Locus_tag	OperonID	Description
SM2011_b21652	operon_0001	NC_020560.1|gene0|SM2011_b21652|lacE
SM2011_b21653	operon_0001	NC_020560.1|gene1|SM2011_b21653|lacF
SM2011_b21654	operon_0001	NC_020560.1|gene2|SM2011_b21654|lacG
SM2011_b21655	operon_0001	NC_020560.1|gene3|SM2011_b21655|lacZ1
SM2011_b20002	operon_0001	NC_020560.1|gene4|SM2011_b20002|lacK
SM2011_b20003	operon_0001	NC_020560.1|gene5|SM2011_b20003
SM2011_b20004	operon_0002	NC_020560.1|gene6|SM2011_b20004|gstR
SM2011_b20005	operon_0003	NC_020560.1|gene7|SM2011_b20005|gst15
SM2011_b20006	operon_0003	NC_020560.1|gene8|SM2011_b20006
SM2011_b20007	operon_0003	NC_020560.1|gene9|SM2011_b20007|katC
SM2011_b20008	operon_0003	NC_020560.1|gene10|SM2011_b20008
SM2011_b20009	operon_0004	NC_020560.1|gene11|SM2011_b20009
SM2011_b20010	operon_0005	NC_020560.1|gene12|SM2011_b20010
SM2011_b23000	operon_0006	NC_020560.1|gene13|SM2011_b23000
SM2011_b20011	operon_0007	NC_020560.1|gene14|SM2011_b20011
SM2011_b20012	operon_0008	NC_020560.1|gene15|SM2011_b20012
SM2011_b20013	operon_0008	NC_020560.1|gene16|SM2011_b20013
SM2011_b20014	operon_0008	NC_020560.1|gene17|SM2011_b20014
SM2011_b20015	operon_0008	NC_020560.1|gene18|SM2011_b20015
SM2011_b20016	operon_0008	NC_020560.1|gene19|SM2011_b20016
SM2011_b20017	operon_0008	NC_020560.1|gene20|SM2011_b20017
SM2011_b23001	operon_0009	NC_020560.1|gene21|SM2011_b23001
SM2011_b20018	operon_0010	NC_020560.1|gene22|SM2011_b20018
SM2011_b20019	operon_0010	NC_020560.1|gene23|SM2011_b20019|sucB
SM2011_b20020	operon_0010	NC_020560.1|gene24|SM2011_b20020|pdh
SM2011_b20021	operon_0011	NC_020560.1|gene25|SM2011_b20021
SM2011_b23003	operon_0011	NC_020560.1|gene26|SM2011_b23003
SM2011_b20022	operon_0011	NC_020560.1|gene27|SM2011_b20022
SM2011_b20023	operon_0012	NC_020560.1|gene28|SM2011_b20023
SM2011_b20024	operon_0013	NC_020560.1|gene29|SM2011_b20024|rluB
SM2011_b20025	operon_0013	NC_020560.1|gene30|SM2011_b20025
SM2011_b20026	operon_0013	NC_020560.1|gene31|SM2011_b20026
SM2011_b20027	operon_0013	NC_020560.1|gene32|SM2011_b20027
SM2011_b20028	operon_0014	NC_020560.1|gene33|SM2011_b20028
SM2011_b20029	operon_0015	NC_020560.1|gene34|SM2011_b20029
SM2011_b20030	operon_0015	NC_020560.1|gene35|SM2011_b20030|rpoE9
SM2011_b20031	operon_0016	NC_020560.1|gene36|SM2011_b20031
SM2011_b20032	operon_0016	NC_020560.1|gene37|SM2011_b20032
SM2011_b23004	operon_0017	NC_020560.1|gene38|SM2011_b23004
SM2011_b20033	operon_0018	NC_020560.1|gene39|SM2011_b20033
SM2011_b20034	operon_0019	NC_020560.1|gene40|SM2011_b20034
SM2011_b20035	operon_0019	NC_020560.1|gene41|SM2011_b20035
SM2011_b20036	operon_0019	NC_020560.1|gene42|SM2011_b20036
SM2011_b20037	operon_0019	NC_020560.1|gene43|SM2011_b20037|aroE2
SM2011_b20038	operon_0019	NC_020560.1|gene44|SM2011_b20038
SM2011_b20039	operon_0020	NC_020560.1|gene45|SM2011_b20039
SM2011_b20040	operon_0021	NC_020560.1|gene46|SM2011_b20040
SM2011_b20041	operon_0021	NC_020560.1|gene47|SM2011_b20041
SM2011_b20042	operon_0022	NC_020560.1|gene48|SM2011_b20042
SM2011_b20043	operon_0023	NC_020560.1|gene49|SM2011_b20043
SM2011_b23007	operon_0024	NC_020560.1|gene50|SM2011_b23007
SM2011_b20044	operon_0024	NC_020560.1|gene51|SM2011_b20044|repC1
SM2011_b23008	operon_0024	NC_020560.1|gene52|SM2011_b23008|repC1
SM2011_b23009	operon_0025	NC_020560.1|gene53|SM2011_b23009
SM2011_b23010	operon_0025	NC_020560.1|gene54|SM2011_b23010|incA1
SM2011_b20045	operon_0026	NC_020560.1|gene55|SM2011_b20045|repB1
SM2011_b20046	operon_0026	NC_020560.1|gene56|SM2011_b20046|repA1
SM2011_b23011	operon_0027	NC_020560.1|gene57|SM2011_b23011|repA1
SM2011_b20047	operon_0027	NC_020560.1|gene58|SM2011_b20047
SM2011_b20048	operon_0027	NC_020560.1|gene59|SM2011_b20048
SM2011_b20049	operon_0027	NC_020560.1|gene60|SM2011_b20049|fusA2
SM2011_b20050	operon_0028	NC_020560.1|gene61|SM2011_b20050
SM2011_b20054	operon_0028	NC_020560.1|gene62|SM2011_b20054|cpo
SM2011_b20055	operon_0029	NC_020560.1|gene63|SM2011_b20055|cpo
SM2011_b23012	operon_0029	NC_020560.1|gene64|SM2011_b23012
SM2011_b23013	operon_0029	NC_020560.1|gene65|SM2011_b23013
SM2011_b20056	operon_0029	NC_020560.1|gene66|SM2011_b20056|btuF
SM2011_b23014	operon_0030	NC_020560.1|gene67|SM2011_b23014|btuF
SM2011_b20057	operon_0031	NC_020560.1|gene68|SM2011_b20057|btuC
SM2011_b20058	operon_0031	NC_020560.1|gene69|SM2011_b20058|btuD
SM2011_b20059	operon_0031	NC_020560.1|gene70|SM2011_b20059
SM2011_b20060	operon_0031	NC_020560.1|gene71|SM2011_b20060
SM2011_b22003	operon_0032	NC_020560.1|gene72|SM2011_b22003
SM2011_b20061	operon_0033	NC_020560.1|gene73|SM2011_b20061
SM2011_b23015	operon_0034	NC_020560.1|gene74|SM2011_b23015
SM2011_b20062	operon_0035	NC_020560.1|gene75|SM2011_b20062
SM2011_b20063	operon_0035	NC_020560.1|gene76|SM2011_b20063
SM2011_b20064	operon_0036	NC_020560.1|gene77|SM2011_b20064
SM2011_b20065	operon_0037	NC_020560.1|gene78|SM2011_b20065
SM2011_b20066	operon_0037	NC_020560.1|gene79|SM2011_b20066
SM2011_b20067	operon_0038	NC_020560.1|gene80|SM2011_b20067
SM2011_b20068	operon_0039	NC_020560.1|gene81|SM2011_b20068
SM2011_b20069	operon_0039	NC_020560.1|gene82|SM2011_b20069
SM2011_b20070	operon_0040	NC_020560.1|gene83|SM2011_b20070
SM2011_b20071	operon_0040	NC_020560.1|gene84|SM2011_b20071
SM2011_b20072	operon_0040	NC_020560.1|gene85|SM2011_b20072
SM2011_b20073	operon_0040	NC_020560.1|gene86|SM2011_b20073
SM2011_b20074	operon_0041	NC_020560.1|gene87|SM2011_b20074
SM2011_b23017	operon_0042	NC_020560.1|gene88|SM2011_b23017
SM2011_b20075	operon_0043	NC_020560.1|gene89|SM2011_b20075
SM2011_b20076	operon_0043	NC_020560.1|gene90|SM2011_b20076
SM2011_b20077	operon_0043	NC_020560.1|gene91|SM2011_b20077
SM2011_b20078	operon_0043	NC_020560.1|gene92|SM2011_b20078
SM2011_b20079	operon_0043	NC_020560.1|gene93|SM2011_b20079
SM2011_b23018	operon_0044	NC_020560.1|gene94|SM2011_b23018
SM2011_b20080	operon_0045	NC_020560.1|gene95|SM2011_b20080
SM2011_b20081	operon_0046	NC_020560.1|gene96|SM2011_b20081
SM2011_b20082	operon_0046	NC_020560.1|gene97|SM2011_b20082
SM2011_b20083	operon_0047	NC_020560.1|gene98|SM2011_b20083
SM2011_b20084	operon_0048	NC_020560.1|gene99|SM2011_b20084
SM2011_b20085	operon_0048	NC_020560.1|gene100|SM2011_b20085
SM2011_b20086	operon_0049	NC_020560.1|gene101|SM2011_b20086
SM2011_b20087	operon_0049	NC_020560.1|gene102|SM2011_b20087
SM2011_b20088	operon_0049	NC_020560.1|gene103|SM2011_b20088
SM2011_b20089	operon_0050	NC_020560.1|gene104|SM2011_b20089
SM2011_b20090	operon_0050	NC_020560.1|gene105|SM2011_b20090
SM2011_b20091	operon_0051	NC_020560.1|gene106|SM2011_b20091
SM2011_b23019	operon_0052	NC_020560.1|gene107|SM2011_b23019
SM2011_b20092	operon_0052	NC_020560.1|gene108|SM2011_b20092
SM2011_b20093	operon_0053	NC_020560.1|gene109|SM2011_b20093
SM2011_b20094	operon_0054	NC_020560.1|gene110|SM2011_b20094
SM2011_b20095	operon_0055	NC_020560.1|gene111|SM2011_b20095
SM2011_b20096	operon_0055	NC_020560.1|gene112|SM2011_b20096
SM2011_b20097	operon_0055	NC_020560.1|gene113|SM2011_b20097
SM2011_b20098	operon_0055	NC_020560.1|gene114|SM2011_b20098
SM2011_b20099	operon_0055	NC_020560.1|gene115|SM2011_b20099
SM2011_b20100	operon_0055	NC_020560.1|gene116|SM2011_b20100
SM2011_b20101	operon_0055	NC_020560.1|gene117|SM2011_b20101
SM2011_b20102	operon_0055	NC_020560.1|gene118|SM2011_b20102|acoR
SM2011_b20103	operon_0055	NC_020560.1|gene119|SM2011_b20103
SM2011_b23020	operon_0056	NC_020560.1|gene120|SM2011_b23020
SM2011_b20104	operon_0056	NC_020560.1|gene121|SM2011_b20104
SM2011_b20105	operon_0056	NC_020560.1|gene122|SM2011_b20105
SM2011_b20106	operon_0057	NC_020560.1|gene123|SM2011_b20106
SM2011_b23021	operon_0058	NC_020560.1|gene124|SM2011_b23021
SM2011_b20107	operon_0059	NC_020560.1|gene125|SM2011_b20107
SM2011_b20108	operon_0059	NC_020560.1|gene126|SM2011_b20108
SM2011_b20109	operon_0059	NC_020560.1|gene127|SM2011_b20109
SM2011_b20110	operon_0059	NC_020560.1|gene128|SM2011_b20110
SM2011_b20111	operon_0059	NC_020560.1|gene129|SM2011_b20111
SM2011_b20112	operon_0059	NC_020560.1|gene130|SM2011_b20112
SM2011_b20113	operon_0060	NC_020560.1|gene131|SM2011_b20113
SM2011_b20114	operon_0060	NC_020560.1|gene132|SM2011_b20114
SM2011_b20115	operon_0060	NC_020560.1|gene133|SM2011_b20115|ilvD4
SM2011_b20116	operon_0060	NC_020560.1|gene134|SM2011_b20116
SM2011_b23022	operon_0061	NC_020560.1|gene135|SM2011_b23022
SM2011_b20117	operon_0062	NC_020560.1|gene136|SM2011_b20117
SM2011_b23023	operon_0062	NC_020560.1|gene137|SM2011_b23023
SM2011_b20118	operon_0062	NC_020560.1|gene138|SM2011_b20118
SM2011_b20119	operon_0062	NC_020560.1|gene139|SM2011_b20119
SM2011_b22004	operon_0062	NC_020560.1|gene140|SM2011_b22004
SM2011_b20121	operon_0062	NC_020560.1|gene141|SM2011_b20121
SM2011_b20122	operon_0062	NC_020560.1|gene142|SM2011_b20122
SM2011_b20123	operon_0062	NC_020560.1|gene143|SM2011_b20123
SM2011_b20124	operon_0062	NC_020560.1|gene144|SM2011_b20124|ttpD
SM2011_b20125	operon_0062	NC_020560.1|gene145|SM2011_b20125|ttpC
SM2011_b20126	operon_0062	NC_020560.1|gene146|SM2011_b20126|ttpB
SM2011_b20127	operon_0062	NC_020560.1|gene147|SM2011_b20127
SM2011_b20128	operon_0062	NC_020560.1|gene148|SM2011_b20128
SM2011_b20129	operon_0063	NC_020560.1|gene149|SM2011_b20129
SM2011_b20130	operon_0063	NC_020560.1|gene150|SM2011_b20130
SM2011_b20131	operon_0063	NC_020560.1|gene151|SM2011_b20131
SM2011_b20132	operon_0063	NC_020560.1|gene152|SM2011_b20132
SM2011_b20133	operon_0063	NC_020560.1|gene153|SM2011_b20133
SM2011_b20134	operon_0064	NC_020560.1|gene154|SM2011_b20134
SM2011_b20135	operon_0064	NC_020560.1|gene155|SM2011_b20135
SM2011_b20136	operon_0064	NC_020560.1|gene156|SM2011_b20136
SM2011_b23024	operon_0065	NC_020560.1|gene157|SM2011_b23024
SM2011_b23025	operon_0065	NC_020560.1|gene158|SM2011_b23025
SM2011_b20137	operon_0066	NC_020560.1|gene159|SM2011_b20137
SM2011_b23026	operon_0067	NC_020560.1|gene160|SM2011_b23026
SM2011_b20138	operon_0068	NC_020560.1|gene161|SM2011_b20138
SM2011_b20139	operon_0069	NC_020560.1|gene162|SM2011_b20139
SM2011_b20140	operon_0070	NC_020560.1|gene163|SM2011_b20140|dapA2
SM2011_b20141	operon_0070	NC_020560.1|gene164|SM2011_b20141|dapA2
SM2011_b20142	operon_0070	NC_020560.1|gene165|SM2011_b20142
SM2011_b20143	operon_0070	NC_020560.1|gene166|SM2011_b20143
SM2011_b23027	operon_0071	NC_020560.1|gene167|SM2011_b23027
SM2011_b20144	operon_0072	NC_020560.1|gene168|SM2011_b20144
SM2011_b20145	operon_0073	NC_020560.1|gene169|SM2011_b20145
SM2011_b20146	operon_0073	NC_020560.1|gene170|SM2011_b20146|pdxA2
SM2011_b20147	operon_0073	NC_020560.1|gene171|SM2011_b20147|pdxA2
SM2011_b20148	operon_0074	NC_020560.1|gene172|SM2011_b20148
SM2011_b20149	operon_0074	NC_020560.1|gene173|SM2011_b20149
SM2011_b20150	operon_0075	NC_020560.1|gene174|SM2011_b20150
SM2011_b20151	operon_0075	NC_020560.1|gene175|SM2011_b20151
SM2011_b20152	operon_0075	NC_020560.1|gene176|SM2011_b20152
SM2011_b20153	operon_0075	NC_020560.1|gene177|SM2011_b20153
SM2011_b20154	operon_0076	NC_020560.1|gene178|SM2011_b20154
SM2011_b23028	operon_0077	NC_020560.1|gene179|SM2011_b23028
SM2011_b20155	operon_0077	NC_020560.1|gene180|SM2011_b20155
SM2011_b20156	operon_0077	NC_020560.1|gene181|SM2011_b20156
SM2011_b20157	operon_0077	NC_020560.1|gene182|SM2011_b20157
SM2011_b23029	operon_0078	NC_020560.1|gene183|SM2011_b23029
SM2011_b20158	operon_0079	NC_020560.1|gene184|SM2011_b20158
SM2011_b23030	operon_0080	NC_020560.1|gene185|SM2011_b23030
SM2011_b20159	operon_0081	NC_020560.1|gene186|SM2011_b20159
SM2011_b20160	operon_0081	NC_020560.1|gene187|SM2011_b20160
SM2011_b22005	operon_0081	NC_020560.1|gene188|SM2011_b22005
SM2011_b20161	operon_0081	NC_020560.1|gene189|SM2011_b20161
SM2011_b20162	operon_0081	NC_020560.1|gene190|SM2011_b20162
SM2011_b20163	operon_0081	NC_020560.1|gene191|SM2011_b20163
SM2011_b20164	operon_0081	NC_020560.1|gene192|SM2011_b20164
SM2011_b20165	operon_0081	NC_020560.1|gene193|SM2011_b20165
SM2011_b20166	operon_0081	NC_020560.1|gene194|SM2011_b20166
SM2011_b20167	operon_0082	NC_020560.1|gene195|SM2011_b20167
SM2011_b20168	operon_0083	NC_020560.1|gene196|SM2011_b20168
SM2011_b20169	operon_0084	NC_020560.1|gene197|SM2011_b20169
SM2011_b24001	operon_0084	NC_020560.1|gene198|SM2011_b24001
SM2011_b20170	operon_0085	NC_020560.1|gene199|SM2011_b20170
SM2011_b20171	operon_0085	NC_020560.1|gene200|SM2011_b20171
SM2011_b23031	operon_0086	NC_020560.1|gene201|SM2011_b23031
SM2011_b20172	operon_0087	NC_020560.1|gene202|SM2011_b20172
SM2011_b20173	operon_0087	NC_020560.1|gene203|SM2011_b20173
SM2011_b20174	operon_0087	NC_020560.1|gene204|SM2011_b20174
SM2011_b20175	operon_0087	NC_020560.1|gene205|SM2011_b20175
SM2011_b20176	operon_0087	NC_020560.1|gene206|SM2011_b20176
SM2011_b20177	operon_0088	NC_020560.1|gene207|SM2011_b20177
SM2011_b20178	operon_0089	NC_020560.1|gene208|SM2011_b20178
SM2011_b20179	operon_0089	NC_020560.1|gene209|SM2011_b20179
SM2011_b20180	operon_0089	NC_020560.1|gene210|SM2011_b20180
SM2011_b20181	operon_0089	NC_020560.1|gene211|SM2011_b20181
SM2011_b20182	operon_0089	NC_020560.1|gene212|SM2011_b20182
SM2011_b23033	operon_0090	NC_020560.1|gene213|SM2011_b23033
SM2011_b20183	operon_0091	NC_020560.1|gene214|SM2011_b20183
SM2011_b20184	operon_0091	NC_020560.1|gene215|SM2011_b20184
SM2011_b20185	operon_0091	NC_020560.1|gene216|SM2011_b20185
SM2011_b24002	operon_0091	NC_020560.1|gene217|SM2011_b24002
SM2011_b20186	operon_0091	NC_020560.1|gene218|SM2011_b20186|gfa
SM2011_b23034	operon_0091	NC_020560.1|gene219|SM2011_b23034
SM2011_b23035	operon_0092	NC_020560.1|gene220|SM2011_b23035
SM2011_b24003	operon_0093	NC_020560.1|gene221|SM2011_b24003
SM2011_b20194	operon_0094	NC_020560.1|gene222|SM2011_b20194
SM2011_b20195	operon_0094	NC_020560.1|gene223|SM2011_b20195|ppe
SM2011_b20196	operon_0094	NC_020560.1|gene224|SM2011_b20196|cbbX
SM2011_b20197	operon_0094	NC_020560.1|gene225|SM2011_b20197|cbbS
SM2011_b20198	operon_0094	NC_020560.1|gene226|SM2011_b20198|cbbL
SM2011_b20199	operon_0094	NC_020560.1|gene227|SM2011_b20199|cbbA
SM2011_b20200	operon_0094	NC_020560.1|gene228|SM2011_b20200|cbbT
SM2011_b20201	operon_0094	NC_020560.1|gene229|SM2011_b20201|cbbP
SM2011_b20202	operon_0094	NC_020560.1|gene230|SM2011_b20202|cbbF
SM2011_b20203	operon_0095	NC_020560.1|gene231|SM2011_b20203|cbbR
SM2011_b20204	operon_0095	NC_020560.1|gene232|SM2011_b20204|pqqA
SM2011_b20205	operon_0095	NC_020560.1|gene233|SM2011_b20205|pqqB
SM2011_b20206	operon_0095	NC_020560.1|gene234|SM2011_b20206|pqqC
SM2011_b20207	operon_0095	NC_020560.1|gene235|SM2011_b20207|pqqD
SM2011_b20208	operon_0095	NC_020560.1|gene236|SM2011_b20208|pqqE
SM2011_b23036	operon_0096	NC_020560.1|gene237|SM2011_b23036|pqqE
SM2011_b20209	operon_0096	NC_020560.1|gene238|SM2011_b20209
SM2011_b20210	operon_0096	NC_020560.1|gene239|SM2011_b20210
SM2011_b20211	operon_0096	NC_020560.1|gene240|SM2011_b20211
SM2011_b20212	operon_0097	NC_020560.1|gene241|SM2011_b20212
SM2011_b20213	operon_0097	NC_020560.1|gene242|SM2011_b20213
SM2011_b20214	operon_0097	NC_020560.1|gene243|SM2011_b20214
SM2011_b20215	operon_0097	NC_020560.1|gene244|SM2011_b20215
SM2011_b23037	operon_0098	NC_020560.1|gene245|SM2011_b23037
SM2011_b20216	operon_0099	NC_020560.1|gene246|SM2011_b20216
SM2011_b20217	operon_0099	NC_020560.1|gene247|SM2011_b20217
SM2011_b23038	operon_0099	NC_020560.1|gene248|SM2011_b23038
SM2011_b20218	operon_0100	NC_020560.1|gene249|SM2011_b20218
SM2011_b20219	operon_0100	NC_020560.1|gene250|SM2011_b20219
SM2011_b22002	operon_0100	NC_020560.1|gene251|SM2011_b22002
SM2011_b20221	operon_0100	NC_020560.1|gene252|SM2011_b20221
SM2011_b20222	operon_0100	NC_020560.1|gene253|SM2011_b20222
SM2011_b23039	operon_0100	NC_020560.1|gene254|SM2011_b23039
SM2011_b22001	operon_0101	NC_020560.1|gene255|SM2011_b22001
SM2011_b20225	operon_0102	NC_020560.1|gene256|SM2011_b20225|smC22-1
SM2011_b20226	operon_0103	NC_020560.1|gene257|SM2011_b20226
SM2011_b20227	operon_0103	NC_020560.1|gene258|SM2011_b20227|ndiA-1
SM2011_b20228	operon_0103	NC_020560.1|gene259|SM2011_b20228|ndiA-2
SM2011_b20229	operon_0103	NC_020560.1|gene260|SM2011_b20229|ndiB
SM2011_b20230	operon_0103	NC_020560.1|gene261|SM2011_b20230|smC22-r
SM2011_b20231	operon_0103	NC_020560.1|gene262|SM2011_b20231
SM2011_b23040	operon_0104	NC_020560.1|gene263|SM2011_b23040
SM2011_b23041	operon_0104	NC_020560.1|gene264|SM2011_b23041
SM2011_b20232	operon_0105	NC_020560.1|gene265|SM2011_b20232
SM2011_b20233	operon_0105	NC_020560.1|gene266|SM2011_b20233
SM2011_b20234	operon_0105	NC_020560.1|gene267|SM2011_b20234
SM2011_b23042	operon_0106	NC_020560.1|gene268|SM2011_b23042
SM2011_b20235	operon_0107	NC_020560.1|gene269|SM2011_b20235
SM2011_b20236	operon_0107	NC_020560.1|gene270|SM2011_b20236
SM2011_b23043	operon_0107	NC_020560.1|gene271|SM2011_b23043
SM2011_b20238	operon_0108	NC_020560.1|gene272|SM2011_b20238
SM2011_b20239	operon_0108	NC_020560.1|gene273|SM2011_b20239|rmlB
SM2011_b23044	operon_0109	NC_020560.1|gene274|SM2011_b23044|rmlB
SM2011_b20240	operon_0110	NC_020560.1|gene275|SM2011_b20240
SM2011_b20241	operon_0110	NC_020560.1|gene276|SM2011_b20241
SM2011_b20242	operon_0110	NC_020560.1|gene277|SM2011_b20242
SM2011_b20243	operon_0110	NC_020560.1|gene278|SM2011_b20243
SM2011_b20244	operon_0110	NC_020560.1|gene279|SM2011_b20244|tyv
SM2011_b20245	operon_0110	NC_020560.1|gene280|SM2011_b20245|tyv
SM2011_b20246	operon_0111	NC_020560.1|gene281|SM2011_b20246
SM2011_b20247	operon_0111	NC_020560.1|gene282|SM2011_b20247
SM2011_b20248	operon_0112	NC_020560.1|gene283|SM2011_b20248
SM2011_b20249	operon_0113	NC_020560.1|gene284|SM2011_b20249
SM2011_b20250	operon_0113	NC_020560.1|gene285|SM2011_b20250
SM2011_b20251	operon_0113	NC_020560.1|gene286|SM2011_b20251
SM2011_b20252	operon_0114	NC_020560.1|gene287|SM2011_b20252
SM2011_b20253	operon_0114	NC_020560.1|gene288|SM2011_b20253
SM2011_b20254	operon_0114	NC_020560.1|gene289|SM2011_b20254
SM2011_b20255	operon_0114	NC_020560.1|gene290|SM2011_b20255
SM2011_b20256	operon_0114	NC_020560.1|gene291|SM2011_b20256
SM2011_b20257	operon_0115	NC_020560.1|gene292|SM2011_b20257|cyaM
SM2011_b20258	operon_0115	NC_020560.1|gene293|SM2011_b20258|hypR
SM2011_b20259	operon_0115	NC_020560.1|gene294|SM2011_b20259
SM2011_b20260	operon_0116	NC_020560.1|gene295|SM2011_b20260
SM2011_b20261	operon_0116	NC_020560.1|gene296|SM2011_b20261
SM2011_b20262	operon_0117	NC_020560.1|gene297|SM2011_b20262
SM2011_b20263	operon_0117	NC_020560.1|gene298|SM2011_b20263|hypM
SM2011_b23045	operon_0118	NC_020560.1|gene299|SM2011_b23045|hypM
SM2011_b20264	operon_0119	NC_020560.1|gene300|SM2011_b20264|hypN
SM2011_b20265	operon_0119	NC_020560.1|gene301|SM2011_b20265|hypP
SM2011_b20266	operon_0119	NC_020560.1|gene302|SM2011_b20266|hypQ
SM2011_b20267	operon_0119	NC_020560.1|gene303|SM2011_b20267
SM2011_b20268	operon_0119	NC_020560.1|gene304|SM2011_b20268
SM2011_b20269	operon_0119	NC_020560.1|gene305|SM2011_b20269
SM2011_b20270	operon_0119	NC_020560.1|gene306|SM2011_b20270
SM2011_b20271	operon_0119	NC_020560.1|gene307|SM2011_b20271
SM2011_b23047	operon_0120	NC_020560.1|gene308|SM2011_b23047
SM2011_b20272	operon_0121	NC_020560.1|gene309|SM2011_b20272
SM2011_b20273	operon_0122	NC_020560.1|gene310|SM2011_b20273
SM2011_b20274	operon_0122	NC_020560.1|gene311|SM2011_b20274
SM2011_b20275	operon_0122	NC_020560.1|gene312|SM2011_b20275
SM2011_b20276	operon_0123	NC_020560.1|gene313|SM2011_b20276
SM2011_b20277	operon_0123	NC_020560.1|gene314|SM2011_b20277
SM2011_b20278	operon_0124	NC_020560.1|gene315|SM2011_b20278
SM2011_b20279	operon_0124	NC_020560.1|gene316|SM2011_b20279
SM2011_b20280	operon_0124	NC_020560.1|gene317|SM2011_b20280
SM2011_b20281	operon_0124	NC_020560.1|gene318|SM2011_b20281
SM2011_b20282	operon_0124	NC_020560.1|gene319|SM2011_b20282
SM2011_b20283	operon_0124	NC_020560.1|gene320|SM2011_b20283
SM2011_b20284	operon_0124	NC_020560.1|gene321|SM2011_b20284
SM2011_b20285	operon_0124	NC_020560.1|gene322|SM2011_b20285
SM2011_b20286	operon_0125	NC_020560.1|gene323|SM2011_b20286
SM2011_b20287	operon_0126	NC_020560.1|gene324|SM2011_b20287
SM2011_b20288	operon_0126	NC_020560.1|gene325|SM2011_b20288
SM2011_b20289	operon_0126	NC_020560.1|gene326|SM2011_b20289
SM2011_b20290	operon_0127	NC_020560.1|gene327|SM2011_b20290
SM2011_b20291	operon_0128	NC_020560.1|gene328|SM2011_b20291
SM2011_b20292	operon_0128	NC_020560.1|gene329|SM2011_b20292
SM2011_b24004	operon_0129	NC_020560.1|gene330|SM2011_b24004
SM2011_b20293	operon_0129	NC_020560.1|gene331|SM2011_b20293
SM2011_b20294	operon_0129	NC_020560.1|gene332|SM2011_b20294
SM2011_b20295	operon_0129	NC_020560.1|gene333|SM2011_b20295
SM2011_b20296	operon_0129	NC_020560.1|gene334|SM2011_b20296
SM2011_b20297	operon_0129	NC_020560.1|gene335|SM2011_b20297
SM2011_b20298	operon_0129	NC_020560.1|gene336|SM2011_b20298
SM2011_b20299	operon_0129	NC_020560.1|gene337|SM2011_b20299|nanA
SM2011_b23050	operon_0130	NC_020560.1|gene338|SM2011_b23050|nanA
SM2011_b20300	operon_0131	NC_020560.1|gene339|SM2011_b20300|cyaF7
SM2011_b20301	operon_0132	NC_020560.1|gene340|SM2011_b20301|cyaF7
SM2011_b20302	operon_0132	NC_020560.1|gene341|SM2011_b20302
SM2011_b20303	operon_0133	NC_020560.1|gene342|SM2011_b20303
SM2011_b20304	operon_0134	NC_020560.1|gene343|SM2011_b20304
SM2011_b20306	operon_0135	NC_020560.1|gene344|SM2011_b20306
SM2011_b20305	operon_0136	NC_020560.1|gene345|SM2011_b20305
SM2011_b20307	operon_0136	NC_020560.1|gene346|SM2011_b20307
SM2011_b20312	operon_0136	NC_020560.1|gene347|SM2011_b20312
SM2011_b23051	operon_0137	NC_020560.1|gene348|SM2011_b23051
SM2011_b24005	operon_0137	NC_020560.1|gene349|SM2011_b24005
SM2011_b23052	operon_0137	NC_020560.1|gene350|SM2011_b23052
SM2011_b20313	operon_0138	NC_020560.1|gene351|SM2011_b20313
SM2011_b20314	operon_0138	NC_020560.1|gene352|SM2011_b20314
SM2011_b23053	operon_0139	NC_020560.1|gene353|SM2011_b23053
SM2011_b20315	operon_0139	NC_020560.1|gene354|SM2011_b20315
SM2011_b20316	operon_0139	NC_020560.1|gene355|SM2011_b20316
SM2011_b20317	operon_0139	NC_020560.1|gene356|SM2011_b20317
SM2011_b20318	operon_0139	NC_020560.1|gene357|SM2011_b20318
SM2011_b20319	operon_0140	NC_020560.1|gene358|SM2011_b20319
SM2011_b20320	operon_0140	NC_020560.1|gene359|SM2011_b20320
SM2011_b20321	operon_0140	NC_020560.1|gene360|SM2011_b20321
SM2011_b23054	operon_0141	NC_020560.1|gene361|SM2011_b23054
SM2011_b20322	operon_0142	NC_020560.1|gene362|SM2011_b20322
SM2011_b20323	operon_0143	NC_020560.1|gene363|SM2011_b20323
SM2011_b20324	operon_0144	NC_020560.1|gene364|SM2011_b20324|thuR
SM2011_b20325	operon_0145	NC_020560.1|gene365|SM2011_b20325|thuE
SM2011_b20326	operon_0145	NC_020560.1|gene366|SM2011_b20326|thuF
SM2011_b20327	operon_0145	NC_020560.1|gene367|SM2011_b20327|thuG
SM2011_b23055	operon_0146	NC_020560.1|gene368|SM2011_b23055|thuG
SM2011_b20328	operon_0147	NC_020560.1|gene369|SM2011_b20328|thuK
SM2011_b20329	operon_0147	NC_020560.1|gene370|SM2011_b20329|thuA
SM2011_b20330	operon_0147	NC_020560.1|gene371|SM2011_b20330|thuB
SM2011_b20331	operon_0148	NC_020560.1|gene372|SM2011_b20331
SM2011_b23056	operon_0148	NC_020560.1|gene373|SM2011_b23056
SM2011_b24041	operon_0149	NC_020560.1|gene374|SM2011_b24041
SM2011_b23058	operon_0150	NC_020560.1|gene375|SM2011_b23058
SM2011_b20333	operon_0150	NC_020560.1|gene376|SM2011_b20333|betT
SM2011_b23060	operon_0151	NC_020560.1|gene377|SM2011_b23060
SM2011_b20334	operon_0151	NC_020560.1|gene378|SM2011_b20334
SM2011_b20335	operon_0151	NC_020560.1|gene379|SM2011_b20335
SM2011_b23061	operon_0152	NC_020560.1|gene380|SM2011_b23061
SM2011_b20336	operon_0153	NC_020560.1|gene381|SM2011_b20336
SM2011_b20337	operon_0154	NC_020560.1|gene382|SM2011_b20337
SM2011_b20338	operon_0155	NC_020560.1|gene383|SM2011_b20338
SM2011_b23063	operon_0156	NC_020560.1|gene384|SM2011_b23063
SM2011_b20339	operon_0157	NC_020560.1|gene385|SM2011_b20339
SM2011_b20340	operon_0157	NC_020560.1|gene386|SM2011_b20340
SM2011_b20341	operon_0157	NC_020560.1|gene387|SM2011_b20341
SM2011_b20342	operon_0158	NC_020560.1|gene388|SM2011_b20342
SM2011_b20343	operon_0158	NC_020560.1|gene389|SM2011_b20343
SM2011_b23064	operon_0159	NC_020560.1|gene390|SM2011_b23064
SM2011_b20344	operon_0160	NC_020560.1|gene391|SM2011_b20344
SM2011_b23065	operon_0161	NC_020560.1|gene392|SM2011_b23065
SM2011_b20345	operon_0162	NC_020560.1|gene393|SM2011_b20345
SM2011_b23066	operon_0163	NC_020560.1|gene394|SM2011_b23066
SM2011_b20346	operon_0164	NC_020560.1|gene395|SM2011_b20346
SM2011_b20347	operon_0164	NC_020560.1|gene396|SM2011_b20347
SM2011_b20348	operon_0165	NC_020560.1|gene397|SM2011_b20348
SM2011_b23067	operon_0166	NC_020560.1|gene398|SM2011_b23067
SM2011_b20349	operon_0167	NC_020560.1|gene399|SM2011_b20349
SM2011_b24006	operon_0168	NC_020560.1|gene400|SM2011_b24006
SM2011_b23068	operon_0168	NC_020560.1|gene401|SM2011_b23068
SM2011_b23069	operon_0168	NC_020560.1|gene402|SM2011_b23069
SM2011_b20350	operon_0169	NC_020560.1|gene403|SM2011_b20350
SM2011_b20351	operon_0169	NC_020560.1|gene404|SM2011_b20351
SM2011_b20352	operon_0169	NC_020560.1|gene405|SM2011_b20352
SM2011_b20353	operon_0169	NC_020560.1|gene406|SM2011_b20353
SM2011_b20354	operon_0169	NC_020560.1|gene407|SM2011_b20354
SM2011_b20355	operon_0169	NC_020560.1|gene408|SM2011_b20355
SM2011_b20356	operon_0169	NC_020560.1|gene409|SM2011_b20356
SM2011_b23070	operon_0170	NC_020560.1|gene410|SM2011_b23070
SM2011_b23071	operon_0170	NC_020560.1|gene411|SM2011_b23071
SM2011_b20357	operon_0171	NC_020560.1|gene412|SM2011_b20357
SM2011_b23072	operon_0172	NC_020560.1|gene413|SM2011_b23072
SM2011_b20358	operon_0173	NC_020560.1|gene414|SM2011_b20358|cyaL
SM2011_b20359	operon_0173	NC_020560.1|gene415|SM2011_b20359
SM2011_b20360	operon_0173	NC_020560.1|gene416|SM2011_b20360
SM2011_b20361	operon_0174	NC_020560.1|gene417|SM2011_b20361
SM2011_b20362	operon_0174	NC_020560.1|gene418|SM2011_b20362
SM2011_b20363	operon_0174	NC_020560.1|gene419|SM2011_b20363
SM2011_b20364	operon_0174	NC_020560.1|gene420|SM2011_b20364
SM2011_b20365	operon_0174	NC_020560.1|gene421|SM2011_b20365
SM2011_b20366	operon_0175	NC_020560.1|gene422|SM2011_b20366
SM2011_b23073	operon_0176	NC_020560.1|gene423|SM2011_b23073
SM2011_b23075	operon_0176	NC_020560.1|gene424|SM2011_b23075
SM2011_b23074	operon_0177	NC_020560.1|gene425|SM2011_b23074
SM2011_b20367	operon_0178	NC_020560.1|gene426|SM2011_b20367
SM2011_b20368	operon_0179	NC_020560.1|gene427|SM2011_b20368
SM2011_b20369	operon_0179	NC_020560.1|gene428|SM2011_b20369
SM2011_b20370	operon_0179	NC_020560.1|gene429|SM2011_b20370
SM2011_b20371	operon_0180	NC_020560.1|gene430|SM2011_b20371
SM2011_b20372	operon_0180	NC_020560.1|gene431|SM2011_b20372
SM2011_b20373	operon_0180	NC_020560.1|gene432|SM2011_b20373
SM2011_b20374	operon_0180	NC_020560.1|gene433|SM2011_b20374
SM2011_b20375	operon_0180	NC_020560.1|gene434|SM2011_b20375
SM2011_b20376	operon_0180	NC_020560.1|gene435|SM2011_b20376
SM2011_b20377	operon_0180	NC_020560.1|gene436|SM2011_b20377
SM2011_b20378	operon_0180	NC_020560.1|gene437|SM2011_b20378
SM2011_b20379	operon_0180	NC_020560.1|gene438|SM2011_b20379
SM2011_b23076	operon_0181	NC_020560.1|gene439|SM2011_b23076
SM2011_b20380	operon_0182	NC_020560.1|gene440|SM2011_b20380
SM2011_b20381	operon_0182	NC_020560.1|gene441|SM2011_b20381
SM2011_b20382	operon_0182	NC_020560.1|gene442|SM2011_b20382
SM2011_b20383	operon_0182	NC_020560.1|gene443|SM2011_b20383
SM2011_b20384	operon_0182	NC_020560.1|gene444|SM2011_b20384
SM2011_b20385	operon_0182	NC_020560.1|gene445|SM2011_b20385
SM2011_b20386	operon_0182	NC_020560.1|gene446|SM2011_b20386
SM2011_b20387	operon_0182	NC_020560.1|gene447|SM2011_b20387
SM2011_b23077	operon_0183	NC_020560.1|gene448|SM2011_b23077
SM2011_b20388	operon_0184	NC_020560.1|gene449|SM2011_b20388
SM2011_b20389	operon_0184	NC_020560.1|gene450|SM2011_b20389
SM2011_b23078	operon_0185	NC_020560.1|gene451|SM2011_b23078
SM2011_b20390	operon_0185	NC_020560.1|gene452|SM2011_b20390
SM2011_b20391	operon_0185	NC_020560.1|gene453|SM2011_b20391
SM2011_b23079	operon_0186	NC_020560.1|gene454|SM2011_b23079
SM2011_b20392	operon_0186	NC_020560.1|gene455|SM2011_b20392
SM2011_b23080	operon_0187	NC_020560.1|gene456|SM2011_b23080
SM2011_b20393	operon_0187	NC_020560.1|gene457|SM2011_b20393|rbcL
SM2011_b20394	operon_0187	NC_020560.1|gene458|SM2011_b20394
SM2011_b20395	operon_0188	NC_020560.1|gene459|SM2011_b20395
SM2011_b20396	operon_0188	NC_020560.1|gene460|SM2011_b20396
SM2011_b20397	operon_0188	NC_020560.1|gene461|SM2011_b20397
SM2011_b20398	operon_0189	NC_020560.1|gene462|SM2011_b20398
SM2011_b20399	operon_0189	NC_020560.1|gene463|SM2011_b20399
SM2011_b20400	operon_0190	NC_020560.1|gene464|SM2011_b20400
SM2011_b20401	operon_0190	NC_020560.1|gene465|SM2011_b20401
SM2011_b20402	operon_0191	NC_020560.1|gene466|SM2011_b20402
SM2011_b20403	operon_0191	NC_020560.1|gene467|SM2011_b20403
SM2011_b20404	operon_0191	NC_020560.1|gene468|SM2011_b20404
SM2011_b20405	operon_0192	NC_020560.1|gene469|SM2011_b20405
SM2011_b20406	operon_0193	NC_020560.1|gene470|SM2011_b20406|hyuA
SM2011_b20407	operon_0193	NC_020560.1|gene471|SM2011_b20407|hyuB
SM2011_b23083	operon_0194	NC_020560.1|gene472|SM2011_b23083|hyuB
SM2011_b20408	operon_0195	NC_020560.1|gene473|SM2011_b20408
SM2011_b20409	operon_0195	NC_020560.1|gene474|SM2011_b20409
SM2011_b23084	operon_0196	NC_020560.1|gene475|SM2011_b23084
SM2011_b20410	operon_0197	NC_020560.1|gene476|SM2011_b20410
SM2011_b20411	operon_0198	NC_020560.1|gene477|SM2011_b20411
SM2011_b20412	operon_0198	NC_020560.1|gene478|SM2011_b20412
SM2011_b20413	operon_0198	NC_020560.1|gene479|SM2011_b20413
SM2011_b20414	operon_0198	NC_020560.1|gene480|SM2011_b20414
SM2011_b20415	operon_0198	NC_020560.1|gene481|SM2011_b20415
SM2011_b20416	operon_0199	NC_020560.1|gene482|SM2011_b20416|ugpB
SM2011_b20417	operon_0199	NC_020560.1|gene483|SM2011_b20417|ugpA
SM2011_b20418	operon_0199	NC_020560.1|gene484|SM2011_b20418|ugpE
SM2011_b20419	operon_0199	NC_020560.1|gene485|SM2011_b20419|ugpC
SM2011_b23087	operon_0200	NC_020560.1|gene486|SM2011_b23087|ugpC
SM2011_b20420	operon_0201	NC_020560.1|gene487|SM2011_b20420
SM2011_b20421	operon_0201	NC_020560.1|gene488|SM2011_b20421
SM2011_b20422	operon_0202	NC_020560.1|gene489|SM2011_b20422
SM2011_b23088	operon_0203	NC_020560.1|gene490|SM2011_b23088
SM2011_b20423	operon_0204	NC_020560.1|gene491|SM2011_b20423
SM2011_b20424	operon_0204	NC_020560.1|gene492|SM2011_b20424
SM2011_b23089	operon_0205	NC_020560.1|gene493|SM2011_b23089
SM2011_b20425	operon_0206	NC_020560.1|gene494|SM2011_b20425
SM2011_b20426	operon_0207	NC_020560.1|gene495|SM2011_b20426
SM2011_b20427	operon_0207	NC_020560.1|gene496|SM2011_b20427|ehuA
SM2011_b20428	operon_0207	NC_020560.1|gene497|SM2011_b20428|ehuB
SM2011_b20429	operon_0207	NC_020560.1|gene498|SM2011_b20429|ehuC
SM2011_b20430	operon_0207	NC_020560.1|gene499|SM2011_b20430|ehuD
SM2011_b20431	operon_0207	NC_020560.1|gene500|SM2011_b20431|eutA
SM2011_b20432	operon_0207	NC_020560.1|gene501|SM2011_b20432|eutB
SM2011_b20433	operon_0207	NC_020560.1|gene502|SM2011_b20433|eutC
SM2011_b20434	operon_0207	NC_020560.1|gene503|SM2011_b20434|eutD
SM2011_b20435	operon_0207	NC_020560.1|gene504|SM2011_b20435|eutE
SM2011_b20436	operon_0207	NC_020560.1|gene505|SM2011_b20436
SM2011_b20441	operon_0207	NC_020560.1|gene506|SM2011_b20441
SM2011_b20442	operon_0207	NC_020560.1|gene507|SM2011_b20442
SM2011_b20443	operon_0207	NC_020560.1|gene508|SM2011_b20443
SM2011_b20444	operon_0207	NC_020560.1|gene509|SM2011_b20444
SM2011_b20445	operon_0207	NC_020560.1|gene510|SM2011_b20445
SM2011_b20446	operon_0207	NC_020560.1|gene511|SM2011_b20446|uxuA
SM2011_b20447	operon_0207	NC_020560.1|gene512|SM2011_b20447
SM2011_b23091	operon_0207	NC_020560.1|gene513|SM2011_b23091
SM2011_b23092	operon_0208	NC_020560.1|gene514|SM2011_b23092
SM2011_b20448	operon_0209	NC_020560.1|gene515|SM2011_b20448
SM2011_b20449	operon_0209	NC_020560.1|gene516|SM2011_b20449
SM2011_b20450	operon_0209	NC_020560.1|gene517|SM2011_b20450
SM2011_b20451	operon_0209	NC_020560.1|gene518|SM2011_b20451
SM2011_b20452	operon_0209	NC_020560.1|gene519|SM2011_b20452
SM2011_b20453	operon_0210	NC_020560.1|gene520|SM2011_b20453
SM2011_b23094	operon_0211	NC_020560.1|gene521|SM2011_b23094
SM2011_b20454	operon_0211	NC_020560.1|gene522|SM2011_b20454
SM2011_b20455	operon_0212	NC_020560.1|gene523|SM2011_b20455
SM2011_b20456	operon_0213	NC_020560.1|gene524|SM2011_b20456
SM2011_b20457	operon_0214	NC_020560.1|gene525|SM2011_b20457
SM2011_b20458	operon_0215	NC_020560.1|gene526|SM2011_b20458|uxs1
SM2011_b23095	operon_0216	NC_020560.1|gene527|SM2011_b23095|uxs1
SM2011_b20459	operon_0217	NC_020560.1|gene528|SM2011_b20459|uxe
SM2011_b20460	operon_0217	NC_020560.1|gene529|SM2011_b20460|uxe
SM2011_b20461	operon_0217	NC_020560.1|gene530|SM2011_b20461
SM2011_b20462	operon_0217	NC_020560.1|gene531|SM2011_b20462
SM2011_b20463	operon_0217	NC_020560.1|gene532|SM2011_b20463
SM2011_b20464	operon_0218	NC_020560.1|gene533|SM2011_b20464
SM2011_b20465	operon_0218	NC_020560.1|gene534|SM2011_b20465
SM2011_b20466	operon_0219	NC_020560.1|gene535|SM2011_b20466
SM2011_b20467	operon_0219	NC_020560.1|gene536|SM2011_b20467
SM2011_b23096	operon_0220	NC_020560.1|gene537|SM2011_b23096
SM2011_b23097	operon_0220	NC_020560.1|gene538|SM2011_b23097
SM2011_b23098	operon_0220	NC_020560.1|gene539|SM2011_b23098
SM2011_b20468	operon_0221	NC_020560.1|gene540|SM2011_b20468
SM2011_b20469	operon_0222	NC_020560.1|gene541|SM2011_b20469
SM2011_b20470	operon_0223	NC_020560.1|gene542|SM2011_b20470
SM2011_b20471	operon_0223	NC_020560.1|gene543|SM2011_b20471
SM2011_b20472	operon_0223	NC_020560.1|gene544|SM2011_b20472
SM2011_b20473	operon_0224	NC_020560.1|gene545|SM2011_b20473
SM2011_b20474	operon_0224	NC_020560.1|gene546|SM2011_b20474
SM2011_b20475	operon_0224	NC_020560.1|gene547|SM2011_b20475
SM2011_b20476	operon_0225	NC_020560.1|gene548|SM2011_b20476
SM2011_b23102	operon_0226	NC_020560.1|gene549|SM2011_b23102
SM2011_b20477	operon_0227	NC_020560.1|gene550|SM2011_b20477
SM2011_b20478	operon_0227	NC_020560.1|gene551|SM2011_b20478
SM2011_b20479	operon_0227	NC_020560.1|gene552|SM2011_b20479
SM2011_b20480	operon_0227	NC_020560.1|gene553|SM2011_b20480
SM2011_b20481	operon_0227	NC_020560.1|gene554|SM2011_b20481|asnO
SM2011_b20482	operon_0227	NC_020560.1|gene555|SM2011_b20482
SM2011_b20483	operon_0228	NC_020560.1|gene556|SM2011_b20483
SM2011_b20484	operon_0229	NC_020560.1|gene557|SM2011_b20484|supA
SM2011_b20485	operon_0229	NC_020560.1|gene558|SM2011_b20485|supB
SM2011_b20486	operon_0229	NC_020560.1|gene559|SM2011_b20486|supC
SM2011_b20487	operon_0229	NC_020560.1|gene560|SM2011_b20487|supD
SM2011_b20488	operon_0229	NC_020560.1|gene561|SM2011_b20488|supD
SM2011_b20489	operon_0229	NC_020560.1|gene562|SM2011_b20489
SM2011_b20490	operon_0229	NC_020560.1|gene563|SM2011_b20490|fucA2
SM2011_b22020	operon_0230	NC_020560.1|gene564|SM2011_b22020|fucA2
SM2011_b24007	operon_0230	NC_020560.1|gene565|SM2011_b24007
SM2011_b20491	operon_0230	NC_020560.1|gene566|SM2011_b20491
SM2011_b20492	operon_0230	NC_020560.1|gene567|SM2011_b20492
SM2011_b23105	operon_0231	NC_020560.1|gene568|SM2011_b23105
SM2011_b20493	operon_0232	NC_020560.1|gene569|SM2011_b20493
SM2011_b20494	operon_0233	NC_020560.1|gene570|SM2011_b20494
SM2011_b23106	operon_0234	NC_020560.1|gene571|SM2011_b23106
SM2011_b20495	operon_0235	NC_020560.1|gene572|SM2011_b20495
SM2011_b20496	operon_0236	NC_020560.1|gene573|SM2011_b20496
SM2011_b23107	operon_0237	NC_020560.1|gene574|SM2011_b23107
SM2011_b20497	operon_0238	NC_020560.1|gene575|SM2011_b20497|lyx
SM2011_b20498	operon_0238	NC_020560.1|gene576|SM2011_b20498
SM2011_b20499	operon_0238	NC_020560.1|gene577|SM2011_b20499
SM2011_b23108	operon_0239	NC_020560.1|gene578|SM2011_b23108
SM2011_b20500	operon_0240	NC_020560.1|gene579|SM2011_b20500
SM2011_b23109	operon_0241	NC_020560.1|gene580|SM2011_b23109
SM2011_b20501	operon_0242	NC_020560.1|gene581|SM2011_b20501
SM2011_b20502	operon_0242	NC_020560.1|gene582|SM2011_b20502
SM2011_b20503	operon_0242	NC_020560.1|gene583|SM2011_b20503
SM2011_b20504	operon_0242	NC_020560.1|gene584|SM2011_b20504
SM2011_b23110	operon_0243	NC_020560.1|gene585|SM2011_b23110
SM2011_b23111	operon_0243	NC_020560.1|gene586|SM2011_b23111
SM2011_b20505	operon_0243	NC_020560.1|gene587|SM2011_b20505|tfxG
SM2011_b20506	operon_0244	NC_020560.1|gene588|SM2011_b20506
SM2011_b20507	operon_0244	NC_020560.1|gene589|SM2011_b20507
SM2011_b23112	operon_0245	NC_020560.1|gene590|SM2011_b23112
SM2011_b20508	operon_0246	NC_020560.1|gene591|SM2011_b20508
SM2011_b20509	operon_0247	NC_020560.1|gene592|SM2011_b20509
SM2011_b20510	operon_0247	NC_020560.1|gene593|SM2011_b20510|dgoA
SM2011_b20511	operon_0247	NC_020560.1|gene594|SM2011_b20511
SM2011_b23113	operon_0248	NC_020560.1|gene595|SM2011_b23113
SM2011_b22021	operon_0249	NC_020560.1|gene596|SM2011_b22021
SM2011_b20513	operon_0249	NC_020560.1|gene597|SM2011_b20513
SM2011_b24008	operon_0250	NC_020560.1|gene598|SM2011_b24008
SM2011_b22022	operon_0251	NC_020560.1|gene599|SM2011_b22022
SM2011_b20514	operon_0252	NC_020560.1|gene600|SM2011_b20514
SM2011_b23114	operon_0253	NC_020560.1|gene601|SM2011_b23114
SM2011_b20515	operon_0253	NC_020560.1|gene602|SM2011_b20515
SM2011_b23115	operon_0254	NC_020560.1|gene603|SM2011_b23115
SM2011_b20516	operon_0255	NC_020560.1|gene604|SM2011_b20516
SM2011_b23116	operon_0256	NC_020560.1|gene605|SM2011_b23116
SM2011_b20517	operon_0256	NC_020560.1|gene606|SM2011_b20517
SM2011_b20518	operon_0257	NC_020560.1|gene607|SM2011_b20518
SM2011_b23117	operon_0257	NC_020560.1|gene608|SM2011_b23117
SM2011_b23118	operon_0257	NC_020560.1|gene609|SM2011_b23118
SM2011_b20519	operon_0257	NC_020560.1|gene610|SM2011_b20519
SM2011_b23119	operon_0258	NC_020560.1|gene611|SM2011_b23119
SM2011_b23121	operon_0259	NC_020560.1|gene612|SM2011_b23121
SM2011_b23122	operon_0260	NC_020560.1|gene613|SM2011_b23122
SM2011_b23123	operon_0260	NC_020560.1|gene614|SM2011_b23123
SM2011_b20520	operon_0261	NC_020560.1|gene615|SM2011_b20520
SM2011_b23124	operon_0262	NC_020560.1|gene616|SM2011_b23124
SM2011_b23125	operon_0262	NC_020560.1|gene617|SM2011_b23125
SM2011_b20521	operon_0263	NC_020560.1|gene618|SM2011_b20521
SM2011_b23126	operon_0264	NC_020560.1|gene619|SM2011_b23126
SM2011_b20522	operon_0265	NC_020560.1|gene620|SM2011_b20522
SM2011_b23127	operon_0265	NC_020560.1|gene621|SM2011_b23127
SM2011_b23128	operon_0265	NC_020560.1|gene623|SM2011_b23128
SM2011_b20523	operon_0266	NC_020560.1|gene622|SM2011_b20523
SM2011_b20525	operon_0267	NC_020560.1|gene624|SM2011_b20525
SM2011_b23129	operon_0267	NC_020560.1|gene625|SM2011_b23129
SM2011_b20527	operon_0268	NC_020560.1|gene626|SM2011_b20527
SM2011_b20528	operon_0268	NC_020560.1|gene627|SM2011_b20528
SM2011_b20529	operon_0268	NC_020560.1|gene628|SM2011_b20529
SM2011_b23130	operon_0269	NC_020560.1|gene629|SM2011_b23130
SM2011_b20530	operon_0270	NC_020560.1|gene630|SM2011_b20530
SM2011_b20531	operon_0271	NC_020560.1|gene631|SM2011_b20531|rpoE7
SM2011_b20532	operon_0271	NC_020560.1|gene632|SM2011_b20532
SM2011_b23131	operon_0272	NC_020560.1|gene633|SM2011_b23131
SM2011_b23132	operon_0273	NC_020560.1|gene634|SM2011_b23132
SM2011_b20533	operon_0274	NC_020560.1|gene635|SM2011_b20533
SM2011_b23133	operon_0274	NC_020560.1|gene636|SM2011_b23133
SM2011_b20534	operon_0274	NC_020560.1|gene637|SM2011_b20534
SM2011_b20535	operon_0274	NC_020560.1|gene638|SM2011_b20535
SM2011_b20536	operon_0274	NC_020560.1|gene639|SM2011_b20536
SM2011_b23135	operon_0275	NC_020560.1|gene640|SM2011_b23135
SM2011_b20537	operon_0276	NC_020560.1|gene641|SM2011_b20537
SM2011_b20538	operon_0277	NC_020560.1|gene642|SM2011_b20538
SM2011_b23138	operon_0278	NC_020560.1|gene643|SM2011_b23138
SM2011_b23136	operon_0279	NC_020560.1|gene644|SM2011_b23136
SM2011_b23137	operon_0279	NC_020560.1|gene645|SM2011_b23137
SM2011_b20539	operon_0279	NC_020560.1|gene646|SM2011_b20539|cyaF6
SM2011_b23139	operon_0280	NC_020560.1|gene647|SM2011_b23139|cyaF6
SM2011_b23140	operon_0280	NC_020560.1|gene648|SM2011_b23140
SM2011_b23141	operon_0281	NC_020560.1|gene649|SM2011_b23141
SM2011_b20540	operon_0281	NC_020560.1|gene650|SM2011_b20540
SM2011_b23142	operon_0282	NC_020560.1|gene651|SM2011_b23142
SM2011_b22019	operon_0283	NC_020560.1|gene652|SM2011_b22019
SM2011_b20541	operon_0284	NC_020560.1|gene653|SM2011_b20541
SM2011_b20542	operon_0284	NC_020560.1|gene654|SM2011_b20542
SM2011_b20544	operon_0285	NC_020560.1|gene655|SM2011_b20544
SM2011_b20543	operon_0286	NC_020560.1|gene656|SM2011_b20543
SM2011_b20545	operon_0286	NC_020560.1|gene657|SM2011_b20545
SM2011_b20546	operon_0286	NC_020560.1|gene658|SM2011_b20546
SM2011_b24009	operon_0287	NC_020560.1|gene659|SM2011_b24009
SM2011_b23144	operon_0287	NC_020560.1|gene660|SM2011_b23144
SM2011_b20547	operon_0288	NC_020560.1|gene661|SM2011_b20547
SM2011_b20548	operon_0289	NC_020560.1|gene662|SM2011_b20548
SM2011_b23145	operon_0289	NC_020560.1|gene663|SM2011_b23145
SM2011_b23146	operon_0289	NC_020560.1|gene664|SM2011_b23146
SM2011_b20549	operon_0289	NC_020560.1|gene665|SM2011_b20549
SM2011_b20550	operon_0290	NC_020560.1|gene666|SM2011_b20550
SM2011_b20551	operon_0290	NC_020560.1|gene667|SM2011_b20551
SM2011_b23147	operon_0291	NC_020560.1|gene668|SM2011_b23147
SM2011_b24010	operon_0291	NC_020560.1|gene669|SM2011_b24010
SM2011_b20552	operon_0291	NC_020560.1|gene670|SM2011_b20552
SM2011_b20553	operon_0291	NC_020560.1|gene671|SM2011_b20553
SM2011_b20554	operon_0292	NC_020560.1|gene672|SM2011_b20554
SM2011_b20555	operon_0292	NC_020560.1|gene673|SM2011_b20555
SM2011_b23149	operon_0293	NC_020560.1|gene674|SM2011_b23149
SM2011_b20556	operon_0293	NC_020560.1|gene675|SM2011_b20556
SM2011_b23150	operon_0294	NC_020560.1|gene676|SM2011_b23150
SM2011_b22006	operon_0294	NC_020560.1|gene677|SM2011_b22006
SM2011_b20557	operon_0294	NC_020560.1|gene678|SM2011_b20557
SM2011_b23151	operon_0295	NC_020560.1|gene679|SM2011_b23151
SM2011_b20558	operon_0296	NC_020560.1|gene680|SM2011_b20558
SM2011_b20559	operon_0297	NC_020560.1|gene681|SM2011_b20559
SM2011_b20560	operon_0298	NC_020560.1|gene682|SM2011_b20560
SM2011_b23152	operon_0299	NC_020560.1|gene683|SM2011_b23152
SM2011_b20562	operon_0300	NC_020560.1|gene684|SM2011_b20562
SM2011_b23153	operon_0301	NC_020560.1|gene685|SM2011_b23153
SM2011_b20563	operon_0302	NC_020560.1|gene686|SM2011_b20563
SM2011_b20803	operon_0303	NC_020560.1|gene687|SM2011_b20803|kdsB2
SM2011_b23154	operon_0304	NC_020560.1|gene688|SM2011_b23154|kdsB2
SM2011_b20804	operon_0305	NC_020560.1|gene689|SM2011_b20804
SM2011_b23155	operon_0306	NC_020560.1|gene690|SM2011_b23155
SM2011_b20805	operon_0307	NC_020560.1|gene691|SM2011_b20805
SM2011_b20806	operon_0308	NC_020560.1|gene692|SM2011_b20806
SM2011_b20807	operon_0309	NC_020560.1|gene693|SM2011_b20807
SM2011_b20808	operon_0310	NC_020560.1|gene694|SM2011_b20808
SM2011_b23156	operon_0311	NC_020560.1|gene695|SM2011_b23156
SM2011_b20809	operon_0311	NC_020560.1|gene696|SM2011_b20809|kpsF1
SM2011_b23157	operon_0312	NC_020560.1|gene697|SM2011_b23157|kpsF1
SM2011_b23158	operon_0312	NC_020560.1|gene698|SM2011_b23158|kpsF1
SM2011_b23159	operon_0312	NC_020560.1|gene699|SM2011_b23159|kpsF1
SM2011_b20810	operon_0313	NC_020560.1|gene700|SM2011_b20810
SM2011_b20811	operon_0313	NC_020560.1|gene701|SM2011_b20811
SM2011_b20812	operon_0314	NC_020560.1|gene702|SM2011_b20812
SM2011_b24011	operon_0315	NC_020560.1|gene703|SM2011_b24011
SM2011_b23161	operon_0315	NC_020560.1|gene704|SM2011_b23161
SM2011_b20813	operon_0315	NC_020560.1|gene705|SM2011_b20813
SM2011_b23162	operon_0316	NC_020560.1|gene706|SM2011_b23162
SM2011_b20814	operon_0317	NC_020560.1|gene707|SM2011_b20814
SM2011_b20815	operon_0318	NC_020560.1|gene708|SM2011_b20815
SM2011_b23163	operon_0319	NC_020560.1|gene709|SM2011_b23163
SM2011_b20817	operon_0320	NC_020560.1|gene710|SM2011_b20817
SM2011_b20818	operon_0321	NC_020560.1|gene711|SM2011_b20818|mocD
SM2011_b20819	operon_0321	NC_020560.1|gene712|SM2011_b20819|mocE
SM2011_b20820	operon_0321	NC_020560.1|gene713|SM2011_b20820|mocF
SM2011_b20821	operon_0321	NC_020560.1|gene714|SM2011_b20821
SM2011_b20822	operon_0321	NC_020560.1|gene715|SM2011_b20822|rkpT2
SM2011_b20823	operon_0322	NC_020560.1|gene716|SM2011_b20823|rkpZ2
SM2011_b20824	operon_0322	NC_020560.1|gene717|SM2011_b20824
SM2011_b23164	operon_0323	NC_020560.1|gene718|SM2011_b23164
SM2011_b20825	operon_0323	NC_020560.1|gene719|SM2011_b20825
SM2011_b20826	operon_0323	NC_020560.1|gene720|SM2011_b20826
SM2011_b20827	operon_0323	NC_020560.1|gene721|SM2011_b20827
SM2011_b23165	operon_0324	NC_020560.1|gene722|SM2011_b23165
SM2011_b20828	operon_0325	NC_020560.1|gene723|SM2011_b20828
SM2011_b21663	operon_0325	NC_020560.1|gene724|SM2011_b21663
SM2011_b21664	operon_0325	NC_020560.1|gene725|SM2011_b21664
SM2011_b21665	operon_0325	NC_020560.1|gene726|SM2011_b21665
SM2011_b20829	operon_0326	NC_020560.1|gene727|SM2011_b20829
SM2011_b23167	operon_0327	NC_020560.1|gene728|SM2011_b23167
SM2011_b20830	operon_0327	NC_020560.1|gene729|SM2011_b20830|kpsF2
SM2011_b20831	operon_0328	NC_020560.1|gene730|SM2011_b20831|rkpR%2CkpsE
SM2011_b20832	operon_0328	NC_020560.1|gene731|SM2011_b20832|kpsT%2CrkpS
SM2011_b23168	operon_0329	NC_020560.1|gene732|SM2011_b23168|kpsT%2CrkpS
SM2011_b20833	operon_0330	NC_020560.1|gene733|SM2011_b20833|kpsM%2CrkpT1
SM2011_b20834	operon_0330	NC_020560.1|gene734|SM2011_b20834|rkpZ1
SM2011_b23169	operon_0330	NC_020560.1|gene735|SM2011_b23169
SM2011_b20835	operon_0330	NC_020560.1|gene736|SM2011_b20835
SM2011_b20836	operon_0330	NC_020560.1|gene737|SM2011_b20836
SM2011_b23170	operon_0331	NC_020560.1|gene738|SM2011_b23170
SM2011_b23171	operon_0331	NC_020560.1|gene739|SM2011_b23171
SM2011_b20837	operon_0332	NC_020560.1|gene740|SM2011_b20837
SM2011_b20838	operon_0332	NC_020560.1|gene741|SM2011_b20838
SM2011_b20841	operon_0332	NC_020560.1|gene742|SM2011_b20841
SM2011_b20839	operon_0333	NC_020560.1|gene743|SM2011_b20839
SM2011_b22007	operon_0334	NC_020560.1|gene744|SM2011_b22007
SM2011_b20842	operon_0334	NC_020560.1|gene745|SM2011_b20842
SM2011_b20843	operon_0334	NC_020560.1|gene746|SM2011_b20843|algI
SM2011_b21013	operon_0334	NC_020560.1|gene747|SM2011_b21013
SM2011_b21014	operon_0334	NC_020560.1|gene748|SM2011_b21014
SM2011_b21015	operon_0334	NC_020560.1|gene749|SM2011_b21015
SM2011_b21016	operon_0334	NC_020560.1|gene750|SM2011_b21016
SM2011_b21017	operon_0334	NC_020560.1|gene751|SM2011_b21017
SM2011_b21018	operon_0334	NC_020560.1|gene752|SM2011_b21018
SM2011_b21019	operon_0334	NC_020560.1|gene753|SM2011_b21019
SM2011_b21021	operon_0335	NC_020560.1|gene754|SM2011_b21021
SM2011_b23176	operon_0336	NC_020560.1|gene755|SM2011_b23176
SM2011_b21022	operon_0337	NC_020560.1|gene756|SM2011_b21022
SM2011_b23177	operon_0338	NC_020560.1|gene757|SM2011_b23177
SM2011_b21023	operon_0339	NC_020560.1|gene758|SM2011_b21023
SM2011_b21024	operon_0339	NC_020560.1|gene759|SM2011_b21024
SM2011_b21025	operon_0340	NC_020560.1|gene760|SM2011_b21025
SM2011_b23179	operon_0340	NC_020560.1|gene761|SM2011_b23179
SM2011_b24012	operon_0340	NC_020560.1|gene762|SM2011_b24012
SM2011_b21027	operon_0340	NC_020560.1|gene763|SM2011_b21027
SM2011_b23180	operon_0341	NC_020560.1|gene764|SM2011_b23180
SM2011_b21028	operon_0342	NC_020560.1|gene765|SM2011_b21028
SM2011_b21029	operon_0343	NC_020560.1|gene766|SM2011_b21029
SM2011_b21030	operon_0344	NC_020560.1|gene767|SM2011_b21030
SM2011_b21031	operon_0344	NC_020560.1|gene768|SM2011_b21031
SM2011_b21032	operon_0345	NC_020560.1|gene769|SM2011_b21032
SM2011_b21034	operon_0345	NC_020560.1|gene770|SM2011_b21034
SM2011_b23181	operon_0345	NC_020560.1|gene771|SM2011_b23181
SM2011_b21035	operon_0346	NC_020560.1|gene772|SM2011_b21035
SM2011_b21036	operon_0347	NC_020560.1|gene773|SM2011_b21036
SM2011_b21037	operon_0347	NC_020560.1|gene774|SM2011_b21037
SM2011_b21038	operon_0347	NC_020560.1|gene775|SM2011_b21038
SM2011_b21039	operon_0347	NC_020560.1|gene776|SM2011_b21039
SM2011_b21040	operon_0347	NC_020560.1|gene777|SM2011_b21040
SM2011_b21041	operon_0347	NC_020560.1|gene778|SM2011_b21041
SM2011_b23182	operon_0348	NC_020560.1|gene779|SM2011_b23182
SM2011_b21042	operon_0349	NC_020560.1|gene780|SM2011_b21042|pepT
SM2011_b21043	operon_0349	NC_020560.1|gene781|SM2011_b21043
SM2011_b21044	operon_0350	NC_020560.1|gene782|SM2011_b21044
SM2011_b22008	operon_0350	NC_020560.1|gene783|SM2011_b22008
SM2011_b21695	operon_0350	NC_020560.1|gene784|SM2011_b21695
SM2011_b23183	operon_0350	NC_020560.1|gene785|SM2011_b23183
SM2011_b23184	operon_0350	NC_020560.1|gene786|SM2011_b23184
SM2011_b21662	operon_0350	NC_020560.1|gene787|SM2011_b21662|exoI2
SM2011_b23185	operon_0351	NC_020560.1|gene788|SM2011_b23185
SM2011_b24013	operon_0351	NC_020560.1|gene789|SM2011_b24013
SM2011_b23186	operon_0352	NC_020560.1|gene790|SM2011_b23186
SM2011_b24014	operon_0353	NC_020560.1|gene791|SM2011_b24014
SM2011_b23188	operon_0353	NC_020560.1|gene792|SM2011_b23188
SM2011_b23190	operon_0354	NC_020560.1|gene793|SM2011_b23190
SM2011_b23191	operon_0354	NC_020560.1|gene794|SM2011_b23191
SM2011_b21696	operon_0355	NC_020560.1|gene795|SM2011_b21696
SM2011_b21697	operon_0355	NC_020560.1|gene796|SM2011_b21697
SM2011_b21661	operon_0355	NC_020560.1|gene797|SM2011_b21661
SM2011_b21711	operon_0355	NC_020560.1|gene798|SM2011_b21711
SM2011_b21045	operon_0355	NC_020560.1|gene799|SM2011_b21045
SM2011_b23192	operon_0356	NC_020560.1|gene800|SM2011_b23192
SM2011_b23193	operon_0357	NC_020560.1|gene801|SM2011_b23193
SM2011_b21046	operon_0357	NC_020560.1|gene802|SM2011_b21046
SM2011_b22009	operon_0358	NC_020560.1|gene803|SM2011_b22009
SM2011_b23194	operon_0359	NC_020560.1|gene804|SM2011_b23194
SM2011_b23195	operon_0360	NC_020560.1|gene805|SM2011_b23195
SM2011_b22010	operon_0361	NC_020560.1|gene806|SM2011_b22010
SM2011_b23196	operon_0362	NC_020560.1|gene807|SM2011_b23196
SM2011_b21047	operon_0362	NC_020560.1|gene808|SM2011_b21047
SM2011_b23197	operon_0363	NC_020560.1|gene809|SM2011_b23197
SM2011_b23198	operon_0363	NC_020560.1|gene810|SM2011_b23198
SM2011_b21048	operon_0364	NC_020560.1|gene811|SM2011_b21048
SM2011_b21049	operon_0364	NC_020560.1|gene812|SM2011_b21049
SM2011_b21050	operon_0365	NC_020560.1|gene813|SM2011_b21050|wzx1
SM2011_b23199	operon_0366	NC_020560.1|gene814|SM2011_b23199|wzx1
SM2011_b21051	operon_0366	NC_020560.1|gene815|SM2011_b21051
SM2011_b21052	operon_0367	NC_020560.1|gene816|SM2011_b21052
SM2011_b21053	operon_0367	NC_020560.1|gene817|SM2011_b21053
SM2011_b21054	operon_0368	NC_020560.1|gene818|SM2011_b21054
SM2011_b21055	operon_0368	NC_020560.1|gene819|SM2011_b21055
SM2011_b21056	operon_0368	NC_020560.1|gene820|SM2011_b21056
SM2011_b21057	operon_0368	NC_020560.1|gene821|SM2011_b21057
SM2011_b21059	operon_0369	NC_020560.1|gene822|SM2011_b21059
SM2011_b21060	operon_0369	NC_020560.1|gene823|SM2011_b21060
SM2011_b21061	operon_0369	NC_020560.1|gene824|SM2011_b21061
SM2011_b23200	operon_0370	NC_020560.1|gene825|SM2011_b23200
SM2011_b23201	operon_0370	NC_020560.1|gene826|SM2011_b23201
SM2011_b21062	operon_0371	NC_020560.1|gene827|SM2011_b21062
SM2011_b21063	operon_0371	NC_020560.1|gene828|SM2011_b21063
SM2011_b21065	operon_0372	NC_020560.1|gene829|SM2011_b21065
SM2011_b23203	operon_0373	NC_020560.1|gene830|SM2011_b23203
SM2011_b21066	operon_0374	NC_020560.1|gene831|SM2011_b21066
SM2011_b21067	operon_0374	NC_020560.1|gene832|SM2011_b21067
SM2011_b23205	operon_0375	NC_020560.1|gene833|SM2011_b23205
SM2011_b23206	operon_0375	NC_020560.1|gene834|SM2011_b23206
SM2011_b23207	operon_0375	NC_020560.1|gene835|SM2011_b23207
SM2011_b21068	operon_0376	NC_020560.1|gene836|SM2011_b21068
SM2011_b21069	operon_0377	NC_020560.1|gene837|SM2011_b21069
SM2011_b23208	operon_0378	NC_020560.1|gene838|SM2011_b23208
SM2011_b23210	operon_0378	NC_020560.1|gene839|SM2011_b23210
SM2011_b23209	operon_0379	NC_020560.1|gene840|SM2011_b23209
SM2011_b23211	operon_0380	NC_020560.1|gene841|SM2011_b23211
SM2011_b21070	operon_0381	NC_020560.1|gene842|SM2011_b21070|exoP2
SM2011_b21071	operon_0381	NC_020560.1|gene843|SM2011_b21071
SM2011_b21072	operon_0382	NC_020560.1|gene844|SM2011_b21072
SM2011_b23212	operon_0383	NC_020560.1|gene845|SM2011_b23212
SM2011_b23213	operon_0383	NC_020560.1|gene846|SM2011_b23213
SM2011_b23214	operon_0383	NC_020560.1|gene847|SM2011_b23214
SM2011_b21073	operon_0384	NC_020560.1|gene848|SM2011_b21073|exoF2
SM2011_b23215	operon_0385	NC_020560.1|gene849|SM2011_b23215|exoF2
SM2011_b21074	operon_0386	NC_020560.1|gene850|SM2011_b21074
SM2011_b21075	operon_0387	NC_020560.1|gene851|SM2011_b21075
SM2011_b21076	operon_0388	NC_020560.1|gene852|SM2011_b21076
SM2011_b23216	operon_0389	NC_020560.1|gene853|SM2011_b23216
SM2011_b21077	operon_0390	NC_020560.1|gene854|SM2011_b21077
SM2011_b21078	operon_0391	NC_020560.1|gene855|SM2011_b21078
SM2011_b21079	operon_0391	NC_020560.1|gene856|SM2011_b21079
SM2011_b21080	operon_0391	NC_020560.1|gene857|SM2011_b21080
SM2011_b23217	operon_0392	NC_020560.1|gene858|SM2011_b23217
SM2011_b21081	operon_0393	NC_020560.1|gene859|SM2011_b21081|manB
SM2011_b21082	operon_0393	NC_020560.1|gene860|SM2011_b21082|manC%2CmanA
SM2011_b21083	operon_0393	NC_020560.1|gene861|SM2011_b21083
SM2011_b21084	operon_0393	NC_020560.1|gene862|SM2011_b21084
SM2011_b21085	operon_0393	NC_020560.1|gene863|SM2011_b21085
SM2011_b21086	operon_0394	NC_020560.1|gene864|SM2011_b21086
SM2011_b21087	operon_0395	NC_020560.1|gene865|SM2011_b21087|traA2
SM2011_b21088	operon_0396	NC_020560.1|gene866|SM2011_b21088
SM2011_b21089	operon_0397	NC_020560.1|gene867|SM2011_b21089
SM2011_b21090	operon_0397	NC_020560.1|gene868|SM2011_b21090
SM2011_b24015	operon_0397	NC_020560.1|gene869|SM2011_b24015
SM2011_b21091	operon_0397	NC_020560.1|gene870|SM2011_b21091|lysM
SM2011_b21092	operon_0397	NC_020560.1|gene871|SM2011_b21092
SM2011_b21093	operon_0398	NC_020560.1|gene872|SM2011_b21093
SM2011_b21094	operon_0399	NC_020560.1|gene873|SM2011_b21094|argH2
SM2011_b21095	operon_0399	NC_020560.1|gene874|SM2011_b21095|argH2
SM2011_b21096	operon_0399	NC_020560.1|gene875|SM2011_b21096
SM2011_b21097	operon_0399	NC_020560.1|gene876|SM2011_b21097
SM2011_b23219	operon_0400	NC_020560.1|gene877|SM2011_b23219
SM2011_b21098	operon_0401	NC_020560.1|gene878|SM2011_b21098
SM2011_b21100	operon_0401	NC_020560.1|gene879|SM2011_b21100
SM2011_b24016	operon_0401	NC_020560.1|gene880|SM2011_b24016
SM2011_b21101	operon_0402	NC_020560.1|gene881|SM2011_b21101
SM2011_b21102	operon_0402	NC_020560.1|gene882|SM2011_b21102
SM2011_b21103	operon_0403	NC_020560.1|gene883|SM2011_b21103
SM2011_b21104	operon_0403	NC_020560.1|gene884|SM2011_b21104
SM2011_b21105	operon_0403	NC_020560.1|gene885|SM2011_b21105
SM2011_b21106	operon_0403	NC_020560.1|gene886|SM2011_b21106
SM2011_b21107	operon_0403	NC_020560.1|gene887|SM2011_b21107|manR
SM2011_b23221	operon_0404	NC_020560.1|gene888|SM2011_b23221|manR
SM2011_b21108	operon_0405	NC_020560.1|gene889|SM2011_b21108
SM2011_b21109	operon_0405	NC_020560.1|gene890|SM2011_b21109
SM2011_b21110	operon_0405	NC_020560.1|gene891|SM2011_b21110
SM2011_b21111	operon_0405	NC_020560.1|gene892|SM2011_b21111
SM2011_b21112	operon_0405	NC_020560.1|gene893|SM2011_b21112|hpaG
SM2011_b21113	operon_0405	NC_020560.1|gene894|SM2011_b21113|hpaG
SM2011_b21114	operon_0406	NC_020560.1|gene895|SM2011_b21114
SM2011_b21115	operon_0406	NC_020560.1|gene896|SM2011_b21115
SM2011_b21116	operon_0406	NC_020560.1|gene897|SM2011_b21116
SM2011_b21117	operon_0406	NC_020560.1|gene898|SM2011_b21117
SM2011_b23222	operon_0407	NC_020560.1|gene899|SM2011_b23222
SM2011_b21119	operon_0407	NC_020560.1|gene900|SM2011_b21119|gntK
SM2011_b21120	operon_0407	NC_020560.1|gene901|SM2011_b21120|gntK
SM2011_b21121	operon_0407	NC_020560.1|gene902|SM2011_b21121|ivdH
SM2011_b21122	operon_0407	NC_020560.1|gene903|SM2011_b21122|mccA
SM2011_b21123	operon_0407	NC_020560.1|gene904|SM2011_b21123|mccA
SM2011_b21124	operon_0407	NC_020560.1|gene905|SM2011_b21124|mccB
SM2011_b21125	operon_0407	NC_020560.1|gene906|SM2011_b21125|hmgL
SM2011_b21126	operon_0407	NC_020560.1|gene907|SM2011_b21126|eccH2
SM2011_b21127	operon_0407	NC_020560.1|gene908|SM2011_b21127
SM2011_b21128	operon_0407	NC_020560.1|gene909|SM2011_b21128
SM2011_b21129	operon_0408	NC_020560.1|gene910|SM2011_b21129
SM2011_b21130	operon_0408	NC_020560.1|gene911|SM2011_b21130|cysA2
SM2011_b21131	operon_0408	NC_020560.1|gene912|SM2011_b21131|cysP2
SM2011_b21132	operon_0408	NC_020560.1|gene913|SM2011_b21132|cysP2
SM2011_b21133	operon_0408	NC_020560.1|gene914|SM2011_b21133
SM2011_b23224	operon_0409	NC_020560.1|gene915|SM2011_b23224
SM2011_b23225	operon_0409	NC_020560.1|gene916|SM2011_b23225
SM2011_b21134	operon_0410	NC_020560.1|gene917|SM2011_b21134
SM2011_b21135	operon_0411	NC_020560.1|gene918|SM2011_b21135
SM2011_b21136	operon_0411	NC_020560.1|gene919|SM2011_b21136
SM2011_b21137	operon_0411	NC_020560.1|gene920|SM2011_b21137
SM2011_b23226	operon_0412	NC_020560.1|gene921|SM2011_b23226
SM2011_b21138	operon_0413	NC_020560.1|gene922|SM2011_b21138
SM2011_b21139	operon_0413	NC_020560.1|gene923|SM2011_b21139
SM2011_b21140	operon_0413	NC_020560.1|gene924|SM2011_b21140
SM2011_b21216	operon_0414	NC_020560.1|gene925|SM2011_b21216
SM2011_b21217	operon_0414	NC_020560.1|gene926|SM2011_b21217
SM2011_b21218	operon_0414	NC_020560.1|gene927|SM2011_b21218
SM2011_b21219	operon_0414	NC_020560.1|gene928|SM2011_b21219
SM2011_b21220	operon_0414	NC_020560.1|gene929|SM2011_b21220
SM2011_b21221	operon_0414	NC_020560.1|gene930|SM2011_b21221
SM2011_b21222	operon_0415	NC_020560.1|gene931|SM2011_b21222
SM2011_b23227	operon_0416	NC_020560.1|gene932|SM2011_b23227
SM2011_b21223	operon_0417	NC_020560.1|gene933|SM2011_b21223|nodP2
SM2011_b21224	operon_0417	NC_020560.1|gene934|SM2011_b21224|nodQ2
SM2011_b21225	operon_0417	NC_020560.1|gene935|SM2011_b21225|nodQ2
SM2011_b21226	operon_0417	NC_020560.1|gene936|SM2011_b21226
SM2011_b21227	operon_0417	NC_020560.1|gene937|SM2011_b21227
SM2011_b21228	operon_0417	NC_020560.1|gene938|SM2011_b21228
SM2011_b21229	operon_0418	NC_020560.1|gene939|SM2011_b21229
SM2011_b23228	operon_0419	NC_020560.1|gene940|SM2011_b23228
SM2011_b21230	operon_0420	NC_020560.1|gene941|SM2011_b21230
SM2011_b23229	operon_0421	NC_020560.1|gene942|SM2011_b23229
SM2011_b21231	operon_0422	NC_020560.1|gene943|SM2011_b21231
SM2011_b23230	operon_0423	NC_020560.1|gene944|SM2011_b23230
SM2011_b21232	operon_0424	NC_020560.1|gene945|SM2011_b21232
SM2011_b21233	operon_0424	NC_020560.1|gene946|SM2011_b21233
SM2011_b21234	operon_0424	NC_020560.1|gene947|SM2011_b21234
SM2011_b23231	operon_0424	NC_020560.1|gene948|SM2011_b23231
SM2011_b23232	operon_0425	NC_020560.1|gene949|SM2011_b23232
SM2011_b21235	operon_0426	NC_020560.1|gene950|SM2011_b21235
SM2011_b21236	operon_0427	NC_020560.1|gene951|SM2011_b21236
SM2011_b21237	operon_0427	NC_020560.1|gene952|SM2011_b21237
SM2011_b21239	operon_0427	NC_020560.1|gene953|SM2011_b21239
SM2011_b21240	operon_0428	NC_020560.1|gene954|SM2011_b21240
SM2011_b21241	operon_0428	NC_020560.1|gene955|SM2011_b21241
SM2011_b21242	operon_0428	NC_020560.1|gene956|SM2011_b21242
SM2011_b23234	operon_0429	NC_020560.1|gene957|SM2011_b23234
SM2011_b23235	operon_0429	NC_020560.1|gene958|SM2011_b23235
SM2011_b21243	operon_0430	NC_020560.1|gene959|SM2011_b21243
SM2011_b21244	operon_0430	NC_020560.1|gene960|SM2011_b21244
SM2011_b23236	operon_0431	NC_020560.1|gene961|SM2011_b23236
SM2011_b24017	operon_0431	NC_020560.1|gene962|SM2011_b24017
SM2011_b23237	operon_0432	NC_020560.1|gene963|SM2011_b23237
SM2011_b21245	operon_0433	NC_020560.1|gene964|SM2011_b21245|exoF3
SM2011_b23238	operon_0434	NC_020560.1|gene965|SM2011_b23238|exoF3
SM2011_b21246	operon_0435	NC_020560.1|gene966|SM2011_b21246
SM2011_b21247	operon_0435	NC_020560.1|gene967|SM2011_b21247
SM2011_b21248	operon_0435	NC_020560.1|gene968|SM2011_b21248
SM2011_b21249	operon_0436	NC_020560.1|gene969|SM2011_b21249
SM2011_b21250	operon_0437	NC_020560.1|gene970|SM2011_b21250
SM2011_b21251	operon_0437	NC_020560.1|gene971|SM2011_b21251
SM2011_b21252	operon_0437	NC_020560.1|gene972|SM2011_b21252
SM2011_b21253	operon_0437	NC_020560.1|gene973|SM2011_b21253
SM2011_b21254	operon_0438	NC_020560.1|gene974|SM2011_b21254
SM2011_b21255	operon_0439	NC_020560.1|gene975|SM2011_b21255
SM2011_b21256	operon_0440	NC_020560.1|gene976|SM2011_b21256
SM2011_b21257	operon_0441	NC_020560.1|gene977|SM2011_b21257
SM2011_b21259	operon_0441	NC_020560.1|gene978|SM2011_b21259
SM2011_b21260	operon_0441	NC_020560.1|gene979|SM2011_b21260
SM2011_b21261	operon_0441	NC_020560.1|gene980|SM2011_b21261
SM2011_b21262	operon_0441	NC_020560.1|gene981|SM2011_b21262
SM2011_b21263	operon_0441	NC_020560.1|gene982|SM2011_b21263
SM2011_b21264	operon_0441	NC_020560.1|gene983|SM2011_b21264
SM2011_b21265	operon_0441	NC_020560.1|gene984|SM2011_b21265
SM2011_b21266	operon_0441	NC_020560.1|gene985|SM2011_b21266
SM2011_b22011	operon_0442	NC_020560.1|gene986|SM2011_b22011
SM2011_b21269	operon_0443	NC_020560.1|gene987|SM2011_b21269
SM2011_b21270	operon_0443	NC_020560.1|gene988|SM2011_b21270
SM2011_b21271	operon_0443	NC_020560.1|gene989|SM2011_b21271
SM2011_b21272	operon_0443	NC_020560.1|gene990|SM2011_b21272
SM2011_b21273	operon_0443	NC_020560.1|gene991|SM2011_b21273
SM2011_b21274	operon_0443	NC_020560.1|gene992|SM2011_b21274
SM2011_b21275	operon_0443	NC_020560.1|gene993|SM2011_b21275
SM2011_b23242	operon_0443	NC_020560.1|gene994|SM2011_b23242
SM2011_b21277	operon_0443	NC_020560.1|gene995|SM2011_b21277
SM2011_b21278	operon_0443	NC_020560.1|gene996|SM2011_b21278|ade2
SM2011_b21279	operon_0444	NC_020560.1|gene997|SM2011_b21279
SM2011_b21280	operon_0445	NC_020560.1|gene998|SM2011_b21280
SM2011_b21281	operon_0445	NC_020560.1|gene999|SM2011_b21281
SM2011_b23243	operon_0446	NC_020560.1|gene1000|SM2011_b23243
SM2011_b22012	operon_0447	NC_020560.1|gene1001|SM2011_b22012
SM2011_b21283	operon_0448	NC_020560.1|gene1002|SM2011_b21283
SM2011_b23244	operon_0449	NC_020560.1|gene1003|SM2011_b23244
SM2011_b21284	operon_0450	NC_020560.1|gene1004|SM2011_b21284
SM2011_b21285	operon_0451	NC_020560.1|gene1005|SM2011_b21285
SM2011_b21286	operon_0451	NC_020560.1|gene1006|SM2011_b21286|xdhA1
SM2011_b21287	operon_0451	NC_020560.1|gene1007|SM2011_b21287|xdhB1
SM2011_b21288	operon_0451	NC_020560.1|gene1008|SM2011_b21288|xdhC
SM2011_b21289	operon_0452	NC_020560.1|gene1009|SM2011_b21289|xdhC
SM2011_b21290	operon_0453	NC_020560.1|gene1010|SM2011_b21290
SM2011_b21291	operon_0454	NC_020560.1|gene1011|SM2011_b21291
SM2011_b21292	operon_0455	NC_020560.1|gene1012|SM2011_b21292
SM2011_b21293	operon_0455	NC_020560.1|gene1013|SM2011_b21293|guaD1
SM2011_b21294	operon_0456	NC_020560.1|gene1014|SM2011_b21294
SM2011_b21295	operon_0456	NC_020560.1|gene1015|SM2011_b21295
SM2011_b24018	operon_0456	NC_020560.1|gene1016|SM2011_b24018
SM2011_b21296	operon_0457	NC_020560.1|gene1017|SM2011_b21296
SM2011_b21297	operon_0458	NC_020560.1|gene1018|SM2011_b21297|pbpC
SM2011_b21298	operon_0458	NC_020560.1|gene1019|SM2011_b21298
SM2011_b21299	operon_0459	NC_020560.1|gene1020|SM2011_b21299|deoR
SM2011_b21300	operon_0459	NC_020560.1|gene1021|SM2011_b21300|deoC
SM2011_b21301	operon_0459	NC_020560.1|gene1022|SM2011_b21301
SM2011_b21302	operon_0459	NC_020560.1|gene1023|SM2011_b21302
SM2011_b21303	operon_0459	NC_020560.1|gene1024|SM2011_b21303
SM2011_b21304	operon_0459	NC_020560.1|gene1025|SM2011_b21304
SM2011_b21143	operon_0460	NC_020560.1|gene1026|SM2011_b21143|merA2
SM2011_b23246	operon_0461	NC_020560.1|gene1027|SM2011_b23246
SM2011_b21144	operon_0461	NC_020560.1|gene1028|SM2011_b21144
SM2011_b21145	operon_0461	NC_020560.1|gene1029|SM2011_b21145
SM2011_b21146	operon_0461	NC_020560.1|gene1030|SM2011_b21146
SM2011_b21147	operon_0461	NC_020560.1|gene1031|SM2011_b21147
SM2011_b21148	operon_0461	NC_020560.1|gene1032|SM2011_b21148
SM2011_b23247	operon_0462	NC_020560.1|gene1033|SM2011_b23247
SM2011_b21149	operon_0463	NC_020560.1|gene1034|SM2011_b21149
SM2011_b21150	operon_0463	NC_020560.1|gene1035|SM2011_b21150
SM2011_b21151	operon_0463	NC_020560.1|gene1036|SM2011_b21151
SM2011_b21152	operon_0463	NC_020560.1|gene1037|SM2011_b21152
SM2011_b24019	operon_0464	NC_020560.1|gene1038|SM2011_b24019
SM2011_b23248	operon_0464	NC_020560.1|gene1039|SM2011_b23248
SM2011_b23249	operon_0464	NC_020560.1|gene1040|SM2011_b23249
SM2011_b21153	operon_0465	NC_020560.1|gene1041|SM2011_b21153
SM2011_b21154	operon_0465	NC_020560.1|gene1042|SM2011_b21154
SM2011_b21155	operon_0466	NC_020560.1|gene1043|SM2011_b21155
SM2011_b23250	operon_0467	NC_020560.1|gene1044|SM2011_b23250
SM2011_b21156	operon_0468	NC_020560.1|gene1045|SM2011_b21156
SM2011_b21157	operon_0469	NC_020560.1|gene1046|SM2011_b21157
SM2011_b21158	operon_0469	NC_020560.1|gene1047|SM2011_b21158
SM2011_b21159	operon_0469	NC_020560.1|gene1048|SM2011_b21159
SM2011_b21160	operon_0469	NC_020560.1|gene1049|SM2011_b21160|hexA
SM2011_b21161	operon_0469	NC_020560.1|gene1050|SM2011_b21161
SM2011_b21162	operon_0469	NC_020560.1|gene1051|SM2011_b21162
SM2011_b21163	operon_0470	NC_020560.1|gene1052|SM2011_b21163|hutU
SM2011_b23251	operon_0471	NC_020560.1|gene1053|SM2011_b23251|hutU
SM2011_b21164	operon_0472	NC_020560.1|gene1054|SM2011_b21164|hutG
SM2011_b23252	operon_0473	NC_020560.1|gene1055|SM2011_b23252|hutG
SM2011_b21165	operon_0474	NC_020560.1|gene1056|SM2011_b21165|hutH1
SM2011_b21166	operon_0474	NC_020560.1|gene1057|SM2011_b21166|hutI
SM2011_b23254	operon_0474	NC_020560.1|gene1058|SM2011_b23254
SM2011_b21167	operon_0474	NC_020560.1|gene1059|SM2011_b21167
SM2011_b21168	operon_0474	NC_020560.1|gene1060|SM2011_b21168
SM2011_b24020	operon_0475	NC_020560.1|gene1061|SM2011_b24020
SM2011_b21169	operon_0475	NC_020560.1|gene1062|SM2011_b21169
SM2011_b21170	operon_0476	NC_020560.1|gene1063|SM2011_b21170|phnN%2CnitR
SM2011_b21171	operon_0476	NC_020560.1|gene1064|SM2011_b21171|phnM
SM2011_b22025	operon_0476	NC_020560.1|gene1065|SM2011_b22025|phnM
SM2011_b21174	operon_0476	NC_020560.1|gene1066|SM2011_b21174|phoT
SM2011_b21175	operon_0476	NC_020560.1|gene1067|SM2011_b21175|phoE
SM2011_b21176	operon_0476	NC_020560.1|gene1068|SM2011_b21176|phoD
SM2011_b21177	operon_0476	NC_020560.1|gene1069|SM2011_b21177|phoC
SM2011_b21178	operon_0476	NC_020560.1|gene1070|SM2011_b21178
SM2011_b23257	operon_0477	NC_020560.1|gene1071|SM2011_b23257
SM2011_b21179	operon_0478	NC_020560.1|gene1072|SM2011_b21179
SM2011_b23258	operon_0479	NC_020560.1|gene1073|SM2011_b23258
SM2011_b21180	operon_0480	NC_020560.1|gene1074|SM2011_b21180
SM2011_b23259	operon_0481	NC_020560.1|gene1075|SM2011_b23259
SM2011_b21181	operon_0481	NC_020560.1|gene1076|SM2011_b21181
SM2011_b21182	operon_0481	NC_020560.1|gene1077|SM2011_b21182
SM2011_b21183	operon_0482	NC_020560.1|gene1078|SM2011_b21183|htpG
SM2011_b23261	operon_0483	NC_020560.1|gene1079|SM2011_b23261|htpG
SM2011_b23262	operon_0483	NC_020560.1|gene1080|SM2011_b23262|htpG
SM2011_b21184	operon_0483	NC_020560.1|gene1081|SM2011_b21184|ackA2
SM2011_b21185	operon_0484	NC_020560.1|gene1082|SM2011_b21185|gabD2
SM2011_b21186	operon_0484	NC_020560.1|gene1083|SM2011_b21186|gabT
SM2011_b23263	operon_0485	NC_020560.1|gene1084|SM2011_b23263
SM2011_b21187	operon_0485	NC_020560.1|gene1085|SM2011_b21187
SM2011_b23264	operon_0486	NC_020560.1|gene1086|SM2011_b23264
SM2011_b21188	operon_0487	NC_020560.1|gene1087|SM2011_b21188
SM2011_b21189	operon_0487	NC_020560.1|gene1088|SM2011_b21189
SM2011_b21190	operon_0487	NC_020560.1|gene1089|SM2011_b21190
SM2011_b21191	operon_0487	NC_020560.1|gene1090|SM2011_b21191|msbA2
SM2011_b21192	operon_0488	NC_020560.1|gene1091|SM2011_b21192|cbbA2
SM2011_b23265	operon_0489	NC_020560.1|gene1092|SM2011_b23265
SM2011_b21196	operon_0489	NC_020560.1|gene1093|SM2011_b21196|oppA
SM2011_b21197	operon_0489	NC_020560.1|gene1094|SM2011_b21197|oppB
SM2011_b21198	operon_0489	NC_020560.1|gene1095|SM2011_b21198|oppC
SM2011_b21199	operon_0489	NC_020560.1|gene1096|SM2011_b21199|oppD
SM2011_b24021	operon_0490	NC_020560.1|gene1097|SM2011_b24021|oppD
SM2011_b21200	operon_0490	NC_020560.1|gene1098|SM2011_b21200|oppD
SM2011_b21201	operon_0490	NC_020560.1|gene1099|SM2011_b21201
SM2011_b21202	operon_0491	NC_020560.1|gene1100|SM2011_b21202
SM2011_b21203	operon_0491	NC_020560.1|gene1101|SM2011_b21203
SM2011_b23266	operon_0491	NC_020560.1|gene1102|SM2011_b23266
SM2011_b21666	operon_0492	NC_020560.1|gene1103|SM2011_b21666
SM2011_b21204	operon_0492	NC_020560.1|gene1104|SM2011_b21204
SM2011_b21205	operon_0492	NC_020560.1|gene1105|SM2011_b21205
SM2011_b21206	operon_0492	NC_020560.1|gene1106|SM2011_b21206
SM2011_b21207	operon_0492	NC_020560.1|gene1107|SM2011_b21207
SM2011_b21208	operon_0492	NC_020560.1|gene1108|SM2011_b21208
SM2011_b23267	operon_0493	NC_020560.1|gene1109|SM2011_b23267
SM2011_b21209	operon_0494	NC_020560.1|gene1110|SM2011_b21209
SM2011_b21210	operon_0494	NC_020560.1|gene1111|SM2011_b21210
SM2011_b21211	operon_0495	NC_020560.1|gene1112|SM2011_b21211
SM2011_b23268	operon_0496	NC_020560.1|gene1113|SM2011_b23268
SM2011_b23269	operon_0496	NC_020560.1|gene1114|SM2011_b23269
SM2011_b21212	operon_0497	NC_020560.1|gene1115|SM2011_b21212
SM2011_b21667	operon_0497	NC_020560.1|gene1116|SM2011_b21667
SM2011_b21213	operon_0497	NC_020560.1|gene1117|SM2011_b21213|pphA
SM2011_b21214	operon_0497	NC_020560.1|gene1118|SM2011_b21214
SM2011_b21215	operon_0498	NC_020560.1|gene1119|SM2011_b21215
SM2011_b24022	operon_0499	NC_020560.1|gene1120|SM2011_b24022
SM2011_b23270	operon_0499	NC_020560.1|gene1121|SM2011_b23270
SM2011_b21307	operon_0500	NC_020560.1|gene1122|SM2011_b21307|wgeH
SM2011_b21308	operon_0500	NC_020560.1|gene1123|SM2011_b21308|wgeG
SM2011_b21309	operon_0500	NC_020560.1|gene1124|SM2011_b21309|wgeF
SM2011_b21310	operon_0500	NC_020560.1|gene1125|SM2011_b21310|wgeE
SM2011_b21311	operon_0500	NC_020560.1|gene1126|SM2011_b21311|wgeD
SM2011_b21312	operon_0500	NC_020560.1|gene1127|SM2011_b21312|wgeC
SM2011_b21313	operon_0500	NC_020560.1|gene1128|SM2011_b21313|wgeB
SM2011_b23272	operon_0501	NC_020560.1|gene1129|SM2011_b23272|wgeB
SM2011_b21314	operon_0502	NC_020560.1|gene1130|SM2011_b21314|wgeA
SM2011_b21315	operon_0502	NC_020560.1|gene1131|SM2011_b21315|wgdB
SM2011_b21316	operon_0502	NC_020560.1|gene1132|SM2011_b21316|wgdA
SM2011_b21317	operon_0503	NC_020560.1|gene1133|SM2011_b21317|wggR
SM2011_b21318	operon_0503	NC_020560.1|gene1134|SM2011_b21318|wgcA
SM2011_b21319	operon_0503	NC_020560.1|gene1135|SM2011_b21319|wgaA
SM2011_b21320	operon_0503	NC_020560.1|gene1136|SM2011_b21320|wgaB
SM2011_b23273	operon_0504	NC_020560.1|gene1137|SM2011_b23273|wgaB
SM2011_b21321	operon_0505	NC_020560.1|gene1138|SM2011_b21321|wgaD
SM2011_b21322	operon_0505	NC_020560.1|gene1139|SM2011_b21322|wgaE
SM2011_b21323	operon_0505	NC_020560.1|gene1140|SM2011_b21323|wgaE
SM2011_b21324	operon_0505	NC_020560.1|gene1141|SM2011_b21324|wgaG
SM2011_b21325	operon_0505	NC_020560.1|gene1142|SM2011_b21325|wgaH
SM2011_b21326	operon_0505	NC_020560.1|gene1143|SM2011_b21326|wgaI
SM2011_b21327	operon_0505	NC_020560.1|gene1144|SM2011_b21327|wgaJ
SM2011_b23274	operon_0506	NC_020560.1|gene1145|SM2011_b23274|wgaJ
SM2011_b21328	operon_0506	NC_020560.1|gene1146|SM2011_b21328
SM2011_b21329	operon_0506	NC_020560.1|gene1147|SM2011_b21329
SM2011_b21330	operon_0507	NC_020560.1|gene1148|SM2011_b21330
SM2011_b21331	operon_0507	NC_020560.1|gene1149|SM2011_b21331
SM2011_b21332	operon_0507	NC_020560.1|gene1150|SM2011_b21332
SM2011_b21333	operon_0507	NC_020560.1|gene1151|SM2011_b21333
SM2011_b23275	operon_0508	NC_020560.1|gene1152|SM2011_b23275
SM2011_b21334	operon_0509	NC_020560.1|gene1153|SM2011_b21334
SM2011_b23276	operon_0510	NC_020560.1|gene1154|SM2011_b23276
SM2011_b21335	operon_0510	NC_020560.1|gene1155|SM2011_b21335
SM2011_b21336	operon_0511	NC_020560.1|gene1156|SM2011_b21336
SM2011_b21337	operon_0511	NC_020560.1|gene1157|SM2011_b21337
SM2011_b21338	operon_0511	NC_020560.1|gene1158|SM2011_b21338
SM2011_b23277	operon_0512	NC_020560.1|gene1159|SM2011_b23277
SM2011_b21339	operon_0513	NC_020560.1|gene1160|SM2011_b21339
SM2011_b21340	operon_0513	NC_020560.1|gene1161|SM2011_b21340
SM2011_b21341	operon_0514	NC_020560.1|gene1162|SM2011_b21341
SM2011_b21342	operon_0514	NC_020560.1|gene1163|SM2011_b21342
SM2011_b21343	operon_0514	NC_020560.1|gene1164|SM2011_b21343
SM2011_b21344	operon_0514	NC_020560.1|gene1165|SM2011_b21344
SM2011_b21345	operon_0514	NC_020560.1|gene1166|SM2011_b21345
SM2011_b21346	operon_0515	NC_020560.1|gene1167|SM2011_b21346
SM2011_b21347	operon_0516	NC_020560.1|gene1168|SM2011_b21347
SM2011_b21348	operon_0516	NC_020560.1|gene1169|SM2011_b21348
SM2011_b21349	operon_0516	NC_020560.1|gene1170|SM2011_b21349
SM2011_b21350	operon_0516	NC_020560.1|gene1171|SM2011_b21350
SM2011_b21351	operon_0516	NC_020560.1|gene1172|SM2011_b21351
SM2011_b23279	operon_0517	NC_020560.1|gene1173|SM2011_b23279
SM2011_b21352	operon_0518	NC_020560.1|gene1174|SM2011_b21352
SM2011_b23280	operon_0519	NC_020560.1|gene1175|SM2011_b23280
SM2011_b21353	operon_0520	NC_020560.1|gene1176|SM2011_b21353
SM2011_b21354	operon_0520	NC_020560.1|gene1177|SM2011_b21354|uxaC
SM2011_b23281	operon_0521	NC_020560.1|gene1178|SM2011_b23281|uxaC
SM2011_b21355	operon_0521	NC_020560.1|gene1179|SM2011_b21355
SM2011_b21356	operon_0521	NC_020560.1|gene1180|SM2011_b21356
SM2011_b21357	operon_0521	NC_020560.1|gene1181|SM2011_b21357
SM2011_b21358	operon_0522	NC_020560.1|gene1182|SM2011_b21358
SM2011_b21359	operon_0523	NC_020560.1|gene1183|SM2011_b21359
SM2011_b21360	operon_0523	NC_020560.1|gene1184|SM2011_b21360
SM2011_b21361	operon_0523	NC_020560.1|gene1185|SM2011_b21361
SM2011_b21362	operon_0523	NC_020560.1|gene1186|SM2011_b21362
SM2011_b21668	operon_0523	NC_020560.1|gene1187|SM2011_b21668
SM2011_b21363	operon_0523	NC_020560.1|gene1188|SM2011_b21363
SM2011_b21364	operon_0524	NC_020560.1|gene1189|SM2011_b21364
SM2011_b21365	operon_0524	NC_020560.1|gene1190|SM2011_b21365
SM2011_b21669	operon_0525	NC_020560.1|gene1191|SM2011_b21669
SM2011_b21366	operon_0525	NC_020560.1|gene1192|SM2011_b21366
SM2011_b21367	operon_0525	NC_020560.1|gene1193|SM2011_b21367|cycA
SM2011_b21368	operon_0525	NC_020560.1|gene1194|SM2011_b21368|cycA
SM2011_b21369	operon_0525	NC_020560.1|gene1195|SM2011_b21369
SM2011_b21370	operon_0525	NC_020560.1|gene1196|SM2011_b21370
SM2011_b21371	operon_0525	NC_020560.1|gene1197|SM2011_b21371
SM2011_b21372	operon_0526	NC_020560.1|gene1198|SM2011_b21372
SM2011_b21373	operon_0526	NC_020560.1|gene1199|SM2011_b21373
SM2011_b23284	operon_0527	NC_020560.1|gene1200|SM2011_b23284
SM2011_b24023	operon_0527	NC_020560.1|gene1201|SM2011_b24023
SM2011_b21374	operon_0528	NC_020560.1|gene1202|SM2011_b21374
SM2011_b21375	operon_0528	NC_020560.1|gene1203|SM2011_b21375
SM2011_b21376	operon_0528	NC_020560.1|gene1204|SM2011_b21376
SM2011_b21377	operon_0528	NC_020560.1|gene1205|SM2011_b21377
SM2011_b23285	operon_0529	NC_020560.1|gene1206|SM2011_b23285
SM2011_b21378	operon_0530	NC_020560.1|gene1207|SM2011_b21378
SM2011_b21379	operon_0531	NC_020560.1|gene1208|SM2011_b21379
SM2011_b21380	operon_0532	NC_020560.1|gene1209|SM2011_b21380
SM2011_b21381	operon_0532	NC_020560.1|gene1210|SM2011_b21381
SM2011_b21382	operon_0532	NC_020560.1|gene1211|SM2011_b21382
SM2011_b21383	operon_0532	NC_020560.1|gene1212|SM2011_b21383
SM2011_b23286	operon_0533	NC_020560.1|gene1213|SM2011_b23286
SM2011_b21384	operon_0534	NC_020560.1|gene1214|SM2011_b21384
SM2011_b21385	operon_0535	NC_020560.1|gene1215|SM2011_b21385
SM2011_b21525	operon_0536	NC_020560.1|gene1216|SM2011_b21525
SM2011_b21526	operon_0537	NC_020560.1|gene1217|SM2011_b21526|tauA
SM2011_b21527	operon_0537	NC_020560.1|gene1218|SM2011_b21527|tauB
SM2011_b21528	operon_0537	NC_020560.1|gene1219|SM2011_b21528|tauC
SM2011_b21670	operon_0537	NC_020560.1|gene1220|SM2011_b21670|tauX
SM2011_b21529	operon_0537	NC_020560.1|gene1221|SM2011_b21529|tauY
SM2011_b21530	operon_0537	NC_020560.1|gene1222|SM2011_b21530|xsc
SM2011_b21531	operon_0537	NC_020560.1|gene1223|SM2011_b21531
SM2011_b21532	operon_0537	NC_020560.1|gene1224|SM2011_b21532|pta
SM2011_b21533	operon_0537	NC_020560.1|gene1225|SM2011_b21533
SM2011_b21534	operon_0537	NC_020560.1|gene1226|SM2011_b21534
SM2011_b23287	operon_0538	NC_020560.1|gene1227|SM2011_b23287
SM2011_b21535	operon_0538	NC_020560.1|gene1228|SM2011_b21535
SM2011_b21536	operon_0539	NC_020560.1|gene1229|SM2011_b21536
SM2011_b23288	operon_0540	NC_020560.1|gene1230|SM2011_b23288
SM2011_b21537	operon_0541	NC_020560.1|gene1231|SM2011_b21537|phnW
SM2011_b21538	operon_0541	NC_020560.1|gene1232|SM2011_b21538|phnA
SM2011_b23289	operon_0542	NC_020560.1|gene1233|SM2011_b23289|phnA
SM2011_b23290	operon_0542	NC_020560.1|gene1234|SM2011_b23290|phnA
SM2011_b21539	operon_0543	NC_020560.1|gene1235|SM2011_b21539|phnA
SM2011_b21671	operon_0543	NC_020560.1|gene1236|SM2011_b21671
SM2011_b23291	operon_0544	NC_020560.1|gene1237|SM2011_b23291
SM2011_b21540	operon_0545	NC_020560.1|gene1238|SM2011_b21540
SM2011_b23292	operon_0546	NC_020560.1|gene1239|SM2011_b23292
SM2011_b21541	operon_0547	NC_020560.1|gene1240|SM2011_b21541
SM2011_b21542	operon_0547	NC_020560.1|gene1241|SM2011_b21542
SM2011_b23293	operon_0548	NC_020560.1|gene1242|SM2011_b23293
SM2011_b21543	operon_0549	NC_020560.1|gene1243|SM2011_b21543
SM2011_b21544	operon_0549	NC_020560.1|gene1244|SM2011_b21544
SM2011_b21545	operon_0550	NC_020560.1|gene1245|SM2011_b21545
SM2011_b21546	operon_0550	NC_020560.1|gene1246|SM2011_b21546
SM2011_b21547	operon_0551	NC_020560.1|gene1247|SM2011_b21547
SM2011_b21548	operon_0551	NC_020560.1|gene1248|SM2011_b21548
SM2011_b21549	operon_0551	NC_020560.1|gene1249|SM2011_b21549|thtR
SM2011_b21550	operon_0551	NC_020560.1|gene1250|SM2011_b21550
SM2011_b21551	operon_0551	NC_020560.1|gene1251|SM2011_b21551
SM2011_b23294	operon_0552	NC_020560.1|gene1252|SM2011_b23294
SM2011_b21552	operon_0553	NC_020560.1|gene1253|SM2011_b21552|aacC4
SM2011_b22013	operon_0554	NC_020560.1|gene1254|SM2011_b22013
SM2011_b24024	operon_0555	NC_020560.1|gene1255|SM2011_b24024
SM2011_b21555	operon_0555	NC_020560.1|gene1256|SM2011_b21555|kefB2
SM2011_b21556	operon_0556	NC_020560.1|gene1257|SM2011_b21556|kefB2
SM2011_b23295	operon_0557	NC_020560.1|gene1258|SM2011_b23295
SM2011_b21557	operon_0558	NC_020560.1|gene1259|SM2011_b21557
SM2011_b23296	operon_0559	NC_020560.1|gene1260|SM2011_b23296
SM2011_b21558	operon_0560	NC_020560.1|gene1261|SM2011_b21558
SM2011_b23297	operon_0561	NC_020560.1|gene1262|SM2011_b23297
SM2011_b21559	operon_0562	NC_020560.1|gene1263|SM2011_b21559
SM2011_b21560	operon_0562	NC_020560.1|gene1264|SM2011_b21560
SM2011_b21561	operon_0562	NC_020560.1|gene1265|SM2011_b21561
SM2011_b21562	operon_0562	NC_020560.1|gene1266|SM2011_b21562
SM2011_b21563	operon_0562	NC_020560.1|gene1267|SM2011_b21563
SM2011_b21564	operon_0563	NC_020560.1|gene1268|SM2011_b21564
SM2011_b21565	operon_0563	NC_020560.1|gene1269|SM2011_b21565
SM2011_b21566	operon_0564	NC_020560.1|gene1270|SM2011_b21566|groEL5
SM2011_b23298	operon_0565	NC_020560.1|gene1271|SM2011_b23298
SM2011_b22023	operon_0566	NC_020560.1|gene1272|SM2011_b22023|groES5
SM2011_b21568	operon_0567	NC_020560.1|gene1273|SM2011_b21568
SM2011_b23299	operon_0567	NC_020560.1|gene1274|SM2011_b23299
SM2011_b21569	operon_0568	NC_020560.1|gene1275|SM2011_b21569
SM2011_b21570	operon_0568	NC_020560.1|gene1276|SM2011_b21570|stcD
SM2011_b23300	operon_0569	NC_020560.1|gene1277|SM2011_b23300|stcD
SM2011_b23301	operon_0569	NC_020560.1|gene1278|SM2011_b23301|stcD
SM2011_b21571	operon_0569	NC_020560.1|gene1279|SM2011_b21571
SM2011_b21572	operon_0569	NC_020560.1|gene1280|SM2011_b21572
SM2011_b21573	operon_0569	NC_020560.1|gene1281|SM2011_b21573
SM2011_b21574	operon_0569	NC_020560.1|gene1282|SM2011_b21574
SM2011_b21575	operon_0570	NC_020560.1|gene1283|SM2011_b21575
SM2011_b21576	operon_0570	NC_020560.1|gene1284|SM2011_b21576
SM2011_b23302	operon_0571	NC_020560.1|gene1285|SM2011_b23302
SM2011_b21577	operon_0572	NC_020560.1|gene1286|SM2011_b21577
SM2011_b23303	operon_0573	NC_020560.1|gene1287|SM2011_b23303
SM2011_b21578	operon_0573	NC_020560.1|gene1288|SM2011_b21578|actP2
SM2011_b23304	operon_0574	NC_020560.1|gene1289|SM2011_b23304|actP2
SM2011_b21579	operon_0575	NC_020560.1|gene1290|SM2011_b21579|hmrR2
SM2011_b21580	operon_0576	NC_020560.1|gene1291|SM2011_b21580
SM2011_b21581	operon_0577	NC_020560.1|gene1292|SM2011_b21581
SM2011_b23305	operon_0578	NC_020560.1|gene1293|SM2011_b23305
SM2011_b21582	operon_0579	NC_020560.1|gene1294|SM2011_b21582
SM2011_b21583	operon_0579	NC_020560.1|gene1295|SM2011_b21583
SM2011_b21584	operon_0579	NC_020560.1|gene1296|SM2011_b21584
SM2011_b21585	operon_0579	NC_020560.1|gene1297|SM2011_b21585
SM2011_b23307	operon_0580	NC_020560.1|gene1298|SM2011_b23307
SM2011_b21586	operon_0581	NC_020560.1|gene1299|SM2011_b21586|gshB2
SM2011_b21587	operon_0581	NC_020560.1|gene1300|SM2011_b21587
SM2011_b21588	operon_0581	NC_020560.1|gene1301|SM2011_b21588
SM2011_b21589	operon_0581	NC_020560.1|gene1302|SM2011_b21589
SM2011_b21590	operon_0581	NC_020560.1|gene1303|SM2011_b21590
SM2011_b21591	operon_0581	NC_020560.1|gene1304|SM2011_b21591
SM2011_b21592	operon_0582	NC_020560.1|gene1305|SM2011_b21592
SM2011_b21593	operon_0582	NC_020560.1|gene1306|SM2011_b21593
SM2011_b23308	operon_0583	NC_020560.1|gene1307|SM2011_b23308
SM2011_b21594	operon_0584	NC_020560.1|gene1308|SM2011_b21594
SM2011_b23309	operon_0585	NC_020560.1|gene1309|SM2011_b23309
SM2011_b21595	operon_0586	NC_020560.1|gene1310|SM2011_b21595
SM2011_b23310	operon_0587	NC_020560.1|gene1311|SM2011_b23310
SM2011_b21596	operon_0588	NC_020560.1|gene1312|SM2011_b21596
SM2011_b21597	operon_0588	NC_020560.1|gene1313|SM2011_b21597
SM2011_b21598	operon_0589	NC_020560.1|gene1314|SM2011_b21598
SM2011_b21599	operon_0589	NC_020560.1|gene1315|SM2011_b21599
SM2011_b21600	operon_0590	NC_020560.1|gene1316|SM2011_b21600|ampC
SM2011_b21601	operon_0590	NC_020560.1|gene1317|SM2011_b21601
SM2011_b21602	operon_0590	NC_020560.1|gene1318|SM2011_b21602
SM2011_b21603	operon_0590	NC_020560.1|gene1319|SM2011_b21603
SM2011_b21604	operon_0590	NC_020560.1|gene1320|SM2011_b21604
SM2011_b23311	operon_0591	NC_020560.1|gene1321|SM2011_b23311
SM2011_b21605	operon_0592	NC_020560.1|gene1322|SM2011_b21605
SM2011_b20924	operon_0592	NC_020560.1|gene1323|SM2011_b20924|abfA
SM2011_b23312	operon_0593	NC_020560.1|gene1324|SM2011_b23312|abfA
SM2011_b23313	operon_0593	NC_020560.1|gene1325|SM2011_b23313|abfA
SM2011_b20925	operon_0593	NC_020560.1|gene1326|SM2011_b20925
SM2011_b23314	operon_0594	NC_020560.1|gene1327|SM2011_b23314
SM2011_b20926	operon_0595	NC_020560.1|gene1328|SM2011_b20926
SM2011_b20927	operon_0596	NC_020560.1|gene1329|SM2011_b20927
SM2011_b20928	operon_0597	NC_020560.1|gene1330|SM2011_b20928
SM2011_b20929	operon_0598	NC_020560.1|gene1331|SM2011_b20929
SM2011_b20930	operon_0598	NC_020560.1|gene1332|SM2011_b20930
SM2011_b20931	operon_0599	NC_020560.1|gene1333|SM2011_b20931
SM2011_b20932	operon_0600	NC_020560.1|gene1334|SM2011_b20932|exsH
SM2011_b20933	operon_0601	NC_020560.1|gene1335|SM2011_b20933|exsG
SM2011_b20934	operon_0601	NC_020560.1|gene1336|SM2011_b20934|exsF
SM2011_b20935	operon_0602	NC_020560.1|gene1337|SM2011_b20935|exsI
SM2011_b20936	operon_0603	NC_020560.1|gene1338|SM2011_b20936
SM2011_b20937	operon_0603	NC_020560.1|gene1339|SM2011_b20937|exsE
SM2011_b20938	operon_0604	NC_020560.1|gene1340|SM2011_b20938|exsD%2CqueE
SM2011_b20939	operon_0604	NC_020560.1|gene1341|SM2011_b20939|exsC%2CqueD
SM2011_b20940	operon_0604	NC_020560.1|gene1342|SM2011_b20940|exsB%2CqueC
SM2011_b20941	operon_0604	NC_020560.1|gene1343|SM2011_b20941|exsA
SM2011_b20942	operon_0605	NC_020560.1|gene1344|SM2011_b20942|exoB
SM2011_b23315	operon_0606	NC_020560.1|gene1345|SM2011_b23315|exoB
SM2011_b20943	operon_0606	NC_020560.1|gene1346|SM2011_b20943|exoZ
SM2011_b20944	operon_0606	NC_020560.1|gene1347|SM2011_b20944|exoQ
SM2011_b23316	operon_0607	NC_020560.1|gene1348|SM2011_b23316|exoQ
SM2011_b24025	operon_0607	NC_020560.1|gene1349|SM2011_b24025|exoQ
SM2011_b20945	operon_0608	NC_020560.1|gene1350|SM2011_b20945|exoF1
SM2011_b20946	operon_0608	NC_020560.1|gene1351|SM2011_b20946|exoY
SM2011_b23317	operon_0609	NC_020560.1|gene1352|SM2011_b23317|exoY
SM2011_b23318	operon_0609	NC_020560.1|gene1353|SM2011_b23318
SM2011_b23320	operon_0609	NC_020560.1|gene1354|SM2011_b23320
SM2011_b24026	operon_0609	NC_020560.1|gene1355|SM2011_b24026
SM2011_b20947	operon_0609	NC_020560.1|gene1356|SM2011_b20947|exoX
SM2011_b20948	operon_0609	NC_020560.1|gene1357|SM2011_b20948|exoU
SM2011_b20949	operon_0610	NC_020560.1|gene1358|SM2011_b20949|exoV
SM2011_b23322	operon_0611	NC_020560.1|gene1359|SM2011_b23322|exoV
SM2011_b21690	operon_0612	NC_020560.1|gene1360|SM2011_b21690|exoW
SM2011_b23323	operon_0613	NC_020560.1|gene1361|SM2011_b23323|exoW
SM2011_b20950	operon_0613	NC_020560.1|gene1362|SM2011_b20950|exoT
SM2011_b20951	operon_0613	NC_020560.1|gene1363|SM2011_b20951|exoI
SM2011_b20952	operon_0613	NC_020560.1|gene1364|SM2011_b20952
SM2011_b20953	operon_0613	NC_020560.1|gene1365|SM2011_b20953
SM2011_b20954	operon_0613	NC_020560.1|gene1366|SM2011_b20954|exoH
SM2011_b20955	operon_0613	NC_020560.1|gene1367|SM2011_b20955|exoK
SM2011_b20956	operon_0613	NC_020560.1|gene1368|SM2011_b20956|exoL
SM2011_b20957	operon_0613	NC_020560.1|gene1369|SM2011_b20957|exoA
SM2011_b20958	operon_0613	NC_020560.1|gene1370|SM2011_b20958|exoM
SM2011_b20959	operon_0613	NC_020560.1|gene1371|SM2011_b20959|exoO
SM2011_b20960	operon_0613	NC_020560.1|gene1372|SM2011_b20960|exoN
SM2011_b20961	operon_0613	NC_020560.1|gene1373|SM2011_b20961|exoP
SM2011_b23324	operon_0614	NC_020560.1|gene1374|SM2011_b23324|exoP
SM2011_b20962	operon_0614	NC_020560.1|gene1375|SM2011_b20962|thiD
SM2011_b20963	operon_0615	NC_020560.1|gene1376|SM2011_b20963|thiD
SM2011_b23325	operon_0616	NC_020560.1|gene1377|SM2011_b23325|thiD
SM2011_b20964	operon_0617	NC_020560.1|gene1378|SM2011_b20964
SM2011_b23326	operon_0617	NC_020560.1|gene1379|SM2011_b23326
SM2011_b20965	operon_0618	NC_020560.1|gene1380|SM2011_b20965
SM2011_b20966	operon_0618	NC_020560.1|gene1381|SM2011_b20966|lacZ2
SM2011_b20967	operon_0618	NC_020560.1|gene1382|SM2011_b20967
SM2011_b23327	operon_0619	NC_020560.1|gene1383|SM2011_b23327
SM2011_b20968	operon_0620	NC_020560.1|gene1384|SM2011_b20968
SM2011_b20969	operon_0620	NC_020560.1|gene1385|SM2011_b20969
SM2011_b20970	operon_0620	NC_020560.1|gene1386|SM2011_b20970
SM2011_b20971	operon_0620	NC_020560.1|gene1387|SM2011_b20971
SM2011_b20972	operon_0620	NC_020560.1|gene1388|SM2011_b20972
SM2011_b20973	operon_0620	NC_020560.1|gene1389|SM2011_b20973
SM2011_b20974	operon_0620	NC_020560.1|gene1390|SM2011_b20974
SM2011_b20975	operon_0620	NC_020560.1|gene1391|SM2011_b20975
SM2011_b23329	operon_0621	NC_020560.1|gene1392|SM2011_b23329
SM2011_b23330	operon_0621	NC_020560.1|gene1393|SM2011_b23330
SM2011_b20976	operon_0622	NC_020560.1|gene1394|SM2011_b20976
SM2011_b20977	operon_0622	NC_020560.1|gene1395|SM2011_b20977
SM2011_b20978	operon_0622	NC_020560.1|gene1396|SM2011_b20978
SM2011_b20979	operon_0622	NC_020560.1|gene1397|SM2011_b20979
SM2011_b20980	operon_0622	NC_020560.1|gene1398|SM2011_b20980
SM2011_b20981	operon_0622	NC_020560.1|gene1399|SM2011_b20981
SM2011_b20982	operon_0622	NC_020560.1|gene1400|SM2011_b20982
SM2011_b20983	operon_0622	NC_020560.1|gene1401|SM2011_b20983
SM2011_b20984	operon_0623	NC_020560.1|gene1402|SM2011_b20984|nirB
SM2011_b20985	operon_0623	NC_020560.1|gene1403|SM2011_b20985|nirD
SM2011_b20986	operon_0623	NC_020560.1|gene1404|SM2011_b20986|narB
SM2011_b23331	operon_0624	NC_020560.1|gene1405|SM2011_b23331|narB
SM2011_b20987	operon_0625	NC_020560.1|gene1406|SM2011_b20987
SM2011_b20988	operon_0626	NC_020560.1|gene1407|SM2011_b20988
SM2011_b20989	operon_0626	NC_020560.1|gene1408|SM2011_b20989
SM2011_b20990	operon_0626	NC_020560.1|gene1409|SM2011_b20990|nfeD
SM2011_b20991	operon_0626	NC_020560.1|gene1410|SM2011_b20991
SM2011_b20992	operon_0626	NC_020560.1|gene1411|SM2011_b20992
SM2011_b24027	operon_0627	NC_020560.1|gene1412|SM2011_b24027
SM2011_b20993	operon_0627	NC_020560.1|gene1413|SM2011_b20993
SM2011_b20994	operon_0628	NC_020560.1|gene1414|SM2011_b20994
SM2011_b20995	operon_0628	NC_020560.1|gene1415|SM2011_b20995|engA
SM2011_b20996	operon_0628	NC_020560.1|gene1416|SM2011_b20996
SM2011_b20997	operon_0628	NC_020560.1|gene1417|SM2011_b20997
SM2011_b23334	operon_0628	NC_020560.1|gene1418|SM2011_b23334
SM2011_b20998	operon_0629	NC_020560.1|gene1419|SM2011_b20998
SM2011_b20999	operon_0630	NC_020560.1|gene1420|SM2011_b20999|bacA
SM2011_b23335	operon_0631	NC_020560.1|gene1421|SM2011_b23335|bacA
SM2011_b24028	operon_0631	NC_020560.1|gene1422|SM2011_b24028|bacA
SM2011_b21000	operon_0632	NC_020560.1|gene1423|SM2011_b21000
SM2011_b24029	operon_0633	NC_020560.1|gene1424|SM2011_b24029
SM2011_b21002	operon_0634	NC_020560.1|gene1425|SM2011_b21002|map2
SM2011_b21003	operon_0634	NC_020560.1|gene1426|SM2011_b21003
SM2011_b21004	operon_0634	NC_020560.1|gene1427|SM2011_b21004
SM2011_b21005	operon_0634	NC_020560.1|gene1428|SM2011_b21005
SM2011_b21006	operon_0634	NC_020560.1|gene1429|SM2011_b21006
SM2011_b21007	operon_0634	NC_020560.1|gene1430|SM2011_b21007
SM2011_b21008	operon_0634	NC_020560.1|gene1431|SM2011_b21008
SM2011_b21009	operon_0634	NC_020560.1|gene1432|SM2011_b21009|glpK
SM2011_b21010	operon_0635	NC_020560.1|gene1433|SM2011_b21010|bdhA
SM2011_b21011	operon_0635	NC_020560.1|gene1434|SM2011_b21011|xdhA2
SM2011_b20846	operon_0635	NC_020560.1|gene1435|SM2011_b20846|xdhB2
SM2011_b21676	operon_0636	NC_020560.1|gene1436|SM2011_b21676
SM2011_b20847	operon_0637	NC_020560.1|gene1437|SM2011_b20847
SM2011_b23336	operon_0638	NC_020560.1|gene1438|SM2011_b23336
SM2011_b20848	operon_0639	NC_020560.1|gene1439|SM2011_b20848
SM2011_b20849	operon_0639	NC_020560.1|gene1440|SM2011_b20849|guaD2
SM2011_b20850	operon_0639	NC_020560.1|gene1441|SM2011_b20850|lldD1
SM2011_b20851	operon_0640	NC_020560.1|gene1442|SM2011_b20851
SM2011_b20852	operon_0640	NC_020560.1|gene1443|SM2011_b20852
SM2011_b20853	operon_0640	NC_020560.1|gene1444|SM2011_b20853
SM2011_b23337	operon_0641	NC_020560.1|gene1445|SM2011_b23337
SM2011_b23338	operon_0641	NC_020560.1|gene1446|SM2011_b23338
SM2011_b20854	operon_0642	NC_020560.1|gene1447|SM2011_b20854
SM2011_b20855	operon_0642	NC_020560.1|gene1448|SM2011_b20855
SM2011_b20856	operon_0642	NC_020560.1|gene1449|SM2011_b20856
SM2011_b20857	operon_0643	NC_020560.1|gene1450|SM2011_b20857|pgiA2
SM2011_b20858	operon_0643	NC_020560.1|gene1451|SM2011_b20858
SM2011_b23476	operon_0643	NC_020560.1|gene1452|SM2011_b23476
SM2011_b20859	operon_0643	NC_020560.1|gene1453|SM2011_b20859
SM2011_b23339	operon_0644	NC_020560.1|gene1454|SM2011_b23339
SM2011_b21677	operon_0644	NC_020560.1|gene1455|SM2011_b21677
SM2011_b20860	operon_0645	NC_020560.1|gene1456|SM2011_b20860
SM2011_b20861	operon_0645	NC_020560.1|gene1457|SM2011_b20861
SM2011_b20862	operon_0645	NC_020560.1|gene1458|SM2011_b20862
SM2011_b20863	operon_0646	NC_020560.1|gene1459|SM2011_b20863
SM2011_b24030	operon_0647	NC_020560.1|gene1460|SM2011_b24030
SM2011_b20864	operon_0648	NC_020560.1|gene1461|SM2011_b20864
SM2011_b20865	operon_0648	NC_020560.1|gene1462|SM2011_b20865
SM2011_b20866	operon_0648	NC_020560.1|gene1463|SM2011_b20866
SM2011_b20867	operon_0648	NC_020560.1|gene1464|SM2011_b20867
SM2011_b20868	operon_0649	NC_020560.1|gene1465|SM2011_b20868
SM2011_b23341	operon_0650	NC_020560.1|gene1466|SM2011_b23341
SM2011_b23342	operon_0650	NC_020560.1|gene1467|SM2011_b23342
SM2011_b23343	operon_0650	NC_020560.1|gene1468|SM2011_b23343
SM2011_b22014	operon_0651	NC_020560.1|gene1469|SM2011_b22014
SM2011_b20869	operon_0651	NC_020560.1|gene1470|SM2011_b20869
SM2011_b20870	operon_0652	NC_020560.1|gene1471|SM2011_b20870
SM2011_b20871	operon_0653	NC_020560.1|gene1472|SM2011_b20871
SM2011_b20872	operon_0654	NC_020560.1|gene1473|SM2011_b20872
SM2011_b23344	operon_0654	NC_020560.1|gene1474|SM2011_b23344
SM2011_b20873	operon_0654	NC_020560.1|gene1475|SM2011_b20873|allA1
SM2011_b20874	operon_0654	NC_020560.1|gene1476|SM2011_b20874
SM2011_b20875	operon_0654	NC_020560.1|gene1477|SM2011_b20875
SM2011_b20876	operon_0654	NC_020560.1|gene1478|SM2011_b20876
SM2011_b20877	operon_0654	NC_020560.1|gene1479|SM2011_b20877
SM2011_b20878	operon_0655	NC_020560.1|gene1480|SM2011_b20878
SM2011_b20879	operon_0656	NC_020560.1|gene1481|SM2011_b20879
SM2011_b20880	operon_0657	NC_020560.1|gene1482|SM2011_b20880|rhlE2
SM2011_b20881	operon_0658	NC_020560.1|gene1483|SM2011_b20881
SM2011_b20882	operon_0658	NC_020560.1|gene1484|SM2011_b20882
SM2011_b20883	operon_0658	NC_020560.1|gene1485|SM2011_b20883
SM2011_b20884	operon_0658	NC_020560.1|gene1486|SM2011_b20884
SM2011_b20885	operon_0658	NC_020560.1|gene1487|SM2011_b20885
SM2011_b20886	operon_0659	NC_020560.1|gene1488|SM2011_b20886
SM2011_b23347	operon_0660	NC_020560.1|gene1489|SM2011_b23347
SM2011_b20887	operon_0661	NC_020560.1|gene1490|SM2011_b20887
SM2011_b20888	operon_0661	NC_020560.1|gene1491|SM2011_b20888
SM2011_b20889	operon_0662	NC_020560.1|gene1492|SM2011_b20889
SM2011_b23348	operon_0663	NC_020560.1|gene1493|SM2011_b23348
SM2011_b20890	operon_0664	NC_020560.1|gene1494|SM2011_b20890|araF
SM2011_b20891	operon_0664	NC_020560.1|gene1495|SM2011_b20891|araE
SM2011_b20892	operon_0664	NC_020560.1|gene1496|SM2011_b20892
SM2011_b20893	operon_0664	NC_020560.1|gene1497|SM2011_b20893|araC
SM2011_b20894	operon_0664	NC_020560.1|gene1498|SM2011_b20894|araB
SM2011_b23349	operon_0665	NC_020560.1|gene1499|SM2011_b23349|araB
SM2011_b20895	operon_0666	NC_020560.1|gene1500|SM2011_b20895|araA
SM2011_b23350	operon_0667	NC_020560.1|gene1501|SM2011_b23350|araA
SM2011_b20896	operon_0667	NC_020560.1|gene1502|SM2011_b20896|gbpR
SM2011_b23351	operon_0668	NC_020560.1|gene1503|SM2011_b23351|gbpR
SM2011_b20897	operon_0669	NC_020560.1|gene1504|SM2011_b20897
SM2011_b23352	operon_0670	NC_020560.1|gene1505|SM2011_b23352
SM2011_b20898	operon_0670	NC_020560.1|gene1506|SM2011_b20898
SM2011_b21678	operon_0671	NC_020560.1|gene1507|SM2011_b21678
SM2011_b20899	operon_0671	NC_020560.1|gene1508|SM2011_b20899|idhA
SM2011_b20900	operon_0672	NC_020560.1|gene1509|SM2011_b20900
SM2011_b21679	operon_0673	NC_020560.1|gene1510|SM2011_b21679
SM2011_b20901	operon_0674	NC_020560.1|gene1511|SM2011_b20901
SM2011_b23353	operon_0674	NC_020560.1|gene1512|SM2011_b23353
SM2011_b20902	operon_0675	NC_020560.1|gene1513|SM2011_b20902
SM2011_b20903	operon_0675	NC_020560.1|gene1514|SM2011_b20903
SM2011_b20904	operon_0675	NC_020560.1|gene1515|SM2011_b20904
SM2011_b21712	operon_0675	NC_020560.1|gene1516|SM2011_b21712
SM2011_b20905	operon_0676	NC_020560.1|gene1517|SM2011_b20905
SM2011_b23356	operon_0677	NC_020560.1|gene1518|SM2011_b23356
SM2011_b23357	operon_0678	NC_020560.1|gene1519|SM2011_b23357
SM2011_b20906	operon_0679	NC_020560.1|gene1520|SM2011_b20906
SM2011_b20907	operon_0679	NC_020560.1|gene1521|SM2011_b20907
SM2011_b23358	operon_0680	NC_020560.1|gene1522|SM2011_b23358
SM2011_b20908	operon_0680	NC_020560.1|gene1523|SM2011_b20908
SM2011_b21680	operon_0680	NC_020560.1|gene1524|SM2011_b21680
SM2011_b21681	operon_0681	NC_020560.1|gene1525|SM2011_b21681
SM2011_b20909	operon_0682	NC_020560.1|gene1526|SM2011_b20909
SM2011_b20910	operon_0682	NC_020560.1|gene1527|SM2011_b20910
SM2011_b23359	operon_0683	NC_020560.1|gene1528|SM2011_b23359
SM2011_b20911	operon_0684	NC_020560.1|gene1529|SM2011_b20911
SM2011_b20912	operon_0684	NC_020560.1|gene1530|SM2011_b20912
SM2011_b20913	operon_0685	NC_020560.1|gene1531|SM2011_b20913
SM2011_b21682	operon_0685	NC_020560.1|gene1532|SM2011_b21682
SM2011_b20914	operon_0686	NC_020560.1|gene1533|SM2011_b20914
SM2011_b20915	operon_0687	NC_020560.1|gene1534|SM2011_b20915|aslA1
SM2011_b23360	operon_0688	NC_020560.1|gene1535|SM2011_b23360|aslA1
SM2011_b20916	operon_0688	NC_020560.1|gene1536|SM2011_b20916
SM2011_b23361	operon_0688	NC_020560.1|gene1537|SM2011_b23361
SM2011_b23362	operon_0689	NC_020560.1|gene1538|SM2011_b23362
SM2011_b20918	operon_0689	NC_020560.1|gene1539|SM2011_b20918
SM2011_b20919	operon_0689	NC_020560.1|gene1540|SM2011_b20919
SM2011_b20920	operon_0690	NC_020560.1|gene1541|SM2011_b20920
SM2011_b20921	operon_0690	NC_020560.1|gene1542|SM2011_b20921
SM2011_b20922	operon_0690	NC_020560.1|gene1543|SM2011_b20922
SM2011_b21395	operon_0691	NC_020560.1|gene1544|SM2011_b21395
SM2011_b21396	operon_0691	NC_020560.1|gene1545|SM2011_b21396
SM2011_b23366	operon_0692	NC_020560.1|gene1546|SM2011_b23366
SM2011_b21397	operon_0692	NC_020560.1|gene1547|SM2011_b21397
SM2011_b21398	operon_0693	NC_020560.1|gene1548|SM2011_b21398
SM2011_b23368	operon_0693	NC_020560.1|gene1549|SM2011_b23368
SM2011_b21399	operon_0694	NC_020560.1|gene1550|SM2011_b21399
SM2011_b23369	operon_0695	NC_020560.1|gene1551|SM2011_b23369
SM2011_b21683	operon_0696	NC_020560.1|gene1552|SM2011_b21683
SM2011_b21400	operon_0697	NC_020560.1|gene1553|SM2011_b21400
SM2011_b21402	operon_0697	NC_020560.1|gene1554|SM2011_b21402
SM2011_b24042	operon_0698	NC_020560.1|gene1555|SM2011_b24042
SM2011_b23374	operon_0699	NC_020560.1|gene1556|SM2011_b23374
SM2011_b21403	operon_0699	NC_020560.1|gene1557|SM2011_b21403
SM2011_b21404	operon_0699	NC_020560.1|gene1558|SM2011_b21404
SM2011_b21405	operon_0699	NC_020560.1|gene1559|SM2011_b21405
SM2011_b21406	operon_0699	NC_020560.1|gene1560|SM2011_b21406
SM2011_b21407	operon_0699	NC_020560.1|gene1561|SM2011_b21407
SM2011_b21408	operon_0699	NC_020560.1|gene1562|SM2011_b21408
SM2011_b23375	operon_0700	NC_020560.1|gene1563|SM2011_b23375
SM2011_b22015	operon_0701	NC_020560.1|gene1564|SM2011_b22015
SM2011_b23376	operon_0701	NC_020560.1|gene1565|SM2011_b23376
SM2011_b21410	operon_0701	NC_020560.1|gene1566|SM2011_b21410
SM2011_b23377	operon_0702	NC_020560.1|gene1567|SM2011_b23377
SM2011_b21412	operon_0702	NC_020560.1|gene1568|SM2011_b21412
SM2011_b21413	operon_0702	NC_020560.1|gene1569|SM2011_b21413
SM2011_b21414	operon_0702	NC_020560.1|gene1570|SM2011_b21414
SM2011_b21415	operon_0702	NC_020560.1|gene1571|SM2011_b21415
SM2011_b21416	operon_0703	NC_020560.1|gene1572|SM2011_b21416|ddhA
SM2011_b21417	operon_0703	NC_020560.1|gene1573|SM2011_b21417|ddhB
SM2011_b21418	operon_0703	NC_020560.1|gene1574|SM2011_b21418
SM2011_b21419	operon_0704	NC_020560.1|gene1575|SM2011_b21419
SM2011_b23380	operon_0705	NC_020560.1|gene1576|SM2011_b23380
SM2011_b21684	operon_0705	NC_020560.1|gene1577|SM2011_b21684
SM2011_b21420	operon_0705	NC_020560.1|gene1578|SM2011_b21420
SM2011_b21421	operon_0705	NC_020560.1|gene1579|SM2011_b21421
SM2011_b21422	operon_0705	NC_020560.1|gene1580|SM2011_b21422
SM2011_b21423	operon_0705	NC_020560.1|gene1581|SM2011_b21423
SM2011_b21424	operon_0705	NC_020560.1|gene1582|SM2011_b21424
SM2011_b21425	operon_0706	NC_020560.1|gene1583|SM2011_b21425
SM2011_b21426	operon_0706	NC_020560.1|gene1584|SM2011_b21426
SM2011_b23381	operon_0707	NC_020560.1|gene1585|SM2011_b23381
SM2011_b21427	operon_0708	NC_020560.1|gene1586|SM2011_b21427
SM2011_b23382	operon_0709	NC_020560.1|gene1587|SM2011_b23382
SM2011_b23383	operon_0710	NC_020560.1|gene1588|SM2011_b23383
SM2011_b21428	operon_0711	NC_020560.1|gene1589|SM2011_b21428|rmlC
SM2011_b21429	operon_0712	NC_020560.1|gene1590|SM2011_b21429|rmlC
SM2011_b21430	operon_0712	NC_020560.1|gene1591|SM2011_b21430
SM2011_b21432	operon_0712	NC_020560.1|gene1592|SM2011_b21432
SM2011_b23384	operon_0713	NC_020560.1|gene1593|SM2011_b23384
SM2011_b21433	operon_0713	NC_020560.1|gene1594|SM2011_b21433
SM2011_b21685	operon_0713	NC_020560.1|gene1595|SM2011_b21685
SM2011_b21434	operon_0713	NC_020560.1|gene1596|SM2011_b21434
SM2011_b21435	operon_0714	NC_020560.1|gene1597|SM2011_b21435
SM2011_b21436	operon_0714	NC_020560.1|gene1598|SM2011_b21436
SM2011_b21437	operon_0714	NC_020560.1|gene1599|SM2011_b21437
SM2011_b21438	operon_0714	NC_020560.1|gene1600|SM2011_b21438
SM2011_b23385	operon_0715	NC_020560.1|gene1601|SM2011_b23385
SM2011_b21439	operon_0716	NC_020560.1|gene1602|SM2011_b21439
SM2011_b21440	operon_0717	NC_020560.1|gene1603|SM2011_b21440
SM2011_b23386	operon_0718	NC_020560.1|gene1604|SM2011_b23386
SM2011_b21441	operon_0718	NC_020560.1|gene1605|SM2011_b21441
SM2011_b21442	operon_0718	NC_020560.1|gene1606|SM2011_b21442
SM2011_b21443	operon_0718	NC_020560.1|gene1607|SM2011_b21443
SM2011_b21444	operon_0719	NC_020560.1|gene1608|SM2011_b21444
SM2011_b21445	operon_0720	NC_020560.1|gene1609|SM2011_b21445
SM2011_b21446	operon_0720	NC_020560.1|gene1610|SM2011_b21446|glgX2
SM2011_b21447	operon_0721	NC_020560.1|gene1611|SM2011_b21447|glgB2
SM2011_b21448	operon_0721	NC_020560.1|gene1612|SM2011_b21448
SM2011_b21449	operon_0722	NC_020560.1|gene1613|SM2011_b21449|gst12
SM2011_b21450	operon_0723	NC_020560.1|gene1614|SM2011_b21450
SM2011_b23388	operon_0724	NC_020560.1|gene1615|SM2011_b23388
SM2011_b21452	operon_0725	NC_020560.1|gene1616|SM2011_b21452
SM2011_b21454	operon_0726	NC_020560.1|gene1617|SM2011_b21454
SM2011_b21455	operon_0726	NC_020560.1|gene1618|SM2011_b21455
SM2011_b21456	operon_0726	NC_020560.1|gene1619|SM2011_b21456
SM2011_b21458	operon_0726	NC_020560.1|gene1620|SM2011_b21458
SM2011_b21459	operon_0726	NC_020560.1|gene1621|SM2011_b21459
SM2011_b21460	operon_0726	NC_020560.1|gene1622|SM2011_b21460
SM2011_b21461	operon_0726	NC_020560.1|gene1623|SM2011_b21461
SM2011_b21462	operon_0726	NC_020560.1|gene1624|SM2011_b21462
SM2011_b21463	operon_0726	NC_020560.1|gene1625|SM2011_b21463
SM2011_b23389	operon_0727	NC_020560.1|gene1626|SM2011_b23389
SM2011_b21464	operon_0727	NC_020560.1|gene1627|SM2011_b21464
SM2011_b21465	operon_0728	NC_020560.1|gene1628|SM2011_b21465|prsE
SM2011_b23390	operon_0729	NC_020560.1|gene1629|SM2011_b23390|prsE
SM2011_b23391	operon_0729	NC_020560.1|gene1630|SM2011_b23391|prsE
SM2011_b21466	operon_0730	NC_020560.1|gene1631|SM2011_b21466|prsD
SM2011_b23392	operon_0731	NC_020560.1|gene1632|SM2011_b23392
SM2011_b21467	operon_0732	NC_020560.1|gene1633|SM2011_b21467
SM2011_b21468	operon_0732	NC_020560.1|gene1634|SM2011_b21468
SM2011_b21469	operon_0733	NC_020560.1|gene1635|SM2011_b21469
SM2011_b21470	operon_0733	NC_020560.1|gene1636|SM2011_b21470
SM2011_b21471	operon_0733	NC_020560.1|gene1637|SM2011_b21471
SM2011_b21472	operon_0733	NC_020560.1|gene1638|SM2011_b21472
SM2011_b21473	operon_0733	NC_020560.1|gene1639|SM2011_b21473
SM2011_b21474	operon_0733	NC_020560.1|gene1640|SM2011_b21474
SM2011_b21475	operon_0733	NC_020560.1|gene1641|SM2011_b21475
SM2011_b21476	operon_0733	NC_020560.1|gene1642|SM2011_b21476
SM2011_b23393	operon_0734	NC_020560.1|gene1643|SM2011_b23393
SM2011_b21477	operon_0734	NC_020560.1|gene1644|SM2011_b21477
SM2011_b23394	operon_0734	NC_020560.1|gene1645|SM2011_b23394
SM2011_b21479	operon_0735	NC_020560.1|gene1646|SM2011_b21479
SM2011_b21480	operon_0736	NC_020560.1|gene1647|SM2011_b21480
SM2011_b21481	operon_0736	NC_020560.1|gene1648|SM2011_b21481
SM2011_b21482	operon_0736	NC_020560.1|gene1649|SM2011_b21482
SM2011_b21483	operon_0736	NC_020560.1|gene1650|SM2011_b21483
SM2011_b23397	operon_0737	NC_020560.1|gene1651|SM2011_b23397
SM2011_b21686	operon_0738	NC_020560.1|gene1652|SM2011_b21686
SM2011_b21484	operon_0739	NC_020560.1|gene1653|SM2011_b21484|rpoE5
SM2011_b23398	operon_0740	NC_020560.1|gene1654|SM2011_b23398|rpoE5
SM2011_b21687	operon_0741	NC_020560.1|gene1655|SM2011_b21687
SM2011_b24031	operon_0742	NC_020560.1|gene1656|SM2011_b24031
SM2011_b23399	operon_0742	NC_020560.1|gene1657|SM2011_b23399
SM2011_b21486	operon_0742	NC_020560.1|gene1658|SM2011_b21486
SM2011_b21487	operon_0743	NC_020560.1|gene1659|SM2011_b21487|cyoA
SM2011_b21488	operon_0743	NC_020560.1|gene1660|SM2011_b21488|cyoB
SM2011_b21489	operon_0743	NC_020560.1|gene1661|SM2011_b21489|cyoC
SM2011_b22024	operon_0743	NC_020560.1|gene1662|SM2011_b22024|cyoD
SM2011_b21490	operon_0743	NC_020560.1|gene1663|SM2011_b21490
SM2011_b21491	operon_0744	NC_020560.1|gene1664|SM2011_b21491
SM2011_b21492	operon_0744	NC_020560.1|gene1665|SM2011_b21492
SM2011_b21493	operon_0744	NC_020560.1|gene1666|SM2011_b21493
SM2011_b21494	operon_0745	NC_020560.1|gene1667|SM2011_b21494|ocd
SM2011_b23402	operon_0746	NC_020560.1|gene1668|SM2011_b23402|ocd
SM2011_b21689	operon_0746	NC_020560.1|gene1669|SM2011_b21689
SM2011_b21495	operon_0747	NC_020560.1|gene1670|SM2011_b21495
SM2011_b24032	operon_0748	NC_020560.1|gene1671|SM2011_b24032
SM2011_b23403	operon_0748	NC_020560.1|gene1672|SM2011_b23403
SM2011_b23404	operon_0749	NC_020560.1|gene1673|SM2011_b23404
SM2011_b21496	operon_0749	NC_020560.1|gene1674|SM2011_b21496
SM2011_b23405	operon_0749	NC_020560.1|gene1675|SM2011_b23405
SM2011_b21497	operon_0749	NC_020560.1|gene1676|SM2011_b21497|acrE
SM2011_b21498	operon_0749	NC_020560.1|gene1677|SM2011_b21498|acrF
SM2011_b21499	operon_0750	NC_020560.1|gene1678|SM2011_b21499|acrF
SM2011_b21500	operon_0750	NC_020560.1|gene1679|SM2011_b21500
SM2011_b21501	operon_0750	NC_020560.1|gene1680|SM2011_b21501
SM2011_b21502	operon_0750	NC_020560.1|gene1681|SM2011_b21502
SM2011_b24033	operon_0751	NC_020560.1|gene1682|SM2011_b24033
SM2011_b21503	operon_0752	NC_020560.1|gene1683|SM2011_b21503
SM2011_b21504	operon_0752	NC_020560.1|gene1684|SM2011_b21504
SM2011_b21505	operon_0752	NC_020560.1|gene1685|SM2011_b21505|wzy
SM2011_b21506	operon_0752	NC_020560.1|gene1686|SM2011_b21506
SM2011_b23408	operon_0752	NC_020560.1|gene1687|SM2011_b23408
SM2011_b21507	operon_0753	NC_020560.1|gene1688|SM2011_b21507
SM2011_b21508	operon_0754	NC_020560.1|gene1689|SM2011_b21508|dapA3
SM2011_b23409	operon_0754	NC_020560.1|gene1690|SM2011_b23409
SM2011_b21509	operon_0755	NC_020560.1|gene1691|SM2011_b21509
SM2011_b21510	operon_0755	NC_020560.1|gene1692|SM2011_b21510
SM2011_b21511	operon_0755	NC_020560.1|gene1693|SM2011_b21511
SM2011_b21512	operon_0756	NC_020560.1|gene1694|SM2011_b21512
SM2011_b21513	operon_0756	NC_020560.1|gene1695|SM2011_b21513|wzx2
SM2011_b21514	operon_0757	NC_020560.1|gene1696|SM2011_b21514|hemK2
SM2011_b21515	operon_0757	NC_020560.1|gene1697|SM2011_b21515|hemK2
SM2011_b23410	operon_0758	NC_020560.1|gene1698|SM2011_b23410
SM2011_b21516	operon_0758	NC_020560.1|gene1699|SM2011_b21516
SM2011_b23411	operon_0759	NC_020560.1|gene1700|SM2011_b23411
SM2011_b23412	operon_0759	NC_020560.1|gene1701|SM2011_b23412
SM2011_b21517	operon_0760	NC_020560.1|gene1702|SM2011_b21517
SM2011_b21518	operon_0760	NC_020560.1|gene1703|SM2011_b21518
SM2011_b23413	operon_0761	NC_020560.1|gene1704|SM2011_b23413
SM2011_b21519	operon_0761	NC_020560.1|gene1705|SM2011_b21519|emmB
SM2011_b21520	operon_0761	NC_020560.1|gene1706|SM2011_b21520|emmC
SM2011_b21521	operon_0762	NC_020560.1|gene1707|SM2011_b21521|emmA
SM2011_b24034	operon_0762	NC_020560.1|gene1708|SM2011_b24034|emmA
SM2011_b21522	operon_0762	NC_020560.1|gene1709|SM2011_b21522|minE
SM2011_b21523	operon_0762	NC_020560.1|gene1710|SM2011_b21523|minD
SM2011_b23414	operon_0763	NC_020560.1|gene1711|SM2011_b23414|minD
SM2011_b21524	operon_0764	NC_020560.1|gene1712|SM2011_b21524|minC
SM2011_b23415	operon_0764	NC_020560.1|gene1713|SM2011_b23415
SM2011_b20647	operon_0764	NC_020560.1|gene1714|SM2011_b20647
SM2011_b24035	operon_0764	NC_020560.1|gene1715|SM2011_b24035
SM2011_b20648	operon_0764	NC_020560.1|gene1716|SM2011_b20648
SM2011_b23416	operon_0765	NC_020560.1|gene1717|SM2011_b23416
SM2011_b20649	operon_0766	NC_020560.1|gene1718|SM2011_b20649|nadE1
SM2011_b20650	operon_0766	NC_020560.1|gene1719|SM2011_b20650|nadE1
SM2011_b20651	operon_0766	NC_020560.1|gene1720|SM2011_b20651
SM2011_b20652	operon_0766	NC_020560.1|gene1721|SM2011_b20652|asnB
SM2011_b23420	operon_0767	NC_020560.1|gene1722|SM2011_b23420
SM2011_b20654	operon_0767	NC_020560.1|gene1723|SM2011_b20654
SM2011_b23421	operon_0768	NC_020560.1|gene1724|SM2011_b23421
SM2011_b20655	operon_0769	NC_020560.1|gene1725|SM2011_b20655
SM2011_b23422	operon_0770	NC_020560.1|gene1726|SM2011_b23422
SM2011_b20656	operon_0771	NC_020560.1|gene1727|SM2011_b20656
SM2011_b20657	operon_0771	NC_020560.1|gene1728|SM2011_b20657
SM2011_b20658	operon_0772	NC_020560.1|gene1729|SM2011_b20658
SM2011_b20659	operon_0772	NC_020560.1|gene1730|SM2011_b20659
SM2011_b20660	operon_0772	NC_020560.1|gene1731|SM2011_b20660
SM2011_b23423	operon_0773	NC_020560.1|gene1732|SM2011_b23423
SM2011_b20661	operon_0774	NC_020560.1|gene1733|SM2011_b20661
SM2011_b20662	operon_0774	NC_020560.1|gene1734|SM2011_b20662
SM2011_b20663	operon_0774	NC_020560.1|gene1735|SM2011_b20663
SM2011_b20664	operon_0774	NC_020560.1|gene1736|SM2011_b20664
SM2011_b23424	operon_0775	NC_020560.1|gene1737|SM2011_b23424
SM2011_b20665	operon_0776	NC_020560.1|gene1738|SM2011_b20665
SM2011_b23425	operon_0777	NC_020560.1|gene1739|SM2011_b23425
SM2011_b20666	operon_0778	NC_020560.1|gene1740|SM2011_b20666
SM2011_b20667	operon_0778	NC_020560.1|gene1741|SM2011_b20667
SM2011_b20668	operon_0779	NC_020560.1|gene1742|SM2011_b20668
SM2011_b20669	operon_0779	NC_020560.1|gene1743|SM2011_b20669
SM2011_b20670	operon_0779	NC_020560.1|gene1744|SM2011_b20670
SM2011_b20671	operon_0780	NC_020560.1|gene1745|SM2011_b20671
SM2011_b20672	operon_0780	NC_020560.1|gene1746|SM2011_b20672
SM2011_b20673	operon_0780	NC_020560.1|gene1747|SM2011_b20673
SM2011_b20674	operon_0781	NC_020560.1|gene1748|SM2011_b20674
SM2011_b20675	operon_0782	NC_020560.1|gene1749|SM2011_b20675
SM2011_b20676	operon_0782	NC_020560.1|gene1750|SM2011_b20676
SM2011_b20677	operon_0782	NC_020560.1|gene1751|SM2011_b20677|allA2
SM2011_b20678	operon_0782	NC_020560.1|gene1752|SM2011_b20678|ttuD2
SM2011_b23426	operon_0783	NC_020560.1|gene1753|SM2011_b23426
SM2011_b20679	operon_0784	NC_020560.1|gene1754|SM2011_b20679|glxR
SM2011_b20680	operon_0784	NC_020560.1|gene1755|SM2011_b20680|hyi
SM2011_b20681	operon_0784	NC_020560.1|gene1756|SM2011_b20681|gcl
SM2011_b23427	operon_0785	NC_020560.1|gene1757|SM2011_b23427|gcl
SM2011_b20682	operon_0785	NC_020560.1|gene1758|SM2011_b20682|iclR
SM2011_b20683	operon_0786	NC_020560.1|gene1759|SM2011_b20683
SM2011_b20684	operon_0787	NC_020560.1|gene1760|SM2011_b20684
SM2011_b20685	operon_0787	NC_020560.1|gene1761|SM2011_b20685
SM2011_b20686	operon_0787	NC_020560.1|gene1762|SM2011_b20686
SM2011_b23429	operon_0788	NC_020560.1|gene1763|SM2011_b23429
SM2011_b23430	operon_0788	NC_020560.1|gene1764|SM2011_b23430
SM2011_b20687	operon_0789	NC_020560.1|gene1765|SM2011_b20687
SM2011_b20688	operon_0789	NC_020560.1|gene1766|SM2011_b20688
SM2011_b20689	operon_0789	NC_020560.1|gene1767|SM2011_b20689|xthA4
SM2011_b20690	operon_0790	NC_020560.1|gene1768|SM2011_b20690|xthA4
SM2011_b20691	operon_0790	NC_020560.1|gene1769|SM2011_b20691
SM2011_b23431	operon_0790	NC_020560.1|gene1770|SM2011_b23431
SM2011_b20692	operon_0790	NC_020560.1|gene1771|SM2011_b20692|idnO1
SM2011_b20694	operon_0791	NC_020560.1|gene1772|SM2011_b20694
SM2011_b20695	operon_0792	NC_020560.1|gene1773|SM2011_b20695
SM2011_b20696	operon_0792	NC_020560.1|gene1774|SM2011_b20696
SM2011_b20697	operon_0792	NC_020560.1|gene1775|SM2011_b20697
SM2011_b20698	operon_0792	NC_020560.1|gene1776|SM2011_b20698
SM2011_b20699	operon_0792	NC_020560.1|gene1777|SM2011_b20699
SM2011_b20700	operon_0792	NC_020560.1|gene1778|SM2011_b20700
SM2011_b20701	operon_0792	NC_020560.1|gene1779|SM2011_b20701
SM2011_b20702	operon_0793	NC_020560.1|gene1780|SM2011_b20702
SM2011_b20703	operon_0794	NC_020560.1|gene1781|SM2011_b20703
SM2011_b20704	operon_0795	NC_020560.1|gene1782|SM2011_b20704|glgA2
SM2011_b20705	operon_0795	NC_020560.1|gene1783|SM2011_b20705
SM2011_b20706	operon_0795	NC_020560.1|gene1784|SM2011_b20706
SM2011_b20707	operon_0796	NC_020560.1|gene1785|SM2011_b20707|cyaG2
SM2011_b20708	operon_0796	NC_020560.1|gene1786|SM2011_b20708
SM2011_b23432	operon_0797	NC_020560.1|gene1787|SM2011_b23432
SM2011_b20709	operon_0797	NC_020560.1|gene1788|SM2011_b20709
SM2011_b23434	operon_0798	NC_020560.1|gene1789|SM2011_b23434
SM2011_b20710	operon_0799	NC_020560.1|gene1790|SM2011_b20710
SM2011_b20711	operon_0799	NC_020560.1|gene1791|SM2011_b20711
SM2011_b20712	operon_0799	NC_020560.1|gene1792|SM2011_b20712|ibpA
SM2011_b23435	operon_0800	NC_020560.1|gene1793|SM2011_b23435|ibpA
SM2011_b20713	operon_0801	NC_020560.1|gene1794|SM2011_b20713|iatA
SM2011_b20714	operon_0801	NC_020560.1|gene1795|SM2011_b20714|iatP
SM2011_b23436	operon_0802	NC_020560.1|gene1796|SM2011_b23436|iatP
SM2011_b23437	operon_0803	NC_020560.1|gene1797|SM2011_b23437
SM2011_b23438	operon_0803	NC_020560.1|gene1798|SM2011_b23438
SM2011_b20715	operon_0804	NC_020560.1|gene1799|SM2011_b20715
SM2011_b20716	operon_0805	NC_020560.1|gene1800|SM2011_b20716
SM2011_b20717	operon_0806	NC_020560.1|gene1801|SM2011_b20717
SM2011_b23439	operon_0807	NC_020560.1|gene1802|SM2011_b23439
SM2011_b20718	operon_0807	NC_020560.1|gene1803|SM2011_b20718
SM2011_b20719	operon_0807	NC_020560.1|gene1804|SM2011_b20719
SM2011_b23440	operon_0808	NC_020560.1|gene1805|SM2011_b23440
SM2011_b20720	operon_0809	NC_020560.1|gene1806|SM2011_b20720
SM2011_b23441	operon_0810	NC_020560.1|gene1807|SM2011_b23441
SM2011_b20721	operon_0810	NC_020560.1|gene1808|SM2011_b20721
SM2011_b20722	operon_0810	NC_020560.1|gene1809|SM2011_b20722
SM2011_b20723	operon_0811	NC_020560.1|gene1810|SM2011_b20723
SM2011_b23442	operon_0812	NC_020560.1|gene1811|SM2011_b23442
SM2011_b20724	operon_0813	NC_020560.1|gene1812|SM2011_b20724
SM2011_b20725	operon_0813	NC_020560.1|gene1813|SM2011_b20725
SM2011_b20726	operon_0813	NC_020560.1|gene1814|SM2011_b20726
SM2011_b20727	operon_0813	NC_020560.1|gene1815|SM2011_b20727
SM2011_b20728	operon_0814	NC_020560.1|gene1816|SM2011_b20728
SM2011_b20729	operon_0814	NC_020560.1|gene1817|SM2011_b20729
SM2011_b23443	operon_0815	NC_020560.1|gene1818|SM2011_b23443
SM2011_b22016	operon_0816	NC_020560.1|gene1819|SM2011_b22016
SM2011_b20745	operon_0816	NC_020560.1|gene1820|SM2011_b20745|glnII
SM2011_b20746	operon_0817	NC_020560.1|gene1821|SM2011_b20746|gstI
SM2011_b20747	operon_0818	NC_020560.1|gene1822|SM2011_b20747|gstI
SM2011_b23444	operon_0819	NC_020560.1|gene1823|SM2011_b23444
SM2011_b20748	operon_0820	NC_020560.1|gene1824|SM2011_b20748|pssF
SM2011_b23445	operon_0821	NC_020560.1|gene1825|SM2011_b23445|pssF
SM2011_b23446	operon_0822	NC_020560.1|gene1826|SM2011_b23446
SM2011_b20749	operon_0823	NC_020560.1|gene1827|SM2011_b20749|uxuB
SM2011_b20750	operon_0823	NC_020560.1|gene1828|SM2011_b20750
SM2011_b20751	operon_0824	NC_020560.1|gene1829|SM2011_b20751
SM2011_b20752	operon_0824	NC_020560.1|gene1830|SM2011_b20752
SM2011_b20753	operon_0824	NC_020560.1|gene1831|SM2011_b20753
SM2011_b20754	operon_0824	NC_020560.1|gene1832|SM2011_b20754
SM2011_b24036	operon_0825	NC_020560.1|gene1833|SM2011_b24036
SM2011_b20755	operon_0825	NC_020560.1|gene1834|SM2011_b20755|pccB
SM2011_b20756	operon_0825	NC_020560.1|gene1835|SM2011_b20756|pccA
SM2011_b20757	operon_0825	NC_020560.1|gene1836|SM2011_b20757|bhbA
SM2011_b20758	operon_0826	NC_020560.1|gene1837|SM2011_b20758|bhbA
SM2011_b20759	operon_0827	NC_020560.1|gene1838|SM2011_b20759|phnG
SM2011_b20760	operon_0827	NC_020560.1|gene1839|SM2011_b20760|phnH
SM2011_b20761	operon_0827	NC_020560.1|gene1840|SM2011_b20761|phnI
SM2011_b20762	operon_0827	NC_020560.1|gene1841|SM2011_b20762|phnJ
SM2011_b20763	operon_0827	NC_020560.1|gene1842|SM2011_b20763|phnK
SM2011_b23447	operon_0828	NC_020560.1|gene1843|SM2011_b23447|phnK
SM2011_b20764	operon_0829	NC_020560.1|gene1844|SM2011_b20764|phnL
SM2011_b20765	operon_0829	NC_020560.1|gene1845|SM2011_b20765|phnL
SM2011_b23448	operon_0830	NC_020560.1|gene1846|SM2011_b23448
SM2011_b20766	operon_0830	NC_020560.1|gene1847|SM2011_b20766
SM2011_b20767	operon_0830	NC_020560.1|gene1848|SM2011_b20767|dak
SM2011_b20768	operon_0830	NC_020560.1|gene1849|SM2011_b20768
SM2011_b20769	operon_0830	NC_020560.1|gene1850|SM2011_b20769
SM2011_b20770	operon_0830	NC_020560.1|gene1851|SM2011_b20770
SM2011_b20771	operon_0830	NC_020560.1|gene1852|SM2011_b20771
SM2011_b20772	operon_0830	NC_020560.1|gene1853|SM2011_b20772|pdxA3
SM2011_b23449	operon_0831	NC_020560.1|gene1854|SM2011_b23449|pdxA3
SM2011_b20773	operon_0831	NC_020560.1|gene1855|SM2011_b20773
SM2011_b20774	operon_0832	NC_020560.1|gene1856|SM2011_b20774
SM2011_b20775	operon_0833	NC_020560.1|gene1857|SM2011_b20775
SM2011_b20776	operon_0833	NC_020560.1|gene1858|SM2011_b20776|cyaK
SM2011_b20777	operon_0833	NC_020560.1|gene1859|SM2011_b20777
SM2011_b20778	operon_0834	NC_020560.1|gene1860|SM2011_b20778
SM2011_b20779	operon_0835	NC_020560.1|gene1861|SM2011_b20779
SM2011_b23452	operon_0836	NC_020560.1|gene1862|SM2011_b23452
SM2011_b20780	operon_0836	NC_020560.1|gene1863|SM2011_b20780
SM2011_b20783	operon_0836	NC_020560.1|gene1864|SM2011_b20783
SM2011_b20784	operon_0836	NC_020560.1|gene1865|SM2011_b20784
SM2011_b20785	operon_0836	NC_020560.1|gene1866|SM2011_b20785
SM2011_b20786	operon_0836	NC_020560.1|gene1867|SM2011_b20786
SM2011_b20787	operon_0836	NC_020560.1|gene1868|SM2011_b20787
SM2011_b20568	operon_0836	NC_020560.1|gene1869|SM2011_b20568
SM2011_b20569	operon_0836	NC_020560.1|gene1870|SM2011_b20569
SM2011_b20570	operon_0836	NC_020560.1|gene1871|SM2011_b20570
SM2011_b20571	operon_0836	NC_020560.1|gene1872|SM2011_b20571
SM2011_b21691	operon_0836	NC_020560.1|gene1873|SM2011_b21691
SM2011_b20573	operon_0836	NC_020560.1|gene1874|SM2011_b20573
SM2011_b20574	operon_0837	NC_020560.1|gene1875|SM2011_b20574
SM2011_b20575	operon_0838	NC_020560.1|gene1876|SM2011_b20575|pcaB
SM2011_b20576	operon_0838	NC_020560.1|gene1877|SM2011_b20576|pcaG
SM2011_b20577	operon_0838	NC_020560.1|gene1878|SM2011_b20577|pcaH
SM2011_b23453	operon_0839	NC_020560.1|gene1879|SM2011_b23453|pcaH
SM2011_b20578	operon_0840	NC_020560.1|gene1880|SM2011_b20578|pcaC
SM2011_b20579	operon_0840	NC_020560.1|gene1881|SM2011_b20579|pcaD
SM2011_b20580	operon_0841	NC_020560.1|gene1882|SM2011_b20580|pcaQ
SM2011_b20581	operon_0842	NC_020560.1|gene1883|SM2011_b20581
SM2011_b23454	operon_0843	NC_020560.1|gene1884|SM2011_b23454
SM2011_b20582	operon_0844	NC_020560.1|gene1885|SM2011_b20582
SM2011_b23455	operon_0845	NC_020560.1|gene1886|SM2011_b23455
SM2011_b20583	operon_0846	NC_020560.1|gene1887|SM2011_b20583|pobA
SM2011_b20584	operon_0847	NC_020560.1|gene1888|SM2011_b20584
SM2011_b20585	operon_0847	NC_020560.1|gene1889|SM2011_b20585|ggt
SM2011_b23456	operon_0848	NC_020560.1|gene1890|SM2011_b23456|ggt
SM2011_b20586	operon_0848	NC_020560.1|gene1891|SM2011_b20586|pcaR
SM2011_b20587	operon_0849	NC_020560.1|gene1892|SM2011_b20587|pcaI
SM2011_b23458	operon_0850	NC_020560.1|gene1893|SM2011_b23458|pcaI
SM2011_b20588	operon_0851	NC_020560.1|gene1894|SM2011_b20588|pcaJ
SM2011_b20589	operon_0851	NC_020560.1|gene1895|SM2011_b20589|pcaF
SM2011_b20590	operon_0852	NC_020560.1|gene1896|SM2011_b20590|acyP
SM2011_b20591	operon_0852	NC_020560.1|gene1897|SM2011_b20591
SM2011_b20592	operon_0853	NC_020560.1|gene1898|SM2011_b20592|rpoE8
SM2011_b20593	operon_0853	NC_020560.1|gene1899|SM2011_b20593
SM2011_b20594	operon_0853	NC_020560.1|gene1900|SM2011_b20594|amcY
SM2011_b20595	operon_0854	NC_020560.1|gene1901|SM2011_b20595|ftsK2
SM2011_b20597	operon_0855	NC_020560.1|gene1902|SM2011_b20597
SM2011_b20598	operon_0855	NC_020560.1|gene1903|SM2011_b20598|repA3
SM2011_b20599	operon_0855	NC_020560.1|gene1904|SM2011_b20599|repB3
SM2011_b20600	operon_0856	NC_020560.1|gene1905|SM2011_b20600|repB3
SM2011_b21707	operon_0856	NC_020560.1|gene1906|SM2011_b21707
SM2011_b23459	operon_0857	NC_020560.1|gene1907|SM2011_b23459
SM2011_b20602	operon_0858	NC_020560.1|gene1908|SM2011_b20602
SM2011_b20603	operon_0858	NC_020560.1|gene1909|SM2011_b20603
SM2011_b20604	operon_0858	NC_020560.1|gene1910|SM2011_b20604
SM2011_b20605	operon_0858	NC_020560.1|gene1911|SM2011_b20605
SM2011_b20606	operon_0858	NC_020560.1|gene1912|SM2011_b20606
SM2011_b20607	operon_0858	NC_020560.1|gene1913|SM2011_b20607
SM2011_b20608	operon_0858	NC_020560.1|gene1914|SM2011_b20608
SM2011_b20609	operon_0859	NC_020560.1|gene1915|SM2011_b20609
SM2011_b20610	operon_0859	NC_020560.1|gene1916|SM2011_b20610
SM2011_b20611	operon_0860	NC_020560.1|gene1917|SM2011_b20611|dctA
SM2011_b20612	operon_0861	NC_020560.1|gene1918|SM2011_b20612|dctB
SM2011_b20613	operon_0861	NC_020560.1|gene1919|SM2011_b20613|dctD
SM2011_b20614	operon_0862	NC_020560.1|gene1920|SM2011_b20614
SM2011_b23461	operon_0863	NC_020560.1|gene1921|SM2011_b23461
SM2011_b20615	operon_0863	NC_020560.1|gene1922|SM2011_b20615|thiC
SM2011_b23462	operon_0864	NC_020560.1|gene1923|SM2011_b23462|thiC
SM2011_b20616	operon_0865	NC_020560.1|gene1924|SM2011_b20616|thiO
SM2011_b23463	operon_0865	NC_020560.1|gene1925|SM2011_b23463|thiO
SM2011_b20617	operon_0865	NC_020560.1|gene1926|SM2011_b20617|thiG
SM2011_b20618	operon_0865	NC_020560.1|gene1927|SM2011_b20618|thiE
SM2011_b23464	operon_0866	NC_020560.1|gene1928|SM2011_b23464
SM2011_b20619	operon_0867	NC_020560.1|gene1929|SM2011_b20619
SM2011_b20620	operon_0868	NC_020560.1|gene1930|SM2011_b20620
SM2011_b20621	operon_0868	NC_020560.1|gene1931|SM2011_b20621
SM2011_b20622	operon_0868	NC_020560.1|gene1932|SM2011_b20622
SM2011_b23465	operon_0869	NC_020560.1|gene1933|SM2011_b23465
SM2011_b20623	operon_0869	NC_020560.1|gene1934|SM2011_b20623
SM2011_b20624	operon_0869	NC_020560.1|gene1935|SM2011_b20624
SM2011_b20625	operon_0870	NC_020560.1|gene1936|SM2011_b20625
SM2011_b20626	operon_0871	NC_020560.1|gene1937|SM2011_b20626
SM2011_b20627	operon_0872	NC_020560.1|gene1938|SM2011_b20627
SM2011_b20628	operon_0872	NC_020560.1|gene1939|SM2011_b20628
SM2011_b23466	operon_0873	NC_020560.1|gene1940|SM2011_b23466
SM2011_b20629	operon_0874	NC_020560.1|gene1941|SM2011_b20629
SM2011_b20630	operon_0874	NC_020560.1|gene1942|SM2011_b20630
SM2011_b20631	operon_0874	NC_020560.1|gene1943|SM2011_b20631
SM2011_b20632	operon_0874	NC_020560.1|gene1944|SM2011_b20632
SM2011_b20633	operon_0874	NC_020560.1|gene1945|SM2011_b20633
SM2011_b23467	operon_0875	NC_020560.1|gene1946|SM2011_b23467
SM2011_b23468	operon_0875	NC_020560.1|gene1947|SM2011_b23468
SM2011_b20634	operon_0876	NC_020560.1|gene1948|SM2011_b20634
SM2011_b22017	operon_0876	NC_020560.1|gene1949|SM2011_b22017
SM2011_b20636	operon_0876	NC_020560.1|gene1950|SM2011_b20636
SM2011_b23477	operon_0877	NC_020560.1|gene1951|SM2011_b23477
SM2011_b21630	operon_0878	NC_020560.1|gene1952|SM2011_b21630
SM2011_b21631	operon_0878	NC_020560.1|gene1953|SM2011_b21631|nspC
SM2011_b23471	operon_0879	NC_020560.1|gene1954|SM2011_b23471|nspC
SM2011_b23472	operon_0879	NC_020560.1|gene1955|SM2011_b23472|nspC
SM2011_b21632	operon_0880	NC_020560.1|gene1956|SM2011_b21632
SM2011_b21633	operon_0881	NC_020560.1|gene1957|SM2011_b21633|paaG
SM2011_b21634	operon_0882	NC_020560.1|gene1958|SM2011_b21634
SM2011_b21635	operon_0882	NC_020560.1|gene1959|SM2011_b21635|paaZ
SM2011_b21636	operon_0882	NC_020560.1|gene1960|SM2011_b21636|paaE
SM2011_b21637	operon_0882	NC_020560.1|gene1961|SM2011_b21637|paaD
SM2011_b21638	operon_0882	NC_020560.1|gene1962|SM2011_b21638|paaC
SM2011_b21639	operon_0882	NC_020560.1|gene1963|SM2011_b21639|paaB
SM2011_b21640	operon_0882	NC_020560.1|gene1964|SM2011_b21640|paaA
SM2011_b21641	operon_0882	NC_020560.1|gene1965|SM2011_b21641|paaX
SM2011_b23473	operon_0883	NC_020560.1|gene1966|SM2011_b23473|paaX
SM2011_b21642	operon_0884	NC_020560.1|gene1967|SM2011_b21642
SM2011_b21643	operon_0884	NC_020560.1|gene1968|SM2011_b21643|agaL2
SM2011_b21644	operon_0884	NC_020560.1|gene1969|SM2011_b21644|agpD
SM2011_b21645	operon_0884	NC_020560.1|gene1970|SM2011_b21645|agpC
SM2011_b21646	operon_0884	NC_020560.1|gene1971|SM2011_b21646|agpB
SM2011_b21647	operon_0884	NC_020560.1|gene1972|SM2011_b21647|agpA
SM2011_b21648	operon_0884	NC_020560.1|gene1973|SM2011_b21648|melA
SM2011_b21649	operon_0885	NC_020560.1|gene1974|SM2011_b21649|agpT
SM2011_b23475	operon_0886	NC_020560.1|gene1975|SM2011_b23475|agpT
SM2011_b21650	operon_0887	NC_020560.1|gene1976|SM2011_b21650|lacR
SM2011_b21651	operon_0888	NC_020560.1|gene1977|SM2011_b21651|lacR
SM2011_b22018	operon_0888	NC_020560.1|gene1978|SM2011_b22018