Locus_tag	OperonID	Description
WILDE_1	operon_0002	KU160673.1|gene0|WILDE_1|1
WILDE_2	operon_0002	KU160673.1|gene1|WILDE_2|2
WILDE_3	operon_0002	KU160673.1|gene2|WILDE_3|3
WILDE_4	operon_0002	KU160673.1|gene3|WILDE_4|4
WILDE_5	operon_0002	KU160673.1|gene4|WILDE_5|5
WILDE_6	operon_0002	KU160673.1|gene5|WILDE_6|6
WILDE_7	operon_0002	KU160673.1|gene6|WILDE_7|7
WILDE_8	operon_0002	KU160673.1|gene7|WILDE_8|8
WILDE_9	operon_0003	KU160673.1|gene8|WILDE_9|9
WILDE_10	operon_0003	KU160673.1|gene9|WILDE_10|10
WILDE_11	operon_0003	KU160673.1|gene10|WILDE_11|11
WILDE_12	operon_0003	KU160673.1|gene11|WILDE_12|12
WILDE_13	operon_0003	KU160673.1|gene12|WILDE_13|13
WILDE_14	operon_0003	KU160673.1|gene13|WILDE_14|14
WILDE_15	operon_0003	KU160673.1|gene14|WILDE_15|15
WILDE_16	operon_0003	KU160673.1|gene15|WILDE_16|16
WILDE_17	operon_0003	KU160673.1|gene16|WILDE_17|17
WILDE_18	operon_0003	KU160673.1|gene17|WILDE_18|18
WILDE_19	operon_0003	KU160673.1|gene18|WILDE_19|19
WILDE_20	operon_0004	KU160673.1|gene19|WILDE_20|20
WILDE_21	operon_0004	KU160673.1|gene20|WILDE_21|21
WILDE_22	operon_0004	KU160673.1|gene21|WILDE_22|22
WILDE_23	operon_0004	KU160673.1|gene22|WILDE_23|23
WILDE_24	operon_0004	KU160673.1|gene23|WILDE_24|24
WILDE_25	operon_0004	KU160673.1|gene24|WILDE_25|25
WILDE_26	operon_0004	KU160673.1|gene25|WILDE_26|26
WILDE_27	operon_0004	KU160673.1|gene26|WILDE_27|27
WILDE_28	operon_0004	KU160673.1|gene27|WILDE_28|28
WILDE_29	operon_0004	KU160673.1|gene28|WILDE_29|29
WILDE_30	operon_0004	KU160673.1|gene29|WILDE_30|30
WILDE_31	operon_0004	KU160673.1|gene30|WILDE_31|31
WILDE_32	operon_0004	KU160673.1|gene31|WILDE_32|32
WILDE_33	operon_0004	KU160673.1|gene32|WILDE_33|33
WILDE_34	operon_0004	KU160673.1|gene33|WILDE_34|34
WILDE_35	operon_0004	KU160673.1|gene34|WILDE_35|35
WILDE_36	operon_0004	KU160673.1|gene35|WILDE_36|36
WILDE_37	operon_0004	KU160673.1|gene36|WILDE_37|37
WILDE_38	operon_0004	KU160673.1|gene37|WILDE_38|38
WILDE_39	operon_0004	KU160673.1|gene38|WILDE_39|39
WILDE_40	operon_0004	KU160673.1|gene39|WILDE_40|40
WILDE_41	operon_0005	KU160673.1|gene40|WILDE_41|41
WILDE_42	operon_0005	KU160673.1|gene41|WILDE_42|42
WILDE_43	operon_0005	KU160673.1|gene42|WILDE_43|43
WILDE_44	operon_0005	KU160673.1|gene43|WILDE_44|44
WILDE_45	operon_0005	KU160673.1|gene44|WILDE_45|45
WILDE_46	operon_0005	KU160673.1|gene45|WILDE_46|46
WILDE_47	operon_0005	KU160673.1|gene46|WILDE_47|47
WILDE_48	operon_0005	KU160673.1|gene47|WILDE_48|48
WILDE_49	operon_0005	KU160673.1|gene48|WILDE_49|49
WILDE_50	operon_0005	KU160673.1|gene49|WILDE_50|50
WILDE_51	operon_0005	KU160673.1|gene50|WILDE_51|51
WILDE_52	operon_0005	KU160673.1|gene51|WILDE_52|52
WILDE_53	operon_0005	KU160673.1|gene52|WILDE_53|53
WILDE_54	operon_0005	KU160673.1|gene53|WILDE_54|54
WILDE_55	operon_0005	KU160673.1|gene54|WILDE_55|55
WILDE_56	operon_0005	KU160673.1|gene55|WILDE_56|56
WILDE_57	operon_0005	KU160673.1|gene56|WILDE_57|57
WILDE_58	operon_0005	KU160673.1|gene57|WILDE_58|58
WILDE_59	operon_0005	KU160673.1|gene58|WILDE_59|59
WILDE_60	operon_0005	KU160673.1|gene59|WILDE_60|60
WILDE_61	operon_0005	KU160673.1|gene60|WILDE_61|61
WILDE_62	operon_0005	KU160673.1|gene61|WILDE_62|62
WILDE_63	operon_0005	KU160673.1|gene62|WILDE_63|63
WILDE_64	operon_0006	KU160673.1|gene63|WILDE_64|64
WILDE_65	operon_0006	KU160673.1|gene64|WILDE_65|65
WILDE_66	operon_0006	KU160673.1|gene65|WILDE_66|66
WILDE_67	operon_0006	KU160673.1|gene66|WILDE_67|67
WILDE_68	operon_0006	KU160673.1|gene67|WILDE_68|68
WILDE_69	operon_0006	KU160673.1|gene68|WILDE_69|69
WILDE_70	operon_0006	KU160673.1|gene69|WILDE_70|70
WILDE_71	operon_0006	KU160673.1|gene70|WILDE_71|71
WILDE_72	operon_0006	KU160673.1|gene71|WILDE_72|72
WILDE_73	operon_0007	KU160673.1|gene72|WILDE_73|73
WILDE_74	operon_0007	KU160673.1|gene73|WILDE_74|74
WILDE_75	operon_0007	KU160673.1|gene74|WILDE_75|75
WILDE_76	operon_0007	KU160673.1|gene75|WILDE_76|76
WILDE_77	operon_0007	KU160673.1|gene76|WILDE_77|77
WILDE_78	operon_0007	KU160673.1|gene77|WILDE_78|78
WILDE_79	operon_0007	KU160673.1|gene78|WILDE_79|79
WILDE_80	operon_0007	KU160673.1|gene79|WILDE_80|80
WILDE_81	operon_0007	KU160673.1|gene80|WILDE_81|81
WILDE_82	operon_0007	KU160673.1|gene81|WILDE_82|82
WILDE_83	operon_0007	KU160673.1|gene82|WILDE_83|83
WILDE_84	operon_0007	KU160673.1|gene83|WILDE_84|84
WILDE_85	operon_0007	KU160673.1|gene84|WILDE_85|85
WILDE_86	operon_0007	KU160673.1|gene85|WILDE_86|86
WILDE_87	operon_0007	KU160673.1|gene86|WILDE_87|87
WILDE_88	operon_0007	KU160673.1|gene87|WILDE_88|88
WILDE_89	operon_0007	KU160673.1|gene88|WILDE_89|89
WILDE_90	operon_0007	KU160673.1|gene89|WILDE_90|90
WILDE_91	operon_0007	KU160673.1|gene90|WILDE_91|91
WILDE_92	operon_0007	KU160673.1|gene91|WILDE_92|92
WILDE_93	operon_0007	KU160673.1|gene92|WILDE_93|93
WILDE_94	operon_0007	KU160673.1|gene93|WILDE_94|94
WILDE_95	operon_0007	KU160673.1|gene94|WILDE_95|95
WILDE_96	operon_0007	KU160673.1|gene95|WILDE_96|96
WILDE_97	operon_0007	KU160673.1|gene96|WILDE_97|97
WILDE_98	operon_0007	KU160673.1|gene97|WILDE_98|98
WILDE_99	operon_0007	KU160673.1|gene98|WILDE_99|99
WILDE_100	operon_0007	KU160673.1|gene99|WILDE_100|100
WILDE_101	operon_0007	KU160673.1|gene100|WILDE_101|101
WILDE_102	operon_0007	KU160673.1|gene101|WILDE_102|102
WILDE_103	operon_0007	KU160673.1|gene102|WILDE_103|103
WILDE_104	operon_0007	KU160673.1|gene103|WILDE_104|104
WILDE_105	operon_0007	KU160673.1|gene104|WILDE_105|105
WILDE_106	operon_0007	KU160673.1|gene105|WILDE_106|106
WILDE_107	operon_0007	KU160673.1|gene106|WILDE_107|107
WILDE_108	operon_0008	KU160673.1|gene107|WILDE_108|108
WILDE_109	operon_0009	KU160673.1|gene108|WILDE_109|109