	0.9844155844155844	0.979328165374677	WP_004726779.1	Arsenic (As)	prediction
2083	M0104761	NZ_CP077339.1	PKGCIAEN_00007	NZ_CP077339.1__PKGCIAEN_00007	NZ_CP077339.1	C916	PKGCIAEN_00007	449	gi|1221429443	80.3	5.4e-210	2	447	0.9933184855233853	0.986725663716814	WP_089604980.1	Chromium (Cr)	prediction
2084	M0104763	NZ_CP077339.1	PKGCIAEN_00014	NZ_CP077339.1__PKGCIAEN_00014	NZ_CP077339.1	C916	PKGCIAEN_00014	346	gi|1056173059	94.2	2.5e-178	1	346	1.0	1	WP_067669987.1	Arsenic (As)	prediction
2085	M0104764	NZ_CP077339.1	PKGCIAEN_00014	NZ_CP077339.1__PKGCIAEN_00014	NZ_CP077339.1	C916	PKGCIAEN_00014	346	gi|1056173059	94.2	2.5e-178	1	346	1.0	1	WP_067669987.1	Arsenic (As)	prediction
2086	M0104765	NZ_CP077339.1	PKGCIAEN_00014	NZ_CP077339.1__PKGCIAEN_00014	NZ_CP077339.1	C916	PKGCIAEN_00014	346	gi|1056173059	94.2	2.5e-178	1	346	1.0	1	WP_067669987.1	Arsenic (As)	prediction
2087	M0104768	NZ_CP077339.1	PKGCIAEN_00015	NZ_CP077339.1__PKGCIAEN_00015	NZ_CP077339.1	C916	PKGCIAEN_00015	234	gi|1184497542	75.5	1e-98	3	234	0.9957264957264957	0.970833333333333	WP_085069569.1	Arsenic (As)	prediction
2088	M0104969	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	merA	85.4	1.6e-266	1	548	1.0237226277372262	1	O66017	Mercury (Hg)	experiment
2089	M0104969	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	gi|446058413	100	1.7e-306	1	548	1.0	1	WP_000136268.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2090	M0104970	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	merA	85.4	1.6e-266	1	548	1.0237226277372262	1	O66017	Mercury (Hg)	experiment
2091	M0104970	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	gi|446058413	100	1.7e-306	1	548	1.0	1	WP_000136268.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2092	M0104971	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	merA	85.4	1.6e-266	1	548	1.0237226277372262	1	O66017	Mercury (Hg)	experiment
2093	M0104971	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	gi|446058413	100	1.7e-306	1	548	1.0	1	WP_000136268.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2094	M0104972	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	merA	85.4	1.6e-266	1	548	1.0237226277372262	1	O66017	Mercury (Hg)	experiment
2095	M0104972	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	gi|446058413	100	1.7e-306	1	548	1.0	1	WP_000136268.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2096	M0104973	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	merA	85.4	1.6e-266	1	548	1.0237226277372262	1	O66017	Mercury (Hg)	experiment
2097	M0104973	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	gi|446058413	100	1.7e-306	1	548	1.0	1	WP_000136268.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2098	M0104974	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	merA	85.4	1.6e-266	1	548	1.0237226277372262	1	O66017	Mercury (Hg)	experiment
2099	M0104974	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	gi|446058413	100	1.7e-306	1	548	1.0	1	WP_000136268.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2100	M0104975	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	merA	85.4	1.6e-266	1	548	1.0237226277372262	1	O66017	Mercury (Hg)	experiment
2101	M0104975	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	gi|446058413	100	1.7e-306	1	548	1.0	1	WP_000136268.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2102	M0104976	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	merA	85.4	1.6e-266	1	548	1.0237226277372262	1	O66017	Mercury (Hg)	experiment
2103	M0104976	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	gi|446058413	100	1.7e-306	1	548	1.0	1	WP_000136268.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2104	M0104977	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	merA	85.4	1.6e-266	1	548	1.0237226277372262	1	O66017	Mercury (Hg)	experiment
2105	M0104977	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	gi|446058413	100	1.7e-306	1	548	1.0	1	WP_000136268.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2106	M0104978	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	merA	85.4	1.6e-266	1	548	1.0237226277372262	1	O66017	Mercury (Hg)	experiment
2107	M0104978	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	gi|446058413	100	1.7e-306	1	548	1.0	1	WP_000136268.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2108	M0104979	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	merA	85.4	1.6e-266	1	548	1.0237226277372262	1	O66017	Mercury (Hg)	experiment
2109	M0104979	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	gi|446058413	100	1.7e-306	1	548	1.0	1	WP_000136268.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2110	M0104980	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	merA	85.4	1.6e-266	1	548	1.0237226277372262	1	O66017	Mercury (Hg)	experiment
2111	M0104980	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	gi|446058413	100	1.7e-306	1	548	1.0	1	WP_000136268.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2112	M0104981	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	merA	85.4	1.6e-266	1	548	1.0237226277372262	1	O66017	Mercury (Hg)	experiment
2113	M0104981	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	gi|446058413	100	1.7e-306	1	548	1.0	1	WP_000136268.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2114	M0104982	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	merA	85.4	1.6e-266	1	548	1.0237226277372262	1	O66017	Mercury (Hg)	experiment
2115	M0104982	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	gi|446058413	100	1.7e-306	1	548	1.0	1	WP_000136268.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2116	M0104983	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	merA	85.4	1.6e-266	1	548	1.0237226277372262	1	O66017	Mercury (Hg)	experiment
2117	M0104983	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	gi|446058413	100	1.7e-306	1	548	1.0	1	WP_000136268.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2118	M0104984	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	merA	85.4	1.6e-266	1	548	1.0237226277372262	1	O66017	Mercury (Hg)	experiment
2119	M0104984	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	gi|446058413	100	1.7e-306	1	548	1.0	1	WP_000136268.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2120	M0104985	NZ_CP083832.1	GIFOOFNF_00016	NZ_CP083832.1__GIFOOFNF_00016	NZ_CP083832.1	C953	GIFOOFNF_00016	561	merA	92.5	8.4e-292	1	561	1.0	1	O66017	Mercury (Hg)	experiment
2121	M0104985	NZ_CP083832.1	GIFOOFNF_00016	NZ_CP083832.1__GIFOOFNF_00016	NZ_CP083832.1	C953	GIFOOFNF_00016	561	gi|1103826653	99.8	0	1	561	1.0	1	WP_071701389.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2122	M0104986	NZ_CP083832.1	GIFOOFNF_00016	NZ_CP083832.1__GIFOOFNF_00016	NZ_CP083832.1	C953	GIFOOFNF_00016	561	merA	92.5	8.4e-292	1	561	1.0	1	O66017	Mercury (Hg)	experiment
2123	M0104986	NZ_CP083832.1	GIFOOFNF_00016	NZ_CP083832.1__GIFOOFNF_00016	NZ_CP083832.1	C953	GIFOOFNF_00016	561	gi|1103826653	99.8	0	1	561	1.0	1	WP_071701389.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2124	M0104987	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	merD	98.3	1.6e-62	1	121	1.0	1	O66018	Mercury (Hg)	experiment
2125	M0104987	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	gi|489560525	100	7.3e-61	1	121	1.0	1	WP_003465059.1	Mercury (Hg)	prediction
2126	M0104988	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	merD	98.3	1.6e-62	1	121	1.0	1	O66018	Mercury (Hg)	experiment
2127	M0104988	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	gi|489560525	100	7.3e-61	1	121	1.0	1	WP_003465059.1	Mercury (Hg)	prediction
2128	M0104989	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	merD	98.3	1.6e-62	1	121	1.0	1	O66018	Mercury (Hg)	experiment
2129	M0104989	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	gi|489560525	100	7.3e-61	1	121	1.0	1	WP_003465059.1	Mercury (Hg)	prediction
2130	M0104990	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	merD	98.3	1.6e-62	1	121	1.0	1	O66018	Mercury (Hg)	experiment
2131	M0104990	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	gi|489560525	100	7.3e-61	1	121	1.0	1	WP_003465059.1	Mercury (Hg)	prediction
2132	M0104991	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	merD	98.3	1.6e-62	1	121	1.0	1	O66018	Mercury (Hg)	experiment
2133	M0104991	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	gi|489560525	100	7.3e-61	1	121	1.0	1	WP_003465059.1	Mercury (Hg)	prediction
2134	M0104992	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	merD	98.3	1.6e-62	1	121	1.0	1	O66018	Mercury (Hg)	experiment
2135	M0104992	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	gi|489560525	100	7.3e-61	1	121	1.0	1	WP_003465059.1	Mercury (Hg)	prediction
2136	M0104993	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	merD	98.3	1.6e-62	1	121	1.0	1	O66018	Mercury (Hg)	experiment
2137	M0104993	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	gi|489560525	100	7.3e-61	1	121	1.0	1	WP_003465059.1	Mercury (Hg)	prediction
2138	M0104994	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	merD	98.3	1.6e-62	1	121	1.0	1	O66018	Mercury (Hg)	experiment
2139	M0104994	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	gi|489560525	100	7.3e-61	1	121	1.0	1	WP_003465059.1	Mercury (Hg)	prediction
2140	M0104995	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	merD	98.3	1.6e-62	1	121	1.0	1	O66018	Mercury (Hg)	experiment
2141	M0104995	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	gi|489560525	100	7.3e-61	1	121	1.0	1	WP_003465059.1	Mercury (Hg)	prediction
2142	M0104996	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	merD	98.3	1.6e-62	1	121	1.0	1	O66018	Mercury (Hg)	experiment
2143	M0104996	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	gi|489560525	100	7.3e-61	1	121	1.0	1	WP_003465059.1	Mercury (Hg)	prediction
2144	M0104997	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	merD	98.3	1.6e-62	1	121	1.0	1	O66018	Mercury (Hg)	experiment
2145	M0104997	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	gi|489560525	100	7.3e-61	1	121	1.0	1	WP_003465059.1	Mercury (Hg)	prediction
2146	M0104998	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	merD	98.3	1.6e-62	1	121	1.0	1	O66018	Mercury (Hg)	experiment
2147	M0104998	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	gi|489560525	100	7.3e-61	1	121	1.0	1	WP_003465059.1	Mercury (Hg)	prediction
2148	M0104999	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	merD	98.3	1.6e-62	1	121	1.0	1	O66018	Mercury (Hg)	experiment
2149	M0104999	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	gi|489560525	100	7.3e-61	1	121	1.0	1	WP_003465059.1	Mercury (Hg)	prediction
2150	M0105000	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	merD	98.3	1.6e-62	1	121	1.0	1	O66018	Mercury (Hg)	experiment
2151	M0105000	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	gi|489560525	100	7.3e-61	1	121	1.0	1	WP_003465059.1	Mercury (Hg)	prediction
2152	M0105001	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	merD	98.3	1.6e-62	1	121	1.0	1	O66018	Mercury (Hg)	experiment
2153	M0105001	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	gi|489560525	100	7.3e-61	1	121	1.0	1	WP_003465059.1	Mercury (Hg)	prediction
2154	M0105002	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	merD	98.3	1.6e-62	1	121	1.0	1	O66018	Mercury (Hg)	experiment
2155	M0105002	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	gi|489560525	100	7.3e-61	1	121	1.0	1	WP_003465059.1	Mercury (Hg)	prediction
2156	M0105003	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	merD	98.3	1.6e-62	1	121	1.0	1	O66018	Mercury (Hg)	experiment
2157	M0105003	NZ_CP083832.1	GIFOOFNF_00083	NZ_CP083832.1__GIFOOFNF_00083	NZ_CP083832.1	C953	GIFOOFNF_00083	121	gi|489560525	100	7.3e-61	1	121	1.0	1	WP_003465059.1	Mercury (Hg)	prediction
2158	M0105004	NZ_CP083832.1	GIFOOFNF_00082	NZ_CP083832.1__GIFOOFNF_00082	NZ_CP083832.1	C953	GIFOOFNF_00082	78	merE	100	2.9e-41	1	78	1.0	1	Q79BE4	Mercury (Hg)	experiment
2159	M0105004	NZ_CP083832.1	GIFOOFNF_00082	NZ_CP083832.1__GIFOOFNF_00082	NZ_CP083832.1	C953	GIFOOFNF_00082	78	gi|447010553	100	6.6e-39	1	78	1.0	1	WP_001087809.1	Mercury (Hg)	prediction
2160	M0105005	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	merA	85.4	1.6e-266	1	548	1.0237226277372262	1	O66017	Mercury (Hg)	experiment
2161	M0105005	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	gi|446058413	100	1.7e-306	1	548	1.0	1	WP_000136268.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2162	M0105006	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	merA	85.4	1.6e-266	1	548	1.0237226277372262	1	O66017	Mercury (Hg)	experiment
2163	M0105006	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	gi|446058413	100	1.7e-306	1	548	1.0	1	WP_000136268.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2164	M0105007	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	merA	85.4	1.6e-266	1	548	1.0237226277372262	1	O66017	Mercury (Hg)	experiment
2165	M0105007	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	gi|446058413	100	1.7e-306	1	548	1.0	1	WP_000136268.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2166	M0105008	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	merA	85.4	1.6e-266	1	548	1.0237226277372262	1	O66017	Mercury (Hg)	experiment
2167	M0105008	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	gi|446058413	100	1.7e-306	1	548	1.0	1	WP_000136268.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2168	M0105009	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	merA	85.4	1.6e-266	1	548	1.0237226277372262	1	O66017	Mercury (Hg)	experiment
2169	M0105009	NZ_CP083832.1	GIFOOFNF_00084	NZ_CP083832.1__GIFOOFNF_00084	NZ_CP083832.1	C953	GIFOOFNF_00084	548	gi|446058413	100	1.7e-306	1	548	1.0	1	WP_000136268.1	Mercury (Hg), Phenylmercury Acetate [class: Organo-mercury]	prediction
2170	M0105058	NZ_CP084442.1	DNBIKNCJ_00013	NZ_CP084442.1__DNBIKNCJ_00013	NZ_CP084442.1	C961	DNBIKNCJ_00013	205	cadD	93.2	4.2e-100	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2171	M0105058	NZ_CP084442.1	DNBIKNCJ_00013	NZ_CP084442.1__DNBIKNCJ_00013	NZ_CP084442.1	C961	DNBIKNCJ_00013	205	gi|488372573	100	1e-102	1	205	1.0	1	WP_002441958.1	Cadmium (Cd), Zinc (Zn)	prediction
2172	M0105059	NZ_CP084442.1	DNBIKNCJ_00013	NZ_CP084442.1__DNBIKNCJ_00013	NZ_CP084442.1	C961	DNBIKNCJ_00013	205	cadD	93.2	4.2e-100	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2173	M0105059	NZ_CP084442.1	DNBIKNCJ_00013	NZ_CP084442.1__DNBIKNCJ_00013	NZ_CP084442.1	C961	DNBIKNCJ_00013	205	gi|488372573	100	1e-102	1	205	1.0	1	WP_002441958.1	Cadmium (Cd), Zinc (Zn)	prediction
2174	M0105060	NZ_CP084442.1	DNBIKNCJ_00013	NZ_CP084442.1__DNBIKNCJ_00013	NZ_CP084442.1	C961	DNBIKNCJ_00013	205	cadD	93.2	4.2e-100	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2175	M0105060	NZ_CP084442.1	DNBIKNCJ_00013	NZ_CP084442.1__DNBIKNCJ_00013	NZ_CP084442.1	C961	DNBIKNCJ_00013	205	gi|488372573	100	1e-102	1	205	1.0	1	WP_002441958.1	Cadmium (Cd), Zinc (Zn)	prediction
2176	M0105061	NZ_CP084442.1	DNBIKNCJ_00013	NZ_CP084442.1__DNBIKNCJ_00013	NZ_CP084442.1	C961	DNBIKNCJ_00013	205	cadD	93.2	4.2e-100	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2177	M0105061	NZ_CP084442.1	DNBIKNCJ_00013	NZ_CP084442.1__DNBIKNCJ_00013	NZ_CP084442.1	C961	DNBIKNCJ_00013	205	gi|488372573	100	1e-102	1	205	1.0	1	WP_002441958.1	Cadmium (Cd), Zinc (Zn)	prediction
2178	M0105062	NZ_CP084442.1	DNBIKNCJ_00013	NZ_CP084442.1__DNBIKNCJ_00013	NZ_CP084442.1	C961	DNBIKNCJ_00013	205	cadD	93.2	4.2e-100	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2179	M0105062	NZ_CP084442.1	DNBIKNCJ_00013	NZ_CP084442.1__DNBIKNCJ_00013	NZ_CP084442.1	C961	DNBIKNCJ_00013	205	gi|488372573	100	1e-102	1	205	1.0	1	WP_002441958.1	Cadmium (Cd), Zinc (Zn)	prediction
2180	M0105063	NZ_CP084442.1	DNBIKNCJ_00013	NZ_CP084442.1__DNBIKNCJ_00013	NZ_CP084442.1	C961	DNBIKNCJ_00013	205	cadD	93.2	4.2e-100	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2181	M0105063	NZ_CP084442.1	DNBIKNCJ_00013	NZ_CP084442.1__DNBIKNCJ_00013	NZ_CP084442.1	C961	DNBIKNCJ_00013	205	gi|488372573	100	1e-102	1	205	1.0	1	WP_002441958.1	Cadmium (Cd), Zinc (Zn)	prediction
2182	M0105064	NZ_CP084442.1	DNBIKNCJ_00013	NZ_CP084442.1__DNBIKNCJ_00013	NZ_CP084442.1	C961	DNBIKNCJ_00013	205	cadD	93.2	4.2e-100	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2183	M0105064	NZ_CP084442.1	DNBIKNCJ_00013	NZ_CP084442.1__DNBIKNCJ_00013	NZ_CP084442.1	C961	DNBIKNCJ_00013	205	gi|488372573	100	1e-102	1	205	1.0	1	WP_002441958.1	Cadmium (Cd), Zinc (Zn)	prediction
2184	M0105067	NZ_CP084442.1	DNBIKNCJ_00013	NZ_CP084442.1__DNBIKNCJ_00013	NZ_CP084442.1	C961	DNBIKNCJ_00013	205	cadD	93.2	4.2e-100	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2185	M0105067	NZ_CP084442.1	DNBIKNCJ_00013	NZ_CP084442.1__DNBIKNCJ_00013	NZ_CP084442.1	C961	DNBIKNCJ_00013	205	gi|488372573	100	1e-102	1	205	1.0	1	WP_002441958.1	Cadmium (Cd), Zinc (Zn)	prediction
2186	M0105074	NZ_CP084442.1	DNBIKNCJ_00013	NZ_CP084442.1__DNBIKNCJ_00013	NZ_CP084442.1	C961	DNBIKNCJ_00013	205	cadD	93.2	4.2e-100	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2187	M0105074	NZ_CP084442.1	DNBIKNCJ_00013	NZ_CP084442.1__DNBIKNCJ_00013	NZ_CP084442.1	C961	DNBIKNCJ_00013	205	gi|488372573	100	1e-102	1	205	1.0	1	WP_002441958.1	Cadmium (Cd), Zinc (Zn)	prediction
2188	M0105075	NZ_CP084442.1	DNBIKNCJ_00013	NZ_CP084442.1__DNBIKNCJ_00013	NZ_CP084442.1	C961	DNBIKNCJ_00013	205	cadD	93.2	4.2e-100	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2189	M0105075	NZ_CP084442.1	DNBIKNCJ_00013	NZ_CP084442.1__DNBIKNCJ_00013	NZ_CP084442.1	C961	DNBIKNCJ_00013	205	gi|488372573	100	1e-102	1	205	1.0	1	WP_002441958.1	Cadmium (Cd), Zinc (Zn)	prediction
2190	M0105122	NZ_CP087161.1	FDCGKALL_00288	NZ_CP087161.1__FDCGKALL_00288	NZ_CP087161.1	C972	FDCGKALL_00288	92	merP	77.2	2e-33	1	92	1.0	1.01098901098901	P13113	Mercury (Hg)	experiment
2191	M0105122	NZ_CP087161.1	FDCGKALL_00288	NZ_CP087161.1__FDCGKALL_00288	NZ_CP087161.1	C972	FDCGKALL_00288	92	gi|490711652	100	9.8e-42	1	92	1.0	1	WP_004574526.1	Mercury (Hg)	prediction
2192	M0105141	NZ_CP087161.1	FDCGKALL_00112	NZ_CP087161.1__FDCGKALL_00112	NZ_CP087161.1	C972	FDCGKALL_00112	381	gi|983338993	100	5e-217	11	381	0.973753280839895	1	WP_060519774.1	Copper (Cu)	prediction
2193	M0105142	NZ_CP087161.1	FDCGKALL_00127	NZ_CP087161.1__FDCGKALL_00127	NZ_CP087161.1	C972	FDCGKALL_00127	427	arsB	75.2	2.8e-178	1	427	1.0	0.995337995337995	P52146	Arsenic (As), Antimony (Sb)	experiment
2194	M0105142	NZ_CP087161.1	FDCGKALL_00127	NZ_CP087161.1__FDCGKALL_00127	NZ_CP087161.1	C972	FDCGKALL_00127	427	gi|1004715081	75.2	6.8e-178	1	427	1.0	0.995337995337995	WP_061553634.1	Arsenic (As), Antimony (Sb)	prediction
2195	M0105240	NZ_CP087161.1	FDCGKALL_00116	NZ_CP087161.1__FDCGKALL_00116	NZ_CP087161.1	C972	FDCGKALL_00116	225	copR	82.2	1.3e-105	1	225	1.0	0.991189427312775	Q02540	Copper (Cu)	experiment
2196	M0105240	NZ_CP087161.1	FDCGKALL_00116	NZ_CP087161.1__FDCGKALL_00116	NZ_CP087161.1	C972	FDCGKALL_00116	225	gi|983338985	100	3e-124	1	225	1.0	1	WP_060519766.1	Copper (Cu)	prediction
2197	M0105241	NZ_CP087161.1	FDCGKALL_00116	NZ_CP087161.1__FDCGKALL_00116	NZ_CP087161.1	C972	FDCGKALL_00116	225	copR	82.2	1.3e-105	1	225	1.0	0.991189427312775	Q02540	Copper (Cu)	experiment
2198	M0105241	NZ_CP087161.1	FDCGKALL_00116	NZ_CP087161.1__FDCGKALL_00116	NZ_CP087161.1	C972	FDCGKALL_00116	225	gi|983338985	100	3e-124	1	225	1.0	1	WP_060519766.1	Copper (Cu)	prediction
2199	M0105242	NZ_CP087161.1	FDCGKALL_00116	NZ_CP087161.1__FDCGKALL_00116	NZ_CP087161.1	C972	FDCGKALL_00116	225	copR	82.2	1.3e-105	1	225	1.0	0.991189427312775	Q02540	Copper (Cu)	experiment
2200	M0105242	NZ_CP087161.1	FDCGKALL_00116	NZ_CP087161.1__FDCGKALL_00116	NZ_CP087161.1	C972	FDCGKALL_00116	225	gi|983338985	100	3e-124	1	225	1.0	1	WP_060519766.1	Copper (Cu)	prediction
2201	M0105243	NZ_CP087161.1	FDCGKALL_00116	NZ_CP087161.1__FDCGKALL_00116	NZ_CP087161.1	C972	FDCGKALL_00116	225	copR	82.2	1.3e-105	1	225	1.0	0.991189427312775	Q02540	Copper (Cu)	experiment
2202	M0105243	NZ_CP087161.1	FDCGKALL_00116	NZ_CP087161.1__FDCGKALL_00116	NZ_CP087161.1	C972	FDCGKALL_00116	225	gi|983338985	100	3e-124	1	225	1.0	1	WP_060519766.1	Copper (Cu)	prediction
2203	M0105364	NZ_CP090013.1	DHGPAPEB_00004	NZ_CP090013.1__DHGPAPEB_00004	NZ_CP090013.1	C985	DHGPAPEB_00004	514	qacA	100	3.2e-274	1	514	1.0	1	P0A0J9	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	experiment
2204	M0105364	NZ_CP090013.1	DHGPAPEB_00004	NZ_CP090013.1__DHGPAPEB_00004	NZ_CP090013.1	C985	DHGPAPEB_00004	514	gi|446545430	100	7.4e-272	1	514	1.0	1	WP_000622776.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	prediction
2205	M0105365	NZ_CP090013.1	DHGPAPEB_00004	NZ_CP090013.1__DHGPAPEB_00004	NZ_CP090013.1	C985	DHGPAPEB_00004	514	qacA	100	3.2e-274	1	514	1.0	1	P0A0J9	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	experiment
2206	M0105365	NZ_CP090013.1	DHGPAPEB_00004	NZ_CP090013.1__DHGPAPEB_00004	NZ_CP090013.1	C985	DHGPAPEB_00004	514	gi|446545430	100	7.4e-272	1	514	1.0	1	WP_000622776.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	prediction
2207	M0105366	NZ_CP090013.1	DHGPAPEB_00004	NZ_CP090013.1__DHGPAPEB_00004	NZ_CP090013.1	C985	DHGPAPEB_00004	514	qacA	100	3.2e-274	1	514	1.0	1	P0A0J9	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	experiment
2208	M0105366	NZ_CP090013.1	DHGPAPEB_00004	NZ_CP090013.1__DHGPAPEB_00004	NZ_CP090013.1	C985	DHGPAPEB_00004	514	gi|446545430	100	7.4e-272	1	514	1.0	1	WP_000622776.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	prediction
2209	M0105367	NZ_CP090013.1	DHGPAPEB_00004	NZ_CP090013.1__DHGPAPEB_00004	NZ_CP090013.1	C985	DHGPAPEB_00004	514	qacA	100	3.2e-274	1	514	1.0	1	P0A0J9	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	experiment
2210	M0105367	NZ_CP090013.1	DHGPAPEB_00004	NZ_CP090013.1__DHGPAPEB_00004	NZ_CP090013.1	C985	DHGPAPEB_00004	514	gi|446545430	100	7.4e-272	1	514	1.0	1	WP_000622776.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	prediction
2211	M0105370	NZ_CP090013.1	DHGPAPEB_00004	NZ_CP090013.1__DHGPAPEB_00004	NZ_CP090013.1	C985	DHGPAPEB_00004	514	qacA	100	3.2e-274	1	514	1.0	1	P0A0J9	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	experiment
2212	M0105370	NZ_CP090013.1	DHGPAPEB_00004	NZ_CP090013.1__DHGPAPEB_00004	NZ_CP090013.1	C985	DHGPAPEB_00004	514	gi|446545430	100	7.4e-272	1	514	1.0	1	WP_000622776.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	prediction
2213	M0105373	NZ_CP090015.1	LEFBECIM_00007	NZ_CP090015.1__LEFBECIM_00007	NZ_CP090015.1	C986	LEFBECIM_00007	514	qacA	99.6	2.7e-273	1	514	1.0	1	P0A0J9	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	experiment
2214	M0105373	NZ_CP090015.1	LEFBECIM_00007	NZ_CP090015.1__LEFBECIM_00007	NZ_CP090015.1	C986	LEFBECIM_00007	514	gi|446545430	99.6	6.3e-271	1	514	1.0	1	WP_000622776.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	prediction
2215	M0105374	NZ_CP090015.1	LEFBECIM_00007	NZ_CP090015.1__LEFBECIM_00007	NZ_CP090015.1	C986	LEFBECIM_00007	514	qacA	99.6	2.7e-273	1	514	1.0	1	P0A0J9	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	experiment
2216	M0105374	NZ_CP090015.1	LEFBECIM_00007	NZ_CP090015.1__LEFBECIM_00007	NZ_CP090015.1	C986	LEFBECIM_00007	514	gi|446545430	99.6	6.3e-271	1	514	1.0	1	WP_000622776.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	prediction
2217	M0105377	NZ_CP090015.1	LEFBECIM_00007	NZ_CP090015.1__LEFBECIM_00007	NZ_CP090015.1	C986	LEFBECIM_00007	514	qacA	99.6	2.7e-273	1	514	1.0	1	P0A0J9	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	experiment
2218	M0105377	NZ_CP090015.1	LEFBECIM_00007	NZ_CP090015.1__LEFBECIM_00007	NZ_CP090015.1	C986	LEFBECIM_00007	514	gi|446545430	99.6	6.3e-271	1	514	1.0	1	WP_000622776.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	prediction
2219	M0111988	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	arsB	90.2	1e-209	1	429	1.0	1	Q01255	Arsenic (As), Antimony (Sb)	experiment
2220	M0111988	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	gi|291318363	100	5.7e-225	1	429	1.0	0.993055555555556	EFE58754.1	Arsenic (As), Antimony (Sb)	prediction
2221	M0112046	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	arsB	90.2	1e-209	1	429	1.0	1	Q01255	Arsenic (As), Antimony (Sb)	experiment
2222	M0112046	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	gi|291318363	100	5.7e-225	1	429	1.0	0.993055555555556	EFE58754.1	Arsenic (As), Antimony (Sb)	prediction
2223	M0112047	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	arsB	90.2	1e-209	1	429	1.0	1	Q01255	Arsenic (As), Antimony (Sb)	experiment
2224	M0112047	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	gi|291318363	100	5.7e-225	1	429	1.0	0.993055555555556	EFE58754.1	Arsenic (As), Antimony (Sb)	prediction
2225	M0112048	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	arsB	90.2	1e-209	1	429	1.0	1	Q01255	Arsenic (As), Antimony (Sb)	experiment
2226	M0112048	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	gi|291318363	100	5.7e-225	1	429	1.0	0.993055555555556	EFE58754.1	Arsenic (As), Antimony (Sb)	prediction
2227	M0112049	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	arsB	90.2	1e-209	1	429	1.0	1	Q01255	Arsenic (As), Antimony (Sb)	experiment
2228	M0112049	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	gi|291318363	100	5.7e-225	1	429	1.0	0.993055555555556	EFE58754.1	Arsenic (As), Antimony (Sb)	prediction
2229	M0112050	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	arsB	90.2	1e-209	1	429	1.0	1	Q01255	Arsenic (As), Antimony (Sb)	experiment
2230	M0112050	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	gi|291318363	100	5.7e-225	1	429	1.0	0.993055555555556	EFE58754.1	Arsenic (As), Antimony (Sb)	prediction
2231	M0112051	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	arsB	90.2	1e-209	1	429	1.0	1	Q01255	Arsenic (As), Antimony (Sb)	experiment
2232	M0112051	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	gi|291318363	100	5.7e-225	1	429	1.0	0.993055555555556	EFE58754.1	Arsenic (As), Antimony (Sb)	prediction
2233	M0112052	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	arsB	90.2	1e-209	1	429	1.0	1	Q01255	Arsenic (As), Antimony (Sb)	experiment
2234	M0112052	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	gi|291318363	100	5.7e-225	1	429	1.0	0.993055555555556	EFE58754.1	Arsenic (As), Antimony (Sb)	prediction
2235	M0112053	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	arsB	90.2	1e-209	1	429	1.0	1	Q01255	Arsenic (As), Antimony (Sb)	experiment
2236	M0112053	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	gi|291318363	100	5.7e-225	1	429	1.0	0.993055555555556	EFE58754.1	Arsenic (As), Antimony (Sb)	prediction
2237	M0112054	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	arsB	90.2	1e-209	1	429	1.0	1	Q01255	Arsenic (As), Antimony (Sb)	experiment
2238	M0112054	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	gi|291318363	100	5.7e-225	1	429	1.0	0.993055555555556	EFE58754.1	Arsenic (As), Antimony (Sb)	prediction
2239	M0112055	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	arsB	90.2	1e-209	1	429	1.0	1	Q01255	Arsenic (As), Antimony (Sb)	experiment
2240	M0112055	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	gi|291318363	100	5.7e-225	1	429	1.0	0.993055555555556	EFE58754.1	Arsenic (As), Antimony (Sb)	prediction
2241	M0112056	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	arsB	90.2	1e-209	1	429	1.0	1	Q01255	Arsenic (As), Antimony (Sb)	experiment
2242	M0112056	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	gi|291318363	100	5.7e-225	1	429	1.0	0.993055555555556	EFE58754.1	Arsenic (As), Antimony (Sb)	prediction
2243	M0112057	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	arsB	90.2	1e-209	1	429	1.0	1	Q01255	Arsenic (As), Antimony (Sb)	experiment
2244	M0112057	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	gi|291318363	100	5.7e-225	1	429	1.0	0.993055555555556	EFE58754.1	Arsenic (As), Antimony (Sb)	prediction
2245	M0112058	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	arsB	90.2	1e-209	1	429	1.0	1	Q01255	Arsenic (As), Antimony (Sb)	experiment
2246	M0112058	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	gi|291318363	100	5.7e-225	1	429	1.0	0.993055555555556	EFE58754.1	Arsenic (As), Antimony (Sb)	prediction
2247	M0112160	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	arsB	90.2	1e-209	1	429	1.0	1	Q01255	Arsenic (As), Antimony (Sb)	experiment
2248	M0112160	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	gi|291318363	100	5.7e-225	1	429	1.0	0.993055555555556	EFE58754.1	Arsenic (As), Antimony (Sb)	prediction
2249	M0112258	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	arsB	90.2	1e-209	1	429	1.0	1	Q01255	Arsenic (As), Antimony (Sb)	experiment
2250	M0112258	NZ_CP121525.1	KAOOAMGK_00151	NZ_CP121525.1__KAOOAMGK_00151	NZ_CP121525.1	C1	KAOOAMGK_00151	429	gi|291318363	100	5.7e-225	1	429	1.0	0.993055555555556	EFE58754.1	Arsenic (As), Antimony (Sb)	prediction
2251	M0112585	NZ_CP125670.1	HPKNOADA_00062	NZ_CP125670.1__HPKNOADA_00062	NZ_CP125670.1	C1166	HPKNOADA_00062	152	golS	70.5	1.9e-49	1	129	0.8486842105263158	0.837662337662338	Q8ZRG6	Gold (Au)	experiment
2252	M0112585	NZ_CP125670.1	HPKNOADA_00062	NZ_CP125670.1__HPKNOADA_00062	NZ_CP125670.1	C1166	HPKNOADA_00062	152	gi|555255657	71.3	6.8e-48	1	129	0.8486842105263158	0.837662337662338	WP_023238740.1	Gold (Au)	prediction
2253	M0112774	NZ_CP129201.1	BABKGBPK_00595	NZ_CP129201.1__BABKGBPK_00595	NZ_CP129201.1	C1181	BABKGBPK_00595	453	chrA	74.6	6.9e-196	19	452	0.9646799116997793	0.95414847161572	A4UQR4	Chromium (Cr)	experiment
2254	M0112774	NZ_CP129201.1	BABKGBPK_00595	NZ_CP129201.1__BABKGBPK_00595	NZ_CP129201.1	C1181	BABKGBPK_00595	453	gi|730425717	100	1e-261	1	453	1.0	1	WP_034012868.1	Chromium (Cr)	prediction
2255	M0112775	NZ_CP129201.1	BABKGBPK_00595	NZ_CP129201.1__BABKGBPK_00595	NZ_CP129201.1	C1181	BABKGBPK_00595	453	chrA	74.6	6.9e-196	19	452	0.9646799116997793	0.95414847161572	A4UQR4	Chromium (Cr)	experiment
2256	M0112775	NZ_CP129201.1	BABKGBPK_00595	NZ_CP129201.1__BABKGBPK_00595	NZ_CP129201.1	C1181	BABKGBPK_00595	453	gi|730425717	100	1e-261	1	453	1.0	1	WP_034012868.1	Chromium (Cr)	prediction
2257	M0112776	NZ_CP129201.1	BABKGBPK_00595	NZ_CP129201.1__BABKGBPK_00595	NZ_CP129201.1	C1181	BABKGBPK_00595	453	chrA	74.6	6.9e-196	19	452	0.9646799116997793	0.95414847161572	A4UQR4	Chromium (Cr)	experiment
2258	M0112776	NZ_CP129201.1	BABKGBPK_00595	NZ_CP129201.1__BABKGBPK_00595	NZ_CP129201.1	C1181	BABKGBPK_00595	453	gi|730425717	100	1e-261	1	453	1.0	1	WP_034012868.1	Chromium (Cr)	prediction
2259	M0112777	NZ_CP129201.1	BABKGBPK_00595	NZ_CP129201.1__BABKGBPK_00595	NZ_CP129201.1	C1181	BABKGBPK_00595	453	chrA	74.6	6.9e-196	19	452	0.9646799116997793	0.95414847161572	A4UQR4	Chromium (Cr)	experiment
2260	M0112777	NZ_CP129201.1	BABKGBPK_00595	NZ_CP129201.1__BABKGBPK_00595	NZ_CP129201.1	C1181	BABKGBPK_00595	453	gi|730425717	100	1e-261	1	453	1.0	1	WP_034012868.1	Chromium (Cr)	prediction
2261	M0112778	NZ_CP129201.1	BABKGBPK_00595	NZ_CP129201.1__BABKGBPK_00595	NZ_CP129201.1	C1181	BABKGBPK_00595	453	chrA	74.6	6.9e-196	19	452	0.9646799116997793	0.95414847161572	A4UQR4	Chromium (Cr)	experiment
2262	M0112778	NZ_CP129201.1	BABKGBPK_00595	NZ_CP129201.1__BABKGBPK_00595	NZ_CP129201.1	C1181	BABKGBPK_00595	453	gi|730425717	100	1e-261	1	453	1.0	1	WP_034012868.1	Chromium (Cr)	prediction
2263	M0112779	NZ_CP129201.1	BABKGBPK_00595	NZ_CP129201.1__BABKGBPK_00595	NZ_CP129201.1	C1181	BABKGBPK_00595	453	chrA	74.6	6.9e-196	19	452	0.9646799116997793	0.95414847161572	A4UQR4	Chromium (Cr)	experiment
2264	M0112779	NZ_CP129201.1	BABKGBPK_00595	NZ_CP129201.1__BABKGBPK_00595	NZ_CP129201.1	C1181	BABKGBPK_00595	453	gi|730425717	100	1e-261	1	453	1.0	1	WP_034012868.1	Chromium (Cr)	prediction
2265	M0112839	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2266	M0112839	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2267	M0112840	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2268	M0112840	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2269	M0112841	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2270	M0112841	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2271	M0112842	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2272	M0112842	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2273	M0112843	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2274	M0112843	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2275	M0112844	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2276	M0112844	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2277	M0112845	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2278	M0112845	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2279	M0112846	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2280	M0112846	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2281	M0112847	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2282	M0112847	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2283	M0112848	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2284	M0112848	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2285	M0112849	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2286	M0112849	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2287	M0112850	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2288	M0112850	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2289	M0112851	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2290	M0112851	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2291	M0112852	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2292	M0112852	NZ_CP130568.1	APAGFDOH_00014	NZ_CP130568.1__APAGFDOH_00014	NZ_CP130568.1	C1193	APAGFDOH_00014	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2293	M0112858	NZ_CP130568.1	APAGFDOH_00023	NZ_CP130568.1__APAGFDOH_00023	NZ_CP130568.1	C1193	APAGFDOH_00023	622	gi|748800302	78.9	2.1e-276	1	622	1.0	0.783375314861461	WP_040048178.1	Copper (Cu), Silver (Ag)	prediction
2294	M0115058	NZ_CP140112.1	PNLAMIBE_00281	NZ_CP140112.1__PNLAMIBE_00281	NZ_CP140112.1	C1237	PNLAMIBE_00281	121	merD	98.3	1.6e-62	1	121	1.0	1	O66018	Mercury (Hg)	experiment
2295	M0115058	NZ_CP140112.1	PNLAMIBE_00281	NZ_CP140112.1__PNLAMIBE_00281	NZ_CP140112.1	C1237	PNLAMIBE_00281	121	gi|489560525	100	7.3e-61	1	121	1.0	1	WP_003465059.1	Mercury (Hg)	prediction
2296	M0115059	NZ_CP140112.1	PNLAMIBE_00281	NZ_CP140112.1__PNLAMIBE_00281	NZ_CP140112.1	C1237	PNLAMIBE_00281	121	merD	98.3	1.6e-62	1	121	1.0	1	O66018	Mercury (Hg)	experiment
2297	M0115059	NZ_CP140112.1	PNLAMIBE_00281	NZ_CP140112.1__PNLAMIBE_00281	NZ_CP140112.1	C1237	PNLAMIBE_00281	121	gi|489560525	100	7.3e-61	1	121	1.0	1	WP_003465059.1	Mercury (Hg)	prediction
2298	M0115060	NZ_CP140112.1	PNLAMIBE_00281	NZ_CP140112.1__PNLAMIBE_00281	NZ_CP140112.1	C1237	PNLAMIBE_00281	121	merD	98.3	1.6e-62	1	121	1.0	1	O66018	Mercury (Hg)	experiment
2299	M0115060	NZ_CP140112.1	PNLAMIBE_00281	NZ_CP140112.1__PNLAMIBE_00281	NZ_CP140112.1	C1237	PNLAMIBE_00281	121	gi|489560525	100	7.3e-61	1	121	1.0	1	WP_003465059.1	Mercury (Hg)	prediction
2300	M0115061	NZ_CP140112.1	PNLAMIBE_00280	NZ_CP140112.1__PNLAMIBE_00280	NZ_CP140112.1	C1237	PNLAMIBE_00280	78	merE	100	2.9e-41	1	78	1.0	1	Q79BE4	Mercury (Hg)	experiment
2301	M0115061	NZ_CP140112.1	PNLAMIBE_00280	NZ_CP140112.1__PNLAMIBE_00280	NZ_CP140112.1	C1237	PNLAMIBE_00280	78	gi|447010553	100	6.6e-39	1	78	1.0	1	WP_001087809.1	Mercury (Hg)	prediction
2302	M0115140	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2303	M0115140	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
2304	M0115141	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2305	M0115141	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
2306	M0115142	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2307	M0115142	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
2308	M0115143	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2309	M0115143	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
2310	M0115144	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2311	M0115144	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
2312	M0115145	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2313	M0115145	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
2314	M0115146	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2315	M0115146	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
2316	M0115154	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2317	M0115154	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
2318	M0115155	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2319	M0115155	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
2320	M0115156	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2321	M0115156	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
2322	M0115157	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2323	M0115157	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
2324	M0115158	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2325	M0115158	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
2326	M0115159	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2327	M0115159	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
2328	M0115160	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2329	M0115160	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
2330	M0115161	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2331	M0115161	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
2332	M0115167	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	cadD	93.7	2.9e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2333	M0115167	NZ_CP145596.1	ILBMMANC_00014	NZ_CP145596.1__ILBMMANC_00014	NZ_CP145596.1	C1262	ILBMMANC_00014	205	gi|502568490	100	1e-102	1	205	1.0	1	WP_012818129.1	Cadmium (Cd), Zinc (Zn)	prediction
2334	M0115361	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2335	M0115361	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2336	M0115362	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2337	M0115362	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2338	M0115363	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2339	M0115363	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2340	M0115364	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2341	M0115364	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2342	M0115365	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2343	M0115365	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2344	M0115366	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2345	M0115366	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2346	M0115498	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2347	M0115498	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2348	M0115499	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2349	M0115499	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2350	M0115500	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2351	M0115500	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2352	M0115501	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2353	M0115501	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2354	M0115535	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2355	M0115535	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2356	M0115536	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2357	M0115536	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2358	M0115537	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2359	M0115537	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2360	M0115538	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2361	M0115538	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2362	M0115539	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2363	M0115539	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2364	M0115540	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2365	M0115540	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2366	M0115541	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2367	M0115541	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2368	M0115542	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2369	M0115542	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2370	M0115543	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2371	M0115543	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2372	M0115544	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2373	M0115544	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2374	M0115545	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2375	M0115545	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2376	M0115546	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2377	M0115546	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2378	M0115547	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2379	M0115547	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2380	M0115586	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2381	M0115586	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2382	M0115587	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gesB	80	0	1	1047	0.9896030245746692	0.992417061611374	Q8ZRG9	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	experiment
2383	M0115587	NZ_CP146093.1	PIJCFOGG_00279	NZ_CP146093.1__PIJCFOGG_00279	NZ_CP146093.1	C1268	PIJCFOGG_00279	1058	gi|1160970246	80.6	0	1	1058	1.0	1	WP_079805043.1	Gold (Au), Methylene Blue [class: Thiazinium], Crystal Violet [class: Triarylmethane]	prediction
2384	M0115672	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2385	M0115672	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2386	M0115681	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2387	M0115681	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2388	M0115682	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2389	M0115682	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2390	M0115683	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2391	M0115683	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2392	M0115684	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2393	M0115684	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2394	M0115685	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2395	M0115685	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2396	M0115686	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2397	M0115686	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2398	M0115687	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2399	M0115687	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2400	M0115688	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2401	M0115688	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2402	M0115689	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2403	M0115689	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2404	M0115690	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2405	M0115690	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2406	M0115691	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2407	M0115691	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2408	M0115692	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2409	M0115692	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2410	M0115693	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2411	M0115693	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2412	M0115694	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2413	M0115694	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2414	M0115695	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2415	M0115695	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2416	M0115696	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2417	M0115696	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2418	M0115697	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2419	M0115697	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2420	M0115698	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2421	M0115698	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2422	M0115699	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2423	M0115699	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2424	M0115700	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2425	M0115700	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2426	M0115701	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2427	M0115701	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2428	M0115702	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2429	M0115702	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2430	M0115703	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2431	M0115703	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2432	M0115704	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2433	M0115704	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2434	M0115705	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2435	M0115705	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2436	M0115725	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	golS	78.1	2.2e-64	1	155	0.9748427672955975	1.00649350649351	Q8ZRG6	Gold (Au)	experiment
2437	M0115725	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	gi|446943335	76.1	7.8e-63	1	155	0.9748427672955975	0.993589743589744	WP_001020591.1	Gold (Au)	prediction
2438	M0115726	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	golS	78.1	2.2e-64	1	155	0.9748427672955975	1.00649350649351	Q8ZRG6	Gold (Au)	experiment
2439	M0115726	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	gi|446943335	76.1	7.8e-63	1	155	0.9748427672955975	0.993589743589744	WP_001020591.1	Gold (Au)	prediction
2440	M0115727	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	golS	78.1	2.2e-64	1	155	0.9748427672955975	1.00649350649351	Q8ZRG6	Gold (Au)	experiment
2441	M0115727	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	gi|446943335	76.1	7.8e-63	1	155	0.9748427672955975	0.993589743589744	WP_001020591.1	Gold (Au)	prediction
2442	M0115815	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2443	M0115815	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2444	M0115816	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2445	M0115816	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2446	M0115817	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2447	M0115817	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2448	M0115818	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2449	M0115818	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2450	M0115819	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2451	M0115819	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2452	M0115842	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2453	M0115842	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2454	M0115843	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2455	M0115843	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2456	M0115844	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2457	M0115844	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2458	M0115846	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2459	M0115846	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2460	M0115847	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2461	M0115847	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2462	M0115848	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2463	M0115848	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2464	M0115849	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	golS	78.1	2.2e-64	1	155	0.9748427672955975	1.00649350649351	Q8ZRG6	Gold (Au)	experiment
2465	M0115849	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	gi|446943335	76.1	7.8e-63	1	155	0.9748427672955975	0.993589743589744	WP_001020591.1	Gold (Au)	prediction
2466	M0115850	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	golS	78.1	2.2e-64	1	155	0.9748427672955975	1.00649350649351	Q8ZRG6	Gold (Au)	experiment
2467	M0115850	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	gi|446943335	76.1	7.8e-63	1	155	0.9748427672955975	0.993589743589744	WP_001020591.1	Gold (Au)	prediction
2468	M0115851	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	golS	78.1	2.2e-64	1	155	0.9748427672955975	1.00649350649351	Q8ZRG6	Gold (Au)	experiment
2469	M0115851	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	gi|446943335	76.1	7.8e-63	1	155	0.9748427672955975	0.993589743589744	WP_001020591.1	Gold (Au)	prediction
2470	M0115852	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	golS	78.1	2.2e-64	1	155	0.9748427672955975	1.00649350649351	Q8ZRG6	Gold (Au)	experiment
2471	M0115852	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	gi|446943335	76.1	7.8e-63	1	155	0.9748427672955975	0.993589743589744	WP_001020591.1	Gold (Au)	prediction
2472	M0115853	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	golS	78.1	2.2e-64	1	155	0.9748427672955975	1.00649350649351	Q8ZRG6	Gold (Au)	experiment
2473	M0115853	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	gi|446943335	76.1	7.8e-63	1	155	0.9748427672955975	0.993589743589744	WP_001020591.1	Gold (Au)	prediction
2474	M0115854	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	golS	78.1	2.2e-64	1	155	0.9748427672955975	1.00649350649351	Q8ZRG6	Gold (Au)	experiment
2475	M0115854	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	gi|446943335	76.1	7.8e-63	1	155	0.9748427672955975	0.993589743589744	WP_001020591.1	Gold (Au)	prediction
2476	M0115855	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	golS	78.1	2.2e-64	1	155	0.9748427672955975	1.00649350649351	Q8ZRG6	Gold (Au)	experiment
2477	M0115855	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	gi|446943335	76.1	7.8e-63	1	155	0.9748427672955975	0.993589743589744	WP_001020591.1	Gold (Au)	prediction
2478	M0115856	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	golS	78.1	2.2e-64	1	155	0.9748427672955975	1.00649350649351	Q8ZRG6	Gold (Au)	experiment
2479	M0115856	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	gi|446943335	76.1	7.8e-63	1	155	0.9748427672955975	0.993589743589744	WP_001020591.1	Gold (Au)	prediction
2480	M0115857	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	golS	78.1	2.2e-64	1	155	0.9748427672955975	1.00649350649351	Q8ZRG6	Gold (Au)	experiment
2481	M0115857	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	gi|446943335	76.1	7.8e-63	1	155	0.9748427672955975	0.993589743589744	WP_001020591.1	Gold (Au)	prediction
2482	M0115858	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	golS	78.1	2.2e-64	1	155	0.9748427672955975	1.00649350649351	Q8ZRG6	Gold (Au)	experiment
2483	M0115858	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	gi|446943335	76.1	7.8e-63	1	155	0.9748427672955975	0.993589743589744	WP_001020591.1	Gold (Au)	prediction
2484	M0115859	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	golS	78.1	2.2e-64	1	155	0.9748427672955975	1.00649350649351	Q8ZRG6	Gold (Au)	experiment
2485	M0115859	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	gi|446943335	76.1	7.8e-63	1	155	0.9748427672955975	0.993589743589744	WP_001020591.1	Gold (Au)	prediction
2486	M0115860	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	golS	78.1	2.2e-64	1	155	0.9748427672955975	1.00649350649351	Q8ZRG6	Gold (Au)	experiment
2487	M0115860	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	gi|446943335	76.1	7.8e-63	1	155	0.9748427672955975	0.993589743589744	WP_001020591.1	Gold (Au)	prediction
2488	M0115861	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	golS	78.1	2.2e-64	1	155	0.9748427672955975	1.00649350649351	Q8ZRG6	Gold (Au)	experiment
2489	M0115861	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	gi|446943335	76.1	7.8e-63	1	155	0.9748427672955975	0.993589743589744	WP_001020591.1	Gold (Au)	prediction
2490	M0115862	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	golS	78.1	2.2e-64	1	155	0.9748427672955975	1.00649350649351	Q8ZRG6	Gold (Au)	experiment
2491	M0115862	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	gi|446943335	76.1	7.8e-63	1	155	0.9748427672955975	0.993589743589744	WP_001020591.1	Gold (Au)	prediction
2492	M0115863	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	golS	78.1	2.2e-64	1	155	0.9748427672955975	1.00649350649351	Q8ZRG6	Gold (Au)	experiment
2493	M0115863	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	gi|446943335	76.1	7.8e-63	1	155	0.9748427672955975	0.993589743589744	WP_001020591.1	Gold (Au)	prediction
2494	M0115864	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	golS	78.1	2.2e-64	1	155	0.9748427672955975	1.00649350649351	Q8ZRG6	Gold (Au)	experiment
2495	M0115864	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	gi|446943335	76.1	7.8e-63	1	155	0.9748427672955975	0.993589743589744	WP_001020591.1	Gold (Au)	prediction
2496	M0115865	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	golS	78.1	2.2e-64	1	155	0.9748427672955975	1.00649350649351	Q8ZRG6	Gold (Au)	experiment
2497	M0115865	NZ_CP146094.1	LHPNBJEB_00403	NZ_CP146094.1__LHPNBJEB_00403	NZ_CP146094.1	C1269	LHPNBJEB_00403	159	gi|446943335	76.1	7.8e-63	1	155	0.9748427672955975	0.993589743589744	WP_001020591.1	Gold (Au)	prediction
2498	M0115876	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2499	M0115876	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2500	M0115881	NZ_CP146094.1	LHPNBJEB_00390	NZ_CP146094.1__LHPNBJEB_00390	NZ_CP146094.1	C1269	LHPNBJEB_00390	345	gi|489917789	99.7	3.1e-189	1	345	1.0	0.791284403669725	WP_003821155.1	Nickel (Ni), Cobalt (Co)	prediction
2501	M0115895	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2502	M0115895	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2503	M0115896	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2504	M0115896	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2505	M0115897	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2506	M0115897	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2507	M0115898	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2508	M0115898	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2509	M0115899	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2510	M0115899	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2511	M0115900	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2512	M0115900	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2513	M0115901	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2514	M0115901	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2515	M0115902	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2516	M0115902	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2517	M0115903	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2518	M0115903	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2519	M0115904	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2520	M0115904	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2521	M0115905	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2522	M0115905	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2523	M0115906	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2524	M0115906	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2525	M0115907	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2526	M0115907	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2527	M0115908	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2528	M0115908	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2529	M0115909	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2530	M0115909	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2531	M0115910	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2532	M0115910	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2533	M0115911	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2534	M0115911	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2535	M0115912	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2536	M0115912	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2537	M0115913	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2538	M0115913	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2539	M0115914	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2540	M0115914	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2541	M0115915	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2542	M0115915	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2543	M0115916	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2544	M0115916	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2545	M0115917	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2546	M0115917	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2547	M0115918	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2548	M0115918	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2549	M0115919	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2550	M0115919	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2551	M0115920	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2552	M0115920	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2553	M0115921	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2554	M0115921	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2555	M0115922	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2556	M0115922	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2557	M0115923	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2558	M0115923	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2559	M0115924	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	golT	84	0	92	836	0.8858501783590963	0.977690288713911	Q8ZRG7	Copper (Cu), Gold (Au)	experiment
2560	M0115924	NZ_CP146094.1	LHPNBJEB_00402	NZ_CP146094.1__LHPNBJEB_00402	NZ_CP146094.1	C1269	LHPNBJEB_00402	841	gi|410590905	100	0	1	841	1.0	1	CCN05999.1	Copper (Cu), Gold (Au)	prediction
2561	M0115954	NZ_CP151149.1	LJHPLMKJ_00003	NZ_CP151149.1__LJHPLMKJ_00003	NZ_CP151149.1	C1306	LJHPLMKJ_00003	188	qacR	100	9.5e-107	1	188	1.0	1	P0A0N4	Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Dequalinium [class: Quaternary Ammonium Compounds (QACs)], Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Pentamidine [class: Diamidine], Propamidine [class: Diamidine], Diaminodiphenylamine [class: Diamidine]	experiment
2562	M0115954	NZ_CP151149.1	LJHPLMKJ_00003	NZ_CP151149.1__LJHPLMKJ_00003	NZ_CP151149.1	C1306	LJHPLMKJ_00003	188	gi|487723110	100	2.2e-104	1	188	1.0	1	WP_001807342.1	Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Dequalinium [class: Quaternary Ammonium Compounds (QACs)], Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Pentamidine [class: Diamidine], Propamidine [class: Diamidine], Diaminodiphenylamine [class: Diamidine]	prediction
2563	M0115955	NZ_CP151149.1	LJHPLMKJ_00003	NZ_CP151149.1__LJHPLMKJ_00003	NZ_CP151149.1	C1306	LJHPLMKJ_00003	188	qacR	100	9.5e-107	1	188	1.0	1	P0A0N4	Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Dequalinium [class: Quaternary Ammonium Compounds (QACs)], Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Pentamidine [class: Diamidine], Propamidine [class: Diamidine], Diaminodiphenylamine [class: Diamidine]	experiment
2564	M0115955	NZ_CP151149.1	LJHPLMKJ_00003	NZ_CP151149.1__LJHPLMKJ_00003	NZ_CP151149.1	C1306	LJHPLMKJ_00003	188	gi|487723110	100	2.2e-104	1	188	1.0	1	WP_001807342.1	Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Dequalinium [class: Quaternary Ammonium Compounds (QACs)], Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Pentamidine [class: Diamidine], Propamidine [class: Diamidine], Diaminodiphenylamine [class: Diamidine]	prediction
2565	M0115956	NZ_CP151149.1	LJHPLMKJ_00004	NZ_CP151149.1__LJHPLMKJ_00004	NZ_CP151149.1	C1306	LJHPLMKJ_00004	514	qacA	100	3.2e-274	1	514	1.0	1	P0A0J9	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	experiment
2566	M0115956	NZ_CP151149.1	LJHPLMKJ_00004	NZ_CP151149.1__LJHPLMKJ_00004	NZ_CP151149.1	C1306	LJHPLMKJ_00004	514	gi|446545430	100	7.4e-272	1	514	1.0	1	WP_000622776.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	prediction
2567	M0115957	NZ_CP151149.1	LJHPLMKJ_00004	NZ_CP151149.1__LJHPLMKJ_00004	NZ_CP151149.1	C1306	LJHPLMKJ_00004	514	qacA	100	3.2e-274	1	514	1.0	1	P0A0J9	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	experiment
2568	M0115957	NZ_CP151149.1	LJHPLMKJ_00004	NZ_CP151149.1__LJHPLMKJ_00004	NZ_CP151149.1	C1306	LJHPLMKJ_00004	514	gi|446545430	100	7.4e-272	1	514	1.0	1	WP_000622776.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	prediction
2569	M0115958	NZ_CP151149.1	LJHPLMKJ_00004	NZ_CP151149.1__LJHPLMKJ_00004	NZ_CP151149.1	C1306	LJHPLMKJ_00004	514	qacA	100	3.2e-274	1	514	1.0	1	P0A0J9	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	experiment
2570	M0115958	NZ_CP151149.1	LJHPLMKJ_00004	NZ_CP151149.1__LJHPLMKJ_00004	NZ_CP151149.1	C1306	LJHPLMKJ_00004	514	gi|446545430	100	7.4e-272	1	514	1.0	1	WP_000622776.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	prediction
2571	M0115959	NZ_CP151149.1	LJHPLMKJ_00004	NZ_CP151149.1__LJHPLMKJ_00004	NZ_CP151149.1	C1306	LJHPLMKJ_00004	514	qacA	100	3.2e-274	1	514	1.0	1	P0A0J9	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	experiment
2572	M0115959	NZ_CP151149.1	LJHPLMKJ_00004	NZ_CP151149.1__LJHPLMKJ_00004	NZ_CP151149.1	C1306	LJHPLMKJ_00004	514	gi|446545430	100	7.4e-272	1	514	1.0	1	WP_000622776.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	prediction
2573	M0115964	NZ_CP155542.1	PDPMKEMA_00005	NZ_CP155542.1__PDPMKEMA_00005	NZ_CP155542.1	C1316	PDPMKEMA_00005	795	gi|748800302	75.6	0	1	795	1.0	1.00125944584383	WP_040048178.1	Copper (Cu), Silver (Ag)	prediction
2574	M0115970	NZ_CP155542.1	PDPMKEMA_00020	NZ_CP155542.1__PDPMKEMA_00020	NZ_CP155542.1	C1316	PDPMKEMA_00020	514	qacA	100	3.2e-274	1	514	1.0	1	P0A0J9	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	experiment
2575	M0115970	NZ_CP155542.1	PDPMKEMA_00020	NZ_CP155542.1__PDPMKEMA_00020	NZ_CP155542.1	C1316	PDPMKEMA_00020	514	gi|446545430	100	7.4e-272	1	514	1.0	1	WP_000622776.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	prediction
2576	M0115974	NZ_CP155542.1	PDPMKEMA_00005	NZ_CP155542.1__PDPMKEMA_00005	NZ_CP155542.1	C1316	PDPMKEMA_00005	795	gi|748800302	75.6	0	1	795	1.0	1.00125944584383	WP_040048178.1	Copper (Cu), Silver (Ag)	prediction
2577	M0115985	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2578	M0115985	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2579	M0115986	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2580	M0115986	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2581	M0115987	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2582	M0115987	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2583	M0115988	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2584	M0115988	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2585	M0115989	NZ_CP155542.1	PDPMKEMA_00020	NZ_CP155542.1__PDPMKEMA_00020	NZ_CP155542.1	C1316	PDPMKEMA_00020	514	qacA	100	3.2e-274	1	514	1.0	1	P0A0J9	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	experiment
2586	M0115989	NZ_CP155542.1	PDPMKEMA_00020	NZ_CP155542.1__PDPMKEMA_00020	NZ_CP155542.1	C1316	PDPMKEMA_00020	514	gi|446545430	100	7.4e-272	1	514	1.0	1	WP_000622776.1	Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Ethidium Bromide [class: Phenanthridine], Acriflavine [class: Acridine], Chlorhexidine [class: Biguanides], Cetylpyridinium Chloride (CPC) [class: Quaternary Ammonium Compounds (QACs)], Crystal Violet [class: Triarylmethane], Pyronin Y [class: Xanthene], Quinaldine red [class: Quinolines], Rhodamine 6G [class: Xanthene], Safranin O [class: Azin], Cetrimide (CTM)  [class: Quaternary Ammonium Compounds (QACs)], Alexidine [class: Biguanides], Amicarbalide [class: Diamidine], Pentamidine [class: Diamidine], Hexamidine [class: Diamidine], Propamidine [class: Diamidine], Diamidinodiphenylamine [class: Diamidine], Dibrompropamidine [class: Diamidine], 1a-62/JC-1-127 [class: Guanylhydrazones], 1i-39/JC-1-134 [class: Guanylhydrazones], Stilbamidine [class: Diamidine], Phenamidine [class: Diamidine], Diminazene [class: Diamidine]	prediction
2587	M0115990	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2588	M0115990	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2589	M0115991	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2590	M0115991	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2591	M0115992	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2592	M0115992	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2593	M0115993	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2594	M0115993	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2595	M0115994	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2596	M0115994	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2597	M0115995	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2598	M0115995	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2599	M0115996	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2600	M0115996	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2601	M0115997	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2602	M0115997	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2603	M0115998	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2604	M0115998	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2605	M0115999	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2606	M0115999	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2607	M0116000	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	cadD	94.1	1.7e-101	1	205	1.0	1	Q7A320	Cadmium (Cd), Zinc (Zn)	experiment
2608	M0116000	NZ_CP155542.1	PDPMKEMA_00013	NZ_CP155542.1__PDPMKEMA_00013	NZ_CP155542.1	C1316	PDPMKEMA_00013	205	gi|488371435	100	1.3e-102	1	205	1.0	1	WP_002440820.1	Cadmium (Cd), Zinc (Zn)	prediction
2609	M0116691	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2610	M0116692	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2611	M0116693	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2612	M0116694	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2613	M0116695	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2614	M0116696	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2615	M0116697	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2616	M0116698	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2617	M0116699	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2618	M0116700	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2619	M0116701	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2620	M0116702	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2621	M0116703	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2622	M0116704	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2623	M0116705	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2624	M0116706	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2625	M0116707	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2626	M0116708	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2627	M0116709	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2628	M0116710	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2629	M0116711	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2630	M0116712	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2631	M0116713	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2632	M0116714	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2633	M0116715	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2634	M0116716	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2635	M0116717	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2636	M0116718	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2637	M0116719	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2638	M0116720	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2639	M0116721	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2640	M0116722	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2641	M0116723	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2642	M0116724	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2643	M0116725	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2644	M0116726	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2645	M0116727	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2646	M0116728	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2647	M0116729	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2648	M0116730	NZ_MW367470.1	HEKNEDPL_00003	NZ_MW367470.1__HEKNEDPL_00003	NZ_MW367470.1	C1393	HEKNEDPL_00003	693	gi|987896475	95.9	0	21	693	0.9913419913419913	1	CUY02184.1	Copper (Cu)	prediction
2649	M0140831	NZ_CP065690.1	EAJJKDJN_00031	NZ_CP065690.1__EAJJKDJN_00031	NZ_CP065690.1	C7	EAJJKDJN_00031	124	gi|987842986	99	2e-53	1	104	0.8387096774193549	0.8	WP_060913990.1	Mercury (Hg)	prediction
2650	M0140832	NZ_CP065690.1	EAJJKDJN_00031	NZ_CP065690.1__EAJJKDJN_00031	NZ_CP065690.1	C7	EAJJKDJN_00031	124	gi|987842986	99	2e-53	1	104	0.8387096774193549	0.8	WP_060913990.1	Mercury (Hg)	prediction
2651	M0140835	NZ_CP065690.1	EAJJKDJN_00031	NZ_CP065690.1__EAJJKDJN_00031	NZ_CP065690.1	C7	EAJJKDJN_00031	124	gi|987842986	99	2e-53	1	104	0.8387096774193549	0.8	WP_060913990.1	Mercury (Hg)	prediction
2652	M0145880	CP093089.1	JMPCBMOH_00009	CP093089.1__JMPCBMOH_00009	CP093089.1	C162	JMPCBMOH_00009	369	kpnO	73.4	2.4e-154	8	369	0.986449864498645	0.997260273972603	C4XBC3	Hydrogen Peroxide (H2O2) [class: Peroxides], Carbonyl cyanide 3-chlorophenylhydrazone (CCCP) [class: Hydrazone], Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Chlorhexidine [class: Biguanides], Sodium Nitrite (NaNo2) [class: Nitrites]	experiment
2653	M0145880	CP093089.1	JMPCBMOH_00009	CP093089.1__JMPCBMOH_00009	CP093089.1	C162	JMPCBMOH_00009	369	gi|446788322	81.2	6.7e-174	8	369	0.981029810298103	0.986376021798365	WP_000865578.1	Hydrogen Peroxide (H2O2) [class: Peroxides], Carbonyl cyanide 3-chlorophenylhydrazone (CCCP) [class: Hydrazone], Benzylkonium Chloride (BAC) [class: Quaternary Ammonium Compounds (QACs)], Chlorhexidine [class: Biguanides], Sodium Nitrite (NaNo2) [class: Nitrites]	prediction
2654	M0164253	NZ_CP010239.1	JPCPDEEH_00036	NZ_CP010239.1__JPCPDEEH_00036	NZ_CP010239.1	C419	JPCPDEEH_00036	127	gi|847057718	96.9	3e-65	1	127	1.0	1	WP_047959931.1	Cadmium (Cd), Mercury (Hg), Tributyltin (TBT) [class: Organo-tin], Hydrogen Peroxide (H2O2) [class: Peroxides], Hydrochloric acid (HCl) [class: Acid]	prediction
2655	M0166292	NZ_CP018464.1	EIBFGEGK_00081	NZ_CP018464.1__EIBFGEGK_00081	NZ_CP018464.1	C462	EIBFGEGK_00081	773	copF	99.9	0	1	773	1.0	1	F4ZBY1	Copper (Cu)	experiment
2656	M0166292	NZ_CP018464.1	EIBFGEGK_00081	NZ_CP018464.1__EIBFGEGK_00081	NZ_CP018464.1	C462	EIBFGEGK_00081	773	gi|872693244	100	0	1	773	1.0	1	CRP28251.1	Copper (Cu)	prediction
2657	M0166293	NZ_CP018464.1	EIBFGEGK_00083	NZ_CP018464.1__EIBFGEGK_00083	NZ_CP018464.1	C462	EIBFGEGK_00083	127	copC	99.2	2.9e-67	1	127	1.0	1	F4ZBX9	Copper (Cu)	experiment
2658	M0166293	NZ_CP018464.1	EIBFGEGK_00083	NZ_CP018464.1__EIBFGEGK_00083	NZ_CP018464.1	C462	EIBFGEGK_00083	127	gi|1122354134	100	2.3e-65	1	127	1.0	1	WP_074038361.1	Copper (Cu)	prediction
2659	M0166299	NZ_CP018464.1	EIBFGEGK_00081	NZ_CP018464.1__EIBFGEGK_00081	NZ_CP018464.1	C462	EIBFGEGK_00081	773	copF	99.9	0	1	773	1.0	1	F4ZBY1	Copper (Cu)	experiment
2660	M0166299	NZ_CP018464.1	EIBFGEGK_00081	NZ_CP018464.1__EIBFGEGK_00081	NZ_CP018464.1	C462	EIBFGEGK_00081	773	gi|872693244	100	0	1	773	1.0	1	CRP28251.1	Copper (Cu)	prediction
2661	M0166300	NZ_CP018464.1	EIBFGEGK_00087	NZ_CP018464.1__EIBFGEGK_00087	NZ_CP018464.1	C462	EIBFGEGK_00087	256	copM	98.4	9.5e-150	1	256	1.0	1	F4ZBX5	Copper (Cu)	experiment
2662	M0166300	NZ_CP018464.1	EIBFGEGK_00087	NZ_CP018464.1__EIBFGEGK_00087	NZ_CP018464.1	C462	EIBFGEGK_00087	256	gi|313585030	98.4	2.2e-147	1	256	1.0	1	ADR70749.1	Copper (Cu)	prediction
2663	M0166301	NZ_CP018464.1	EIBFGEGK_00087	NZ_CP018464.1__EIBFGEGK_00087	NZ_CP018464.1	C462	EIBFGEGK_00087	256	copM	98.4	9.5e-150	1	256	1.0	1	F4ZBX5	Copper (Cu)	experiment
2664	M0166301	NZ_CP018464.1	EIBFGEGK_00087	NZ_CP018464.1__EIBFGEGK_00087	NZ_CP018464.1	C462	EIBFGEGK_00087	256	gi|313585030	98.4	2.2e-147	1	256	1.0	1	ADR70749.1	Copper (Cu)	prediction
2665	M0166302	NZ_CP018464.1	EIBFGEGK_00087	NZ_CP018464.1__EIBFGEGK_00087	NZ_CP018464.1	C462	EIBFGEGK_00087	256	copM	98.4	9.5e-150	1	256	1.0	1	F4ZBX5	Copper (Cu)	experiment
2666	M0166302	NZ_CP018464.1	EIBFGEGK_00087	NZ_CP018464.1__EIBFGEGK_00087	NZ_CP018464.1	C462	EIBFGEGK_00087	256	gi|313585030	98.4	2.2e-147	1	256	1.0	1	ADR70749.1	Copper (Cu)	prediction
2667	M0166303	NZ_CP018464.1	EIBFGEGK_00088	NZ_CP018464.1__EIBFGEGK_00088	NZ_CP018464.1	C462	EIBFGEGK_00088	373	copB	79.5	6.8e-181	1	373	1.1367292225201073	1.00473933649289	F4ZD00	Copper (Cu)	experiment
2668	M0166303	NZ_CP018464.1	EIBFGEGK_00088	NZ_CP018464.1__EIBFGEGK_00088	NZ_CP018464.1	C462	EIBFGEGK_00088	373	gi|1122354136	100	3.7e-212	1	373	1.0	1	WP_074038363.1	Copper (Cu)	prediction
2669	M0166304	NZ_CP018464.1	EIBFGEGK_00091	NZ_CP018464.1__EIBFGEGK_00091	NZ_CP018464.1	C462	EIBFGEGK_00091	108	cop-unnamed	94.4	4.1e-54	1	108	1.0	1	F4ZBX1	Copper (Cu)	experiment
2670	M0166304	NZ_CP018464.1	EIBFGEGK_00091	NZ_CP018464.1__EIBFGEGK_00091	NZ_CP018464.1	C462	EIBFGEGK_00091	108	gi|501456774	100	7e-55	1	108	1.0	1	WP_012480219.1	Copper (Cu)	prediction
2671	M0166308	NZ_CP018464.1	EIBFGEGK_00088	NZ_CP018464.1__EIBFGEGK_00088	NZ_CP018464.1	C462	EIBFGEGK_00088	373	copB	79.5	6.8e-181	1	373	1.1367292225201073	1.00473933649289	F4ZD00	Copper (Cu)	experiment
2672	M0166308	NZ_CP018464.1	EIBFGEGK_00088	NZ_CP018464.1__EIBFGEGK_00088	NZ_CP018464.1	C462	EIBFGEGK_00088	373	gi|1122354136	100	3.7e-212	1	373	1.0	1	WP_074038363.1	Copper (Cu)	prediction
2673	M0166309	NZ_CP018464.1	EIBFGEGK_00088	NZ_CP018464.1__EIBFGEGK_00088	NZ_CP018464.1	C462	EIBFGEGK_00088	373	copB	79.5	6.8e-181	1	373	1.1367292225201073	1.00473933649289	F4ZD00	Copper (Cu)	experiment
2674	M0166309	NZ_CP018464.1	EIBFGEGK_00088	NZ_CP018464.1__EIBFGEGK_00088	NZ_CP018464.1	C462	EIBFGEGK_00088	373	gi|1122354136	100	3.7e-212	1	373	1.0	1	WP_074038363.1	Copper (Cu)	prediction
2675	M0166310	NZ_CP018464.1	EIBFGEGK_00089	NZ_CP018464.1__EIBFGEGK_00089	NZ_CP018464.1	C462	EIBFGEGK_00089	622	copA	99	0	1	622	1.0016077170418007	1	F4ZBX3	Copper (Cu)	experiment
2676	M0166310	NZ_CP018464.1	EIBFGEGK_00089	NZ_CP018464.1__EIBFGEGK_00089	NZ_CP018464.1	C462	EIBFGEGK_00089	622	gi|501456772	100	0	1	622	1.0	1	WP_012480217.1	Copper (Cu), Silver (Ag)	prediction
2677	M0166311	NZ_CP018464.1	EIBFGEGK_00089	NZ_CP018464.1__EIBFGEGK_00089	NZ_CP018464.1	C462	EIBFGEGK_00089	622	copA	99	0	1	622	1.0016077170418007	1	F4ZBX3	Copper (Cu)	experiment
2678	M0166311	NZ_CP018464.1	EIBFGEGK_00089	NZ_CP018464.1__EIBFGEGK_00089	NZ_CP018464.1	C462	EIBFGEGK_00089	622	gi|501456772	100	0	1	622	1.0	1	WP_012480217.1	Copper (Cu), Silver (Ag)	prediction
2679	M0168020	NZ_CP026642.1	HDHDKFFL_00130	NZ_CP026642.1__HDHDKFFL_00130	NZ_CP026642.1	C535	HDHDKFFL_00130	155	terW	99.4	3.1e-79	1	155	1.0	1	P75010	Tellurium (Te)	experiment
2680	M0168020	NZ_CP026642.1	HDHDKFFL_00130	NZ_CP026642.1__HDHDKFFL_00130	NZ_CP026642.1	C535	HDHDKFFL_00130	155	gi|447099512	100	1.9e-77	1	155	1.0	1	WP_001176768.1	Tellurium (Te)	prediction
2681	M0168021	NZ_CP026642.1	HDHDKFFL_00130	NZ_CP026642.1__HDHDKFFL_00130	NZ_CP026642.1	C535	HDHDKFFL_00130	155	terW	99.4	3.1e-79	1	155	1.0	1	P75010	Tellurium (Te)	experiment
2682	M0168021	NZ_CP026642.1	HDHDKFFL_00130	NZ_CP026642.1__HDHDKFFL_00130	NZ_CP026642.1	C535	HDHDKFFL_00130	155	gi|447099512	100	1.9e-77	1	155	1.0	1	WP_001176768.1	Tellurium (Te)	prediction
2683	M0179918	NZ_CP062197.1	DPAGEEAF_00005	NZ_CP062197.1__DPAGEEAF_00005	NZ_CP062197.1	C784	DPAGEEAF_00005	358	gi|738868137	78.4	5.5e-157	1	357	0.9972067039106145	0.997206703910615	WP_036756743.1	Arsenic (As)	prediction
2684	M0179919	NZ_CP062197.1	DPAGEEAF_00005	NZ_CP062197.1__DPAGEEAF_00005	NZ_CP062197.1	C784	DPAGEEAF_00005	358	gi|738868137	78.4	5.5e-157	1	357	0.9972067039106145	0.997206703910615	WP_036756743.1	Arsenic (As)	prediction
2685	M0179920	NZ_CP062197.1	DPAGEEAF_00005	NZ_CP062197.1__DPAGEEAF_00005	NZ_CP062197.1	C784	DPAGEEAF_00005	358	gi|738868137	78.4	5.5e-157	1	357	0.9972067039106145	0.997206703910615	WP_036756743.1	Arsenic (As)	prediction
2686	M0179921	NZ_CP062197.1	DPAGEEAF_00005	NZ_CP062197.1__DPAGEEAF_00005	NZ_CP062197.1	C784	DPAGEEAF_00005	358	gi|738868137	78.4	5.5e-157	1	357	0.9972067039106145	0.997206703910615	WP_036756743.1	Arsenic (As)	prediction
2687	M0179922	NZ_CP062197.1	DPAGEEAF_00005	NZ_CP062197.1__DPAGEEAF_00005	NZ_CP062197.1	C784	DPAGEEAF_00005	358	gi|738868137	78.4	5.5e-157	1	357	0.9972067039106145	0.997206703910615	WP_036756743.1	Arsenic (As)	prediction
2688	M0179923	NZ_CP062197.1	DPAGEEAF_00005	NZ_CP062197.1__DPAGEEAF_00005	NZ_CP062197.1	C784	DPAGEEAF_00005	358	gi|738868137	78.4	5.5e-157	1	357	0.9972067039106145	0.997206703910615	WP_036756743.1	Arsenic (As)	prediction
2689	M0179924	NZ_CP062197.1	DPAGEEAF_00005	NZ_CP062197.1__DPAGEEAF_00005	NZ_CP062197.1	C784	DPAGEEAF_00005	358	gi|738868137	78.4	5.5e-157	1	357	0.9972067039106145	0.997206703910615	WP_036756743.1	Arsenic (As)	prediction
2690	M0179925	NZ_CP062197.1	DPAGEEAF_00005	NZ_CP062197.1__DPAGEEAF_00005	NZ_CP062197.1	C784	DPAGEEAF_00005	358	gi|738868137	78.4	5.5e-157	1	357	0.9972067039106145	0.997206703910615	WP_036756743.1	Arsenic (As)	prediction
2691	M0179926	NZ_CP062197.1	DPAGEEAF_00005	NZ_CP062197.1__DPAGEEAF_00005	NZ_CP062197.1	C784	DPAGEEAF_00005	358	gi|738868137	78.4	5.5e-157	1	357	0.9972067039106145	0.997206703910615	WP_036756743.1	Arsenic (As)	prediction
2692	M0179927	NZ_CP062197.1	DPAGEEAF_00005	NZ_CP062197.1__DPAGEEAF_00005	NZ_CP062197.1	C784	DPAGEEAF_00005	358	gi|738868137	78.4	5.5e-157	1	357	0.9972067039106145	0.997206703910615	WP_036756743.1	Arsenic (As)	prediction
2693	M0179928	NZ_CP062197.1	DPAGEEAF_00005	NZ_CP062197.1__DPAGEEAF_00005	NZ_CP062197.1	C784	DPAGEEAF_00005	358	gi|738868137	78.4	5.5e-157	1	357	0.9972067039106145	0.997206703910615	WP_036756743.1	Arsenic (As)	prediction
2694	M0179929	NZ_CP062197.1	DPAGEEAF_00005	NZ_CP062197.1__DPAGEEAF_00005	NZ_CP062197.1	C784	DPAGEEAF_00005	358	gi|738868137	78.4	5.5e-157	1	357	0.9972067039106145	0.997206703910615	WP_036756743.1	Arsenic (As)	prediction
2695	M0179930	NZ_CP062197.1	DPAGEEAF_00006	NZ_CP062197.1__DPAGEEAF_00006	NZ_CP062197.1	C784	DPAGEEAF_00006	143	arsC	77.1	1.1e-59	4	143	0.9790209790209791	0.99290780141844	P52147	Arsenic (As), Antimony (Sb)	experiment
2696	M0179930	NZ_CP062197.1	DPAGEEAF_00006	NZ_CP062197.1__DPAGEEAF_00006	NZ_CP062197.1	C784	DPAGEEAF_00006	143	gi|526087828	77.7	1.5e-57	4	142	0.972027972027972	0.972027972027972	WP_020839046.1	Arsenic (As)	prediction
2697	M0184607	NZ_CP069921.1	NLGBEDAF_00002	NZ_CP069921.1__NLGBEDAF_00002	NZ_CP069921.1	C846	NLGBEDAF_00002	255	fecE	100	3.7e-146	1	255	1.0	1	P15031	Nickel (Ni), Cobalt (Co)	experiment
2698	M0184607	NZ_CP069921.1	NLGBEDAF_00002	NZ_CP069921.1__NLGBEDAF_00002	NZ_CP069921.1	C846	NLGBEDAF_00002	255	gi|446097602	100	8.5e-144	1	255	1.0	1	WP_000175457.1	Nickel (Ni), Cobalt (Co)	prediction
2699	M0184612	NZ_CP069921.1	NLGBEDAF_00002	NZ_CP069921.1__NLGBEDAF_00002	NZ_CP069921.1	C846	NLGBEDAF_00002	255	fecE	100	3.7e-146	1	255	1.0	1	P15031	Nickel (Ni), Cobalt (Co)	experiment
2700	M0184612	NZ_CP069921.1	NLGBEDAF_00002	NZ_CP069921.1__NLGBEDAF_00002	NZ_CP069921.1	C846	NLGBEDAF_00002	255	gi|446097602	100	8.5e-144	1	255	1.0	1	WP_000175457.1	Nickel (Ni), Cobalt (Co)	prediction
2701	M0184613	NZ_CP069921.1	NLGBEDAF_00003	NZ_CP069921.1__NLGBEDAF_00003	NZ_CP069921.1	C846	NLGBEDAF_00003	318	fecD	99.7	4e-174	1	318	1.0	1	P15029	Nickel (Ni), Cobalt (Co)	experiment
2702	M0184613	NZ_CP069921.1	NLGBEDAF_00003	NZ_CP069921.1__NLGBEDAF_00003	NZ_CP069921.1	C846	NLGBEDAF_00003	318	gi|501619921	100	2.4e-172	1	318	1.0	0.969512195121951	WP_012602667.1	Nickel (Ni), Cobalt (Co)	prediction
2703	M0191115	NZ_CP085105.1	HMADONFM_00028	NZ_CP085105.1__HMADONFM_00028	NZ_CP085105.1	C964	HMADONFM_00028	430	silB	97.9	2.1e-242	1	430	1.0	1	Q9ZHD0	Silver (Ag)	experiment
2704	M0191115	NZ_CP085105.1	HMADONFM_00028	NZ_CP085105.1__HMADONFM_00028	NZ_CP085105.1	C964	HMADONFM_00028	430	gi|490200465	100	3.2e-244	1	430	1.0	1	WP_004098959.1	Silver (Ag)	prediction
2705	M0191116	NZ_CP085105.1	HMADONFM_00029	NZ_CP085105.1__HMADONFM_00029	NZ_CP085105.1	C964	HMADONFM_00029	1048	silA	98.8	0	1	1048	1.0	1	Q9ZHC9	Silver (Ag)	experiment
2706	M0191116	NZ_CP085105.1	HMADONFM_00029	NZ_CP085105.1__HMADONFM_00029	NZ_CP085105.1	C964	HMADONFM_00029	1048	gi|1194429291	99.9	0	1	1048	1.0	0.99054820415879	ARR90392.1	Silver (Ag)	prediction
2707	M0191117	NZ_CP085105.1	HMADONFM_00031	NZ_CP085105.1__HMADONFM_00031	NZ_CP085105.1	C964	HMADONFM_00031	815	silP	94.6	0	1	815	1.0012269938650307	0.990291262135922	Q9ZHC7	Silver (Ag)	experiment
2708	M0191117	NZ_CP085105.1	HMADONFM_00031	NZ_CP085105.1__HMADONFM_00031	NZ_CP085105.1	C964	HMADONFM_00031	815	gi|490291528	100	0	1	815	1.0	1	WP_004187133.1	Silver (Ag)	prediction
2709	M0191768	NZ_CP093272.1	BFMJPFMF_00085	NZ_CP093272.1__BFMJPFMF_00085	NZ_CP093272.1	C1010	BFMJPFMF_00085	141	arsC	83.7	5.3e-70	1	141	1.0	1	O50595	Arsenic (As), Antimony (Sb)	experiment
2710	M0191768	NZ_CP093272.1	BFMJPFMF_00085	NZ_CP093272.1__BFMJPFMF_00085	NZ_CP093272.1	C1010	BFMJPFMF_00085	141	gi|765033966	85.8	1.4e-68	1	141	1.0	1	WP_044599771.1	Arsenic (As)	prediction
2711	M0200617	NZ_CP141089.1	FAALEOPE_01413	NZ_CP141089.1__FAALEOPE_01413	NZ_CP141089.1	C1242	FAALEOPE_01413	318	fecD	99.4	1.2e-173	1	318	1.0	1	P15029	Nickel (Ni), Cobalt (Co)	experiment
2712	M0200617	NZ_CP141089.1	FAALEOPE_01413	NZ_CP141089.1__FAALEOPE_01413	NZ_CP141089.1	C1242	FAALEOPE_01413	318	gi|446607509	100	8.3e-173	1	318	1.0	1	WP_000684855.1	Nickel (Ni), Cobalt (Co)	prediction
2713	M0200621	NZ_CP141538.1	OOLELIFE_00285	NZ_CP141538.1__OOLELIFE_00285	NZ_CP141538.1	C1243	OOLELIFE_00285	430	silB	98.4	3.2e-243	1	430	1.0	1	Q9ZHD0	Silver (Ag)	experiment
2714	M0200621	NZ_CP141538.1	OOLELIFE_00285	NZ_CP141538.1__OOLELIFE_00285	NZ_CP141538.1	C1243	OOLELIFE_00285	430	gi|485893559	100	3.2e-244	1	430	1.0	1	WP_001485328.1	Silver (Ag)	prediction
2715	M0208807	NZ_MT162143.1	IALKMIHO_00040	NZ_MT162143.1__IALKMIHO_00040	NZ_MT162143.1	C1387	IALKMIHO_00040	139	arsD	98.3	1.9e-67	20	139	0.8633093525179856	1	P52148	Arsenic (As), Antimony (Sb)	experiment
2716	M0208807	NZ_MT162143.1	IALKMIHO_00040	NZ_MT162143.1__IALKMIHO_00040	NZ_MT162143.1	C1387	IALKMIHO_00040	139	gi|446705869	100	5.1e-66	20	139	0.8633093525179856	1	WP_000783215.1	Arsenic (As)	prediction