Locus_tag	OperonID	Description
S420910_001	operon_0003	KU686213.1|gene0|S420910_001
S420910_002	operon_0004	KU686213.1|gene1|S420910_002
S420910_003	operon_0004	KU686213.1|gene2|S420910_003
S420910_004	operon_0005	KU686213.1|gene3|S420910_004
S420910_005	operon_0005	KU686213.1|gene4|S420910_005
S420910_006	operon_0005	KU686213.1|gene5|S420910_006
S420910_007	operon_0006	KU686213.1|gene6|S420910_007
S420910_008	operon_0006	KU686213.1|gene7|S420910_008
S420910_009	operon_0006	KU686213.1|gene8|S420910_009
S420910_010	operon_0006	KU686213.1|gene9|S420910_010
S420910_011	operon_0006	KU686213.1|gene10|S420910_011
S420910_012	operon_0006	KU686213.1|gene11|S420910_012
S420910_013	operon_0006	KU686213.1|gene12|S420910_013
S420910_014	operon_0006	KU686213.1|gene13|S420910_014
S420910_015	operon_0006	KU686213.1|gene14|S420910_015
S420910_016	operon_0006	KU686213.1|gene15|S420910_016
S420910_017	operon_0006	KU686213.1|gene16|S420910_017
S420910_018	operon_0006	KU686213.1|gene17|S420910_018
S420910_019	operon_0006	KU686213.1|gene18|S420910_019
S420910_020	operon_0006	KU686213.1|gene19|S420910_020
S420910_021	operon_0006	KU686213.1|gene20|S420910_021
S420910_022	operon_0006	KU686213.1|gene21|S420910_022
S420910_023	operon_0006	KU686213.1|gene22|S420910_023
S420910_024	operon_0007	KU686213.1|gene23|S420910_024
S420910_025	operon_0007	KU686213.1|gene24|S420910_025
S420910_026	operon_0008	KU686213.1|gene25|S420910_026
S420910_027	operon_0009	KU686213.1|gene26|S420910_027
S420910_028	operon_0009	KU686213.1|gene27|S420910_028
S420910_029	operon_0009	KU686213.1|gene28|S420910_029
S420910_030	operon_0009	KU686213.1|gene29|S420910_030
S420910_031	operon_0009	KU686213.1|gene30|S420910_031
S420910_032	operon_0010	KU686213.1|gene31|S420910_032
S420910_033	operon_0010	KU686213.1|gene32|S420910_033
S420910_034	operon_0010	KU686213.1|gene33|S420910_034
S420910_035	operon_0011	KU686213.1|gene34|S420910_035
S420910_036	operon_0011	KU686213.1|gene35|S420910_036
S420910_037	operon_0012	KU686213.1|gene36|S420910_037
S420910_038	operon_0012	KU686213.1|gene37|S420910_038
S420910_039	operon_0012	KU686213.1|gene38|S420910_039
S420910_040	operon_0012	KU686213.1|gene39|S420910_040
S420910_041	operon_0012	KU686213.1|gene40|S420910_041
S420910_042	operon_0012	KU686213.1|gene41|S420910_042
S420910_043	operon_0012	KU686213.1|gene42|S420910_043
S420910_044	operon_0013	KU686213.1|gene43|S420910_044
S420910_045	operon_0014	KU686213.1|gene44|S420910_045
S420910_046	operon_0014	KU686213.1|gene45|S420910_046
S420910_047	operon_0014	KU686213.1|gene46|S420910_047
S420910_048	operon_0014	KU686213.1|gene47|S420910_048
S420910_049	operon_0014	KU686213.1|gene48|S420910_049
S420910_050	operon_0015	KU686213.1|gene49|S420910_050
S420910_051	operon_0015	KU686213.1|gene50|S420910_051
S420910_052	operon_0015	KU686213.1|gene51|S420910_052
S420910_053	operon_0016	KU686213.1|gene52|S420910_053
S420910_054	operon_0016	KU686213.1|gene53|S420910_054
S420910_055	operon_0016	KU686213.1|gene54|S420910_055
S420910_056	operon_0017	KU686213.1|gene55|S420910_056
S420910_057	operon_0017	KU686213.1|gene56|S420910_057
S420910_058	operon_0018	KU686213.1|gene57|S420910_058
S420910_059	operon_0018	KU686213.1|gene58|S420910_059
S420910_061	operon_0018	KU686213.1|gene59|S420910_061
S420910_062	operon_0018	KU686213.1|gene60|S420910_062
S420910_063	operon_0018	KU686213.1|gene61|S420910_063
S420910_064	operon_0019	KU686213.1|gene62|S420910_064
S420910_065	operon_0019	KU686213.1|gene63|S420910_065
S420910_066	operon_0019	KU686213.1|gene64|S420910_066
S420910_067	operon_0019	KU686213.1|gene65|S420910_067
S420910_068	operon_0019	KU686213.1|gene66|S420910_068
S420910_069	operon_0019	KU686213.1|gene67|S420910_069
S420910_070	operon_0019	KU686213.1|gene68|S420910_070
S420910_071	operon_0020	KU686213.1|gene69|S420910_071
S420910_072	operon_0020	KU686213.1|gene70|S420910_072
S420910_073	operon_0020	KU686213.1|gene71|S420910_073
S420910_074	operon_0020	KU686213.1|gene72|S420910_074
S420910_075	operon_0021	KU686213.1|gene73|S420910_075
S420910_076	operon_0021	KU686213.1|gene74|S420910_076
S420910_077	operon_0022	KU686213.1|gene75|S420910_077
S420910_078	operon_0022	KU686213.1|gene76|S420910_078
S420910_079	operon_0022	KU686213.1|gene77|S420910_079
S420910_080	operon_0022	KU686213.1|gene78|S420910_080
S420910_081	operon_0022	KU686213.1|gene79|S420910_081
S420910_082	operon_0022	KU686213.1|gene80|S420910_082
S420910_083	operon_0022	KU686213.1|gene81|S420910_083
S420910_084	operon_0023	KU686213.1|gene82|S420910_084
S420910_085	operon_0023	KU686213.1|gene83|S420910_085
S420910_086	operon_0023	KU686213.1|gene84|S420910_086
S420910_087	operon_0024	KU686213.1|gene85|S420910_087
S420910_088	operon_0024	KU686213.1|gene86|S420910_088
S420910_089	operon_0024	KU686213.1|gene87|S420910_089
S420910_090	operon_0024	KU686213.1|gene88|S420910_090
S420910_091	operon_0024	KU686213.1|gene89|S420910_091
S420910_092	operon_0024	KU686213.1|gene90|S420910_092
S420910_093	operon_0025	KU686213.1|gene91|S420910_093
S420910_094	operon_0025	KU686213.1|gene92|S420910_094
S420910_095	operon_0025	KU686213.1|gene93|S420910_095
S420910_096	operon_0025	KU686213.1|gene94|S420910_096
S420910_097	operon_0025	KU686213.1|gene95|S420910_097
S420910_098	operon_0026	KU686213.1|gene96|S420910_098
S420910_099	operon_0026	KU686213.1|gene97|S420910_099
S420910_100	operon_0026	KU686213.1|gene98|S420910_100
S420910_101	operon_0026	KU686213.1|gene99|S420910_101
S420910_102	operon_0026	KU686213.1|gene100|S420910_102
S420910_103	operon_0026	KU686213.1|gene101|S420910_103
S420910_104	operon_0026	KU686213.1|gene102|S420910_104
S420910_105	operon_0026	KU686213.1|gene103|S420910_105
S420910_106	operon_0026	KU686213.1|gene104|S420910_106
S420910_107	operon_0026	KU686213.1|gene105|S420910_107
S420910_108	operon_0026	KU686213.1|gene106|S420910_108
S420910_109	operon_0026	KU686213.1|gene107|S420910_109
S420910_110	operon_0026	KU686213.1|gene108|S420910_110
S420910_111	operon_0026	KU686213.1|gene109|S420910_111
S420910_112	operon_0026	KU686213.1|gene110|S420910_112
S420910_113	operon_0026	KU686213.1|gene111|S420910_113
S420910_114	operon_0027	KU686213.1|gene112|S420910_114
S420910_115	operon_0028	KU686213.1|gene113|S420910_115
S420910_116	operon_0028	KU686213.1|gene114|S420910_116
S420910_117	operon_0028	KU686213.1|gene115|S420910_117
S420910_118	operon_0028	KU686213.1|gene116|S420910_118
S420910_119	operon_0029	KU686213.1|gene117|S420910_119
S420910_120	operon_0029	KU686213.1|gene118|S420910_120
S420910_121	operon_0029	KU686213.1|gene119|S420910_121
S420910_122	operon_0030	KU686213.1|gene120|S420910_122
S420910_123	operon_0031	KU686213.1|gene121|S420910_123
S420910_124	operon_0031	KU686213.1|gene122|S420910_124
S420910_125	operon_0031	KU686213.1|gene123|S420910_125
S420910_127	operon_0031	KU686213.1|gene124|S420910_127
S420910_128	operon_0031	KU686213.1|gene125|S420910_128
S420910_129	operon_0031	KU686213.1|gene126|S420910_129
S420910_130	operon_0032	KU686213.1|gene127|S420910_130
S420910_131	operon_0032	KU686213.1|gene128|S420910_131
S420910_132	operon_0032	KU686213.1|gene129|S420910_132
S420910_133	operon_0032	KU686213.1|gene130|S420910_133
S420910_134	operon_0032	KU686213.1|gene131|S420910_134
S420910_135	operon_0032	KU686213.1|gene132|S420910_135
S420910_136	operon_0032	KU686213.1|gene133|S420910_136
S420910_137	operon_0032	KU686213.1|gene134|S420910_137
S420910_138	operon_0033	KU686213.1|gene135|S420910_138
S420910_139	operon_0034	KU686213.1|gene136|S420910_139
S420910_140	operon_0034	KU686213.1|gene137|S420910_140
S420910_141	operon_0034	KU686213.1|gene138|S420910_141
S420910_142	operon_0035	KU686213.1|gene139|S420910_142
S420910_143	operon_0035	KU686213.1|gene140|S420910_143
S420910_144	operon_0035	KU686213.1|gene141|S420910_144
S420910_145	operon_0035	KU686213.1|gene142|S420910_145
S420910_146	operon_0035	KU686213.1|gene143|S420910_146
S420910_147	operon_0036	KU686213.1|gene144|S420910_147
S420910_148	operon_0036	KU686213.1|gene145|S420910_148
S420910_149	operon_0036	KU686213.1|gene146|S420910_149
S420910_150	operon_0037	KU686213.1|gene147|S420910_150
S420910_151	operon_0038	KU686213.1|gene148|S420910_151
S420910_152	operon_0038	KU686213.1|gene149|S420910_152
S420910_153	operon_0038	KU686213.1|gene150|S420910_153
S420910_154	operon_0038	KU686213.1|gene151|S420910_154
S420910_155	operon_0038	KU686213.1|gene152|S420910_155
S420910_156	operon_0038	KU686213.1|gene153|S420910_156
S420910_157	operon_0039	KU686213.1|gene154|S420910_157
S420910_158	operon_0039	KU686213.1|gene155|S420910_158
S420910_159	operon_0039	KU686213.1|gene156|S420910_159
S420910_160	operon_0040	KU686213.1|gene157|S420910_160
S420910_161	operon_0040	KU686213.1|gene158|S420910_161
S420910_162	operon_0040	KU686213.1|gene159|S420910_162
S420910_163	operon_0041	KU686213.1|gene160|S420910_163
S420910_164	operon_0041	KU686213.1|gene161|S420910_164
S420910_165	operon_0041	KU686213.1|gene162|S420910_165
S420910_166	operon_0042	KU686213.1|gene163|S420910_166
S420910_167	operon_0043	KU686213.1|gene164|S420910_167
S420910_168	operon_0043	KU686213.1|gene165|S420910_168
S420910_169	operon_0043	KU686213.1|gene166|S420910_169
S420910_170	operon_0043	KU686213.1|gene167|S420910_170
S420910_171	operon_0043	KU686213.1|gene168|S420910_171
S420910_172	operon_0043	KU686213.1|gene169|S420910_172
S420910_173	operon_0044	KU686213.1|gene170|S420910_173
S420910_174	operon_0044	KU686213.1|gene171|S420910_174
S420910_175	operon_0044	KU686213.1|gene172|S420910_175
S420910_176	operon_0044	KU686213.1|gene173|S420910_176
S420910_177	operon_0045	KU686213.1|gene174|S420910_177
S420910_178	operon_0045	KU686213.1|gene175|S420910_178
S420910_179	operon_0045	KU686213.1|gene176|S420910_179
S420910_180	operon_0046	KU686213.1|gene177|S420910_180
S420910_181	operon_0046	KU686213.1|gene178|S420910_181
S420910_182	operon_0046	KU686213.1|gene179|S420910_182
S420910_183	operon_0046	KU686213.1|gene180|S420910_183
S420910_184	operon_0046	KU686213.1|gene181|S420910_184
S420910_185	operon_0046	KU686213.1|gene182|S420910_185
S420910_186	operon_0046	KU686213.1|gene183|S420910_186
S420910_187	operon_0046	KU686213.1|gene184|S420910_187
S420910_188	operon_0046	KU686213.1|gene185|S420910_188
S420910_189	operon_0046	KU686213.1|gene186|S420910_189
S420910_190	operon_0046	KU686213.1|gene187|S420910_190
S420910_191	operon_0046	KU686213.1|gene188|S420910_191
S420910_192	operon_0047	KU686213.1|gene189|S420910_192
S420910_193	operon_0047	KU686213.1|gene190|S420910_193
S420910_194	operon_0047	KU686213.1|gene191|S420910_194
S420910_195	operon_0047	KU686213.1|gene192|S420910_195
S420910_196	operon_0047	KU686213.1|gene193|S420910_196
S420910_197	operon_0047	KU686213.1|gene194|S420910_197
S420910_198	operon_0047	KU686213.1|gene195|S420910_198
S420910_199	operon_0047	KU686213.1|gene196|S420910_199
S420910_200	operon_0047	KU686213.1|gene197|S420910_200
S420910_201	operon_0047	KU686213.1|gene198|S420910_201
S420910_202	operon_0047	KU686213.1|gene199|S420910_202
S420910_203	operon_0048	KU686213.1|gene200|S420910_203
S420910_204	operon_0048	KU686213.1|gene201|S420910_204
S420910_205	operon_0049	KU686213.1|gene202|S420910_205
S420910_206	operon_0050	KU686213.1|gene203|S420910_206
S420910_207	operon_0050	KU686213.1|gene204|S420910_207
S420910_208	operon_0050	KU686213.1|gene205|S420910_208
S420910_209	operon_0050	KU686213.1|gene206|S420910_209
S420910_210	operon_0050	KU686213.1|gene207|S420910_210
S420910_211	operon_0051	KU686213.1|gene208|S420910_211
S420910_212	operon_0051	KU686213.1|gene209|S420910_212
S420910_213	operon_0052	KU686213.1|gene210|S420910_213
S420910_214	operon_0052	KU686213.1|gene211|S420910_214
S420910_215	operon_0052	KU686213.1|gene212|S420910_215
S420910_216	operon_0052	KU686213.1|gene213|S420910_216
S420910_217	operon_0052	KU686213.1|gene214|S420910_217
S420910_218	operon_0052	KU686213.1|gene215|S420910_218
S420910_219	operon_0053	KU686213.1|gene216|S420910_219
S420910_220	operon_0053	KU686213.1|gene217|S420910_220
S420910_221	operon_0053	KU686213.1|gene218|S420910_221
S420910_222	operon_0053	KU686213.1|gene219|S420910_222
S420910_223	operon_0054	KU686213.1|gene220|S420910_223
S420910_224	operon_0055	KU686213.1|gene221|S420910_224
S420910_225	operon_0055	KU686213.1|gene222|S420910_225
S420910_226	operon_0055	KU686213.1|gene223|S420910_226
S420910_227	operon_0055	KU686213.1|gene224|S420910_227
S420910_228	operon_0055	KU686213.1|gene225|S420910_228
S420910_229	operon_0055	KU686213.1|gene226|S420910_229
S420910_230	operon_0055	KU686213.1|gene227|S420910_230
S420910_231	operon_0055	KU686213.1|gene228|S420910_231
S420910_232	operon_0055	KU686213.1|gene229|S420910_232
S420910_233	operon_0055	KU686213.1|gene230|S420910_233
S420910_235	operon_0055	KU686213.1|gene231|S420910_235
S420910_236	operon_0055	KU686213.1|gene232|S420910_236
S420910_237	operon_0055	KU686213.1|gene233|S420910_237
S420910_238	operon_0055	KU686213.1|gene234|S420910_238
S420910_239	operon_0055	KU686213.1|gene235|S420910_239
S420910_240	operon_0055	KU686213.1|gene236|S420910_240
S420910_241	operon_0055	KU686213.1|gene237|S420910_241
S420910_242	operon_0055	KU686213.1|gene238|S420910_242
S420910_243	operon_0055	KU686213.1|gene239|S420910_243
S420910_244	operon_0055	KU686213.1|gene240|S420910_244
S420910_245	operon_0056	KU686213.1|gene241|S420910_245
S420910_246	operon_0057	KU686213.1|gene242|S420910_246
S420910_247	operon_0057	KU686213.1|gene243|S420910_247
S420910_248	operon_0057	KU686213.1|gene244|S420910_248
S420910_249	operon_0057	KU686213.1|gene245|S420910_249
S420910_250	operon_0058	KU686213.1|gene246|S420910_250
S420910_251	operon_0059	KU686213.1|gene247|S420910_251
S420910_252	operon_0059	KU686213.1|gene248|S420910_252
S420910_253	operon_0059	KU686213.1|gene249|S420910_253
S420910_254	operon_0060	KU686213.1|gene250|S420910_254
S420910_255	operon_0061	KU686213.1|gene251|S420910_255
S420910_256	operon_0061	KU686213.1|gene252|S420910_256
S420910_257	operon_0061	KU686213.1|gene253|S420910_257
S420910_258	operon_0062	KU686213.1|gene254|S420910_258
S420910_259	operon_0063	KU686213.1|gene255|S420910_259
S420910_260	operon_0063	KU686213.1|gene256|S420910_260
S420910_261	operon_0064	KU686213.1|gene257|S420910_261
S420910_262	operon_0064	KU686213.1|gene258|S420910_262
S420910_263	operon_0064	KU686213.1|gene259|S420910_263
S420910_264	operon_0064	KU686213.1|gene260|S420910_264
S420910_265	operon_0064	KU686213.1|gene261|S420910_265