Locus_tag	OperonID	Description
KGB38_gp01	operon_0001	NC_054638.1|gene-KGB38_gp01|KGB38_gp01
KGB38_gp02	operon_0001	NC_054638.1|gene-KGB38_gp02|KGB38_gp02
KGB38_gp03	operon_0001	NC_054638.1|gene-KGB38_gp03|KGB38_gp03
KGB38_gp04	operon_0001	NC_054638.1|gene-KGB38_gp04|KGB38_gp04
KGB38_gp05	operon_0001	NC_054638.1|gene-KGB38_gp05|KGB38_gp05
KGB38_gp06	operon_0001	NC_054638.1|gene-KGB38_gp06|KGB38_gp06
KGB38_gp07	operon_0001	NC_054638.1|gene-KGB38_gp07|KGB38_gp07
KGB38_gp08	operon_0002	NC_054638.1|gene-KGB38_gp08|KGB38_gp08
KGB38_gp09	operon_0002	NC_054638.1|gene-KGB38_gp09|KGB38_gp09
KGB38_gp10	operon_0002	NC_054638.1|gene-KGB38_gp10|KGB38_gp10
KGB38_gp11	operon_0002	NC_054638.1|gene-KGB38_gp11|KGB38_gp11
KGB38_gp12	operon_0003	NC_054638.1|gene-KGB38_gp12|KGB38_gp12
KGB38_gp13	operon_0003	NC_054638.1|gene-KGB38_gp13|KGB38_gp13
KGB38_gp14	operon_0003	NC_054638.1|gene-KGB38_gp14|KGB38_gp14
KGB38_gp15	operon_0003	NC_054638.1|gene-KGB38_gp15|KGB38_gp15
KGB38_gp16	operon_0003	NC_054638.1|gene-KGB38_gp16|KGB38_gp16
KGB38_gp17	operon_0004	NC_054638.1|gene-KGB38_gp17|KGB38_gp17
KGB38_gp18	operon_0004	NC_054638.1|gene-KGB38_gp18|KGB38_gp18
KGB38_gp19	operon_0004	NC_054638.1|gene-KGB38_gp19|KGB38_gp19
KGB38_gp20	operon_0005	NC_054638.1|gene-KGB38_gp20|KGB38_gp20
KGB38_gp21	operon_0005	NC_054638.1|gene-KGB38_gp21|KGB38_gp21
KGB38_gp22	operon_0005	NC_054638.1|gene-KGB38_gp22|KGB38_gp22
KGB38_gp23	operon_0005	NC_054638.1|gene-KGB38_gp23|KGB38_gp23
KGB38_gp24	operon_0005	NC_054638.1|gene-KGB38_gp24|KGB38_gp24
KGB38_gp25	operon_0005	NC_054638.1|gene-KGB38_gp25|KGB38_gp25
KGB38_gp26	operon_0005	NC_054638.1|gene-KGB38_gp26|KGB38_gp26
KGB38_gp27	operon_0005	NC_054638.1|gene-KGB38_gp27|KGB38_gp27
KGB38_gp28	operon_0006	NC_054638.1|gene-KGB38_gp28|KGB38_gp28
KGB38_gp29	operon_0006	NC_054638.1|gene-KGB38_gp29|KGB38_gp29
KGB38_gp30	operon_0006	NC_054638.1|gene-KGB38_gp30|KGB38_gp30
KGB38_gp31	operon_0007	NC_054638.1|gene-KGB38_gp31|KGB38_gp31
KGB38_gp32	operon_0008	NC_054638.1|gene-KGB38_gp32|KGB38_gp32
KGB38_gp33	operon_0008	NC_054638.1|gene-KGB38_gp33|KGB38_gp33
KGB38_gp34	operon_0009	NC_054638.1|gene-KGB38_gp34|KGB38_gp34
KGB38_gp35	operon_0010	NC_054638.1|gene-KGB38_gp35|KGB38_gp35
KGB38_gp36	operon_0011	NC_054638.1|gene-KGB38_gp36|KGB38_gp36
KGB38_gp37	operon_0011	NC_054638.1|gene-KGB38_gp37|KGB38_gp37
KGB38_gp38	operon_0011	NC_054638.1|gene-KGB38_gp38|KGB38_gp38
KGB38_gp39	operon_0011	NC_054638.1|gene-KGB38_gp39|KGB38_gp39
KGB38_gp40	operon_0011	NC_054638.1|gene-KGB38_gp40|KGB38_gp40
KGB38_gp41	operon_0012	NC_054638.1|gene-KGB38_gp41|KGB38_gp41
KGB38_gp42	operon_0013	NC_054638.1|gene-KGB38_gp42|KGB38_gp42
KGB38_gp43	operon_0014	NC_054638.1|gene-KGB38_gp43|KGB38_gp43
KGB38_gp44	operon_0014	NC_054638.1|gene-KGB38_gp44|KGB38_gp44
KGB38_gp45	operon_0015	NC_054638.1|gene-KGB38_gp45|KGB38_gp45
KGB38_gp46	operon_0015	NC_054638.1|gene-KGB38_gp46|KGB38_gp46
KGB38_gp47	operon_0016	NC_054638.1|gene-KGB38_gp47|KGB38_gp47
KGB38_gp48	operon_0017	NC_054638.1|gene-KGB38_gp48|KGB38_gp48
KGB38_gp49	operon_0017	NC_054638.1|gene-KGB38_gp49|KGB38_gp49
KGB38_gp50	operon_0017	NC_054638.1|gene-KGB38_gp50|KGB38_gp50
KGB38_gp51	operon_0017	NC_054638.1|gene-KGB38_gp51|KGB38_gp51
KGB38_gp52	operon_0018	NC_054638.1|gene-KGB38_gp52|KGB38_gp52
KGB38_gp53	operon_0018	NC_054638.1|gene-KGB38_gp53|KGB38_gp53
KGB38_gp54	operon_0019	NC_054638.1|gene-KGB38_gp54|KGB38_gp54
KGB38_gp55	operon_0020	NC_054638.1|gene-KGB38_gp55|KGB38_gp55
KGB38_gp56	operon_0020	NC_054638.1|gene-KGB38_gp56|KGB38_gp56
KGB38_gp57	operon_0020	NC_054638.1|gene-KGB38_gp57|KGB38_gp57
KGB38_gp58	operon_0020	NC_054638.1|gene-KGB38_gp58|KGB38_gp58
KGB38_gp59	operon_0020	NC_054638.1|gene-KGB38_gp59|KGB38_gp59
KGB38_gp60	operon_0020	NC_054638.1|gene-KGB38_gp60|KGB38_gp60
KGB38_gp61	operon_0020	NC_054638.1|gene-KGB38_gp61|KGB38_gp61
KGB38_gp62	operon_0020	NC_054638.1|gene-KGB38_gp62|KGB38_gp62
KGB38_gp63	operon_0021	NC_054638.1|gene-KGB38_gp63|KGB38_gp63
KGB38_gp64	operon_0022	NC_054638.1|gene-KGB38_gp64|KGB38_gp64
KGB38_gp65	operon_0022	NC_054638.1|gene-KGB38_gp65|KGB38_gp65
KGB38_gp66	operon_0022	NC_054638.1|gene-KGB38_gp66|KGB38_gp66
KGB38_gp67	operon_0022	NC_054638.1|gene-KGB38_gp67|KGB38_gp67
KGB38_gp68	operon_0023	NC_054638.1|gene-KGB38_gp68|KGB38_gp68
KGB38_gp69	operon_0023	NC_054638.1|gene-KGB38_gp69|KGB38_gp69
KGB38_gp70	operon_0023	NC_054638.1|gene-KGB38_gp70|KGB38_gp70
KGB38_gp71	operon_0023	NC_054638.1|gene-KGB38_gp71|KGB38_gp71
KGB38_gp72	operon_0023	NC_054638.1|gene-KGB38_gp72|KGB38_gp72
KGB38_gp73	operon_0024	NC_054638.1|gene-KGB38_gp73|KGB38_gp73
KGB38_gp01	operon_0026	NC_054638.1|gene-KGB38_gp01|KGB38_gp01
KGB38_gp02	operon_0026	NC_054638.1|gene-KGB38_gp02|KGB38_gp02
KGB38_gp03	operon_0026	NC_054638.1|gene-KGB38_gp03|KGB38_gp03
KGB38_gp04	operon_0026	NC_054638.1|gene-KGB38_gp04|KGB38_gp04
KGB38_gp05	operon_0026	NC_054638.1|gene-KGB38_gp05|KGB38_gp05
KGB38_gp06	operon_0026	NC_054638.1|gene-KGB38_gp06|KGB38_gp06
KGB38_gp07	operon_0026	NC_054638.1|gene-KGB38_gp07|KGB38_gp07
KGB38_gp08	operon_0027	NC_054638.1|gene-KGB38_gp08|KGB38_gp08
KGB38_gp09	operon_0027	NC_054638.1|gene-KGB38_gp09|KGB38_gp09
KGB38_gp10	operon_0027	NC_054638.1|gene-KGB38_gp10|KGB38_gp10
KGB38_gp11	operon_0027	NC_054638.1|gene-KGB38_gp11|KGB38_gp11
KGB38_gp12	operon_0028	NC_054638.1|gene-KGB38_gp12|KGB38_gp12
KGB38_gp13	operon_0028	NC_054638.1|gene-KGB38_gp13|KGB38_gp13
KGB38_gp14	operon_0028	NC_054638.1|gene-KGB38_gp14|KGB38_gp14
KGB38_gp15	operon_0028	NC_054638.1|gene-KGB38_gp15|KGB38_gp15
KGB38_gp16	operon_0028	NC_054638.1|gene-KGB38_gp16|KGB38_gp16
KGB38_gp17	operon_0029	NC_054638.1|gene-KGB38_gp17|KGB38_gp17
KGB38_gp18	operon_0029	NC_054638.1|gene-KGB38_gp18|KGB38_gp18
KGB38_gp19	operon_0029	NC_054638.1|gene-KGB38_gp19|KGB38_gp19
KGB38_gp20	operon_0030	NC_054638.1|gene-KGB38_gp20|KGB38_gp20
KGB38_gp21	operon_0030	NC_054638.1|gene-KGB38_gp21|KGB38_gp21
KGB38_gp22	operon_0030	NC_054638.1|gene-KGB38_gp22|KGB38_gp22
KGB38_gp23	operon_0030	NC_054638.1|gene-KGB38_gp23|KGB38_gp23
KGB38_gp24	operon_0030	NC_054638.1|gene-KGB38_gp24|KGB38_gp24
KGB38_gp25	operon_0030	NC_054638.1|gene-KGB38_gp25|KGB38_gp25
KGB38_gp26	operon_0030	NC_054638.1|gene-KGB38_gp26|KGB38_gp26
KGB38_gp27	operon_0030	NC_054638.1|gene-KGB38_gp27|KGB38_gp27
KGB38_gp28	operon_0031	NC_054638.1|gene-KGB38_gp28|KGB38_gp28
KGB38_gp29	operon_0031	NC_054638.1|gene-KGB38_gp29|KGB38_gp29
KGB38_gp30	operon_0031	NC_054638.1|gene-KGB38_gp30|KGB38_gp30
KGB38_gp31	operon_0032	NC_054638.1|gene-KGB38_gp31|KGB38_gp31
KGB38_gp32	operon_0033	NC_054638.1|gene-KGB38_gp32|KGB38_gp32
KGB38_gp33	operon_0033	NC_054638.1|gene-KGB38_gp33|KGB38_gp33
KGB38_gp34	operon_0034	NC_054638.1|gene-KGB38_gp34|KGB38_gp34
KGB38_gp35	operon_0035	NC_054638.1|gene-KGB38_gp35|KGB38_gp35
KGB38_gp36	operon_0036	NC_054638.1|gene-KGB38_gp36|KGB38_gp36
KGB38_gp37	operon_0036	NC_054638.1|gene-KGB38_gp37|KGB38_gp37
KGB38_gp38	operon_0036	NC_054638.1|gene-KGB38_gp38|KGB38_gp38
KGB38_gp39	operon_0036	NC_054638.1|gene-KGB38_gp39|KGB38_gp39
KGB38_gp40	operon_0036	NC_054638.1|gene-KGB38_gp40|KGB38_gp40
KGB38_gp41	operon_0037	NC_054638.1|gene-KGB38_gp41|KGB38_gp41
KGB38_gp42	operon_0038	NC_054638.1|gene-KGB38_gp42|KGB38_gp42
KGB38_gp43	operon_0039	NC_054638.1|gene-KGB38_gp43|KGB38_gp43
KGB38_gp44	operon_0039	NC_054638.1|gene-KGB38_gp44|KGB38_gp44
KGB38_gp45	operon_0040	NC_054638.1|gene-KGB38_gp45|KGB38_gp45
KGB38_gp46	operon_0040	NC_054638.1|gene-KGB38_gp46|KGB38_gp46
KGB38_gp47	operon_0041	NC_054638.1|gene-KGB38_gp47|KGB38_gp47
KGB38_gp48	operon_0042	NC_054638.1|gene-KGB38_gp48|KGB38_gp48
KGB38_gp49	operon_0042	NC_054638.1|gene-KGB38_gp49|KGB38_gp49
KGB38_gp50	operon_0042	NC_054638.1|gene-KGB38_gp50|KGB38_gp50
KGB38_gp51	operon_0042	NC_054638.1|gene-KGB38_gp51|KGB38_gp51
KGB38_gp52	operon_0043	NC_054638.1|gene-KGB38_gp52|KGB38_gp52
KGB38_gp53	operon_0043	NC_054638.1|gene-KGB38_gp53|KGB38_gp53
KGB38_gp54	operon_0044	NC_054638.1|gene-KGB38_gp54|KGB38_gp54
KGB38_gp55	operon_0045	NC_054638.1|gene-KGB38_gp55|KGB38_gp55
KGB38_gp56	operon_0045	NC_054638.1|gene-KGB38_gp56|KGB38_gp56
KGB38_gp57	operon_0045	NC_054638.1|gene-KGB38_gp57|KGB38_gp57
KGB38_gp58	operon_0045	NC_054638.1|gene-KGB38_gp58|KGB38_gp58
KGB38_gp59	operon_0045	NC_054638.1|gene-KGB38_gp59|KGB38_gp59
KGB38_gp60	operon_0045	NC_054638.1|gene-KGB38_gp60|KGB38_gp60
KGB38_gp61	operon_0045	NC_054638.1|gene-KGB38_gp61|KGB38_gp61
KGB38_gp62	operon_0045	NC_054638.1|gene-KGB38_gp62|KGB38_gp62
KGB38_gp63	operon_0046	NC_054638.1|gene-KGB38_gp63|KGB38_gp63
KGB38_gp64	operon_0047	NC_054638.1|gene-KGB38_gp64|KGB38_gp64
KGB38_gp65	operon_0047	NC_054638.1|gene-KGB38_gp65|KGB38_gp65
KGB38_gp66	operon_0047	NC_054638.1|gene-KGB38_gp66|KGB38_gp66
KGB38_gp67	operon_0047	NC_054638.1|gene-KGB38_gp67|KGB38_gp67
KGB38_gp68	operon_0048	NC_054638.1|gene-KGB38_gp68|KGB38_gp68
KGB38_gp69	operon_0048	NC_054638.1|gene-KGB38_gp69|KGB38_gp69
KGB38_gp70	operon_0048	NC_054638.1|gene-KGB38_gp70|KGB38_gp70
KGB38_gp71	operon_0048	NC_054638.1|gene-KGB38_gp71|KGB38_gp71
KGB38_gp72	operon_0048	NC_054638.1|gene-KGB38_gp72|KGB38_gp72
KGB38_gp73	operon_0049	NC_054638.1|gene-KGB38_gp73|KGB38_gp73