Locus_tag	OperonID	Description
VmeM32_00001	operon_0003	KU160494.1|gene0|VmeM32_00001
VmeM32_00002	operon_0003	KU160494.1|gene1|VmeM32_00002
VmeM32_00003	operon_0003	KU160494.1|gene2|VmeM32_00003
VmeM32_00004	operon_0004	KU160494.1|gene3|VmeM32_00004
VmeM32_00005	operon_0004	KU160494.1|gene4|VmeM32_00005
VmeM32_00006	operon_0004	KU160494.1|gene5|VmeM32_00006
VmeM32_00007	operon_0004	KU160494.1|gene6|VmeM32_00007
VmeM32_00008	operon_0004	KU160494.1|gene7|VmeM32_00008
VmeM32_00009	operon_0004	KU160494.1|gene8|VmeM32_00009
VmeM32_00010	operon_0004	KU160494.1|gene9|VmeM32_00010|major head protein
VmeM32_00012	operon_0004	KU160494.1|gene10|VmeM32_00012
VmeM32_00013	operon_0005	KU160494.1|gene11|VmeM32_00013
VmeM32_00014	operon_0005	KU160494.1|gene12|VmeM32_00014
VmeM32_00015	operon_0005	KU160494.1|gene13|VmeM32_00015
VmeM32_00016	operon_0006	KU160494.1|gene14|VmeM32_00016
VmeM32_00017	operon_0007	KU160494.1|gene15|VmeM32_00017
VmeM32_00018	operon_0007	KU160494.1|gene16|VmeM32_00018
VmeM32_00019	operon_0007	KU160494.1|gene17|VmeM32_00019
VmeM32_00020	operon_0007	KU160494.1|gene18|VmeM32_00020
VmeM32_00021	operon_0007	KU160494.1|gene19|VmeM32_00021
VmeM32_00022	operon_0007	KU160494.1|gene20|VmeM32_00022
VmeM32_00023	operon_0008	KU160494.1|gene21|VmeM32_00023
VmeM32_00024	operon_0009	KU160494.1|gene22|VmeM32_00024
VmeM32_00025	operon_0009	KU160494.1|gene23|VmeM32_00025
VmeM32_00026	operon_0009	KU160494.1|gene24|VmeM32_00026
VmeM32_00027	operon_0009	KU160494.1|gene25|VmeM32_00027
VmeM32_00028	operon_0009	KU160494.1|gene26|VmeM32_00028
VmeM32_00029	operon_0009	KU160494.1|gene27|VmeM32_00029
VmeM32_00030	operon_0009	KU160494.1|gene28|VmeM32_00030
VmeM32_00031	operon_0009	KU160494.1|gene29|VmeM32_00031
VmeM32_00032	operon_0009	KU160494.1|gene30|VmeM32_00032
VmeM32_00033	operon_0009	KU160494.1|gene31|VmeM32_00033
VmeM32_00034	operon_0010	KU160494.1|gene32|VmeM32_00034
VmeM32_00035	operon_0011	KU160494.1|gene33|VmeM32_00035
VmeM32_00036	operon_0011	KU160494.1|gene34|VmeM32_00036
VmeM32_00037	operon_0011	KU160494.1|gene35|VmeM32_00037
VmeM32_00038	operon_0011	KU160494.1|gene36|VmeM32_00038
VmeM32_00039	operon_0012	KU160494.1|gene37|VmeM32_00039
VmeM32_00040	operon_0012	KU160494.1|gene38|VmeM32_00040
VmeM32_00041	operon_0012	KU160494.1|gene39|VmeM32_00041
VmeM32_00042	operon_0012	KU160494.1|gene40|VmeM32_00042
VmeM32_00043	operon_0013	KU160494.1|gene41|VmeM32_00043
VmeM32_00044	operon_0013	KU160494.1|gene42|VmeM32_00044
VmeM32_00045	operon_0013	KU160494.1|gene43|VmeM32_00045
VmeM32_00046	operon_0013	KU160494.1|gene44|VmeM32_00046
VmeM32_00047	operon_0013	KU160494.1|gene45|VmeM32_00047
VmeM32_00048	operon_0013	KU160494.1|gene46|VmeM32_00048
VmeM32_00049	operon_0014	KU160494.1|gene47|VmeM32_00049
VmeM32_00050	operon_0014	KU160494.1|gene48|VmeM32_00050
VmeM32_00051	operon_0014	KU160494.1|gene49|VmeM32_00051
VmeM32_00052	operon_0014	KU160494.1|gene50|VmeM32_00052
VmeM32_00053	operon_0014	KU160494.1|gene51|VmeM32_00053
VmeM32_00054	operon_0014	KU160494.1|gene52|VmeM32_00054
VmeM32_00055	operon_0014	KU160494.1|gene53|VmeM32_00055
VmeM32_00056	operon_0015	KU160494.1|gene54|VmeM32_00056
VmeM32_00057	operon_0015	KU160494.1|gene55|VmeM32_00057
VmeM32_00058	operon_0015	KU160494.1|gene56|VmeM32_00058
VmeM32_00059	operon_0015	KU160494.1|gene57|VmeM32_00059
VmeM32_00060	operon_0016	KU160494.1|gene58|VmeM32_00060
VmeM32_00061	operon_0016	KU160494.1|gene59|VmeM32_00061
VmeM32_00062	operon_0016	KU160494.1|gene60|VmeM32_00062
VmeM32_00063	operon_0016	KU160494.1|gene61|VmeM32_00063
VmeM32_00064	operon_0016	KU160494.1|gene62|VmeM32_00064
VmeM32_00065	operon_0016	KU160494.1|gene63|VmeM32_00065
VmeM32_00066	operon_0016	KU160494.1|gene64|VmeM32_00066
VmeM32_00067	operon_0016	KU160494.1|gene65|VmeM32_00067
VmeM32_00068	operon_0016	KU160494.1|gene66|VmeM32_00068
VmeM32_00069	operon_0016	KU160494.1|gene67|VmeM32_00069
VmeM32_00070	operon_0016	KU160494.1|gene68|VmeM32_00070
VmeM32_00071	operon_0016	KU160494.1|gene69|VmeM32_00071
VmeM32_00072	operon_0017	KU160494.1|gene70|VmeM32_00072
VmeM32_00073	operon_0018	KU160494.1|gene71|VmeM32_00073
VmeM32_00074	operon_0018	KU160494.1|gene72|VmeM32_00074
VmeM32_00075	operon_0019	KU160494.1|gene73|VmeM32_00075
VmeM32_00076	operon_0019	KU160494.1|gene74|VmeM32_00076
VmeM32_00077	operon_0019	KU160494.1|gene75|VmeM32_00077
VmeM32_00078	operon_0019	KU160494.1|gene76|VmeM32_00078
VmeM32_00079	operon_0020	KU160494.1|gene77|VmeM32_00079
VmeM32_00080	operon_0020	KU160494.1|gene78|VmeM32_00080
VmeM32_00081	operon_0020	KU160494.1|gene79|VmeM32_00081
VmeM32_00082	operon_0020	KU160494.1|gene80|VmeM32_00082
VmeM32_00083	operon_0020	KU160494.1|gene81|VmeM32_00083
VmeM32_00084	operon_0020	KU160494.1|gene82|VmeM32_00084
VmeM32_00085	operon_0020	KU160494.1|gene83|VmeM32_00085
VmeM32_00086	operon_0020	KU160494.1|gene84|VmeM32_00086
VmeM32_00087b	operon_0020	KU160494.1|gene85|VmeM32_00087b|putative helicase
VmeM32_00088	operon_0020	KU160494.1|gene86|VmeM32_00088
VmeM32_00087a	operon_0020	KU160494.1|gene87|VmeM32_00087a|putative helicase
VmeM32_00090	operon_0020	KU160494.1|gene88|VmeM32_00090
VmeM32_00091	operon_0020	KU160494.1|gene89|VmeM32_00091
VmeM32_00092	operon_0020	KU160494.1|gene90|VmeM32_00092
VmeM32_00093	operon_0020	KU160494.1|gene91|VmeM32_00093
VmeM32_00094	operon_0020	KU160494.1|gene92|VmeM32_00094
VmeM32_00095	operon_0020	KU160494.1|gene93|VmeM32_00095
VmeM32_00096	operon_0020	KU160494.1|gene94|VmeM32_00096
VmeM32_00097	operon_0020	KU160494.1|gene95|VmeM32_00097
VmeM32_00098	operon_0021	KU160494.1|gene96|VmeM32_00098
VmeM32_00099	operon_0022	KU160494.1|gene97|VmeM32_00099
VmeM32_00100	operon_0022	KU160494.1|gene98|VmeM32_00100
VmeM32_00101	operon_0022	KU160494.1|gene99|VmeM32_00101
VmeM32_00102	operon_0023	KU160494.1|gene100|VmeM32_00102
VmeM32_00103	operon_0023	KU160494.1|gene101|VmeM32_00103
VmeM32_00104	operon_0023	KU160494.1|gene102|VmeM32_00104
VmeM32_00105	operon_0023	KU160494.1|gene103|VmeM32_00105
VmeM32_00106	operon_0024	KU160494.1|gene104|VmeM32_00106
VmeM32_00107	operon_0025	KU160494.1|gene105|VmeM32_00107
VmeM32_00108	operon_0025	KU160494.1|gene106|VmeM32_00108
VmeM32_00109	operon_0025	KU160494.1|gene107|VmeM32_00109
VmeM32_00110	operon_0025	KU160494.1|gene108|VmeM32_00110
VmeM32_00111	operon_0025	KU160494.1|gene109|VmeM32_00111
VmeM32_00112	operon_0025	KU160494.1|gene110|VmeM32_00112|DNA end protector protein
VmeM32_00114	operon_0025	KU160494.1|gene111|VmeM32_00114
VmeM32_00115	operon_0025	KU160494.1|gene112|VmeM32_00115
VmeM32_00116	operon_0026	KU160494.1|gene113|VmeM32_00116
VmeM32_00117	operon_0026	KU160494.1|gene114|VmeM32_00117
VmeM32_00118	operon_0027	KU160494.1|gene115|VmeM32_00118
VmeM32_00119	operon_0027	KU160494.1|gene116|VmeM32_00119
VmeM32_00120	operon_0027	KU160494.1|gene117|VmeM32_00120
VmeM32_00121	operon_0027	KU160494.1|gene118|VmeM32_00121
VmeM32_00122	operon_0028	KU160494.1|gene119|VmeM32_00122
VmeM32_00123	operon_0028	KU160494.1|gene120|VmeM32_00123
VmeM32_00124	operon_0028	KU160494.1|gene121|VmeM32_00124
VmeM32_00125	operon_0029	KU160494.1|gene122|VmeM32_00125
VmeM32_00126	operon_0029	KU160494.1|gene123|VmeM32_00126
VmeM32_00127	operon_0029	KU160494.1|gene124|VmeM32_00127
VmeM32_00128	operon_0029	KU160494.1|gene125|VmeM32_00128
VmeM32_00129	operon_0029	KU160494.1|gene126|VmeM32_00129
VmeM32_00130	operon_0029	KU160494.1|gene127|VmeM32_00130
VmeM32_00131	operon_0029	KU160494.1|gene128|VmeM32_00131
VmeM32_00132	operon_0029	KU160494.1|gene129|VmeM32_00132
VmeM32_00133	operon_0029	KU160494.1|gene130|VmeM32_00133
VmeM32_00134	operon_0029	KU160494.1|gene131|VmeM32_00134
VmeM32_00135	operon_0029	KU160494.1|gene132|VmeM32_00135
VmeM32_00136	operon_0029	KU160494.1|gene133|VmeM32_00136
VmeM32_00137	operon_0029	KU160494.1|gene134|VmeM32_00137
VmeM32_00138	operon_0029	KU160494.1|gene135|VmeM32_00138
VmeM32_00139	operon_0029	KU160494.1|gene136|VmeM32_00139
VmeM32_00140	operon_0030	KU160494.1|gene137|VmeM32_00140
VmeM32_00141	operon_0030	KU160494.1|gene138|VmeM32_00141
VmeM32_00142	operon_0030	KU160494.1|gene139|VmeM32_00142
VmeM32_00143	operon_0030	KU160494.1|gene140|VmeM32_00143
VmeM32_00144	operon_0030	KU160494.1|gene141|VmeM32_00144
VmeM32_00145	operon_0030	KU160494.1|gene142|VmeM32_00145
VmeM32_00146	operon_0030	KU160494.1|gene143|VmeM32_00146
VmeM32_00147	operon_0030	KU160494.1|gene144|VmeM32_00147
VmeM32_00148	operon_0030	KU160494.1|gene145|VmeM32_00148
VmeM32_00149	operon_0031	KU160494.1|gene146|VmeM32_00149
VmeM32_00150	operon_0031	KU160494.1|gene147|VmeM32_00150
VmeM32_00151	operon_0031	KU160494.1|gene148|VmeM32_00151
VmeM32_00152	operon_0031	KU160494.1|gene149|VmeM32_00152
VmeM32_00153	operon_0031	KU160494.1|gene150|VmeM32_00153
VmeM32_00154	operon_0031	KU160494.1|gene151|VmeM32_00154
VmeM32_00155	operon_0031	KU160494.1|gene152|VmeM32_00155
VmeM32_00156	operon_0031	KU160494.1|gene153|VmeM32_00156
VmeM32_00157	operon_0032	KU160494.1|gene154|VmeM32_00157
VmeM32_00158	operon_0032	KU160494.1|gene155|VmeM32_00158
VmeM32_00159	operon_0032	KU160494.1|gene156|VmeM32_00159
VmeM32_00160	operon_0032	KU160494.1|gene157|VmeM32_00160
VmeM32_00161	operon_0032	KU160494.1|gene158|VmeM32_00161
VmeM32_00162	operon_0032	KU160494.1|gene159|VmeM32_00162
VmeM32_00163	operon_0032	KU160494.1|gene160|VmeM32_00163
VmeM32_00164	operon_0032	KU160494.1|gene161|VmeM32_00164
VmeM32_00165	operon_0033	KU160494.1|gene162|VmeM32_00165
VmeM32_00166	operon_0033	KU160494.1|gene163|VmeM32_00166
VmeM32_00167	operon_0033	KU160494.1|gene164|VmeM32_00167
VmeM32_00168	operon_0033	KU160494.1|gene165|VmeM32_00168
VmeM32_00169	operon_0033	KU160494.1|gene166|VmeM32_00169
VmeM32_00170	operon_0033	KU160494.1|gene167|VmeM32_00170
VmeM32_00171	operon_0033	KU160494.1|gene168|VmeM32_00171
VmeM32_00172	operon_0033	KU160494.1|gene169|VmeM32_00172
VmeM32_00173	operon_0034	KU160494.1|gene170|VmeM32_00173
VmeM32_00174	operon_0035	KU160494.1|gene171|VmeM32_00174
VmeM32_00175	operon_0035	KU160494.1|gene172|VmeM32_00175
VmeM32_00176	operon_0035	KU160494.1|gene173|VmeM32_00176
VmeM32_00177	operon_0035	KU160494.1|gene174|VmeM32_00177
VmeM32_00178	operon_0035	KU160494.1|gene175|VmeM32_00178
VmeM32_00179	operon_0036	KU160494.1|gene176|VmeM32_00179
VmeM32_00180	operon_0037	KU160494.1|gene177|VmeM32_00180
VmeM32_00181	operon_0037	KU160494.1|gene178|VmeM32_00181
VmeM32_00182	operon_0037	KU160494.1|gene179|VmeM32_00182
VmeM32_00183	operon_0037	KU160494.1|gene180|VmeM32_00183
VmeM32_00184	operon_0037	KU160494.1|gene181|VmeM32_00184
VmeM32_00185	operon_0037	KU160494.1|gene182|VmeM32_00185
VmeM32_00186	operon_0037	KU160494.1|gene183|VmeM32_00186
VmeM32_00187	operon_0037	KU160494.1|gene184|VmeM32_00187
VmeM32_00188	operon_0037	KU160494.1|gene185|VmeM32_00188
VmeM32_00189	operon_0037	KU160494.1|gene186|VmeM32_00189
VmeM32_00190	operon_0037	KU160494.1|gene187|VmeM32_00190
VmeM32_00191	operon_0037	KU160494.1|gene188|VmeM32_00191
VmeM32_00192	operon_0037	KU160494.1|gene189|VmeM32_00192
VmeM32_00193	operon_0037	KU160494.1|gene190|VmeM32_00193
VmeM32_00194	operon_0037	KU160494.1|gene191|VmeM32_00194
VmeM32_00195	operon_0037	KU160494.1|gene192|VmeM32_00195
VmeM32_00196	operon_0037	KU160494.1|gene193|VmeM32_00196
VmeM32_00197	operon_0037	KU160494.1|gene194|VmeM32_00197
VmeM32_00198	operon_0037	KU160494.1|gene195|VmeM32_00198
VmeM32_00199	operon_0037	KU160494.1|gene196|VmeM32_00199
VmeM32_00200	operon_0037	KU160494.1|gene197|VmeM32_00200
VmeM32_00201	operon_0037	KU160494.1|gene198|VmeM32_00201
VmeM32_00202	operon_0037	KU160494.1|gene199|VmeM32_00202
VmeM32_00203	operon_0037	KU160494.1|gene200|VmeM32_00203
VmeM32_00204	operon_0037	KU160494.1|gene201|VmeM32_00204
VmeM32_00205	operon_0037	KU160494.1|gene202|VmeM32_00205
VmeM32_00206	operon_0037	KU160494.1|gene203|VmeM32_00206
VmeM32_00207	operon_0037	KU160494.1|gene204|VmeM32_00207
VmeM32_00208	operon_0038	KU160494.1|gene205|VmeM32_00208
VmeM32_00209	operon_0038	KU160494.1|gene206|VmeM32_00209
VmeM32_00210	operon_0038	KU160494.1|gene207|VmeM32_00210
VmeM32_00211	operon_0039	KU160494.1|gene208|VmeM32_00211
VmeM32_00212	operon_0040	KU160494.1|gene209|VmeM32_00212
VmeM32_00213	operon_0040	KU160494.1|gene210|VmeM32_00213
VmeM32_00214	operon_0040	KU160494.1|gene211|VmeM32_00214
VmeM32_00215	operon_0040	KU160494.1|gene212|VmeM32_00215
VmeM32_00216	operon_0040	KU160494.1|gene213|VmeM32_00216
VmeM32_00217	operon_0040	KU160494.1|gene214|VmeM32_00217
VmeM32_00218	operon_0040	KU160494.1|gene215|VmeM32_00218
VmeM32_00219	operon_0040	KU160494.1|gene216|VmeM32_00219
VmeM32_00220	operon_0040	KU160494.1|gene217|VmeM32_00220
VmeM32_00221	operon_0040	KU160494.1|gene218|VmeM32_00221
VmeM32_00222	operon_0040	KU160494.1|gene219|VmeM32_00222
VmeM32_00223	operon_0040	KU160494.1|gene220|VmeM32_00223
VmeM32_00224	operon_0040	KU160494.1|gene221|VmeM32_00224
VmeM32_00225	operon_0040	KU160494.1|gene222|VmeM32_00225
VmeM32_00226	operon_0040	KU160494.1|gene223|VmeM32_00226
VmeM32_00227	operon_0040	KU160494.1|gene224|VmeM32_00227
VmeM32_00228	operon_0040	KU160494.1|gene225|VmeM32_00228
VmeM32_00229	operon_0040	KU160494.1|gene226|VmeM32_00229
VmeM32_00230	operon_0041	KU160494.1|gene227|VmeM32_00230
VmeM32_00231	operon_0041	KU160494.1|gene228|VmeM32_00231
VmeM32_00232	operon_0041	KU160494.1|gene229|VmeM32_00232
VmeM32_00233	operon_0041	KU160494.1|gene230|VmeM32_00233
VmeM32_00234	operon_0041	KU160494.1|gene231|VmeM32_00234
VmeM32_00235	operon_0041	KU160494.1|gene232|VmeM32_00235
VmeM32_00236	operon_0041	KU160494.1|gene233|VmeM32_00236
VmeM32_00237	operon_0041	KU160494.1|gene234|VmeM32_00237
VmeM32_00238	operon_0041	KU160494.1|gene235|VmeM32_00238
VmeM32_00239	operon_0041	KU160494.1|gene236|VmeM32_00239
VmeM32_00240	operon_0041	KU160494.1|gene237|VmeM32_00240
VmeM32_00241	operon_0041	KU160494.1|gene238|VmeM32_00241
VmeM32_00242	operon_0041	KU160494.1|gene239|VmeM32_00242
VmeM32_00243	operon_0042	KU160494.1|gene240|VmeM32_00243
VmeM32_00244	operon_0042	KU160494.1|gene241|VmeM32_00244
VmeM32_00245	operon_0042	KU160494.1|gene242|VmeM32_00245
VmeM32_00246	operon_0042	KU160494.1|gene243|VmeM32_00246
VmeM32_00247	operon_0043	KU160494.1|gene244|VmeM32_00247
VmeM32_00248	operon_0043	KU160494.1|gene245|VmeM32_00248
VmeM32_00249	operon_0043	KU160494.1|gene246|VmeM32_00249
VmeM32_00250	operon_0043	KU160494.1|gene247|VmeM32_00250
VmeM32_00251	operon_0043	KU160494.1|gene248|VmeM32_00251
VmeM32_00252	operon_0043	KU160494.1|gene249|VmeM32_00252
VmeM32_00253	operon_0043	KU160494.1|gene250|VmeM32_00253
VmeM32_00254	operon_0043	KU160494.1|gene251|VmeM32_00254
VmeM32_00255	operon_0043	KU160494.1|gene252|VmeM32_00255
VmeM32_00256	operon_0043	KU160494.1|gene253|VmeM32_00256
VmeM32_00257	operon_0043	KU160494.1|gene254|VmeM32_00257
VmeM32_00258	operon_0043	KU160494.1|gene255|VmeM32_00258
VmeM32_00259	operon_0043	KU160494.1|gene256|VmeM32_00259
VmeM32_00260	operon_0043	KU160494.1|gene257|VmeM32_00260
VmeM32_00261	operon_0043	KU160494.1|gene258|VmeM32_00261
VmeM32_00262	operon_0043	KU160494.1|gene259|VmeM32_00262
VmeM32_00263	operon_0043	KU160494.1|gene260|VmeM32_00263