Locus_tag	OperonID	Description
BN148_0001	operon_0001	NC_018521.1|gene0|BN148_0001|dnaA
BN148_0002	operon_0001	NC_018521.1|gene1|BN148_0002|dnaN
BN148_0003	operon_0001	NC_018521.1|gene2|BN148_0003|gyrB
BN148_0004c	operon_0002	NC_018521.1|gene3|BN148_0004c
BN148_0005c	operon_0002	NC_018521.1|gene4|BN148_0005c
BN148_0006	operon_0003	NC_018521.1|gene5|BN148_0006
BN148_0007	operon_0003	NC_018521.1|gene6|BN148_0007|gltB
BN148_0008	operon_0003	NC_018521.1|gene7|BN148_0008
BN148_0009	operon_0003	NC_018521.1|gene8|BN148_0009|gltD
BN148_0010c	operon_0004	NC_018521.1|gene9|BN148_0010c|rnhB
BN148_0011c	operon_0005	NC_018521.1|gene10|BN148_0011c
BN148_0012c	operon_0005	NC_018521.1|gene11|BN148_0012c|rrc
BN148_0013	operon_0006	NC_018521.1|gene12|BN148_0013|ilvD
BN148_0014c	operon_0007	NC_018521.1|gene13|BN148_0014c
BN148_0015c	operon_0007	NC_018521.1|gene14|BN148_0015c
BN148_0016	operon_0008	NC_018521.1|gene15|BN148_0016
BN148_0017c	operon_0009	NC_018521.1|gene16|BN148_0017c|dsbI
BN148_0018c	operon_0009	NC_018521.1|gene17|BN148_0018c|dba
BN148_0019c	operon_0010	NC_018521.1|gene18|BN148_0019c
BN148_0020c	operon_0010	NC_018521.1|gene19|BN148_0020c
BN148_0021c	operon_0010	NC_018521.1|gene20|BN148_0021c
BN148_0022c	operon_0010	NC_018521.1|gene21|BN148_0022c
BN148_0023	operon_0011	NC_018521.1|gene22|BN148_0023|purB
BN148_0024	operon_0011	NC_018521.1|gene23|BN148_0024|nrdA
BN148_0025c	operon_0012	NC_018521.1|gene24|BN148_0025c
BN148_0026c	operon_0012	NC_018521.1|gene25|BN148_0026c|thyX
BN148_0027	operon_0013	NC_018521.1|gene26|BN148_0027|pyrG
BN148_0028	operon_0013	NC_018521.1|gene27|BN148_0028|recJ
BN148_0029	operon_0013	NC_018521.1|gene28|BN148_0029|ansA
BN148_r01	operon_0013	NC_018521.1|gene29|BN148_r01
BN148_p01	operon_0013	NC_018521.1|gene30|BN148_p01|tRNAAla
BN148_p02	operon_0013	NC_018521.1|gene31|BN148_p02|tRNAIle
BN148_r02	operon_0013	NC_018521.1|gene32|BN148_r02
BN148_r03	operon_0013	NC_018521.1|gene33|BN148_r03
BN148_0030	operon_0013	NC_018521.1|gene34|BN148_0030
BN148_0031	operon_0013	NC_018521.1|gene35|BN148_0031
BN148_0033	operon_0013	NC_018521.1|gene36|BN148_0033
BN148_0034c	operon_0014	NC_018521.1|gene37|BN148_0034c
BN148_0035c	operon_0014	NC_018521.1|gene38|BN148_0035c
BN148_0036	operon_0015	NC_018521.1|gene39|BN148_0036
BN148_0037c	operon_0016	NC_018521.1|gene40|BN148_0037c
BN148_0038c	operon_0016	NC_018521.1|gene41|BN148_0038c
BN148_0039c	operon_0016	NC_018521.1|gene42|BN148_0039c|typA
BN148_0040	operon_0017	NC_018521.1|gene43|BN148_0040
BN148_0041	operon_0017	NC_018521.1|gene44|BN148_0041|fliK
BN148_0042	operon_0017	NC_018521.1|gene45|BN148_0042|flgD
BN148_0043	operon_0017	NC_018521.1|gene46|BN148_0043|flgE
BN148_0044c	operon_0018	NC_018521.1|gene47|BN148_0044c
BN148_0045c	operon_0018	NC_018521.1|gene48|BN148_0045c
BN148_s03	operon_0019	NC_018521.1|gene49|BN148_s03
BN148_0046	operon_0019	NC_018521.1|gene50|BN148_0046
BN148_0053c	operon_0020	NC_018521.1|gene51|BN148_0053c|mnmA
BN148_0054c	operon_0020	NC_018521.1|gene52|BN148_0054c
BN148_0055c	operon_0020	NC_018521.1|gene53|BN148_0055c
BN148_0056c	operon_0020	NC_018521.1|gene54|BN148_0056c
BN148_0057	operon_0021	NC_018521.1|gene55|BN148_0057
BN148_0058	operon_0021	NC_018521.1|gene56|BN148_0058
BN148_0059c	operon_0022	NC_018521.1|gene57|BN148_0059c|fliY
BN148_0060c	operon_0022	NC_018521.1|gene58|BN148_0060c|fliM
BN148_0061c	operon_0022	NC_018521.1|gene59|BN148_0061c|fliA
BN148_0062c	operon_0022	NC_018521.1|gene60|BN148_0062c
BN148_0063c	operon_0022	NC_018521.1|gene61|BN148_0063c
BN148_0064c	operon_0022	NC_018521.1|gene62|BN148_0064c|flhF
BN148_0065c	operon_0022	NC_018521.1|gene63|BN148_0065c|folK
BN148_0066c	operon_0022	NC_018521.1|gene64|BN148_0066c|aroQ
BN148_0067	operon_0023	NC_018521.1|gene65|BN148_0067
BN148_0068	operon_0023	NC_018521.1|gene66|BN148_0068|pspA
BN148_0069	operon_0023	NC_018521.1|gene67|BN148_0069
BN148_0070c	operon_0024	NC_018521.1|gene68|BN148_0070c
BN148_0072c	operon_0024	NC_018521.1|gene69|BN148_0072c
BN148_0073c	operon_0025	NC_018521.1|gene70|BN148_0073c
BN148_0074c	operon_0025	NC_018521.1|gene71|BN148_0074c
BN148_0075c	operon_0025	NC_018521.1|gene72|BN148_0075c
BN148_0076c	operon_0025	NC_018521.1|gene73|BN148_0076c|lctP
BN148_0077c	operon_0025	NC_018521.1|gene74|BN148_0077c|cdtC
BN148_0078c	operon_0025	NC_018521.1|gene75|BN148_0078c|cdtB
BN148_0079c	operon_0025	NC_018521.1|gene76|BN148_0079c|cdtA
BN148_0080	operon_0026	NC_018521.1|gene77|BN148_0080
BN148_0081	operon_0026	NC_018521.1|gene78|BN148_0081|cydA
BN148_0082	operon_0026	NC_018521.1|gene79|BN148_0082|cydB
BN148_0085c	operon_0027	NC_018521.1|gene80|BN148_0085c
BN148_0086c	operon_0027	NC_018521.1|gene81|BN148_0086c|ung
BN148_0087	operon_0028	NC_018521.1|gene82|BN148_0087|aspA
BN148_0088	operon_0028	NC_018521.1|gene83|BN148_0088|dcuA
BN148_0089	operon_0028	NC_018521.1|gene84|BN148_0089
BN148_0090	operon_0028	NC_018521.1|gene85|BN148_0090
BN148_0091	operon_0028	NC_018521.1|gene86|BN148_0091
BN148_0092	operon_0028	NC_018521.1|gene87|BN148_0092
BN148_0093	operon_0028	NC_018521.1|gene88|BN148_0093
BN148_0094	operon_0029	NC_018521.1|gene89|BN148_0094|rplU
BN148_0095	operon_0029	NC_018521.1|gene90|BN148_0095|rpmA
BN148_0096	operon_0029	NC_018521.1|gene91|BN148_0096|obgE
BN148_0097	operon_0029	NC_018521.1|gene92|BN148_0097|proB
BN148_0098	operon_0029	NC_018521.1|gene93|BN148_0098|fmt
BN148_0099	operon_0029	NC_018521.1|gene94|BN148_0099|birA
BN148_0100	operon_0029	NC_018521.1|gene95|BN148_0100
BN148_0101	operon_0029	NC_018521.1|gene96|BN148_0101
BN148_0102	operon_0029	NC_018521.1|gene97|BN148_0102|atpF%27
BN148_0103	operon_0029	NC_018521.1|gene98|BN148_0103|atpF
BN148_0104	operon_0029	NC_018521.1|gene99|BN148_0104|atpH
BN148_0105	operon_0029	NC_018521.1|gene100|BN148_0105|atpA
BN148_0106	operon_0029	NC_018521.1|gene101|BN148_0106|atpG
BN148_0107	operon_0029	NC_018521.1|gene102|BN148_0107|atpD
BN148_0108	operon_0029	NC_018521.1|gene103|BN148_0108|atpC
BN148_0109	operon_0029	NC_018521.1|gene104|BN148_0109|exbB3
BN148_0110	operon_0029	NC_018521.1|gene105|BN148_0110|exbD3
BN148_0111	operon_0029	NC_018521.1|gene106|BN148_0111
BN148_0112	operon_0029	NC_018521.1|gene107|BN148_0112|tolB
BN148_0113	operon_0029	NC_018521.1|gene108|BN148_0113|pal
BN148_0114	operon_0029	NC_018521.1|gene109|BN148_0114
BN148_0115	operon_0029	NC_018521.1|gene110|BN148_0115|slyD
BN148_0116	operon_0029	NC_018521.1|gene111|BN148_0116|fabD
BN148_0117	operon_0029	NC_018521.1|gene112|BN148_0117|pfs
BN148_0118	operon_0029	NC_018521.1|gene113|BN148_0118
BN148_0119	operon_0029	NC_018521.1|gene114|BN148_0119
BN148_0120	operon_0029	NC_018521.1|gene115|BN148_0120
BN148_0121	operon_0029	NC_018521.1|gene116|BN148_0121
BN148_0122	operon_0029	NC_018521.1|gene117|BN148_0122
BN148_0123c	operon_0030	NC_018521.1|gene118|BN148_0123c
BN148_0124c	operon_0030	NC_018521.1|gene119|BN148_0124c
BN148_0125c	operon_0030	NC_018521.1|gene120|BN148_0125c
BN148_0126c	operon_0030	NC_018521.1|gene121|BN148_0126c
BN148_0127c	operon_0030	NC_018521.1|gene122|BN148_0127c|accD
BN148_0128c	operon_0030	NC_018521.1|gene123|BN148_0128c
BN148_0129c	operon_0030	NC_018521.1|gene124|BN148_0129c
BN148_0130	operon_0031	NC_018521.1|gene125|BN148_0130|tyrA
BN148_0131	operon_0031	NC_018521.1|gene126|BN148_0131
BN148_0132	operon_0031	NC_018521.1|gene127|BN148_0132|lpxC
BN148_0133	operon_0031	NC_018521.1|gene128|BN148_0133
BN148_0134	operon_0031	NC_018521.1|gene129|BN148_0134|thrB
BN148_0135	operon_0031	NC_018521.1|gene130|BN148_0135
BN148_0136	operon_0031	NC_018521.1|gene131|BN148_0136|infB
BN148_0137	operon_0031	NC_018521.1|gene132|BN148_0137|rbfA
BN148_0138	operon_0031	NC_018521.1|gene133|BN148_0138
BN148_0139	operon_0031	NC_018521.1|gene134|BN148_0139
BN148_0140	operon_0031	NC_018521.1|gene135|BN148_0140
BN148_0141c	operon_0032	NC_018521.1|gene136|BN148_0141c
BN148_0142c	operon_0032	NC_018521.1|gene137|BN148_0142c
BN148_0143c	operon_0032	NC_018521.1|gene138|BN148_0143c
BN148_0144	operon_0033	NC_018521.1|gene139|BN148_0144
BN148_0145	operon_0034	NC_018521.1|gene140|BN148_0145
BN148_0146c	operon_0035	NC_018521.1|gene141|BN148_0146c|trxB
BN148_0147c	operon_0035	NC_018521.1|gene142|BN148_0147c|trxA
BN148_0148c	operon_0035	NC_018521.1|gene143|BN148_0148c
BN148_0149c	operon_0035	NC_018521.1|gene144|BN148_0149c|hom
BN148_0150c	operon_0035	NC_018521.1|gene145|BN148_0150c
BN148_0151c	operon_0035	NC_018521.1|gene146|BN148_0151c
BN148_0152c	operon_0035	NC_018521.1|gene147|BN148_0152c
BN148_0153c	operon_0035	NC_018521.1|gene148|BN148_0153c
BN148_0154c	operon_0035	NC_018521.1|gene149|BN148_0154c
BN148_0155c	operon_0035	NC_018521.1|gene150|BN148_0155c|rpmE
BN148_0156c	operon_0035	NC_018521.1|gene151|BN148_0156c
BN148_0157c	operon_0035	NC_018521.1|gene152|BN148_0157c
BN148_0158c	operon_0035	NC_018521.1|gene153|BN148_0158c
BN148_0159c	operon_0035	NC_018521.1|gene154|BN148_0159c
BN148_0160c	operon_0035	NC_018521.1|gene155|BN148_0160c
BN148_0161c	operon_0035	NC_018521.1|gene156|BN148_0161c|moaA
BN148_0162c	operon_0035	NC_018521.1|gene157|BN148_0162c
BN148_0163c	operon_0035	NC_018521.1|gene158|BN148_0163c
BN148_0164c	operon_0035	NC_018521.1|gene159|BN148_0164c|ubiA
BN148_0166	operon_0036	NC_018521.1|gene160|BN148_0166|miaA
BN148_0167c	operon_0037	NC_018521.1|gene161|BN148_0167c
BN148_p03	operon_0038	NC_018521.1|gene162|BN148_p03|tRNAGlu
BN148_0168c	operon_0039	NC_018521.1|gene163|BN148_0168c
BN148_0169	operon_0040	NC_018521.1|gene164|BN148_0169|sodB
BN148_0170	operon_0040	NC_018521.1|gene165|BN148_0170
BN148_0172c	operon_0041	NC_018521.1|gene166|BN148_0172c
BN148_0173c	operon_0041	NC_018521.1|gene167|BN148_0173c|cfbpC
BN148_0174c	operon_0041	NC_018521.1|gene168|BN148_0174c|cfbpB
BN148_0175c	operon_0041	NC_018521.1|gene169|BN148_0175c|cfbpA
BN148_0176c	operon_0041	NC_018521.1|gene170|BN148_0176c
BN148_0177	operon_0042	NC_018521.1|gene171|BN148_0177
BN148_0178	operon_0042	NC_018521.1|gene172|BN148_0178
BN148_0179	operon_0042	NC_018521.1|gene173|BN148_0179|exbB1
BN148_0180	operon_0042	NC_018521.1|gene174|BN148_0180|exbD1
BN148_0181	operon_0042	NC_018521.1|gene175|BN148_0181|tonB1
BN148_0182	operon_0042	NC_018521.1|gene176|BN148_0182
BN148_0183	operon_0042	NC_018521.1|gene177|BN148_0183
BN148_0184c	operon_0043	NC_018521.1|gene178|BN148_0184c
BN148_0185c	operon_0043	NC_018521.1|gene179|BN148_0185c
BN148_0186c	operon_0043	NC_018521.1|gene180|BN148_0186c
BN148_0187c	operon_0043	NC_018521.1|gene181|BN148_0187c|purN
BN148_0188c	operon_0043	NC_018521.1|gene182|BN148_0188c
BN148_0189c	operon_0043	NC_018521.1|gene183|BN148_0189c
BN148_0190c	operon_0043	NC_018521.1|gene184|BN148_0190c
BN148_0191c	operon_0043	NC_018521.1|gene185|BN148_0191c|def
BN148_0192c	operon_0043	NC_018521.1|gene186|BN148_0192c|clpP
BN148_0193c	operon_0043	NC_018521.1|gene187|BN148_0193c|tig
BN148_0194	operon_0044	NC_018521.1|gene188|BN148_0194|folE
BN148_0195	operon_0044	NC_018521.1|gene189|BN148_0195|fliI
BN148_0196c	operon_0045	NC_018521.1|gene190|BN148_0196c|purF
BN148_0197c	operon_0045	NC_018521.1|gene191|BN148_0197c|dapB
BN148_0198c	operon_0045	NC_018521.1|gene192|BN148_0198c
BN148_0199c	operon_0045	NC_018521.1|gene193|BN148_0199c
BN148_0200c	operon_0046	NC_018521.1|gene194|BN148_0200c
BN148_0201c	operon_0046	NC_018521.1|gene195|BN148_0201c
BN148_0202c	operon_0046	NC_018521.1|gene196|BN148_0202c
BN148_0203	operon_0047	NC_018521.1|gene197|BN148_0203
BN148_0204	operon_0047	NC_018521.1|gene198|BN148_0204
BN148_0205	operon_0048	NC_018521.1|gene199|BN148_0205|uppP
BN148_0206	operon_0048	NC_018521.1|gene200|BN148_0206|thrS
BN148_0207	operon_0048	NC_018521.1|gene201|BN148_0207|infC
BN148_0208	operon_0048	NC_018521.1|gene202|BN148_0208
BN148_0223	operon_0048	NC_018521.1|gene203|BN148_0223
BN148_0224	operon_0048	NC_018521.1|gene204|BN148_0224|argC
BN148_0225	operon_0048	NC_018521.1|gene205|BN148_0225
BN148_0226	operon_0048	NC_018521.1|gene206|BN148_0226|argB
BN148_0227	operon_0048	NC_018521.1|gene207|BN148_0227|argD
BN148_0228c	operon_0049	NC_018521.1|gene208|BN148_0228c|pcm
BN148_0229	operon_0050	NC_018521.1|gene209|BN148_0229
BN148_0230c	operon_0051	NC_018521.1|gene210|BN148_0230c
BN148_0231c	operon_0051	NC_018521.1|gene211|BN148_0231c|nrdF
BN148_0232c	operon_0051	NC_018521.1|gene212|BN148_0232c
BN148_0233c	operon_0051	NC_018521.1|gene213|BN148_0233c|pyrE
BN148_0234c	operon_0051	NC_018521.1|gene214|BN148_0234c|frr
BN148_0235c	operon_0051	NC_018521.1|gene215|BN148_0235c|secG
BN148_0236c	operon_0052	NC_018521.1|gene216|BN148_0236c
BN148_0237	operon_0053	NC_018521.1|gene217|BN148_0237|cynT
BN148_0238	operon_0053	NC_018521.1|gene218|BN148_0238
BN148_0239c	operon_0054	NC_018521.1|gene219|BN148_0239c
BN148_0240c	operon_0054	NC_018521.1|gene220|BN148_0240c|iscS
BN148_0241c	operon_0054	NC_018521.1|gene221|BN148_0241c
BN148_0243c	operon_0054	NC_018521.1|gene222|BN148_0243c
BN148_0244	operon_0055	NC_018521.1|gene223|BN148_0244|rpmI
BN148_0245	operon_0055	NC_018521.1|gene224|BN148_0245|rplT
BN148_0246c	operon_0056	NC_018521.1|gene225|BN148_0246c
BN148_0247c	operon_0056	NC_018521.1|gene226|BN148_0247c
BN148_0248	operon_0057	NC_018521.1|gene227|BN148_0248
BN148_0249	operon_0058	NC_018521.1|gene228|BN148_0249
BN148_0250c	operon_0059	NC_018521.1|gene229|BN148_0250c
BN148_0251c	operon_0059	NC_018521.1|gene230|BN148_0251c
BN148_0252	operon_0060	NC_018521.1|gene231|BN148_0252|moaC
BN148_0253	operon_0060	NC_018521.1|gene232|BN148_0253
BN148_0254	operon_0060	NC_018521.1|gene233|BN148_0254
BN148_0255c	operon_0061	NC_018521.1|gene234|BN148_0255c|exoA
BN148_0256	operon_0062	NC_018521.1|gene235|BN148_0256
BN148_0257	operon_0062	NC_018521.1|gene236|BN148_0257|dgkA
BN148_0258	operon_0062	NC_018521.1|gene237|BN148_0258
BN148_0259	operon_0062	NC_018521.1|gene238|BN148_0259|pyrC
BN148_0260c	operon_0063	NC_018521.1|gene239|BN148_0260c
BN148_0261c	operon_0063	NC_018521.1|gene240|BN148_0261c
BN148_0262c	operon_0064	NC_018521.1|gene241|BN148_0262c
BN148_0263	operon_0065	NC_018521.1|gene242|BN148_0263
BN148_0264c	operon_0066	NC_018521.1|gene243|BN148_0264c
BN148_0265c	operon_0066	NC_018521.1|gene244|BN148_0265c
BN148_0266c	operon_0066	NC_018521.1|gene245|BN148_0266c
BN148_0267c	operon_0066	NC_018521.1|gene246|BN148_0267c
BN148_0268c	operon_0066	NC_018521.1|gene247|BN148_0268c
BN148_0269c	operon_0066	NC_018521.1|gene248|BN148_0269c|ilvE
BN148_0270	operon_0067	NC_018521.1|gene249|BN148_0270
BN148_0271	operon_0067	NC_018521.1|gene250|BN148_0271
BN148_0272	operon_0067	NC_018521.1|gene251|BN148_0272
BN148_0273	operon_0067	NC_018521.1|gene252|BN148_0273|fabZ
BN148_0274	operon_0067	NC_018521.1|gene253|BN148_0274|lpxA
BN148_0275	operon_0067	NC_018521.1|gene254|BN148_0275|clpX
BN148_0276	operon_0067	NC_018521.1|gene255|BN148_0276|mreB
BN148_0277	operon_0067	NC_018521.1|gene256|BN148_0277|mreC
BN148_0279	operon_0067	NC_018521.1|gene257|BN148_0279|carB
BN148_0280	operon_0067	NC_018521.1|gene258|BN148_0280
BN148_0281c	operon_0068	NC_018521.1|gene259|BN148_0281c|tal
BN148_0282c	operon_0068	NC_018521.1|gene260|BN148_0282c|serB
BN148_0283c	operon_0068	NC_018521.1|gene261|BN148_0283c|cheW
BN148_0284c	operon_0068	NC_018521.1|gene262|BN148_0284c|cheA
BN148_0285c	operon_0068	NC_018521.1|gene263|BN148_0285c|cheV
BN148_0286c	operon_0068	NC_018521.1|gene264|BN148_0286c
BN148_0287c	operon_0068	NC_018521.1|gene265|BN148_0287c|greA
BN148_0288c	operon_0068	NC_018521.1|gene266|BN148_0288c|lpxB
BN148_0289c	operon_0068	NC_018521.1|gene267|BN148_0289c|peb3
BN148_0292c	operon_0068	NC_018521.1|gene268|BN148_0292c|glpT
BN148_0293	operon_0069	NC_018521.1|gene269|BN148_0293|surE
BN148_0294	operon_0069	NC_018521.1|gene270|BN148_0294
BN148_0295	operon_0069	NC_018521.1|gene271|BN148_0295
BN148_0296c	operon_0070	NC_018521.1|gene272|BN148_0296c|panD
BN148_0297c	operon_0070	NC_018521.1|gene273|BN148_0297c|panC
BN148_0298c	operon_0070	NC_018521.1|gene274|BN148_0298c|panB
BN148_0299	operon_0071	NC_018521.1|gene275|BN148_0299
BN148_0300c	operon_0072	NC_018521.1|gene276|BN148_0300c|modC
BN148_0301c	operon_0072	NC_018521.1|gene277|BN148_0301c|modB
BN148_0302c	operon_0072	NC_018521.1|gene278|BN148_0302c
BN148_0303c	operon_0072	NC_018521.1|gene279|BN148_0303c|modA
BN148_0304c	operon_0072	NC_018521.1|gene280|BN148_0304c|bioC
BN148_0305c	operon_0072	NC_018521.1|gene281|BN148_0305c
BN148_0306c	operon_0072	NC_018521.1|gene282|BN148_0306c|bioF
BN148_0307	operon_0073	NC_018521.1|gene283|BN148_0307|bioA
BN148_0308c	operon_0074	NC_018521.1|gene284|BN148_0308c|bioD
BN148_0309c	operon_0074	NC_018521.1|gene285|BN148_0309c
BN148_0310c	operon_0074	NC_018521.1|gene286|BN148_0310c
BN148_0311	operon_0075	NC_018521.1|gene287|BN148_0311
BN148_0312	operon_0075	NC_018521.1|gene288|BN148_0312|pth
BN148_0313	operon_0075	NC_018521.1|gene289|BN148_0313
BN148_0314	operon_0075	NC_018521.1|gene290|BN148_0314|lysA
BN148_0315	operon_0075	NC_018521.1|gene291|BN148_0315
BN148_0316	operon_0075	NC_018521.1|gene292|BN148_0316|pheA
BN148_0317	operon_0075	NC_018521.1|gene293|BN148_0317|hisC
BN148_0318	operon_0075	NC_018521.1|gene294|BN148_0318|fliF
BN148_0319	operon_0075	NC_018521.1|gene295|BN148_0319|fliG
BN148_0320	operon_0075	NC_018521.1|gene296|BN148_0320|fliH
BN148_0321	operon_0075	NC_018521.1|gene297|BN148_0321|dxs
BN148_0322	operon_0075	NC_018521.1|gene298|BN148_0322|perR
BN148_0323	operon_0075	NC_018521.1|gene299|BN148_0323
BN148_0324	operon_0075	NC_018521.1|gene300|BN148_0324|ubiE
BN148_0325	operon_0075	NC_018521.1|gene301|BN148_0325|xseA
BN148_0326	operon_0075	NC_018521.1|gene302|BN148_0326|serC
BN148_0327	operon_0075	NC_018521.1|gene303|BN148_0327
BN148_0328c	operon_0076	NC_018521.1|gene304|BN148_0328c|fabH
BN148_0329c	operon_0076	NC_018521.1|gene305|BN148_0329c|plsX
BN148_0330c	operon_0076	NC_018521.1|gene306|BN148_0330c|rpmF
BN148_0331c	operon_0076	NC_018521.1|gene307|BN148_0331c
BN148_0332c	operon_0076	NC_018521.1|gene308|BN148_0332c|ndk
BN148_0333c	operon_0076	NC_018521.1|gene309|BN148_0333c|fdxA
BN148_0334	operon_0077	NC_018521.1|gene310|BN148_0334|ahpC
BN148_0335	operon_0077	NC_018521.1|gene311|BN148_0335|flhB
BN148_0336c	operon_0078	NC_018521.1|gene312|BN148_0336c|motB
BN148_0337c	operon_0078	NC_018521.1|gene313|BN148_0337c|motA
BN148_0338c	operon_0078	NC_018521.1|gene314|BN148_0338c|polA
BN148_0339	operon_0079	NC_018521.1|gene315|BN148_0339
BN148_0340	operon_0079	NC_018521.1|gene316|BN148_0340
BN148_0341c	operon_0080	NC_018521.1|gene317|BN148_0341c
BN148_0342c	operon_0080	NC_018521.1|gene318|BN148_0342c|uvrA
BN148_0343c	operon_0080	NC_018521.1|gene319|BN148_0343c
BN148_0344	operon_0081	NC_018521.1|gene320|BN148_0344
BN148_0345	operon_0081	NC_018521.1|gene321|BN148_0345|trpE
BN148_0346	operon_0081	NC_018521.1|gene322|BN148_0346|trpD
BN148_0347	operon_0081	NC_018521.1|gene323|BN148_0347|trpF
BN148_0348	operon_0081	NC_018521.1|gene324|BN148_0348|trpB
BN148_0349	operon_0081	NC_018521.1|gene325|BN148_0349|trpA
BN148_0350	operon_0081	NC_018521.1|gene326|BN148_0350
BN148_0351	operon_0081	NC_018521.1|gene327|BN148_0351|fliN
BN148_0352	operon_0081	NC_018521.1|gene328|BN148_0352
BN148_0353c	operon_0082	NC_018521.1|gene329|BN148_0353c
BN148_0354c	operon_0082	NC_018521.1|gene330|BN148_0354c|fdxB
BN148_0355c	operon_0083	NC_018521.1|gene331|BN148_0355c
BN148_0356c	operon_0083	NC_018521.1|gene332|BN148_0356c|folB
BN148_0357c	operon_0083	NC_018521.1|gene333|BN148_0357c
BN148_0358	operon_0084	NC_018521.1|gene334|BN148_0358
BN148_0360	operon_0085	NC_018521.1|gene335|BN148_0360|glmM
BN148_0361	operon_0085	NC_018521.1|gene336|BN148_0361|lspA
BN148_0362	operon_0085	NC_018521.1|gene337|BN148_0362
BN148_0363c	operon_0086	NC_018521.1|gene338|BN148_0363c
BN148_0364	operon_0087	NC_018521.1|gene339|BN148_0364
BN148_0365c	operon_0088	NC_018521.1|gene340|BN148_0365c|cmeC
BN148_0366c	operon_0088	NC_018521.1|gene341|BN148_0366c|cmeB
BN148_0367c	operon_0088	NC_018521.1|gene342|BN148_0367c|cmeA
BN148_0368c	operon_0088	NC_018521.1|gene343|BN148_0368c|cmeR
BN148_0369c	operon_0088	NC_018521.1|gene344|BN148_0369c
BN148_0370	operon_0089	NC_018521.1|gene345|BN148_0370|rpsU
BN148_0371	operon_0089	NC_018521.1|gene346|BN148_0371
BN148_0372	operon_0089	NC_018521.1|gene347|BN148_0372
BN148_0373	operon_0089	NC_018521.1|gene348|BN148_0373
BN148_0374	operon_0089	NC_018521.1|gene349|BN148_0374
BN148_0375	operon_0089	NC_018521.1|gene350|BN148_0375
BN148_0376	operon_0089	NC_018521.1|gene351|BN148_0376
BN148_0377	operon_0089	NC_018521.1|gene352|BN148_0377
BN148_0378c	operon_0090	NC_018521.1|gene353|BN148_0378c
BN148_0379c	operon_0090	NC_018521.1|gene354|BN148_0379c
BN148_0380c	operon_0090	NC_018521.1|gene355|BN148_0380c
BN148_0381c	operon_0090	NC_018521.1|gene356|BN148_0381c|pyrF
BN148_0382c	operon_0090	NC_018521.1|gene357|BN148_0382c|nusB
BN148_0383c	operon_0090	NC_018521.1|gene358|BN148_0383c|ribH
BN148_0384c	operon_0090	NC_018521.1|gene359|BN148_0384c|kdsA
BN148_0385c	operon_0090	NC_018521.1|gene360|BN148_0385c
BN148_0386	operon_0091	NC_018521.1|gene361|BN148_0386|engA
BN148_0387	operon_0091	NC_018521.1|gene362|BN148_0387|aroK
BN148_0388	operon_0091	NC_018521.1|gene363|BN148_0388|trpS
BN148_0389	operon_0091	NC_018521.1|gene364|BN148_0389|serS
BN148_0390	operon_0091	NC_018521.1|gene365|BN148_0390
BN148_0391c	operon_0092	NC_018521.1|gene366|BN148_0391c
BN148_0392c	operon_0092	NC_018521.1|gene367|BN148_0392c|pyk
BN148_0393c	operon_0092	NC_018521.1|gene368|BN148_0393c|mqo
BN148_0394c	operon_0092	NC_018521.1|gene369|BN148_0394c
BN148_0395c	operon_0092	NC_018521.1|gene370|BN148_0395c
BN148_0396c	operon_0092	NC_018521.1|gene371|BN148_0396c
BN148_0397c	operon_0092	NC_018521.1|gene372|BN148_0397c
BN148_0398	operon_0093	NC_018521.1|gene373|BN148_0398|gatC
BN148_0399	operon_0093	NC_018521.1|gene374|BN148_0399
BN148_0400	operon_0093	NC_018521.1|gene375|BN148_0400|fur
BN148_0401	operon_0093	NC_018521.1|gene376|BN148_0401|lysS
BN148_0402	operon_0093	NC_018521.1|gene377|BN148_0402|glyA
BN148_0403	operon_0093	NC_018521.1|gene378|BN148_0403
BN148_0404	operon_0093	NC_018521.1|gene379|BN148_0404
BN148_0405	operon_0093	NC_018521.1|gene380|BN148_0405|aroE
BN148_0406c	operon_0094	NC_018521.1|gene381|BN148_0406c
BN148_0407	operon_0095	NC_018521.1|gene382|BN148_0407|lgt
BN148_0408	operon_0095	NC_018521.1|gene383|BN148_0408|frdC
BN148_0409	operon_0095	NC_018521.1|gene384|BN148_0409|frdA
BN148_0410	operon_0095	NC_018521.1|gene385|BN148_0410|frdB
BN148_0411	operon_0095	NC_018521.1|gene386|BN148_0411
BN148_0412	operon_0095	NC_018521.1|gene387|BN148_0412
BN148_0413	operon_0095	NC_018521.1|gene388|BN148_0413
BN148_0414	operon_0095	NC_018521.1|gene389|BN148_0414
BN148_0415	operon_0095	NC_018521.1|gene390|BN148_0415
BN148_0416	operon_0096	NC_018521.1|gene391|BN148_0416
BN148_0417	operon_0096	NC_018521.1|gene392|BN148_0417
BN148_0418c	operon_0097	NC_018521.1|gene393|BN148_0418c
BN148_0419	operon_0098	NC_018521.1|gene394|BN148_0419
BN148_0420	operon_0098	NC_018521.1|gene395|BN148_0420
BN148_0421c	operon_0099	NC_018521.1|gene396|BN148_0421c
BN148_0422c	operon_0099	NC_018521.1|gene397|BN148_0422c
BN148_0423	operon_0100	NC_018521.1|gene398|BN148_0423
BN148_0424	operon_0100	NC_018521.1|gene399|BN148_0424
BN148_0425	operon_0100	NC_018521.1|gene400|BN148_0425
BN148_0426	operon_0100	NC_018521.1|gene401|BN148_0426
BN148_0427	operon_0100	NC_018521.1|gene402|BN148_0427
BN148_0428	operon_0100	NC_018521.1|gene403|BN148_0428
BN148_0429c	operon_0101	NC_018521.1|gene404|BN148_0429c
BN148_0430	operon_0102	NC_018521.1|gene405|BN148_0430
BN148_0431	operon_0102	NC_018521.1|gene406|BN148_0431
BN148_r04	operon_0102	NC_018521.1|gene407|BN148_r04
BN148_p04	operon_0102	NC_018521.1|gene408|BN148_p04|tRNAAla
BN148_p05	operon_0102	NC_018521.1|gene409|BN148_p05|tRNAIle
BN148_r05	operon_0102	NC_018521.1|gene410|BN148_r05
BN148_r06	operon_0102	NC_018521.1|gene411|BN148_r06
BN148_0432c	operon_0103	NC_018521.1|gene412|BN148_0432c|murD
BN148_0433c	operon_0103	NC_018521.1|gene413|BN148_0433c|mraY
BN148_0434	operon_0104	NC_018521.1|gene414|BN148_0434|pgm
BN148_0435	operon_0104	NC_018521.1|gene415|BN148_0435|fabG
BN148_0436	operon_0104	NC_018521.1|gene416|BN148_0436
BN148_0437	operon_0105	NC_018521.1|gene417|BN148_0437|sdhA
BN148_0438	operon_0105	NC_018521.1|gene418|BN148_0438|sdhB
BN148_0439	operon_0105	NC_018521.1|gene419|BN148_0439|sdhC
BN148_0440c	operon_0106	NC_018521.1|gene420|BN148_0440c
BN148_0441	operon_0107	NC_018521.1|gene421|BN148_0441|acpP
BN148_0442	operon_0107	NC_018521.1|gene422|BN148_0442|fabF
BN148_0443	operon_0107	NC_018521.1|gene423|BN148_0443|accA
BN148_0444	operon_0107	NC_018521.1|gene424|BN148_0444
BN148_0447	operon_0107	NC_018521.1|gene425|BN148_0447
BN148_0448c	operon_0108	NC_018521.1|gene426|BN148_0448c
BN148_0449c	operon_0108	NC_018521.1|gene427|BN148_0449c
BN148_0450c	operon_0108	NC_018521.1|gene428|BN148_0450c|rpmB
BN148_0451	operon_0109	NC_018521.1|gene429|BN148_0451|rep
BN148_0452	operon_0109	NC_018521.1|gene430|BN148_0452|dnaQ
BN148_s02	operon_0109	NC_018521.1|gene431|BN148_s02
BN148_0453	operon_0109	NC_018521.1|gene432|BN148_0453|thiC
BN148_0454c	operon_0110	NC_018521.1|gene433|BN148_0454c
BN148_0455c	operon_0110	NC_018521.1|gene434|BN148_0455c
BN148_0456c	operon_0110	NC_018521.1|gene435|BN148_0456c
BN148_0457c	operon_0110	NC_018521.1|gene436|BN148_0457c
BN148_0458c	operon_0110	NC_018521.1|gene437|BN148_0458c|miaB
BN148_0459c	operon_0110	NC_018521.1|gene438|BN148_0459c
BN148_0460	operon_0111	NC_018521.1|gene439|BN148_0460|nusA
BN148_0461c	operon_0112	NC_018521.1|gene440|BN148_0461c
BN148_0462	operon_0113	NC_018521.1|gene441|BN148_0462
BN148_0463	operon_0113	NC_018521.1|gene442|BN148_0463
BN148_0464	operon_0113	NC_018521.1|gene443|BN148_0464|recG
BN148_0465c	operon_0114	NC_018521.1|gene444|BN148_0465c|ctb
BN148_0466	operon_0115	NC_018521.1|gene445|BN148_0466|nssR
BN148_0467	operon_0115	NC_018521.1|gene446|BN148_0467
BN148_0468	operon_0115	NC_018521.1|gene447|BN148_0468
BN148_0469	operon_0115	NC_018521.1|gene448|BN148_0469
BN148_p06	operon_0115	NC_018521.1|gene449|BN148_p06|tRNAThr
BN148_p07	operon_0115	NC_018521.1|gene450|BN148_p07|tRNATyr
BN148_p08	operon_0115	NC_018521.1|gene451|BN148_p08|tRNAGly
BN148_t1	operon_0115	NC_018521.1|gene452|BN148_t1|tRNAThr
BN148_0470	operon_0115	NC_018521.1|gene453|BN148_0470|tuf
BN148_0471	operon_0115	NC_018521.1|gene454|BN148_0471|rpmG
BN148_p09	operon_0115	NC_018521.1|gene455|BN148_p09|tRNATrp
BN148_0472	operon_0115	NC_018521.1|gene456|BN148_0472|secE
BN148_0473	operon_0115	NC_018521.1|gene457|BN148_0473|nusG
BN148_0474	operon_0115	NC_018521.1|gene458|BN148_0474|rplK
BN148_0475	operon_0115	NC_018521.1|gene459|BN148_0475|rplA
BN148_0476	operon_0115	NC_018521.1|gene460|BN148_0476|rplJ
BN148_0477	operon_0115	NC_018521.1|gene461|BN148_0477|rplL
BN148_0478	operon_0115	NC_018521.1|gene462|BN148_0478|rpoB
BN148_0479	operon_0115	NC_018521.1|gene463|BN148_0479|rpoC
BN148_0480c	operon_0116	NC_018521.1|gene464|BN148_0480c
BN148_0481	operon_0117	NC_018521.1|gene465|BN148_0481|dapA
BN148_0482	operon_0117	NC_018521.1|gene466|BN148_0482|uxaA%27
BN148_0483	operon_0117	NC_018521.1|gene467|BN148_0483|uxaA%27
BN148_0484	operon_0117	NC_018521.1|gene468|BN148_0484
BN148_0485	operon_0117	NC_018521.1|gene469|BN148_0485
BN148_0486	operon_0117	NC_018521.1|gene470|BN148_0486
BN148_0487	operon_0117	NC_018521.1|gene471|BN148_0487
BN148_0488	operon_0117	NC_018521.1|gene472|BN148_0488
BN148_0489	operon_0117	NC_018521.1|gene473|BN148_0489|ald%27
BN148_0490	operon_0117	NC_018521.1|gene474|BN148_0490|ald%27
BN148_0491	operon_0117	NC_018521.1|gene475|BN148_0491|rpsL
BN148_0492	operon_0117	NC_018521.1|gene476|BN148_0492|rpsG
BN148_0493	operon_0117	NC_018521.1|gene477|BN148_0493|fusA
BN148_p10	operon_0117	NC_018521.1|gene478|BN148_p10|tRNAArg
BN148_0494	operon_0117	NC_018521.1|gene479|BN148_0494
BN148_0495	operon_0117	NC_018521.1|gene480|BN148_0495
BN148_0496	operon_0117	NC_018521.1|gene481|BN148_0496
BN148_0497	operon_0117	NC_018521.1|gene482|BN148_0497
BN148_0498	operon_0117	NC_018521.1|gene483|BN148_0498|trpC
BN148_0499	operon_0117	NC_018521.1|gene484|BN148_0499
BN148_0500	operon_0117	NC_018521.1|gene485|BN148_0500
BN148_0501	operon_0117	NC_018521.1|gene486|BN148_0501
BN148_0503c	operon_0118	NC_018521.1|gene487|BN148_0503c|hemH
BN148_0504c	operon_0118	NC_018521.1|gene488|BN148_0504c
BN148_0505c	operon_0118	NC_018521.1|gene489|BN148_0505c
BN148_0506	operon_0119	NC_018521.1|gene490|BN148_0506|alaS
BN148_0507	operon_0119	NC_018521.1|gene491|BN148_0507|maf
BN148_0508	operon_0119	NC_018521.1|gene492|BN148_0508|pbpA
BN148_0509c	operon_0120	NC_018521.1|gene493|BN148_0509c|clpB
BN148_0510c	operon_0120	NC_018521.1|gene494|BN148_0510c
BN148_0511	operon_0121	NC_018521.1|gene495|BN148_0511
BN148_0512	operon_0121	NC_018521.1|gene496|BN148_0512|purC
BN148_0513	operon_0121	NC_018521.1|gene497|BN148_0513|purS
BN148_0514	operon_0121	NC_018521.1|gene498|BN148_0514|purQ
BN148_0515	operon_0121	NC_018521.1|gene499|BN148_0515
BN148_0516	operon_0121	NC_018521.1|gene500|BN148_0516|plsC
BN148_0517	operon_0121	NC_018521.1|gene501|BN148_0517|crcB
BN148_0518	operon_0121	NC_018521.1|gene502|BN148_0518|htpG
BN148_0519	operon_0121	NC_018521.1|gene503|BN148_0519
BN148_0520	operon_0121	NC_018521.1|gene504|BN148_0520
BN148_0522	operon_0121	NC_018521.1|gene505|BN148_0522
BN148_0523	operon_0121	NC_018521.1|gene506|BN148_0523
BN148_0524	operon_0121	NC_018521.1|gene507|BN148_0524
BN148_0525c	operon_0122	NC_018521.1|gene508|BN148_0525c|pbpB
BN148_0526c	operon_0122	NC_018521.1|gene509|BN148_0526c|fliE
BN148_0527c	operon_0122	NC_018521.1|gene510|BN148_0527c|flgC
BN148_0528c	operon_0122	NC_018521.1|gene511|BN148_0528c|flgB
BN148_0529c	operon_0122	NC_018521.1|gene512|BN148_0529c
BN148_0530	operon_0123	NC_018521.1|gene513|BN148_0530
BN148_0531	operon_0124	NC_018521.1|gene514|BN148_0531|icd
BN148_0532	operon_0124	NC_018521.1|gene515|BN148_0532|mdh
BN148_0533	operon_0124	NC_018521.1|gene516|BN148_0533|sucC
BN148_0534	operon_0124	NC_018521.1|gene517|BN148_0534|sucD
BN148_0535	operon_0124	NC_018521.1|gene518|BN148_0535|oorD
BN148_0536	operon_0124	NC_018521.1|gene519|BN148_0536|oorA
BN148_0537	operon_0124	NC_018521.1|gene520|BN148_0537|oorB
BN148_0538	operon_0124	NC_018521.1|gene521|BN148_0538|oorC
BN148_0539	operon_0124	NC_018521.1|gene522|BN148_0539
BN148_0540	operon_0124	NC_018521.1|gene523|BN148_0540
BN148_0541	operon_0124	NC_018521.1|gene524|BN148_0541
BN148_0542	operon_0124	NC_018521.1|gene525|BN148_0542|hemA
BN148_0543	operon_0124	NC_018521.1|gene526|BN148_0543|proS
BN148_0544	operon_0124	NC_018521.1|gene527|BN148_0544
BN148_0545	operon_0124	NC_018521.1|gene528|BN148_0545|hemC
BN148_0546	operon_0124	NC_018521.1|gene529|BN148_0546|ubiD
BN148_0547	operon_0124	NC_018521.1|gene530|BN148_0547|flaG
BN148_0548	operon_0124	NC_018521.1|gene531|BN148_0548|fliD
BN148_0549	operon_0124	NC_018521.1|gene532|BN148_0549|fliS
BN148_0550	operon_0124	NC_018521.1|gene533|BN148_0550
BN148_p11	operon_0125	NC_018521.1|gene534|BN148_p11|rnpB
BN148_0551	operon_0126	NC_018521.1|gene535|BN148_0551|efp
BN148_0552	operon_0126	NC_018521.1|gene536|BN148_0552
BN148_0553	operon_0126	NC_018521.1|gene537|BN148_0553
BN148_0554	operon_0126	NC_018521.1|gene538|BN148_0554
BN148_0555	operon_0126	NC_018521.1|gene539|BN148_0555
BN148_0556	operon_0126	NC_018521.1|gene540|BN148_0556
BN148_0557c	operon_0127	NC_018521.1|gene541|BN148_0557c
BN148_0558c	operon_0127	NC_018521.1|gene542|BN148_0558c|proA
BN148_0559	operon_0128	NC_018521.1|gene543|BN148_0559
BN148_0560	operon_0129	NC_018521.1|gene544|BN148_0560
BN148_0561c	operon_0130	NC_018521.1|gene545|BN148_0561c
BN148_0562	operon_0131	NC_018521.1|gene546|BN148_0562|dnaB
BN148_0563	operon_0131	NC_018521.1|gene547|BN148_0563
BN148_0564	operon_0131	NC_018521.1|gene548|BN148_0564
BN148_0565	operon_0131	NC_018521.1|gene549|BN148_0565
BN148_0566	operon_0131	NC_018521.1|gene550|BN148_0566
BN148_0567	operon_0131	NC_018521.1|gene551|BN148_0567
BN148_0568	operon_0131	NC_018521.1|gene552|BN148_0568
BN148_0569	operon_0131	NC_018521.1|gene553|BN148_0569
BN148_0570	operon_0131	NC_018521.1|gene554|BN148_0570
BN148_0571	operon_0131	NC_018521.1|gene555|BN148_0571
BN148_p12	operon_0132	NC_018521.1|gene556|BN148_p12|tRNAMet
BN148_p13	operon_0132	NC_018521.1|gene557|BN148_p13|tRNAGln
BN148_0572	operon_0133	NC_018521.1|gene558|BN148_0572|ribA
BN148_0573	operon_0133	NC_018521.1|gene559|BN148_0573
BN148_0574	operon_0133	NC_018521.1|gene560|BN148_0574|ilvI
BN148_0575	operon_0133	NC_018521.1|gene561|BN148_0575|ilvH
BN148_0576	operon_0133	NC_018521.1|gene562|BN148_0576|lpxD
BN148_0577c	operon_0134	NC_018521.1|gene563|BN148_0577c|queA
BN148_0578c	operon_0134	NC_018521.1|gene564|BN148_0578c|tatC
BN148_0579c	operon_0134	NC_018521.1|gene565|BN148_0579c
BN148_0580c	operon_0134	NC_018521.1|gene566|BN148_0580c
BN148_0581	operon_0135	NC_018521.1|gene567|BN148_0581
BN148_0582	operon_0135	NC_018521.1|gene568|BN148_0582|lysC
BN148_0583	operon_0135	NC_018521.1|gene569|BN148_0583
BN148_0584	operon_0135	NC_018521.1|gene570|BN148_0584
BN148_0585	operon_0135	NC_018521.1|gene571|BN148_0585|folP
BN148_0586	operon_0135	NC_018521.1|gene572|BN148_0586|ligA
BN148_0587	operon_0135	NC_018521.1|gene573|BN148_0587
BN148_0588	operon_0135	NC_018521.1|gene574|BN148_0588|tlyA
BN148_0589	operon_0135	NC_018521.1|gene575|BN148_0589|ribF
BN148_0590	operon_0135	NC_018521.1|gene576|BN148_0590
BN148_0591c	operon_0136	NC_018521.1|gene577|BN148_0591c
BN148_0592c	operon_0136	NC_018521.1|gene578|BN148_0592c
BN148_0593c	operon_0136	NC_018521.1|gene579|BN148_0593c
BN148_0594c	operon_0136	NC_018521.1|gene580|BN148_0594c
BN148_0595c	operon_0136	NC_018521.1|gene581|BN148_0595c|nth
BN148_0596	operon_0137	NC_018521.1|gene582|BN148_0596|peb4cbf2
BN148_0597	operon_0137	NC_018521.1|gene583|BN148_0597|fba
BN148_0598	operon_0137	NC_018521.1|gene584|BN148_0598
BN148_0599	operon_0137	NC_018521.1|gene585|BN148_0599
BN148_0600	operon_0137	NC_018521.1|gene586|BN148_0600
BN148_0601c	operon_0138	NC_018521.1|gene587|BN148_0601c
BN148_0602c	operon_0139	NC_018521.1|gene588|BN148_0602c
BN148_0603c	operon_0139	NC_018521.1|gene589|BN148_0603c|dsbD
BN148_0604	operon_0140	NC_018521.1|gene590|BN148_0604
BN148_0605	operon_0140	NC_018521.1|gene591|BN148_0605
BN148_0606	operon_0140	NC_018521.1|gene592|BN148_0606
BN148_0607	operon_0140	NC_018521.1|gene593|BN148_0607
BN148_0608	operon_0140	NC_018521.1|gene594|BN148_0608
BN148_0609c	operon_0141	NC_018521.1|gene595|BN148_0609c
BN148_0610c	operon_0141	NC_018521.1|gene596|BN148_0610c
BN148_0611c	operon_0141	NC_018521.1|gene597|BN148_0611c
BN148_0612c	operon_0141	NC_018521.1|gene598|BN148_0612c|cft
BN148_0613	operon_0142	NC_018521.1|gene599|BN148_0613|pstS
BN148_0614	operon_0142	NC_018521.1|gene600|BN148_0614|pstC
BN148_0615	operon_0142	NC_018521.1|gene601|BN148_0615|pstA
BN148_0616	operon_0142	NC_018521.1|gene602|BN148_0616|pstB
BN148_0617	operon_0142	NC_018521.1|gene603|BN148_0617
BN148_0618	operon_0142	NC_018521.1|gene604|BN148_0618
BN148_0619	operon_0142	NC_018521.1|gene605|BN148_0619
BN148_0620	operon_0142	NC_018521.1|gene606|BN148_0620
BN148_0621	operon_0142	NC_018521.1|gene607|BN148_0621
BN148_0622	operon_0142	NC_018521.1|gene608|BN148_0622|hypF
BN148_0623	operon_0142	NC_018521.1|gene609|BN148_0623|hypB
BN148_0624	operon_0142	NC_018521.1|gene610|BN148_0624|hypC
BN148_0625	operon_0142	NC_018521.1|gene611|BN148_0625|hypD
BN148_0626	operon_0142	NC_018521.1|gene612|BN148_0626|hypE
BN148_0627	operon_0142	NC_018521.1|gene613|BN148_0627|hypA
BN148_0628	operon_0142	NC_018521.1|gene614|BN148_0628
BN148_0630c	operon_0143	NC_018521.1|gene615|BN148_0630c
BN148_0631c	operon_0143	NC_018521.1|gene616|BN148_0631c
BN148_0632	operon_0144	NC_018521.1|gene617|BN148_0632|ilvC
BN148_0633	operon_0144	NC_018521.1|gene618|BN148_0633
BN148_0634	operon_0144	NC_018521.1|gene619|BN148_0634|dprA
BN148_0635	operon_0144	NC_018521.1|gene620|BN148_0635
BN148_0636	operon_0144	NC_018521.1|gene621|BN148_0636
BN148_0637c	operon_0145	NC_018521.1|gene622|BN148_0637c|mrsA
BN148_0638c	operon_0145	NC_018521.1|gene623|BN148_0638c|ppa
BN148_0639c	operon_0145	NC_018521.1|gene624|BN148_0639c|adk
BN148_0640c	operon_0145	NC_018521.1|gene625|BN148_0640c|aspS
BN148_0641	operon_0146	NC_018521.1|gene626|BN148_0641|pnk
BN148_0642	operon_0146	NC_018521.1|gene627|BN148_0642|recN
BN148_0643	operon_0146	NC_018521.1|gene628|BN148_0643|cbrR
BN148_0644	operon_0146	NC_018521.1|gene629|BN148_0644
BN148_0645	operon_0146	NC_018521.1|gene630|BN148_0645
BN148_0646	operon_0146	NC_018521.1|gene631|BN148_0646
BN148_0647	operon_0146	NC_018521.1|gene632|BN148_0647
BN148_0648	operon_0146	NC_018521.1|gene633|BN148_0648
BN148_0649	operon_0146	NC_018521.1|gene634|BN148_0649
BN148_0650	operon_0146	NC_018521.1|gene635|BN148_0650|engB
BN148_0651	operon_0146	NC_018521.1|gene636|BN148_0651
BN148_0652	operon_0146	NC_018521.1|gene637|BN148_0652|pbpC
BN148_0653c	operon_0147	NC_018521.1|gene638|BN148_0653c
BN148_0654c	operon_0147	NC_018521.1|gene639|BN148_0654c
BN148_0659c	operon_0148	NC_018521.1|gene640|BN148_0659c
BN148_0660c	operon_0148	NC_018521.1|gene641|BN148_0660c
BN148_0661c	operon_0148	NC_018521.1|gene642|BN148_0661c|era
BN148_0662c	operon_0148	NC_018521.1|gene643|BN148_0662c|hslU
BN148_0663c	operon_0148	NC_018521.1|gene644|BN148_0663c|hslV
BN148_0664c	operon_0148	NC_018521.1|gene645|BN148_0664c|rplI
BN148_0665c	operon_0148	NC_018521.1|gene646|BN148_0665c|argG
BN148_0667	operon_0149	NC_018521.1|gene647|BN148_0667
BN148_0668	operon_0149	NC_018521.1|gene648|BN148_0668
BN148_0669	operon_0149	NC_018521.1|gene649|BN148_0669
BN148_0670	operon_0149	NC_018521.1|gene650|BN148_0670|rpoN
BN148_0671	operon_0149	NC_018521.1|gene651|BN148_0671|dcuB
BN148_0672	operon_0149	NC_018521.1|gene652|BN148_0672
BN148_0676	operon_0149	NC_018521.1|gene653|BN148_0676|kdpA
BN148_0677	operon_0149	NC_018521.1|gene654|BN148_0677|kdpB
BN148_0678	operon_0149	NC_018521.1|gene655|BN148_0678|kdpC
BN148_0679	operon_0149	NC_018521.1|gene656|BN148_0679|kdpD
BN148_0680c	operon_0150	NC_018521.1|gene657|BN148_0680c|uvrB
BN148_0681	operon_0151	NC_018521.1|gene658|BN148_0681
BN148_0682	operon_0151	NC_018521.1|gene659|BN148_0682
BN148_0683	operon_0151	NC_018521.1|gene660|BN148_0683
BN148_0684	operon_0151	NC_018521.1|gene661|BN148_0684|priA
BN148_0685c	operon_0152	NC_018521.1|gene662|BN148_0685c|cipA
BN148_0686	operon_0153	NC_018521.1|gene663|BN148_0686|ispG
BN148_0687c	operon_0154	NC_018521.1|gene664|BN148_0687c|flgH
BN148_0688	operon_0155	NC_018521.1|gene665|BN148_0688|pta
BN148_0689	operon_0155	NC_018521.1|gene666|BN148_0689|ackA
BN148_0690c	operon_0156	NC_018521.1|gene667|BN148_0690c
BN148_0691	operon_0157	NC_018521.1|gene668|BN148_0691
BN148_0692c	operon_0158	NC_018521.1|gene669|BN148_0692c
BN148_0693c	operon_0158	NC_018521.1|gene670|BN148_0693c|mraW
BN148_0694	operon_0159	NC_018521.1|gene671|BN148_0694
BN148_0695	operon_0159	NC_018521.1|gene672|BN148_0695|ftsA
BN148_0696	operon_0159	NC_018521.1|gene673|BN148_0696|ftsZ
BN148_0697	operon_0159	NC_018521.1|gene674|BN148_0697|flgG2
BN148_0698	operon_0159	NC_018521.1|gene675|BN148_0698|flgG
BN148_0699c	operon_0160	NC_018521.1|gene676|BN148_0699c|glnA
BN148_0700	operon_0161	NC_018521.1|gene677|BN148_0700
BN148_0701	operon_0161	NC_018521.1|gene678|BN148_0701
BN148_0702	operon_0161	NC_018521.1|gene679|BN148_0702|purE
BN148_0703	operon_0161	NC_018521.1|gene680|BN148_0703
BN148_0704	operon_0161	NC_018521.1|gene681|BN148_0704|glyQ
BN148_0705	operon_0161	NC_018521.1|gene682|BN148_0705
BN148_0706	operon_0161	NC_018521.1|gene683|BN148_0706
BN148_0707	operon_0161	NC_018521.1|gene684|BN148_0707|kdtA
BN148_0708	operon_0161	NC_018521.1|gene685|BN148_0708
BN148_0709	operon_0161	NC_018521.1|gene686|BN148_0709|ffh
BN148_0710	operon_0161	NC_018521.1|gene687|BN148_0710|rpsP
BN148_0711	operon_0161	NC_018521.1|gene688|BN148_0711
BN148_0712	operon_0161	NC_018521.1|gene689|BN148_0712|rimM
BN148_0713	operon_0161	NC_018521.1|gene690|BN148_0713|trmD
BN148_0714	operon_0161	NC_018521.1|gene691|BN148_0714|rplS
BN148_0715	operon_0161	NC_018521.1|gene692|BN148_0715
BN148_0716	operon_0161	NC_018521.1|gene693|BN148_0716
BN148_0717	operon_0161	NC_018521.1|gene694|BN148_0717
BN148_0718	operon_0161	NC_018521.1|gene695|BN148_0718|dnaE
BN148_0719c	operon_0162	NC_018521.1|gene696|BN148_0719c
BN148_0720c	operon_0162	NC_018521.1|gene697|BN148_0720c|flaC
BN148_0721c	operon_0162	NC_018521.1|gene698|BN148_0721c
BN148_0722c	operon_0162	NC_018521.1|gene699|BN148_0722c
BN148_0723c	operon_0162	NC_018521.1|gene700|BN148_0723c
BN148_0724	operon_0163	NC_018521.1|gene701|BN148_0724
BN148_0725c	operon_0164	NC_018521.1|gene702|BN148_0725c|mogA
BN148_0726c	operon_0164	NC_018521.1|gene703|BN148_0726c|corA
BN148_0727	operon_0165	NC_018521.1|gene704|BN148_0727
BN148_0728	operon_0165	NC_018521.1|gene705|BN148_0728
BN148_0729	operon_0165	NC_018521.1|gene706|BN148_0729
BN148_0730	operon_0165	NC_018521.1|gene707|BN148_0730
BN148_0731	operon_0165	NC_018521.1|gene708|BN148_0731
BN148_0732	operon_0165	NC_018521.1|gene709|BN148_0732
BN148_0733	operon_0165	NC_018521.1|gene710|BN148_0733
BN148_0734c	operon_0166	NC_018521.1|gene711|BN148_0734c|hisJ
BN148_0735	operon_0167	NC_018521.1|gene712|BN148_0735
BN148_0736	operon_0167	NC_018521.1|gene713|BN148_0736
BN148_0737	operon_0167	NC_018521.1|gene714|BN148_0737
BN148_0738	operon_0167	NC_018521.1|gene715|BN148_0738
BN148_0739	operon_0167	NC_018521.1|gene716|BN148_0739
BN148_0740	operon_0167	NC_018521.1|gene717|BN148_0740
BN148_0741	operon_0167	NC_018521.1|gene718|BN148_0741
BN148_0742	operon_0167	NC_018521.1|gene719|BN148_0742
BN148_r07	operon_0167	NC_018521.1|gene720|BN148_r07
BN148_p14	operon_0167	NC_018521.1|gene721|BN148_p14|tRNAAla
BN148_p15	operon_0167	NC_018521.1|gene722|BN148_p15|tRNAIle
BN148_r08	operon_0167	NC_018521.1|gene723|BN148_r08
BN148_r09	operon_0167	NC_018521.1|gene724|BN148_r09
BN148_0747	operon_0167	NC_018521.1|gene725|BN148_0747
BN148_0748	operon_0167	NC_018521.1|gene726|BN148_0748
BN148_0752	operon_0167	NC_018521.1|gene727|BN148_0752
BN148_0753c	operon_0168	NC_018521.1|gene728|BN148_0753c|tonB3
BN148_0755	operon_0169	NC_018521.1|gene729|BN148_0755|cfrA
BN148_0757	operon_0169	NC_018521.1|gene730|BN148_0757|hrcA
BN148_0758	operon_0169	NC_018521.1|gene731|BN148_0758|grpE
BN148_0759	operon_0169	NC_018521.1|gene732|BN148_0759|dnaK
BN148_0760	operon_0169	NC_018521.1|gene733|BN148_0760
BN148_0761	operon_0169	NC_018521.1|gene734|BN148_0761
BN148_0762c	operon_0170	NC_018521.1|gene735|BN148_0762c|aspB
BN148_0763c	operon_0170	NC_018521.1|gene736|BN148_0763c|cysE
BN148_0764c	operon_0170	NC_018521.1|gene737|BN148_0764c|speA
BN148_0765c	operon_0170	NC_018521.1|gene738|BN148_0765c|hisS
BN148_0766c	operon_0170	NC_018521.1|gene739|BN148_0766c|tmk
BN148_0767c	operon_0170	NC_018521.1|gene740|BN148_0767c|coaD
BN148_0768c	operon_0170	NC_018521.1|gene741|BN148_0768c
BN148_0769c	operon_0170	NC_018521.1|gene742|BN148_0769c|flgA
BN148_0770c	operon_0170	NC_018521.1|gene743|BN148_0770c
BN148_0771c	operon_0170	NC_018521.1|gene744|BN148_0771c
BN148_0772c	operon_0170	NC_018521.1|gene745|BN148_0772c
BN148_0773c	operon_0171	NC_018521.1|gene746|BN148_0773c
BN148_0774c	operon_0171	NC_018521.1|gene747|BN148_0774c
BN148_0775c	operon_0171	NC_018521.1|gene748|BN148_0775c|valS
BN148_0776c	operon_0171	NC_018521.1|gene749|BN148_0776c
BN148_0777	operon_0172	NC_018521.1|gene750|BN148_0777
BN148_0778	operon_0172	NC_018521.1|gene751|BN148_0778|peb2
BN148_0779	operon_0172	NC_018521.1|gene752|BN148_0779|tpx
BN148_0780	operon_0172	NC_018521.1|gene753|BN148_0780|napA
BN148_0781	operon_0172	NC_018521.1|gene754|BN148_0781|napG
BN148_0782	operon_0172	NC_018521.1|gene755|BN148_0782|napH
BN148_0783	operon_0172	NC_018521.1|gene756|BN148_0783|napB
BN148_0784	operon_0172	NC_018521.1|gene757|BN148_0784|napL
BN148_0785	operon_0172	NC_018521.1|gene758|BN148_0785|napD
BN148_0786	operon_0172	NC_018521.1|gene759|BN148_0786
BN148_0787	operon_0172	NC_018521.1|gene760|BN148_0787
BN148_0788	operon_0172	NC_018521.1|gene761|BN148_0788
BN148_0789	operon_0172	NC_018521.1|gene762|BN148_0789|cca
BN148_0790	operon_0172	NC_018521.1|gene763|BN148_0790|purU
BN148_0791c	operon_0173	NC_018521.1|gene764|BN148_0791c
BN148_0792	operon_0174	NC_018521.1|gene765|BN148_0792
BN148_0793	operon_0174	NC_018521.1|gene766|BN148_0793|flgS
BN148_0794	operon_0174	NC_018521.1|gene767|BN148_0794
BN148_0795c	operon_0175	NC_018521.1|gene768|BN148_0795c|murF
BN148_0796c	operon_0175	NC_018521.1|gene769|BN148_0796c
BN148_0797c	operon_0175	NC_018521.1|gene770|BN148_0797c
BN148_0798c	operon_0175	NC_018521.1|gene771|BN148_0798c|ddl
BN148_0799c	operon_0175	NC_018521.1|gene772|BN148_0799c|ruvA
BN148_0800c	operon_0175	NC_018521.1|gene773|BN148_0800c
BN148_0801	operon_0176	NC_018521.1|gene774|BN148_0801
BN148_0802	operon_0176	NC_018521.1|gene775|BN148_0802|cysS
BN148_0803	operon_0176	NC_018521.1|gene776|BN148_0803|msbA
BN148_0804	operon_0176	NC_018521.1|gene777|BN148_0804|pyrD
BN148_0805	operon_0176	NC_018521.1|gene778|BN148_0805
BN148_0806	operon_0176	NC_018521.1|gene779|BN148_0806|dapA
BN148_0807	operon_0176	NC_018521.1|gene780|BN148_0807
BN148_0808c	operon_0177	NC_018521.1|gene781|BN148_0808c
BN148_0809c	operon_0177	NC_018521.1|gene782|BN148_0809c
BN148_0810	operon_0178	NC_018521.1|gene783|BN148_0810|nadE
BN148_0811	operon_0178	NC_018521.1|gene784|BN148_0811|lpxK
BN148_0812	operon_0178	NC_018521.1|gene785|BN148_0812|thrC
BN148_0813	operon_0178	NC_018521.1|gene786|BN148_0813|kdsB
BN148_0814	operon_0178	NC_018521.1|gene787|BN148_0814
BN148_0815	operon_0178	NC_018521.1|gene788|BN148_0815
BN148_0816	operon_0178	NC_018521.1|gene789|BN148_0816
BN148_0817	operon_0178	NC_018521.1|gene790|BN148_0817|glnH
BN148_0818	operon_0178	NC_018521.1|gene791|BN148_0818
BN148_0819	operon_0178	NC_018521.1|gene792|BN148_0819
BN148_0820c	operon_0179	NC_018521.1|gene793|BN148_0820c|fliP
BN148_0821	operon_0180	NC_018521.1|gene794|BN148_0821|glmU
BN148_0822	operon_0180	NC_018521.1|gene795|BN148_0822|dfp
BN148_0823	operon_0180	NC_018521.1|gene796|BN148_0823
BN148_0824	operon_0180	NC_018521.1|gene797|BN148_0824|uppS
BN148_0825	operon_0180	NC_018521.1|gene798|BN148_0825
BN148_0826	operon_0180	NC_018521.1|gene799|BN148_0826
BN148_0827	operon_0180	NC_018521.1|gene800|BN148_0827|truA
BN148_0828c	operon_0181	NC_018521.1|gene801|BN148_0828c|ilvA
BN148_0829c	operon_0181	NC_018521.1|gene802|BN148_0829c
BN148_0830	operon_0182	NC_018521.1|gene803|BN148_0830
BN148_0831c	operon_0183	NC_018521.1|gene804|BN148_0831c|trmA
BN148_0832c	operon_0183	NC_018521.1|gene805|BN148_0832c
BN148_0833c	operon_0183	NC_018521.1|gene806|BN148_0833c
BN148_0834c	operon_0183	NC_018521.1|gene807|BN148_0834c
BN148_0835c	operon_0183	NC_018521.1|gene808|BN148_0835c|acnB
BN148_0836	operon_0184	NC_018521.1|gene809|BN148_0836|ogt
BN148_0837c	operon_0185	NC_018521.1|gene810|BN148_0837c
BN148_0838c	operon_0185	NC_018521.1|gene811|BN148_0838c|metG
BN148_0839c	operon_0185	NC_018521.1|gene812|BN148_0839c
BN148_0840c	operon_0185	NC_018521.1|gene813|BN148_0840c|fbp
BN148_0841c	operon_0185	NC_018521.1|gene814|BN148_0841c|mobB
BN148_0842	operon_0186	NC_018521.1|gene815|BN148_0842
BN148_0843c	operon_0187	NC_018521.1|gene816|BN148_0843c
BN148_0844c	operon_0187	NC_018521.1|gene817|BN148_0844c
BN148_0845c	operon_0187	NC_018521.1|gene818|BN148_0845c|gltX
BN148_0846	operon_0188	NC_018521.1|gene819|BN148_0846
BN148_0847	operon_0188	NC_018521.1|gene820|BN148_0847|psd
BN148_0848c	operon_0189	NC_018521.1|gene821|BN148_0848c
BN148_0849c	operon_0189	NC_018521.1|gene822|BN148_0849c
BN148_0850c	operon_0189	NC_018521.1|gene823|BN148_0850c
BN148_0851c	operon_0189	NC_018521.1|gene824|BN148_0851c
BN148_0852c	operon_0189	NC_018521.1|gene825|BN148_0852c
BN148_0853c	operon_0189	NC_018521.1|gene826|BN148_0853c|hemL
BN148_0854c	operon_0189	NC_018521.1|gene827|BN148_0854c
BN148_0855	operon_0190	NC_018521.1|gene828|BN148_0855|folD
BN148_0856	operon_0190	NC_018521.1|gene829|BN148_0856|lepP
BN148_0857c	operon_0191	NC_018521.1|gene830|BN148_0857c|moeA
BN148_0858c	operon_0191	NC_018521.1|gene831|BN148_0858c|murA
BN148_0859c	operon_0191	NC_018521.1|gene832|BN148_0859c
BN148_0860	operon_0192	NC_018521.1|gene833|BN148_0860
BN148_0861c	operon_0193	NC_018521.1|gene834|BN148_0861c|pabA
BN148_0862c	operon_0193	NC_018521.1|gene835|BN148_0862c|pabB
BN148_0863c	operon_0193	NC_018521.1|gene836|BN148_0863c|xerD
BN148_0864	operon_0194	NC_018521.1|gene837|BN148_0864
BN148_0865	operon_0194	NC_018521.1|gene838|BN148_0865|dsbB
BN148_0866	operon_0194	NC_018521.1|gene839|BN148_0866
BN148_0872	operon_0194	NC_018521.1|gene840|BN148_0872|dsbA
BN148_0873c	operon_0195	NC_018521.1|gene841|BN148_0873c
BN148_0874c	operon_0195	NC_018521.1|gene842|BN148_0874c
BN148_0876c	operon_0195	NC_018521.1|gene843|BN148_0876c
BN148_0877c	operon_0195	NC_018521.1|gene844|BN148_0877c
BN148_0878	operon_0196	NC_018521.1|gene845|BN148_0878
BN148_0879c	operon_0197	NC_018521.1|gene846|BN148_0879c
BN148_0880c	operon_0197	NC_018521.1|gene847|BN148_0880c
BN148_0881c	operon_0197	NC_018521.1|gene848|BN148_0881c
BN148_0882c	operon_0197	NC_018521.1|gene849|BN148_0882c|flhA
BN148_0883c	operon_0197	NC_018521.1|gene850|BN148_0883c
BN148_0884	operon_0198	NC_018521.1|gene851|BN148_0884|rpsO
BN148_0886c	operon_0199	NC_018521.1|gene852|BN148_0886c|ftsK
BN148_0887c	operon_0199	NC_018521.1|gene853|BN148_0887c|flgL
BN148_p16	operon_0200	NC_018521.1|gene854|BN148_p16|tRNALeu
BN148_p17	operon_0200	NC_018521.1|gene855|BN148_p17|tRNAGly
BN148_0888c	operon_0201	NC_018521.1|gene856|BN148_0888c
BN148_0889c	operon_0201	NC_018521.1|gene857|BN148_0889c
BN148_0890c	operon_0201	NC_018521.1|gene858|BN148_0890c
BN148_0891c	operon_0201	NC_018521.1|gene859|BN148_0891c|serA
BN148_0892c	operon_0201	NC_018521.1|gene860|BN148_0892c
BN148_0893c	operon_0201	NC_018521.1|gene861|BN148_0893c|rpsA
BN148_0894c	operon_0201	NC_018521.1|gene862|BN148_0894c|ispH
BN148_0895c	operon_0201	NC_018521.1|gene863|BN148_0895c|aroA
BN148_0896c	operon_0201	NC_018521.1|gene864|BN148_0896c|pheT
BN148_0897c	operon_0201	NC_018521.1|gene865|BN148_0897c|pheS
BN148_0898	operon_0202	NC_018521.1|gene866|BN148_0898
BN148_0899c	operon_0203	NC_018521.1|gene867|BN148_0899c|thiJ
BN148_0900c	operon_0203	NC_018521.1|gene868|BN148_0900c
BN148_0901	operon_0204	NC_018521.1|gene869|BN148_0901
BN148_0902	operon_0204	NC_018521.1|gene870|BN148_0902|glnQ
BN148_0903c	operon_0205	NC_018521.1|gene871|BN148_0903c
BN148_0904c	operon_0205	NC_018521.1|gene872|BN148_0904c
BN148_0905c	operon_0205	NC_018521.1|gene873|BN148_0905c|alr
BN148_0906c	operon_0205	NC_018521.1|gene874|BN148_0906c
BN148_0908	operon_0206	NC_018521.1|gene875|BN148_0908
BN148_0909	operon_0206	NC_018521.1|gene876|BN148_0909
BN148_0910	operon_0206	NC_018521.1|gene877|BN148_0910
BN148_0911	operon_0206	NC_018521.1|gene878|BN148_0911
BN148_0912c	operon_0207	NC_018521.1|gene879|BN148_0912c|cysM
BN148_0913c	operon_0207	NC_018521.1|gene880|BN148_0913c|hupB
BN148_0914c	operon_0207	NC_018521.1|gene881|BN148_0914c|ciaB
BN148_0915	operon_0208	NC_018521.1|gene882|BN148_0915
BN148_0916c	operon_0209	NC_018521.1|gene883|BN148_0916c
BN148_0917c	operon_0209	NC_018521.1|gene884|BN148_0917c|cstA
BN148_0918c	operon_0209	NC_018521.1|gene885|BN148_0918c|prsA
BN148_0919c	operon_0209	NC_018521.1|gene886|BN148_0919c
BN148_0920c	operon_0209	NC_018521.1|gene887|BN148_0920c
BN148_0921c	operon_0209	NC_018521.1|gene888|BN148_0921c|peb1A
BN148_0922c	operon_0209	NC_018521.1|gene889|BN148_0922c|pebC
BN148_0923c	operon_0209	NC_018521.1|gene890|BN148_0923c|cheR
BN148_0924c	operon_0209	NC_018521.1|gene891|BN148_0924c|cheB%27
BN148_0925	operon_0210	NC_018521.1|gene892|BN148_0925|rpiB
BN148_0926	operon_0210	NC_018521.1|gene893|BN148_0926
BN148_0927	operon_0210	NC_018521.1|gene894|BN148_0927|apt
BN148_0928	operon_0210	NC_018521.1|gene895|BN148_0928
BN148_0929	operon_0210	NC_018521.1|gene896|BN148_0929|pepA
BN148_0930	operon_0210	NC_018521.1|gene897|BN148_0930
BN148_0931c	operon_0211	NC_018521.1|gene898|BN148_0931c|argH
BN148_0932c	operon_0211	NC_018521.1|gene899|BN148_0932c|pckA
BN148_0933c	operon_0211	NC_018521.1|gene900|BN148_0933c|pycB
BN148_0934c	operon_0211	NC_018521.1|gene901|BN148_0934c
BN148_0935c	operon_0211	NC_018521.1|gene902|BN148_0935c
BN148_0936	operon_0212	NC_018521.1|gene903|BN148_0936|atpE
BN148_t01	operon_0212	NC_018521.1|gene904|BN148_t01|tRNALeu
BN148_0937	operon_0212	NC_018521.1|gene905|BN148_0937
BN148_0938c	operon_0213	NC_018521.1|gene906|BN148_0938c|aas
BN148_0939c	operon_0213	NC_018521.1|gene907|BN148_0939c
BN148_t02	operon_0213	NC_018521.1|gene908|BN148_t02|tRNAAsp
BN148_p19	operon_0213	NC_018521.1|gene909|BN148_p19|tRNAVal
BN148_p20	operon_0213	NC_018521.1|gene910|BN148_p20|tRNALys
BN148_t2	operon_0213	NC_018521.1|gene911|BN148_t2|tRNAAsp
BN148_t03	operon_0213	NC_018521.1|gene912|BN148_t03|tRNAVal
BN148_t04	operon_0213	NC_018521.1|gene913|BN148_t04|tRNALys
BN148_0940c	operon_0213	NC_018521.1|gene914|BN148_0940c|glnP
BN148_0941c	operon_0213	NC_018521.1|gene915|BN148_0941c
BN148_0942c	operon_0213	NC_018521.1|gene916|BN148_0942c|secA
BN148_0943	operon_0214	NC_018521.1|gene917|BN148_0943|lolA
BN148_0944c	operon_0215	NC_018521.1|gene918|BN148_0944c
BN148_0945c	operon_0215	NC_018521.1|gene919|BN148_0945c
BN148_0946	operon_0216	NC_018521.1|gene920|BN148_0946
BN148_0947c	operon_0217	NC_018521.1|gene921|BN148_0947c
BN148_0948c	operon_0217	NC_018521.1|gene922|BN148_0948c
BN148_0949c	operon_0217	NC_018521.1|gene923|BN148_0949c
BN148_0950c	operon_0217	NC_018521.1|gene924|BN148_0950c
BN148_0951c	operon_0217	NC_018521.1|gene925|BN148_0951c
BN148_0952c	operon_0217	NC_018521.1|gene926|BN148_0952c
BN148_0953c	operon_0217	NC_018521.1|gene927|BN148_0953c|purH
BN148_0954c	operon_0217	NC_018521.1|gene928|BN148_0954c
BN148_0955c	operon_0217	NC_018521.1|gene929|BN148_0955c|purL
BN148_0956c	operon_0217	NC_018521.1|gene930|BN148_0956c|trmE
BN148_0957c	operon_0217	NC_018521.1|gene931|BN148_0957c
BN148_0958c	operon_0217	NC_018521.1|gene932|BN148_0958c
BN148_0959c	operon_0217	NC_018521.1|gene933|BN148_0959c
BN148_0960c	operon_0217	NC_018521.1|gene934|BN148_0960c|rnpA
BN148_0961c	operon_0217	NC_018521.1|gene935|BN148_0961c|rpmH
BN148_0962	operon_0218	NC_018521.1|gene936|BN148_0962
BN148_0963	operon_0218	NC_018521.1|gene937|BN148_0963
BN148_0964	operon_0218	NC_018521.1|gene938|BN148_0964
BN148_0965c	operon_0219	NC_018521.1|gene939|BN148_0965c
BN148_0967	operon_0220	NC_018521.1|gene940|BN148_0967
BN148_0969	operon_0221	NC_018521.1|gene941|BN148_0969
BN148_0970	operon_0221	NC_018521.1|gene942|BN148_0970
BN148_0971	operon_0221	NC_018521.1|gene943|BN148_0971
BN148_0972	operon_0221	NC_018521.1|gene944|BN148_0972
BN148_0973	operon_0221	NC_018521.1|gene945|BN148_0973
BN148_0974	operon_0221	NC_018521.1|gene946|BN148_0974
BN148_0975	operon_0221	NC_018521.1|gene947|BN148_0975
BN148_0976	operon_0221	NC_018521.1|gene948|BN148_0976
BN148_0977	operon_0221	NC_018521.1|gene949|BN148_0977
BN148_0978c	operon_0222	NC_018521.1|gene950|BN148_0978c
BN148_0979c	operon_0222	NC_018521.1|gene951|BN148_0979c
BN148_0980	operon_0223	NC_018521.1|gene952|BN148_0980
BN148_0981c	operon_0224	NC_018521.1|gene953|BN148_0981c|cjaB
BN148_0982c	operon_0224	NC_018521.1|gene954|BN148_0982c|cjaA
BN148_0983	operon_0225	NC_018521.1|gene955|BN148_0983
BN148_0984	operon_0225	NC_018521.1|gene956|BN148_0984
BN148_0985c	operon_0226	NC_018521.1|gene957|BN148_0985c|hipO
BN148_0986c	operon_0226	NC_018521.1|gene958|BN148_0986c
BN148_0987c	operon_0226	NC_018521.1|gene959|BN148_0987c
BN148_0988c	operon_0226	NC_018521.1|gene960|BN148_0988c
BN148_0989	operon_0227	NC_018521.1|gene961|BN148_0989
BN148_0990c	operon_0228	NC_018521.1|gene962|BN148_0990c
BN148_0991c	operon_0228	NC_018521.1|gene963|BN148_0991c
BN148_0992c	operon_0228	NC_018521.1|gene964|BN148_0992c|hemN
BN148_0993c	operon_0228	NC_018521.1|gene965|BN148_0993c
BN148_0994c	operon_0228	NC_018521.1|gene966|BN148_0994c|argF
BN148_0995c	operon_0228	NC_018521.1|gene967|BN148_0995c|hemB
BN148_0996	operon_0229	NC_018521.1|gene968|BN148_0996|ribA
BN148_0997	operon_0229	NC_018521.1|gene969|BN148_0997
BN148_0998c	operon_0230	NC_018521.1|gene970|BN148_0998c
BN148_0999c	operon_0230	NC_018521.1|gene971|BN148_0999c
BN148_1000	operon_0231	NC_018521.1|gene972|BN148_1000
BN148_1001	operon_0231	NC_018521.1|gene973|BN148_1001|rpoD
BN148_1002c	operon_0232	NC_018521.1|gene974|BN148_1002c
BN148_1003c	operon_0232	NC_018521.1|gene975|BN148_1003c
BN148_1004	operon_0233	NC_018521.1|gene976|BN148_1004
BN148_1005c	operon_0234	NC_018521.1|gene977|BN148_1005c
BN148_1006c	operon_0234	NC_018521.1|gene978|BN148_1006c
BN148_1007c	operon_0234	NC_018521.1|gene979|BN148_1007c
BN148_1008c	operon_0234	NC_018521.1|gene980|BN148_1008c|aroB
BN148_1009c	operon_0234	NC_018521.1|gene981|BN148_1009c
BN148_1010	operon_0235	NC_018521.1|gene982|BN148_1010|tgt
BN148_1011	operon_0235	NC_018521.1|gene983|BN148_1011
BN148_p21	operon_0235	NC_018521.1|gene984|BN148_p21|tRNAArg
BN148_1012c	operon_0236	NC_018521.1|gene985|BN148_1012c
BN148_1013c	operon_0236	NC_018521.1|gene986|BN148_1013c
BN148_1014c	operon_0236	NC_018521.1|gene987|BN148_1014c|livF
BN148_1015c	operon_0236	NC_018521.1|gene988|BN148_1015c|livG
BN148_1016c	operon_0236	NC_018521.1|gene989|BN148_1016c|livM
BN148_1017c	operon_0236	NC_018521.1|gene990|BN148_1017c|livH
BN148_1018c	operon_0236	NC_018521.1|gene991|BN148_1018c|livK
BN148_1019c	operon_0236	NC_018521.1|gene992|BN148_1019c|livJ
BN148_1020c	operon_0236	NC_018521.1|gene993|BN148_1020c
BN148_1021c	operon_0236	NC_018521.1|gene994|BN148_1021c
BN148_1022c	operon_0236	NC_018521.1|gene995|BN148_1022c
BN148_1023c	operon_0236	NC_018521.1|gene996|BN148_1023c|asd
BN148_1024c	operon_0236	NC_018521.1|gene997|BN148_1024c|flgR
BN148_1025c	operon_0236	NC_018521.1|gene998|BN148_1025c
BN148_1026c	operon_0236	NC_018521.1|gene999|BN148_1026c
BN148_1027c	operon_0236	NC_018521.1|gene1000|BN148_1027c|gyrA
BN148_1028c	operon_0236	NC_018521.1|gene1001|BN148_1028c
BN148_1029c	operon_0236	NC_018521.1|gene1002|BN148_1029c|mapA
BN148_1030c	operon_0236	NC_018521.1|gene1003|BN148_1030c|lepA
BN148_1031	operon_0237	NC_018521.1|gene1004|BN148_1031|cmeD
BN148_1032	operon_0237	NC_018521.1|gene1005|BN148_1032|cmeE
BN148_1033	operon_0237	NC_018521.1|gene1006|BN148_1033|cmeF
BN148_1034c	operon_0238	NC_018521.1|gene1007|BN148_1034c
BN148_1035c	operon_0238	NC_018521.1|gene1008|BN148_1035c
BN148_1036c	operon_0238	NC_018521.1|gene1009|BN148_1036c
BN148_1037c	operon_0238	NC_018521.1|gene1010|BN148_1037c|pycA
BN148_1038	operon_0239	NC_018521.1|gene1011|BN148_1038
BN148_1039	operon_0239	NC_018521.1|gene1012|BN148_1039|murG
BN148_1040c	operon_0240	NC_018521.1|gene1013|BN148_1040c
BN148_1041c	operon_0240	NC_018521.1|gene1014|BN148_1041c
BN148_1042c	operon_0240	NC_018521.1|gene1015|BN148_1042c
BN148_1043c	operon_0240	NC_018521.1|gene1016|BN148_1043c
BN148_1044c	operon_0240	NC_018521.1|gene1017|BN148_1044c|thiH
BN148_1045c	operon_0240	NC_018521.1|gene1018|BN148_1045c|thiG
BN148_1046c	operon_0240	NC_018521.1|gene1019|BN148_1046c|moeB
BN148_1047c	operon_0240	NC_018521.1|gene1020|BN148_1047c|thiS
BN148_1048c	operon_0240	NC_018521.1|gene1021|BN148_1048c|dapE
BN148_1049c	operon_0240	NC_018521.1|gene1022|BN148_1049c
BN148_1050c	operon_0240	NC_018521.1|gene1023|BN148_1050c|npdA
BN148_1051c	operon_0240	NC_018521.1|gene1024|BN148_1051c|cjeI
BN148_1052c	operon_0240	NC_018521.1|gene1025|BN148_1052c|mutS
BN148_1053c	operon_0240	NC_018521.1|gene1026|BN148_1053c
BN148_1054c	operon_0240	NC_018521.1|gene1027|BN148_1054c|murC
BN148_1055c	operon_0240	NC_018521.1|gene1028|BN148_1055c
BN148_1056c	operon_0240	NC_018521.1|gene1029|BN148_1056c
BN148_1057c	operon_0240	NC_018521.1|gene1030|BN148_1057c
BN148_1058c	operon_0240	NC_018521.1|gene1031|BN148_1058c|guaB
BN148_1059c	operon_0240	NC_018521.1|gene1032|BN148_1059c|gatA
BN148_1060c	operon_0240	NC_018521.1|gene1033|BN148_1060c
BN148_1061c	operon_0240	NC_018521.1|gene1034|BN148_1061c|ileS
BN148_1062	operon_0241	NC_018521.1|gene1035|BN148_1062
BN148_1063	operon_0241	NC_018521.1|gene1036|BN148_1063
BN148_1064	operon_0241	NC_018521.1|gene1037|BN148_1064
BN148_1066	operon_0241	NC_018521.1|gene1038|BN148_1066|rdxA
BN148_1067	operon_0241	NC_018521.1|gene1039|BN148_1067|pgsA
BN148_1068	operon_0241	NC_018521.1|gene1040|BN148_1068
BN148_1069	operon_0241	NC_018521.1|gene1041|BN148_1069
BN148_1070	operon_0241	NC_018521.1|gene1042|BN148_1070|rpsF
BN148_1071	operon_0241	NC_018521.1|gene1043|BN148_1071|ssb
BN148_1072	operon_0241	NC_018521.1|gene1044|BN148_1072|rpsR
BN148_1073c	operon_0242	NC_018521.1|gene1045|BN148_1073c|lon
BN148_1074c	operon_0242	NC_018521.1|gene1046|BN148_1074c
BN148_1075	operon_0243	NC_018521.1|gene1047|BN148_1075
BN148_1076	operon_0243	NC_018521.1|gene1048|BN148_1076|proC
BN148_1077	operon_0243	NC_018521.1|gene1049|BN148_1077|ctsT
BN148_1078	operon_0243	NC_018521.1|gene1050|BN148_1078
BN148_1079	operon_0243	NC_018521.1|gene1051|BN148_1079
BN148_1080c	operon_0244	NC_018521.1|gene1052|BN148_1080c|hemD
BN148_1081c	operon_0244	NC_018521.1|gene1053|BN148_1081c|thiE
BN148_1082c	operon_0244	NC_018521.1|gene1054|BN148_1082c|thiD
BN148_1083c	operon_0244	NC_018521.1|gene1055|BN148_1083c
BN148_1084c	operon_0244	NC_018521.1|gene1056|BN148_1084c
BN148_1085c	operon_0244	NC_018521.1|gene1057|BN148_1085c|mfd
BN148_1086c	operon_0244	NC_018521.1|gene1058|BN148_1086c
BN148_1087c	operon_0244	NC_018521.1|gene1059|BN148_1087c
BN148_1088c	operon_0244	NC_018521.1|gene1060|BN148_1088c|folC
BN148_1089c	operon_0244	NC_018521.1|gene1061|BN148_1089c
BN148_1090c	operon_0244	NC_018521.1|gene1062|BN148_1090c
BN148_1091c	operon_0244	NC_018521.1|gene1063|BN148_1091c|leuS
BN148_1092c	operon_0244	NC_018521.1|gene1064|BN148_1092c|secF
BN148_1093c	operon_0244	NC_018521.1|gene1065|BN148_1093c|secD
BN148_1094c	operon_0244	NC_018521.1|gene1066|BN148_1094c|yajC
BN148_1095	operon_0245	NC_018521.1|gene1067|BN148_1095
BN148_1096c	operon_0246	NC_018521.1|gene1068|BN148_1096c|metK
BN148_1097	operon_0247	NC_018521.1|gene1069|BN148_1097
BN148_1098	operon_0247	NC_018521.1|gene1070|BN148_1098|pyrB
BN148_1099	operon_0247	NC_018521.1|gene1071|BN148_1099
BN148_1100	operon_0247	NC_018521.1|gene1072|BN148_1100
BN148_1101	operon_0247	NC_018521.1|gene1073|BN148_1101
BN148_1102	operon_0247	NC_018521.1|gene1074|BN148_1102|truB
BN148_1103	operon_0247	NC_018521.1|gene1075|BN148_1103|csrA
BN148_1104	operon_0247	NC_018521.1|gene1076|BN148_1104
BN148_1105	operon_0247	NC_018521.1|gene1077|BN148_1105|smpB
BN148_1106	operon_0247	NC_018521.1|gene1078|BN148_1106
BN148_1107	operon_0247	NC_018521.1|gene1079|BN148_1107|clpS
BN148_1108	operon_0247	NC_018521.1|gene1080|BN148_1108|clpA
BN148_1109	operon_0247	NC_018521.1|gene1081|BN148_1109|aat
BN148_1110c	operon_0248	NC_018521.1|gene1082|BN148_1110c
BN148_1111c	operon_0248	NC_018521.1|gene1083|BN148_1111c
BN148_1112c	operon_0248	NC_018521.1|gene1084|BN148_1112c
BN148_1113	operon_0249	NC_018521.1|gene1085|BN148_1113
BN148_1114c	operon_0250	NC_018521.1|gene1086|BN148_1114c|pssA
BN148_1115c	operon_0250	NC_018521.1|gene1087|BN148_1115c
BN148_1116c	operon_0250	NC_018521.1|gene1088|BN148_1116c|ftsH
BN148_1117c	operon_0250	NC_018521.1|gene1089|BN148_1117c|prmA
BN148_1118c	operon_0250	NC_018521.1|gene1090|BN148_1118c|cheY
BN148_1119c	operon_0250	NC_018521.1|gene1091|BN148_1119c|pglG
BN148_1120c	operon_0250	NC_018521.1|gene1092|BN148_1120c|pglF
BN148_1121c	operon_0250	NC_018521.1|gene1093|BN148_1121c|pglE
BN148_1122c	operon_0250	NC_018521.1|gene1094|BN148_1122c
BN148_1123c	operon_0250	NC_018521.1|gene1095|BN148_1123c|pglD
BN148_1124c	operon_0250	NC_018521.1|gene1096|BN148_1124c|pglC
BN148_1125c	operon_0250	NC_018521.1|gene1097|BN148_1125c|pglA
BN148_1126c	operon_0250	NC_018521.1|gene1098|BN148_1126c|pglB
BN148_1127c	operon_0250	NC_018521.1|gene1099|BN148_1127c|pglJ
BN148_1128c	operon_0250	NC_018521.1|gene1100|BN148_1128c|pglI
BN148_1129c	operon_0250	NC_018521.1|gene1101|BN148_1129c|pglH
BN148_1130c	operon_0250	NC_018521.1|gene1102|BN148_1130c|pglK
BN148_1131c	operon_0250	NC_018521.1|gene1103|BN148_1131c|gne
BN148_1132c	operon_0250	NC_018521.1|gene1104|BN148_1132c
BN148_1133	operon_0251	NC_018521.1|gene1105|BN148_1133|waaC
BN148_1134	operon_0251	NC_018521.1|gene1106|BN148_1134|htrB
BN148_1135	operon_0251	NC_018521.1|gene1107|BN148_1135
BN148_1136	operon_0251	NC_018521.1|gene1108|BN148_1136
BN148_1137c	operon_0252	NC_018521.1|gene1109|BN148_1137c
BN148_1138	operon_0253	NC_018521.1|gene1110|BN148_1138
BN148_1139c	operon_0254	NC_018521.1|gene1111|BN148_1139c|wlaN
BN148_1140	operon_0255	NC_018521.1|gene1112|BN148_1140|cstIII
BN148_1141	operon_0255	NC_018521.1|gene1113|BN148_1141|neuB1
BN148_1142	operon_0255	NC_018521.1|gene1114|BN148_1142|neuC1
BN148_1143	operon_0255	NC_018521.1|gene1115|BN148_1143|neuA1
BN148_1145c	operon_0256	NC_018521.1|gene1116|BN148_1145c
BN148_1146c	operon_0256	NC_018521.1|gene1117|BN148_1146c|waaV
BN148_1148	operon_0257	NC_018521.1|gene1118|BN148_1148|waaF
BN148_1149c	operon_0258	NC_018521.1|gene1119|BN148_1149c|gmhA
BN148_1150c	operon_0258	NC_018521.1|gene1120|BN148_1150c|hldE
BN148_1151c	operon_0258	NC_018521.1|gene1121|BN148_1151c|hldD
BN148_1152c	operon_0258	NC_018521.1|gene1122|BN148_1152c|gmhB
BN148_1153	operon_0259	NC_018521.1|gene1123|BN148_1153
BN148_1154c	operon_0260	NC_018521.1|gene1124|BN148_1154c
BN148_1155c	operon_0260	NC_018521.1|gene1125|BN148_1155c
BN148_1156	operon_0261	NC_018521.1|gene1126|BN148_1156|rho
BN148_1157	operon_0261	NC_018521.1|gene1127|BN148_1157|dnaX
BN148_1158c	operon_0262	NC_018521.1|gene1128|BN148_1158c
BN148_1159c	operon_0262	NC_018521.1|gene1129|BN148_1159c
BN148_1160c	operon_0262	NC_018521.1|gene1130|BN148_1160c
BN148_1161c	operon_0262	NC_018521.1|gene1131|BN148_1161c
BN148_1162c	operon_0262	NC_018521.1|gene1132|BN148_1162c
BN148_1163c	operon_0262	NC_018521.1|gene1133|BN148_1163c
BN148_1164c	operon_0262	NC_018521.1|gene1134|BN148_1164c
BN148_1165c	operon_0262	NC_018521.1|gene1135|BN148_1165c
BN148_1166c	operon_0262	NC_018521.1|gene1136|BN148_1166c
BN148_1167	operon_0263	NC_018521.1|gene1137|BN148_1167|ldh
BN148_1168c	operon_0264	NC_018521.1|gene1138|BN148_1168c
BN148_1169c	operon_0264	NC_018521.1|gene1139|BN148_1169c
BN148_1170c	operon_0264	NC_018521.1|gene1140|BN148_1170c|omp50
BN148_1171c	operon_0264	NC_018521.1|gene1141|BN148_1171c|ppi
BN148_1172c	operon_0264	NC_018521.1|gene1142|BN148_1172c
BN148_1173	operon_0265	NC_018521.1|gene1143|BN148_1173
BN148_1174	operon_0265	NC_018521.1|gene1144|BN148_1174
BN148_1175c	operon_0266	NC_018521.1|gene1145|BN148_1175c|argS
BN148_1176c	operon_0266	NC_018521.1|gene1146|BN148_1176c|tatA
BN148_1177c	operon_0266	NC_018521.1|gene1147|BN148_1177c|gmk
BN148_1178c	operon_0266	NC_018521.1|gene1148|BN148_1178c
BN148_1179c	operon_0266	NC_018521.1|gene1149|BN148_1179c|fliR
BN148_1180c	operon_0266	NC_018521.1|gene1150|BN148_1180c
BN148_1181c	operon_0266	NC_018521.1|gene1151|BN148_1181c|tsf
BN148_1182c	operon_0266	NC_018521.1|gene1152|BN148_1182c|rpsB
BN148_1183c	operon_0266	NC_018521.1|gene1153|BN148_1183c|cfa
BN148_1184c	operon_0266	NC_018521.1|gene1154|BN148_1184c|petC
BN148_1185c	operon_0266	NC_018521.1|gene1155|BN148_1185c|petB
BN148_1186c	operon_0266	NC_018521.1|gene1156|BN148_1186c|petA
BN148_1187c	operon_0266	NC_018521.1|gene1157|BN148_1187c|arsB
BN148_1188c	operon_0266	NC_018521.1|gene1158|BN148_1188c|gidA
BN148_1189c	operon_0266	NC_018521.1|gene1159|BN148_1189c|cetB
BN148_1190c	operon_0266	NC_018521.1|gene1160|BN148_1190c|cetA
BN148_1191c	operon_0266	NC_018521.1|gene1161|BN148_1191c
BN148_1192	operon_0267	NC_018521.1|gene1162|BN148_1192|dctA
BN148_1193c	operon_0268	NC_018521.1|gene1163|BN148_1193c
BN148_1194	operon_0269	NC_018521.1|gene1164|BN148_1194
BN148_1195c	operon_0270	NC_018521.1|gene1165|BN148_1195c|pyrC2
BN148_1196c	operon_0270	NC_018521.1|gene1166|BN148_1196c|gpsA
BN148_1197c	operon_0270	NC_018521.1|gene1167|BN148_1197c|gatB
BN148_1198	operon_0271	NC_018521.1|gene1168|BN148_1198
BN148_1199	operon_0271	NC_018521.1|gene1169|BN148_1199
BN148_1200	operon_0271	NC_018521.1|gene1170|BN148_1200
BN148_1201	operon_0271	NC_018521.1|gene1171|BN148_1201|metE
BN148_1202	operon_0271	NC_018521.1|gene1172|BN148_1202|metF
BN148_1203c	operon_0272	NC_018521.1|gene1173|BN148_1203c
BN148_1204c	operon_0272	NC_018521.1|gene1174|BN148_1204c|atpB
BN148_1205c	operon_0272	NC_018521.1|gene1175|BN148_1205c|radA
BN148_1206c	operon_0272	NC_018521.1|gene1176|BN148_1206c|ftsY
BN148_1207c	operon_0272	NC_018521.1|gene1177|BN148_1207c
BN148_1208	operon_0273	NC_018521.1|gene1178|BN148_1208
BN148_1209	operon_0273	NC_018521.1|gene1179|BN148_1209
BN148_1210	operon_0273	NC_018521.1|gene1180|BN148_1210
BN148_1211	operon_0273	NC_018521.1|gene1181|BN148_1211
BN148_1212c	operon_0274	NC_018521.1|gene1182|BN148_1212c|rbn
BN148_1213c	operon_0274	NC_018521.1|gene1183|BN148_1213c|glcD
BN148_1214c	operon_0274	NC_018521.1|gene1184|BN148_1214c
BN148_1215	operon_0275	NC_018521.1|gene1185|BN148_1215
BN148_1216c	operon_0276	NC_018521.1|gene1186|BN148_1216c
BN148_1217c	operon_0276	NC_018521.1|gene1187|BN148_1217c
BN148_1218c	operon_0276	NC_018521.1|gene1188|BN148_1218c|ribA
BN148_1219c	operon_0276	NC_018521.1|gene1189|BN148_1219c
BN148_1220	operon_0277	NC_018521.1|gene1190|BN148_1220|groES
BN148_1221	operon_0277	NC_018521.1|gene1191|BN148_1221|groEL
BN148_1222c	operon_0278	NC_018521.1|gene1192|BN148_1222c|dccS
BN148_1223c	operon_0278	NC_018521.1|gene1193|BN148_1223c|dccR
BN148_1224	operon_0279	NC_018521.1|gene1194|BN148_1224
BN148_1225	operon_0279	NC_018521.1|gene1195|BN148_1225
BN148_p22	operon_0280	NC_018521.1|gene1196|BN148_p22|tRNAAsn
BN148_1226c	operon_0281	NC_018521.1|gene1197|BN148_1226c
BN148_1227c	operon_0281	NC_018521.1|gene1198|BN148_1227c
BN148_1228c	operon_0281	NC_018521.1|gene1199|BN148_1228c|htrA
BN148_1229	operon_0282	NC_018521.1|gene1200|BN148_1229|cbpA
BN148_1230	operon_0282	NC_018521.1|gene1201|BN148_1230|hspR
BN148_1231	operon_0282	NC_018521.1|gene1202|BN148_1231|kefB
BN148_1232	operon_0282	NC_018521.1|gene1203|BN148_1232
BN148_1233	operon_0282	NC_018521.1|gene1204|BN148_1233
BN148_1234	operon_0282	NC_018521.1|gene1205|BN148_1234|glyS
BN148_1235	operon_0282	NC_018521.1|gene1206|BN148_1235
BN148_1236	operon_0282	NC_018521.1|gene1207|BN148_1236
BN148_1237c	operon_0283	NC_018521.1|gene1208|BN148_1237c
BN148_1238	operon_0284	NC_018521.1|gene1209|BN148_1238|pdxJ
BN148_1239	operon_0284	NC_018521.1|gene1210|BN148_1239|pdxA
BN148_1240c	operon_0285	NC_018521.1|gene1211|BN148_1240c
BN148_1241	operon_0286	NC_018521.1|gene1212|BN148_1241
BN148_1242	operon_0286	NC_018521.1|gene1213|BN148_1242
BN148_1243	operon_0286	NC_018521.1|gene1214|BN148_1243|hemE
BN148_1244	operon_0286	NC_018521.1|gene1215|BN148_1244
BN148_1245c	operon_0287	NC_018521.1|gene1216|BN148_1245c
BN148_1246c	operon_0287	NC_018521.1|gene1217|BN148_1246c|uvrC
BN148_1247c	operon_0287	NC_018521.1|gene1218|BN148_1247c
BN148_1248	operon_0288	NC_018521.1|gene1219|BN148_1248|guaA
BN148_1249	operon_0288	NC_018521.1|gene1220|BN148_1249
BN148_1250	operon_0288	NC_018521.1|gene1221|BN148_1250|purD
BN148_1251	operon_0288	NC_018521.1|gene1222|BN148_1251
BN148_1252	operon_0288	NC_018521.1|gene1223|BN148_1252
BN148_1253	operon_0288	NC_018521.1|gene1224|BN148_1253|pnp
BN148_1254	operon_0288	NC_018521.1|gene1225|BN148_1254
BN148_1255	operon_0288	NC_018521.1|gene1226|BN148_1255
BN148_1256c	operon_0289	NC_018521.1|gene1227|BN148_1256c
BN148_1257c	operon_0289	NC_018521.1|gene1228|BN148_1257c
BN148_1258	operon_0290	NC_018521.1|gene1229|BN148_1258
BN148_1259	operon_0291	NC_018521.1|gene1230|BN148_1259|porA
BN148_1260c	operon_0292	NC_018521.1|gene1231|BN148_1260c|dnaJ
BN148_1261	operon_0293	NC_018521.1|gene1232|BN148_1261|racR
BN148_1262	operon_0293	NC_018521.1|gene1233|BN148_1262|racS
BN148_1263	operon_0293	NC_018521.1|gene1234|BN148_1263|recR
BN148_1264c	operon_0294	NC_018521.1|gene1235|BN148_1264c|hydD
BN148_1265c	operon_0294	NC_018521.1|gene1236|BN148_1265c|hydC
BN148_1266c	operon_0294	NC_018521.1|gene1237|BN148_1266c|hydB
BN148_1267c	operon_0294	NC_018521.1|gene1238|BN148_1267c|hydA
BN148_1268c	operon_0294	NC_018521.1|gene1239|BN148_1268c|mnmC
BN148_1269c	operon_0294	NC_018521.1|gene1240|BN148_1269c|amiA
BN148_1270c	operon_0294	NC_018521.1|gene1241|BN148_1270c
BN148_1271c	operon_0294	NC_018521.1|gene1242|BN148_1271c|tyrS
BN148_1272c	operon_0294	NC_018521.1|gene1243|BN148_1272c|spoT
BN148_1273c	operon_0294	NC_018521.1|gene1244|BN148_1273c|rpoZ
BN148_1274c	operon_0294	NC_018521.1|gene1245|BN148_1274c|pyrH
BN148_1275c	operon_0294	NC_018521.1|gene1246|BN148_1275c
BN148_1276c	operon_0294	NC_018521.1|gene1247|BN148_1276c
BN148_1277c	operon_0294	NC_018521.1|gene1248|BN148_1277c
BN148_1278c	operon_0294	NC_018521.1|gene1249|BN148_1278c|trmB
BN148_1279c	operon_0294	NC_018521.1|gene1250|BN148_1279c
BN148_1280c	operon_0294	NC_018521.1|gene1251|BN148_1280c
BN148_1282	operon_0295	NC_018521.1|gene1252|BN148_1282|mrdB
BN148_p23	operon_0295	NC_018521.1|gene1253|BN148_p23|tRNAMet
BN148_p24	operon_0296	NC_018521.1|gene1254|BN148_p24|tRNAPhe
BN148_1283	operon_0297	NC_018521.1|gene1255|BN148_1283|ktrB
BN148_1284	operon_0297	NC_018521.1|gene1256|BN148_1284|ktrA
BN148_1285c	operon_0298	NC_018521.1|gene1257|BN148_1285c
BN148_1286c	operon_0298	NC_018521.1|gene1258|BN148_1286c|upp
BN148_1287c	operon_0298	NC_018521.1|gene1259|BN148_1287c
BN148_1288c	operon_0298	NC_018521.1|gene1260|BN148_1288c|gltX
BN148_1289	operon_0299	NC_018521.1|gene1261|BN148_1289
BN148_1290c	operon_0300	NC_018521.1|gene1262|BN148_1290c|accC
BN148_1291c	operon_0300	NC_018521.1|gene1263|BN148_1291c|accB
BN148_1292	operon_0301	NC_018521.1|gene1264|BN148_1292|dcd
BN148_1293	operon_0301	NC_018521.1|gene1265|BN148_1293|pseB
BN148_1294	operon_0301	NC_018521.1|gene1266|BN148_1294|pseC
BN148_1295	operon_0301	NC_018521.1|gene1267|BN148_1295
BN148_1296	operon_0301	NC_018521.1|gene1268|BN148_1296
BN148_1297	operon_0301	NC_018521.1|gene1269|BN148_1297
BN148_1298	operon_0301	NC_018521.1|gene1270|BN148_1298
BN148_1299	operon_0301	NC_018521.1|gene1271|BN148_1299|acpP2
BN148_1300	operon_0301	NC_018521.1|gene1272|BN148_1300
BN148_1301	operon_0301	NC_018521.1|gene1273|BN148_1301
BN148_1302	operon_0301	NC_018521.1|gene1274|BN148_1302
BN148_1303	operon_0301	NC_018521.1|gene1275|BN148_1303|fabH2
BN148_1304	operon_0301	NC_018521.1|gene1276|BN148_1304|acpP3
BN148_1305c	operon_0302	NC_018521.1|gene1277|BN148_1305c
BN148_1306c	operon_0302	NC_018521.1|gene1278|BN148_1306c
BN148_1307	operon_0303	NC_018521.1|gene1279|BN148_1307
BN148_1308	operon_0303	NC_018521.1|gene1280|BN148_1308
BN148_1309c	operon_0304	NC_018521.1|gene1281|BN148_1309c
BN148_1310c	operon_0304	NC_018521.1|gene1282|BN148_1310c
BN148_1311	operon_0305	NC_018521.1|gene1283|BN148_1311|pseF
BN148_1312	operon_0305	NC_018521.1|gene1284|BN148_1312|pseG
BN148_1313	operon_0305	NC_018521.1|gene1285|BN148_1313|pseH
BN148_1314c	operon_0306	NC_018521.1|gene1286|BN148_1314c|hisF
BN148_1315c	operon_0306	NC_018521.1|gene1287|BN148_1315c|hisH
BN148_1316c	operon_0306	NC_018521.1|gene1288|BN148_1316c|pseA
BN148_1317	operon_0307	NC_018521.1|gene1289|BN148_1317|pseI
BN148_1318	operon_0307	NC_018521.1|gene1290|BN148_1318|maf1
BN148_1319	operon_0307	NC_018521.1|gene1291|BN148_1319
BN148_1320	operon_0307	NC_018521.1|gene1292|BN148_1320
BN148_1321	operon_0307	NC_018521.1|gene1293|BN148_1321
BN148_1322	operon_0307	NC_018521.1|gene1294|BN148_1322
BN148_1323	operon_0307	NC_018521.1|gene1295|BN148_1323
BN148_1324	operon_0307	NC_018521.1|gene1296|BN148_1324
BN148_1325	operon_0307	NC_018521.1|gene1297|BN148_1325
BN148_1327	operon_0307	NC_018521.1|gene1298|BN148_1327|neuB2
BN148_1328	operon_0307	NC_018521.1|gene1299|BN148_1328|neuC2
BN148_1329	operon_0307	NC_018521.1|gene1300|BN148_1329
BN148_1330	operon_0307	NC_018521.1|gene1301|BN148_1330
BN148_1331	operon_0307	NC_018521.1|gene1302|BN148_1331|ptmB
BN148_1332	operon_0307	NC_018521.1|gene1303|BN148_1332|ptmA
BN148_1333	operon_0307	NC_018521.1|gene1304|BN148_1333|pseD
BN148_1334	operon_0307	NC_018521.1|gene1305|BN148_1334|maf3
BN148_1335	operon_0307	NC_018521.1|gene1306|BN148_1335|maf4
BN148_1337	operon_0307	NC_018521.1|gene1307|BN148_1337|pseE
BN148_1338c	operon_0308	NC_018521.1|gene1308|BN148_1338c|flaB
BN148_1339c	operon_0308	NC_018521.1|gene1309|BN148_1339c|flaA
BN148_1340c	operon_0308	NC_018521.1|gene1310|BN148_1340c
BN148_1341c	operon_0308	NC_018521.1|gene1311|BN148_1341c|maf6
BN148_1342c	operon_0308	NC_018521.1|gene1312|BN148_1342c|maf7
BN148_1343c	operon_0308	NC_018521.1|gene1313|BN148_1343c
BN148_1344c	operon_0308	NC_018521.1|gene1314|BN148_1344c
BN148_1345c	operon_0308	NC_018521.1|gene1315|BN148_1345c
BN148_1346c	operon_0308	NC_018521.1|gene1316|BN148_1346c|dxr
BN148_1347c	operon_0308	NC_018521.1|gene1317|BN148_1347c|cdsA
BN148_1348c	operon_0308	NC_018521.1|gene1318|BN148_1348c
BN148_1349c	operon_0308	NC_018521.1|gene1319|BN148_1349c
BN148_1350	operon_0309	NC_018521.1|gene1320|BN148_1350|mobA
BN148_1351	operon_0309	NC_018521.1|gene1321|BN148_1351|pldA
BN148_1352	operon_0309	NC_018521.1|gene1322|BN148_1352|ceuB
BN148_1353	operon_0309	NC_018521.1|gene1323|BN148_1353|ceuC
BN148_1354	operon_0309	NC_018521.1|gene1324|BN148_1354|ceuD
BN148_1355	operon_0309	NC_018521.1|gene1325|BN148_1355|ceuE
BN148_p25	operon_0310	NC_018521.1|gene1326|BN148_p25|tRNASer
BN148_1356c	operon_0311	NC_018521.1|gene1327|BN148_1356c
BN148_1357c	operon_0311	NC_018521.1|gene1328|BN148_1357c|nrfA
BN148_1358c	operon_0311	NC_018521.1|gene1329|BN148_1358c|nrfH
BN148_1359	operon_0312	NC_018521.1|gene1330|BN148_1359|ppk
BN148_s01	operon_0313	NC_018521.1|gene1331|BN148_s01|10Sa RNA
BN148_1361c	operon_0313	NC_018521.1|gene1332|BN148_1361c
BN148_1362	operon_0314	NC_018521.1|gene1333|BN148_1362|ruvB
BN148_1363	operon_0314	NC_018521.1|gene1334|BN148_1363|amaA
BN148_1364c	operon_0315	NC_018521.1|gene1335|BN148_1364c|fumC
BN148_1365c	operon_0315	NC_018521.1|gene1336|BN148_1365c
BN148_1366c	operon_0315	NC_018521.1|gene1337|BN148_1366c|glmS
BN148_1367c	operon_0315	NC_018521.1|gene1338|BN148_1367c
BN148_1368	operon_0316	NC_018521.1|gene1339|BN148_1368
BN148_1369	operon_0316	NC_018521.1|gene1340|BN148_1369
BN148_1370	operon_0316	NC_018521.1|gene1341|BN148_1370
BN148_1371	operon_0316	NC_018521.1|gene1342|BN148_1371
BN148_1372	operon_0316	NC_018521.1|gene1343|BN148_1372
BN148_1373	operon_0316	NC_018521.1|gene1344|BN148_1373
BN148_1374c	operon_0317	NC_018521.1|gene1345|BN148_1374c
BN148_1375	operon_0318	NC_018521.1|gene1346|BN148_1375
BN148_1376	operon_0318	NC_018521.1|gene1347|BN148_1376
BN148_1377c	operon_0319	NC_018521.1|gene1348|BN148_1377c
BN148_1378	operon_0320	NC_018521.1|gene1349|BN148_1378|selA
BN148_1379	operon_0320	NC_018521.1|gene1350|BN148_1379|selB
BN148_1380	operon_0320	NC_018521.1|gene1351|BN148_1380
BN148_1381	operon_0320	NC_018521.1|gene1352|BN148_1381
BN148_1382c	operon_0321	NC_018521.1|gene1353|BN148_1382c|fldA
BN148_1383c	operon_0321	NC_018521.1|gene1354|BN148_1383c
BN148_1384c	operon_0321	NC_018521.1|gene1355|BN148_1384c
BN148_1385	operon_0322	NC_018521.1|gene1356|BN148_1385|katA
BN148_1386	operon_0322	NC_018521.1|gene1357|BN148_1386
BN148_1387c	operon_0323	NC_018521.1|gene1358|BN148_1387c
BN148_1388	operon_0324	NC_018521.1|gene1359|BN148_1388
BN148_1389	operon_0324	NC_018521.1|gene1360|BN148_1389
BN148_1392	operon_0324	NC_018521.1|gene1361|BN148_1392|metC%27
BN148_1393	operon_0324	NC_018521.1|gene1362|BN148_1393|metC%27
BN148_1394	operon_0324	NC_018521.1|gene1363|BN148_1394
BN148_1395	operon_0324	NC_018521.1|gene1364|BN148_1395
BN148_1397	operon_0324	NC_018521.1|gene1365|BN148_1397
BN148_1398	operon_0324	NC_018521.1|gene1366|BN148_1398|feoB
BN148_1399c	operon_0325	NC_018521.1|gene1367|BN148_1399c|hydA2
BN148_1400c	operon_0325	NC_018521.1|gene1368|BN148_1400c|fabI
BN148_1401c	operon_0325	NC_018521.1|gene1369|BN148_1401c|tpiA
BN148_1402c	operon_0325	NC_018521.1|gene1370|BN148_1402c|pgk
BN148_1403c	operon_0325	NC_018521.1|gene1371|BN148_1403c|gapA
BN148_1404	operon_0326	NC_018521.1|gene1372|BN148_1404|nadD
BN148_1405	operon_0326	NC_018521.1|gene1373|BN148_1405
BN148_1406c	operon_0327	NC_018521.1|gene1374|BN148_1406c
BN148_1407c	operon_0327	NC_018521.1|gene1375|BN148_1407c
BN148_1408	operon_0328	NC_018521.1|gene1376|BN148_1408|fliL
BN148_1409	operon_0328	NC_018521.1|gene1377|BN148_1409|acpS
BN148_1410c	operon_0329	NC_018521.1|gene1378|BN148_1410c
BN148_1411c	operon_0329	NC_018521.1|gene1379|BN148_1411c
BN148_1412c	operon_0329	NC_018521.1|gene1380|BN148_1412c
BN148_1413c	operon_0329	NC_018521.1|gene1381|BN148_1413c|kpsS
BN148_1414c	operon_0329	NC_018521.1|gene1382|BN148_1414c|kpsC
BN148_1415c	operon_0329	NC_018521.1|gene1383|BN148_1415c|cysC
BN148_1416c	operon_0329	NC_018521.1|gene1384|BN148_1416c
BN148_1417c	operon_0329	NC_018521.1|gene1385|BN148_1417c
BN148_1418c	operon_0329	NC_018521.1|gene1386|BN148_1418c
BN148_1419c	operon_0329	NC_018521.1|gene1387|BN148_1419c
BN148_1420c	operon_0329	NC_018521.1|gene1388|BN148_1420c
BN148_1421c	operon_0329	NC_018521.1|gene1389|BN148_1421c
BN148_1422c	operon_0329	NC_018521.1|gene1390|BN148_1422c
BN148_1423c	operon_0329	NC_018521.1|gene1391|BN148_1423c|hddC
BN148_1424c	operon_0329	NC_018521.1|gene1392|BN148_1424c|gmhA2
BN148_1425c	operon_0329	NC_018521.1|gene1393|BN148_1425c|hddA
BN148_1426c	operon_0329	NC_018521.1|gene1394|BN148_1426c
BN148_1427c	operon_0329	NC_018521.1|gene1395|BN148_1427c
BN148_1428c	operon_0329	NC_018521.1|gene1396|BN148_1428c|fcl
BN148_1429c	operon_0329	NC_018521.1|gene1397|BN148_1429c
BN148_1430c	operon_0329	NC_018521.1|gene1398|BN148_1430c|rfbC
BN148_1431c	operon_0329	NC_018521.1|gene1399|BN148_1431c|hddC
BN148_1432c	operon_0329	NC_018521.1|gene1400|BN148_1432c
BN148_1433c	operon_0329	NC_018521.1|gene1401|BN148_1433c
BN148_1434c	operon_0329	NC_018521.1|gene1402|BN148_1434c
BN148_1435c	operon_0329	NC_018521.1|gene1403|BN148_1435c
BN148_1436c	operon_0329	NC_018521.1|gene1404|BN148_1436c
BN148_1437c	operon_0329	NC_018521.1|gene1405|BN148_1437c
BN148_1438c	operon_0329	NC_018521.1|gene1406|BN148_1438c
BN148_1439c	operon_0329	NC_018521.1|gene1407|BN148_1439c|glf
BN148_1440c	operon_0329	NC_018521.1|gene1408|BN148_1440c
BN148_1441c	operon_0329	NC_018521.1|gene1409|BN148_1441c|kfiD
BN148_1442c	operon_0329	NC_018521.1|gene1410|BN148_1442c
BN148_1443c	operon_0329	NC_018521.1|gene1411|BN148_1443c|kpsF
BN148_1444c	operon_0329	NC_018521.1|gene1412|BN148_1444c|kpsD
BN148_1445c	operon_0329	NC_018521.1|gene1413|BN148_1445c|kpsE
BN148_1447c	operon_0329	NC_018521.1|gene1414|BN148_1447c|kpsT
BN148_1448c	operon_0329	NC_018521.1|gene1415|BN148_1448c|kpsM
BN148_1449c	operon_0329	NC_018521.1|gene1416|BN148_1449c
BN148_1450	operon_0330	NC_018521.1|gene1417|BN148_1450
BN148_1451	operon_0330	NC_018521.1|gene1418|BN148_1451|dut
BN148_1452	operon_0330	NC_018521.1|gene1419|BN148_1452
BN148_1453c	operon_0331	NC_018521.1|gene1420|BN148_1453c|tilS
BN148_1454c	operon_0331	NC_018521.1|gene1421|BN148_1454c
BN148_1455	operon_0332	NC_018521.1|gene1422|BN148_1455|prfB
BN148_1456c	operon_0333	NC_018521.1|gene1423|BN148_1456c
BN148_1457c	operon_0333	NC_018521.1|gene1424|BN148_1457c|truD
BN148_1458c	operon_0333	NC_018521.1|gene1425|BN148_1458c|thiL
BN148_1459	operon_0334	NC_018521.1|gene1426|BN148_1459
BN148_1460	operon_0334	NC_018521.1|gene1427|BN148_1460
BN148_1461	operon_0334	NC_018521.1|gene1428|BN148_1461
BN148_1462	operon_0334	NC_018521.1|gene1429|BN148_1462|flgI
BN148_1463	operon_0334	NC_018521.1|gene1430|BN148_1463|flgJ
BN148_1464	operon_0334	NC_018521.1|gene1431|BN148_1464|flgM
BN148_1465	operon_0334	NC_018521.1|gene1432|BN148_1465
BN148_1466	operon_0334	NC_018521.1|gene1433|BN148_1466|flgK
BN148_1467	operon_0334	NC_018521.1|gene1434|BN148_1467
BN148_1468	operon_0334	NC_018521.1|gene1435|BN148_1468
BN148_1470c	operon_0335	NC_018521.1|gene1436|BN148_1470c
BN148_1471c	operon_0335	NC_018521.1|gene1437|BN148_1471c|ctsE
BN148_1472c	operon_0335	NC_018521.1|gene1438|BN148_1472c
BN148_1473c	operon_0335	NC_018521.1|gene1439|BN148_1473c|ctsP
BN148_1474c	operon_0335	NC_018521.1|gene1440|BN148_1474c|ctsD
BN148_1475c	operon_0335	NC_018521.1|gene1441|BN148_1475c|ctsR
BN148_1476c	operon_0335	NC_018521.1|gene1442|BN148_1476c
BN148_1477c	operon_0335	NC_018521.1|gene1443|BN148_1477c
BN148_1478c	operon_0335	NC_018521.1|gene1444|BN148_1478c|cadF
BN148_1479c	operon_0335	NC_018521.1|gene1445|BN148_1479c|rpsI
BN148_1480c	operon_0335	NC_018521.1|gene1446|BN148_1480c|rplM
BN148_1481c	operon_0336	NC_018521.1|gene1447|BN148_1481c
BN148_1482c	operon_0336	NC_018521.1|gene1448|BN148_1482c
BN148_1483c	operon_0336	NC_018521.1|gene1449|BN148_1483c
BN148_1484c	operon_0336	NC_018521.1|gene1450|BN148_1484c
BN148_1485c	operon_0336	NC_018521.1|gene1451|BN148_1485c
BN148_1486c	operon_0336	NC_018521.1|gene1452|BN148_1486c
BN148_1487c	operon_0336	NC_018521.1|gene1453|BN148_1487c|ccoP
BN148_1488c	operon_0336	NC_018521.1|gene1454|BN148_1488c|ccoQ
BN148_1489c	operon_0336	NC_018521.1|gene1455|BN148_1489c|ccoO
BN148_1490c	operon_0336	NC_018521.1|gene1456|BN148_1490c|ccoN
BN148_1491c	operon_0336	NC_018521.1|gene1457|BN148_1491c
BN148_1492c	operon_0336	NC_018521.1|gene1458|BN148_1492c
BN148_1493c	operon_0336	NC_018521.1|gene1459|BN148_1493c
BN148_1494c	operon_0336	NC_018521.1|gene1460|BN148_1494c|carA
BN148_1495c	operon_0336	NC_018521.1|gene1461|BN148_1495c
BN148_1496c	operon_0336	NC_018521.1|gene1462|BN148_1496c
BN148_1497c	operon_0336	NC_018521.1|gene1463|BN148_1497c
BN148_1498c	operon_0336	NC_018521.1|gene1464|BN148_1498c|purA
BN148_p26	operon_0336	NC_018521.1|gene1465|BN148_p26|tRNASeC
BN148_1500	operon_0337	NC_018521.1|gene1466|BN148_1500
BN148_1501	operon_0337	NC_018521.1|gene1467|BN148_1501
BN148_1502c	operon_0338	NC_018521.1|gene1468|BN148_1502c|putP
BN148_1503c	operon_0338	NC_018521.1|gene1469|BN148_1503c|putA
BN148_1504c	operon_0338	NC_018521.1|gene1470|BN148_1504c|selD
BN148_1505c	operon_0338	NC_018521.1|gene1471|BN148_1505c
BN148_1506c	operon_0338	NC_018521.1|gene1472|BN148_1506c
BN148_1507c	operon_0338	NC_018521.1|gene1473|BN148_1507c
BN148_1508c	operon_0338	NC_018521.1|gene1474|BN148_1508c|fdhD
BN148_1509c	operon_0338	NC_018521.1|gene1475|BN148_1509c|fdhC
BN148_1510c	operon_0338	NC_018521.1|gene1476|BN148_1510c|fdhB
BN148_1511c	operon_0338	NC_018521.1|gene1477|BN148_1511c|fdhA
BN148_1513c	operon_0338	NC_018521.1|gene1478|BN148_1513c
BN148_1514c	operon_0338	NC_018521.1|gene1479|BN148_1514c
BN148_1515c	operon_0338	NC_018521.1|gene1480|BN148_1515c
BN148_1516	operon_0339	NC_018521.1|gene1481|BN148_1516
BN148_1517	operon_0339	NC_018521.1|gene1482|BN148_1517|moaD
BN148_1518	operon_0339	NC_018521.1|gene1483|BN148_1518|moaE
BN148_1519	operon_0339	NC_018521.1|gene1484|BN148_1519|moeA2
BN148_1521c	operon_0340	NC_018521.1|gene1485|BN148_1521c
BN148_1522c	operon_0340	NC_018521.1|gene1486|BN148_1522c
BN148_1523c	operon_0340	NC_018521.1|gene1487|BN148_1523c
BN148_1528	operon_0341	NC_018521.1|gene1488|BN148_1528
BN148_1529c	operon_0342	NC_018521.1|gene1489|BN148_1529c|purM
BN148_1530	operon_0343	NC_018521.1|gene1490|BN148_1530|coaE
BN148_1531	operon_0343	NC_018521.1|gene1491|BN148_1531|dapF
BN148_1532	operon_0343	NC_018521.1|gene1492|BN148_1532
BN148_1533c	operon_0344	NC_018521.1|gene1493|BN148_1533c
BN148_1534c	operon_0344	NC_018521.1|gene1494|BN148_1534c
BN148_1535c	operon_0344	NC_018521.1|gene1495|BN148_1535c|pgi
BN148_1536c	operon_0344	NC_018521.1|gene1496|BN148_1536c|galU
BN148_1537c	operon_0344	NC_018521.1|gene1497|BN148_1537c|acs
BN148_1538c	operon_0344	NC_018521.1|gene1498|BN148_1538c
BN148_1539c	operon_0344	NC_018521.1|gene1499|BN148_1539c
BN148_1540	operon_0345	NC_018521.1|gene1500|BN148_1540
BN148_1541	operon_0345	NC_018521.1|gene1501|BN148_1541
BN148_1542	operon_0345	NC_018521.1|gene1502|BN148_1542
BN148_1543	operon_0345	NC_018521.1|gene1503|BN148_1543
BN148_1544c	operon_0346	NC_018521.1|gene1504|BN148_1544c
BN148_1545c	operon_0346	NC_018521.1|gene1505|BN148_1545c
BN148_1546	operon_0347	NC_018521.1|gene1506|BN148_1546
BN148_1547	operon_0347	NC_018521.1|gene1507|BN148_1547
BN148_1548c	operon_0348	NC_018521.1|gene1508|BN148_1548c
BN148_1549c	operon_0348	NC_018521.1|gene1509|BN148_1549c|hsdR
BN148_1550c	operon_0348	NC_018521.1|gene1510|BN148_1550c|rloH
BN148_1551c	operon_0348	NC_018521.1|gene1511|BN148_1551c|hsdS
BN148_1552c	operon_0348	NC_018521.1|gene1512|BN148_1552c|mloB
BN148_1553c	operon_0348	NC_018521.1|gene1513|BN148_1553c|hsdM
BN148_1555c	operon_0349	NC_018521.1|gene1514|BN148_1555c
BN148_1556	operon_0350	NC_018521.1|gene1515|BN148_1556
BN148_1558	operon_0351	NC_018521.1|gene1516|BN148_1558
BN148_1560	operon_0351	NC_018521.1|gene1517|BN148_1560
BN148_1561	operon_0351	NC_018521.1|gene1518|BN148_1561
BN148_1562	operon_0351	NC_018521.1|gene1519|BN148_1562
BN148_1563c	operon_0352	NC_018521.1|gene1520|BN148_1563c
BN148_1564	operon_0353	NC_018521.1|gene1521|BN148_1564
BN148_1565c	operon_0354	NC_018521.1|gene1522|BN148_1565c|pflA
BN148_1566c	operon_0354	NC_018521.1|gene1523|BN148_1566c|nuoN
BN148_1567c	operon_0354	NC_018521.1|gene1524|BN148_1567c|nuoM
BN148_1568c	operon_0354	NC_018521.1|gene1525|BN148_1568c|nuoL
BN148_1569c	operon_0354	NC_018521.1|gene1526|BN148_1569c|nuoK
BN148_1570c	operon_0354	NC_018521.1|gene1527|BN148_1570c|nuoJ
BN148_1571c	operon_0354	NC_018521.1|gene1528|BN148_1571c|nuoI
BN148_1572c	operon_0354	NC_018521.1|gene1529|BN148_1572c|nuoH
BN148_1573c	operon_0354	NC_018521.1|gene1530|BN148_1573c|nuoG
BN148_1574c	operon_0354	NC_018521.1|gene1531|BN148_1574c
BN148_1575c	operon_0354	NC_018521.1|gene1532|BN148_1575c
BN148_1576c	operon_0354	NC_018521.1|gene1533|BN148_1576c|nuoD
BN148_1577c	operon_0354	NC_018521.1|gene1534|BN148_1577c|nuoC
BN148_1578c	operon_0354	NC_018521.1|gene1535|BN148_1578c|nuoB
BN148_1579c	operon_0354	NC_018521.1|gene1536|BN148_1579c|nuoA
BN148_1580c	operon_0354	NC_018521.1|gene1537|BN148_1580c
BN148_1581c	operon_0354	NC_018521.1|gene1538|BN148_1581c
BN148_1582c	operon_0354	NC_018521.1|gene1539|BN148_1582c
BN148_1583c	operon_0354	NC_018521.1|gene1540|BN148_1583c
BN148_1584c	operon_0354	NC_018521.1|gene1541|BN148_1584c
BN148_1585c	operon_0354	NC_018521.1|gene1542|BN148_1585c
BN148_1586	operon_0355	NC_018521.1|gene1543|BN148_1586|cgb
BN148_1587c	operon_0356	NC_018521.1|gene1544|BN148_1587c
BN148_1588c	operon_0356	NC_018521.1|gene1545|BN148_1588c
BN148_1589	operon_0357	NC_018521.1|gene1546|BN148_1589
BN148_1590	operon_0357	NC_018521.1|gene1547|BN148_1590|infA
BN148_1591	operon_0357	NC_018521.1|gene1548|BN148_1591|rpmJ
BN148_1592	operon_0357	NC_018521.1|gene1549|BN148_1592|rpsM
BN148_1593	operon_0357	NC_018521.1|gene1550|BN148_1593|rpsK
BN148_1594	operon_0357	NC_018521.1|gene1551|BN148_1594|rpsD
BN148_1595	operon_0357	NC_018521.1|gene1552|BN148_1595|rpoA
BN148_1596	operon_0357	NC_018521.1|gene1553|BN148_1596|rplQ
BN148_1597	operon_0357	NC_018521.1|gene1554|BN148_1597|hisG
BN148_1598	operon_0357	NC_018521.1|gene1555|BN148_1598|hisD
BN148_1599	operon_0357	NC_018521.1|gene1556|BN148_1599|hisB
BN148_1600	operon_0357	NC_018521.1|gene1557|BN148_1600|hisH
BN148_1601	operon_0357	NC_018521.1|gene1558|BN148_1601|hisA
BN148_1602	operon_0357	NC_018521.1|gene1559|BN148_1602
BN148_1603	operon_0357	NC_018521.1|gene1560|BN148_1603|hisF
BN148_1604	operon_0357	NC_018521.1|gene1561|BN148_1604|hisI
BN148_1605c	operon_0358	NC_018521.1|gene1562|BN148_1605c|dapD
BN148_1606c	operon_0358	NC_018521.1|gene1563|BN148_1606c|mrp
BN148_1607	operon_0359	NC_018521.1|gene1564|BN148_1607|ispDF
BN148_1608	operon_0359	NC_018521.1|gene1565|BN148_1608
BN148_1609	operon_0359	NC_018521.1|gene1566|BN148_1609
BN148_1610	operon_0359	NC_018521.1|gene1567|BN148_1610|pgpA
BN148_1611	operon_0359	NC_018521.1|gene1568|BN148_1611|rpsT
BN148_1612	operon_0359	NC_018521.1|gene1569|BN148_1612|prfA
BN148_1613c	operon_0360	NC_018521.1|gene1570|BN148_1613c
BN148_1614	operon_0361	NC_018521.1|gene1571|BN148_1614|chuA
BN148_1615	operon_0361	NC_018521.1|gene1572|BN148_1615|chuB
BN148_1616	operon_0361	NC_018521.1|gene1573|BN148_1616|chuC
BN148_1617	operon_0361	NC_018521.1|gene1574|BN148_1617|chuD
BN148_1618c	operon_0362	NC_018521.1|gene1575|BN148_1618c
BN148_1619	operon_0363	NC_018521.1|gene1576|BN148_1619|kgtP
BN148_1620c	operon_0364	NC_018521.1|gene1577|BN148_1620c|mutY
BN148_1621	operon_0365	NC_018521.1|gene1578|BN148_1621
BN148_p27	operon_0366	NC_018521.1|gene1579|BN148_p27|tRNAGly
BN148_p28	operon_0366	NC_018521.1|gene1580|BN148_p28|tRNALeu
BN148_p29	operon_0366	NC_018521.1|gene1581|BN148_p29|tRNACys
BN148_p30	operon_0366	NC_018521.1|gene1582|BN148_p30|tRNASer
BN148_1622	operon_0366	NC_018521.1|gene1583|BN148_1622|ribD
BN148_1623	operon_0366	NC_018521.1|gene1584|BN148_1623
BN148_1624c	operon_0367	NC_018521.1|gene1585|BN148_1624c|sdaA
BN148_1625c	operon_0367	NC_018521.1|gene1586|BN148_1625c|sdaC
BN148_1626c	operon_0367	NC_018521.1|gene1587|BN148_1626c
BN148_1627c	operon_0367	NC_018521.1|gene1588|BN148_1627c
BN148_1628	operon_0368	NC_018521.1|gene1589|BN148_1628|exbB2
BN148_1629	operon_0368	NC_018521.1|gene1590|BN148_1629|exbD2
BN148_1630	operon_0368	NC_018521.1|gene1591|BN148_1630|tonB2
BN148_1631c	operon_0369	NC_018521.1|gene1592|BN148_1631c
BN148_1632c	operon_0369	NC_018521.1|gene1593|BN148_1632c
BN148_1633	operon_0370	NC_018521.1|gene1594|BN148_1633
BN148_1634c	operon_0371	NC_018521.1|gene1595|BN148_1634c|aroC
BN148_1635c	operon_0371	NC_018521.1|gene1596|BN148_1635c|rnc
BN148_1636c	operon_0371	NC_018521.1|gene1597|BN148_1636c|rnhA
BN148_1637c	operon_0371	NC_018521.1|gene1598|BN148_1637c
BN148_1638	operon_0372	NC_018521.1|gene1599|BN148_1638|dnaG
BN148_1639	operon_0372	NC_018521.1|gene1600|BN148_1639
BN148_1640	operon_0372	NC_018521.1|gene1601|BN148_1640
BN148_1641	operon_0372	NC_018521.1|gene1602|BN148_1641|murE
BN148_1642	operon_0372	NC_018521.1|gene1603|BN148_1642
BN148_1643	operon_0372	NC_018521.1|gene1604|BN148_1643
BN148_1644	operon_0372	NC_018521.1|gene1605|BN148_1644|ispA
BN148_1645	operon_0372	NC_018521.1|gene1606|BN148_1645|tkt
BN148_1646	operon_0372	NC_018521.1|gene1607|BN148_1646|iamB
BN148_1647	operon_0372	NC_018521.1|gene1608|BN148_1647|iamA
BN148_1648	operon_0372	NC_018521.1|gene1609|BN148_1648
BN148_1649	operon_0372	NC_018521.1|gene1610|BN148_1649
BN148_1650	operon_0372	NC_018521.1|gene1611|BN148_1650
BN148_1651c	operon_0373	NC_018521.1|gene1612|BN148_1651c|map
BN148_1652c	operon_0373	NC_018521.1|gene1613|BN148_1652c|murI
BN148_1653c	operon_0373	NC_018521.1|gene1614|BN148_1653c
BN148_1654c	operon_0373	NC_018521.1|gene1615|BN148_1654c|nhaA
BN148_1655c	operon_0373	NC_018521.1|gene1616|BN148_1655c|nhaA1
BN148_1656c	operon_0373	NC_018521.1|gene1617|BN148_1656c
BN148_1658	operon_0374	NC_018521.1|gene1618|BN148_1658
BN148_1659	operon_0374	NC_018521.1|gene1619|BN148_1659|p19
BN148_1660	operon_0374	NC_018521.1|gene1620|BN148_1660
BN148_1661	operon_0374	NC_018521.1|gene1621|BN148_1661
BN148_1662	operon_0374	NC_018521.1|gene1622|BN148_1662
BN148_1663	operon_0374	NC_018521.1|gene1623|BN148_1663
BN148_1664	operon_0374	NC_018521.1|gene1624|BN148_1664
BN148_1665	operon_0374	NC_018521.1|gene1625|BN148_1665
BN148_1666c	operon_0375	NC_018521.1|gene1626|BN148_1666c
BN148_1667c	operon_0375	NC_018521.1|gene1627|BN148_1667c
BN148_1668c	operon_0375	NC_018521.1|gene1628|BN148_1668c
BN148_t05	operon_0375	NC_018521.1|gene1629|BN148_t05|tRNALeu
BN148_t3	operon_0375	NC_018521.1|gene1630|BN148_t3|tRNAArg
BN148_t4	operon_0375	NC_018521.1|gene1631|BN148_t4|tRNAArg
BN148_p32	operon_0375	NC_018521.1|gene1632|BN148_p32|tRNAHis
BN148_p33	operon_0375	NC_018521.1|gene1633|BN148_p33|tRNAPro
BN148_1669c	operon_0375	NC_018521.1|gene1634|BN148_1669c
BN148_1670c	operon_0375	NC_018521.1|gene1635|BN148_1670c|cgpA
BN148_1671c	operon_0375	NC_018521.1|gene1636|BN148_1671c
BN148_1672c	operon_0375	NC_018521.1|gene1637|BN148_1672c|eno
BN148_1673c	operon_0375	NC_018521.1|gene1638|BN148_1673c|recA
BN148_1674	operon_0376	NC_018521.1|gene1639|BN148_1674
BN148_1675	operon_0376	NC_018521.1|gene1640|BN148_1675|fliQ
BN148_1676	operon_0376	NC_018521.1|gene1641|BN148_1676|murB
BN148_1677	operon_0376	NC_018521.1|gene1642|BN148_1677
BN148_1679	operon_0377	NC_018521.1|gene1643|BN148_1679
BN148_1680c	operon_0378	NC_018521.1|gene1644|BN148_1680c
BN148_1681c	operon_0378	NC_018521.1|gene1645|BN148_1681c|cysQ
BN148_1682c	operon_0378	NC_018521.1|gene1646|BN148_1682c|gltA
BN148_1684c	operon_0378	NC_018521.1|gene1647|BN148_1684c
BN148_1685c	operon_0378	NC_018521.1|gene1648|BN148_1685c|bioB
BN148_1686c	operon_0378	NC_018521.1|gene1649|BN148_1686c|topA
BN148_1687	operon_0379	NC_018521.1|gene1650|BN148_1687
BN148_1688c	operon_0380	NC_018521.1|gene1651|BN148_1688c|secY
BN148_1689c	operon_0380	NC_018521.1|gene1652|BN148_1689c|rplO
BN148_1690c	operon_0380	NC_018521.1|gene1653|BN148_1690c|rpsE
BN148_1691c	operon_0380	NC_018521.1|gene1654|BN148_1691c|rplR
BN148_1692c	operon_0380	NC_018521.1|gene1655|BN148_1692c|rplF
BN148_1693c	operon_0380	NC_018521.1|gene1656|BN148_1693c|rpsH
BN148_1694c	operon_0380	NC_018521.1|gene1657|BN148_1694c|rpsN
BN148_1695c	operon_0380	NC_018521.1|gene1658|BN148_1695c|rplE
BN148_1696c	operon_0380	NC_018521.1|gene1659|BN148_1696c|rplX
BN148_1697c	operon_0380	NC_018521.1|gene1660|BN148_1697c|rplN
BN148_1698c	operon_0380	NC_018521.1|gene1661|BN148_1698c|rpsQ
BN148_1699c	operon_0380	NC_018521.1|gene1662|BN148_1699c|rpmC
BN148_1700c	operon_0380	NC_018521.1|gene1663|BN148_1700c|rplP
BN148_1701c	operon_0380	NC_018521.1|gene1664|BN148_1701c|rpsC
BN148_1702c	operon_0380	NC_018521.1|gene1665|BN148_1702c|rplV
BN148_1703c	operon_0380	NC_018521.1|gene1666|BN148_1703c|rpsS
BN148_1704c	operon_0380	NC_018521.1|gene1667|BN148_1704c|rplB
BN148_1705c	operon_0380	NC_018521.1|gene1668|BN148_1705c|rplW
BN148_1706c	operon_0380	NC_018521.1|gene1669|BN148_1706c|rplD
BN148_1707c	operon_0380	NC_018521.1|gene1670|BN148_1707c|rplC
BN148_1708c	operon_0380	NC_018521.1|gene1671|BN148_1708c|rpsJ
BN148_1709c	operon_0380	NC_018521.1|gene1672|BN148_1709c
BN148_1710c	operon_0380	NC_018521.1|gene1673|BN148_1710c
BN148_1711c	operon_0380	NC_018521.1|gene1674|BN148_1711c|ksgA
BN148_1712	operon_0381	NC_018521.1|gene1675|BN148_1712
BN148_1713	operon_0381	NC_018521.1|gene1676|BN148_1713
BN148_1714	operon_0381	NC_018521.1|gene1677|BN148_1714
BN148_p34	operon_0382	NC_018521.1|gene1678|BN148_p34|tRNAMet
BN148_t06	operon_0383	NC_018521.1|gene1679|BN148_t06|tRNASer
BN148_p35	operon_0383	NC_018521.1|gene1680|BN148_p35|tRNAAla
BN148_p36	operon_0383	NC_018521.1|gene1681|BN148_p36|tRNAVal
BN148_1715	operon_0383	NC_018521.1|gene1682|BN148_1715
BN148_1716c	operon_0384	NC_018521.1|gene1683|BN148_1716c|leuD
BN148_1717c	operon_0384	NC_018521.1|gene1684|BN148_1717c|leuC
BN148_1718c	operon_0384	NC_018521.1|gene1685|BN148_1718c|leuB
BN148_1719c	operon_0384	NC_018521.1|gene1686|BN148_1719c|leuA
BN148_1720	operon_0385	NC_018521.1|gene1687|BN148_1720
BN148_1721c	operon_0386	NC_018521.1|gene1688|BN148_1721c
BN148_1722c	operon_0386	NC_018521.1|gene1689|BN148_1722c
BN148_1723c	operon_0386	NC_018521.1|gene1690|BN148_1723c
BN148_1724c	operon_0386	NC_018521.1|gene1691|BN148_1724c
BN148_1725	operon_0387	NC_018521.1|gene1692|BN148_1725
BN148_1726c	operon_0388	NC_018521.1|gene1693|BN148_1726c|metA
BN148_1727c	operon_0388	NC_018521.1|gene1694|BN148_1727c|metB
BN148_1728c	operon_0389	NC_018521.1|gene1695|BN148_1728c
BN148_1729c	operon_0389	NC_018521.1|gene1696|BN148_1729c|flgE
BN148_1731c	operon_0389	NC_018521.1|gene1697|BN148_1731c|ruvC