Locus_tag	OperonID	Description
AsGV001	operon_0002	KR584663.1|gene0|AsGV001
AsGV002	operon_0003	KR584663.1|gene1|AsGV002
AsGV003	operon_0004	KR584663.1|gene2|AsGV003
AsGV004	operon_0004	KR584663.1|gene3|AsGV004
AsGV005	operon_0005	KR584663.1|gene4|AsGV005
AsGV006	operon_0005	KR584663.1|gene5|AsGV006
AsGV007	operon_0005	KR584663.1|gene6|AsGV007
AsGV008	operon_0006	KR584663.1|gene7|AsGV008
AsGV009	operon_0007	KR584663.1|gene8|AsGV009
AsGV010	operon_0008	KR584663.1|gene9|AsGV010
AsGV011	operon_0009	KR584663.1|gene10|AsGV011
AsGV012	operon_0009	KR584663.1|gene11|AsGV012
AsGV013	operon_0009	KR584663.1|gene12|AsGV013
AsGV014	operon_0009	KR584663.1|gene13|AsGV014
AsGV015	operon_0009	KR584663.1|gene14|AsGV015
AsGV016	operon_0009	KR584663.1|gene15|AsGV016
AsGV017	operon_0010	KR584663.1|gene16|AsGV017
AsGV018	operon_0011	KR584663.1|gene17|AsGV018
AsGV019	operon_0011	KR584663.1|gene18|AsGV019
AsGV020	operon_0012	KR584663.1|gene19|AsGV020
AsGV021	operon_0012	KR584663.1|gene20|AsGV021
AsGV022	operon_0013	KR584663.1|gene21|AsGV022
AsGV023	operon_0013	KR584663.1|gene22|AsGV023
AsGV024	operon_0014	KR584663.1|gene23|AsGV024
AsGV025	operon_0015	KR584663.1|gene24|AsGV025
AsGV026	operon_0015	KR584663.1|gene25|AsGV026
AsGV027	operon_0016	KR584663.1|gene26|AsGV027
AsGV028	operon_0016	KR584663.1|gene27|AsGV028
AsGV029	operon_0017	KR584663.1|gene28|AsGV029
AsGV030	operon_0018	KR584663.1|gene29|AsGV030
AsGV031	operon_0019	KR584663.1|gene30|AsGV031
AsGV032	operon_0019	KR584663.1|gene31|AsGV032
AsGV033	operon_0020	KR584663.1|gene32|AsGV033
AsGV034	operon_0021	KR584663.1|gene33|AsGV034
AsGV035	operon_0021	KR584663.1|gene34|AsGV035
AsGV036	operon_0022	KR584663.1|gene35|AsGV036
AsGV037	operon_0023	KR584663.1|gene36|AsGV037
AsGV038	operon_0024	KR584663.1|gene37|AsGV038
AsGV039	operon_0024	KR584663.1|gene38|AsGV039
AsGV040	operon_0024	KR584663.1|gene39|AsGV040
AsGV041	operon_0025	KR584663.1|gene40|AsGV041
AsGV042	operon_0025	KR584663.1|gene41|AsGV042
AsGV043	operon_0026	KR584663.1|gene42|AsGV043
AsGV044	operon_0027	KR584663.1|gene43|AsGV044
AsGV045	operon_0028	KR584663.1|gene44|AsGV045
AsGV046	operon_0028	KR584663.1|gene45|AsGV046
AsGV047	operon_0028	KR584663.1|gene46|AsGV047
AsGV048	operon_0029	KR584663.1|gene47|AsGV048
AsGV049	operon_0029	KR584663.1|gene48|AsGV049
AsGV050	operon_0029	KR584663.1|gene49|AsGV050
AsGV051	operon_0030	KR584663.1|gene50|AsGV051
AsGV052	operon_0030	KR584663.1|gene51|AsGV052
AsGV053	operon_0031	KR584663.1|gene52|AsGV053
AsGV054	operon_0032	KR584663.1|gene53|AsGV054
AsGV055	operon_0033	KR584663.1|gene54|AsGV055
AsGV056	operon_0034	KR584663.1|gene55|AsGV056
AsGV057	operon_0035	KR584663.1|gene56|AsGV057
AsGV058	operon_0035	KR584663.1|gene57|AsGV058
AsGV059	operon_0036	KR584663.1|gene58|AsGV059
AsGV060	operon_0036	KR584663.1|gene59|AsGV060
AsGV061	operon_0036	KR584663.1|gene60|AsGV061
AsGV062	operon_0036	KR584663.1|gene61|AsGV062
AsGV064	operon_0037	KR584663.1|gene62|AsGV064
AsGV065	operon_0038	KR584663.1|gene63|AsGV065
AsGV066	operon_0039	KR584663.1|gene64|AsGV066
AsGV067	operon_0040	KR584663.1|gene65|AsGV067
AsGV068	operon_0040	KR584663.1|gene66|AsGV068
AsGV069	operon_0040	KR584663.1|gene67|AsGV069
AsGV070	operon_0040	KR584663.1|gene68|AsGV070
AsGV071	operon_0041	KR584663.1|gene69|AsGV071
AsGV072	operon_0042	KR584663.1|gene70|AsGV072
AsGV073	operon_0042	KR584663.1|gene71|AsGV073
AsGV074	operon_0042	KR584663.1|gene72|AsGV074
AsGV075	operon_0043	KR584663.1|gene73|AsGV075
AsGV076	operon_0043	KR584663.1|gene74|AsGV076
AsGV077	operon_0044	KR584663.1|gene75|AsGV077
AsGV078	operon_0045	KR584663.1|gene76|AsGV078
AsGV079	operon_0045	KR584663.1|gene77|AsGV079
AsGV080	operon_0046	KR584663.1|gene78|AsGV080
AsGV081	operon_0046	KR584663.1|gene79|AsGV081
AsGV082	operon_0047	KR584663.1|gene80|AsGV082
AsGV083	operon_0047	KR584663.1|gene81|AsGV083
AsGV084	operon_0047	KR584663.1|gene82|AsGV084
AsGV085	operon_0047	KR584663.1|gene83|AsGV085
AsGV086	operon_0048	KR584663.1|gene84|AsGV086
AsGV087	operon_0048	KR584663.1|gene85|AsGV087
AsGV088	operon_0048	KR584663.1|gene86|AsGV088
AsGV089	operon_0048	KR584663.1|gene87|AsGV089
AsGV090	operon_0049	KR584663.1|gene88|AsGV090
AsGV091	operon_0050	KR584663.1|gene89|AsGV091
AsGV092	operon_0051	KR584663.1|gene90|AsGV092
AsGV093	operon_0052	KR584663.1|gene91|AsGV093
AsGV094	operon_0053	KR584663.1|gene92|AsGV094
AsGV095	operon_0054	KR584663.1|gene93|AsGV095
AsGV096	operon_0054	KR584663.1|gene94|AsGV096
AsGV097	operon_0055	KR584663.1|gene95|AsGV097
AsGV098	operon_0056	KR584663.1|gene96|AsGV098
AsGV099	operon_0057	KR584663.1|gene97|AsGV099
AsGV100	operon_0058	KR584663.1|gene98|AsGV100
AsGV101	operon_0058	KR584663.1|gene99|AsGV101
AsGV102	operon_0059	KR584663.1|gene100|AsGV102
AsGV103	operon_0059	KR584663.1|gene101|AsGV103
AsGV104	operon_0060	KR584663.1|gene102|AsGV104
AsGV105	operon_0061	KR584663.1|gene103|AsGV105
AsGV106	operon_0062	KR584663.1|gene104|AsGV106
AsGV107	operon_0063	KR584663.1|gene105|AsGV107
AsGV108	operon_0063	KR584663.1|gene106|AsGV108
AsGV109	operon_0063	KR584663.1|gene107|AsGV109
AsGV110	operon_0063	KR584663.1|gene108|AsGV110
AsGV111	operon_0063	KR584663.1|gene109|AsGV111
AsGV112	operon_0064	KR584663.1|gene110|AsGV112
AsGV113	operon_0065	KR584663.1|gene111|AsGV113
AsGV114	operon_0065	KR584663.1|gene112|AsGV114
AsGV115	operon_0066	KR584663.1|gene113|AsGV115
AsGV116	operon_0067	KR584663.1|gene114|AsGV116
AsGV117	operon_0068	KR584663.1|gene115|AsGV117
AsGV118	operon_0069	KR584663.1|gene116|AsGV118
AsGV119	operon_0069	KR584663.1|gene117|AsGV119
AsGV120	operon_0069	KR584663.1|gene118|AsGV120
AsGV121	operon_0069	KR584663.1|gene119|AsGV121
AsGV122	operon_0069	KR584663.1|gene120|AsGV122
AsGV123	operon_0070	KR584663.1|gene121|AsGV123
AsGV124	operon_0070	KR584663.1|gene122|AsGV124
AsGV125	operon_0071	KR584663.1|gene123|AsGV125
AsGV126	operon_0072	KR584663.1|gene124|AsGV126
AsGV127	operon_0072	KR584663.1|gene125|AsGV127
AsGV128	operon_0072	KR584663.1|gene126|AsGV128
AsGV129	operon_0072	KR584663.1|gene127|AsGV129
AsGV130	operon_0073	KR584663.1|gene128|AsGV130
AsGV131	operon_0073	KR584663.1|gene129|AsGV131
AsGV132	operon_0074	KR584663.1|gene130|AsGV132
AsGV133	operon_0074	KR584663.1|gene131|AsGV133
AsGV134	operon_0074	KR584663.1|gene132|AsGV134
AsGV135	operon_0074	KR584663.1|gene133|AsGV135
AsGV136	operon_0075	KR584663.1|gene134|AsGV136
AsGV137	operon_0076	KR584663.1|gene135|AsGV137
AsGV138	operon_0077	KR584663.1|gene136|AsGV138
AsGV139	operon_0078	KR584663.1|gene137|AsGV139
AsGV140	operon_0078	KR584663.1|gene138|AsGV140
AsGV141	operon_0078	KR584663.1|gene139|AsGV141
AsGV142	operon_0079	KR584663.1|gene140|AsGV142
AsGV143	operon_0079	KR584663.1|gene141|AsGV143
AsGV144	operon_0079	KR584663.1|gene142|AsGV144
AsGV145	operon_0079	KR584663.1|gene143|AsGV145
AsGV146	operon_0079	KR584663.1|gene144|AsGV146
AsGV147	operon_0080	KR584663.1|gene145|AsGV147
AsGV148	operon_0081	KR584663.1|gene146|AsGV148
AsGV149	operon_0081	KR584663.1|gene147|AsGV149
AsGV150	operon_0082	KR584663.1|gene148|AsGV150
AsGV151	operon_0082	KR584663.1|gene149|AsGV151
AsGV152	operon_0083	KR584663.1|gene150|AsGV152