Locus_tag	OperonID	Description
WCLE_00010	operon_0002	AP013028.1|gene0|WCLE_00010|dnaA
WCLE_00020	operon_0003	AP013028.1|gene1|WCLE_00020
WCLE_00030	operon_0004	AP013028.1|gene2|WCLE_00030|trnL
WCLE_00040	operon_0004	AP013028.1|gene3|WCLE_00040|ribA
WCLE_00050	operon_0004	AP013028.1|gene4|WCLE_00050|virB8
WCLE_00060	operon_0004	AP013028.1|gene5|WCLE_00060|virB9
WCLE_00070	operon_0004	AP013028.1|gene6|WCLE_00070|virB10
WCLE_00080	operon_0004	AP013028.1|gene7|WCLE_00080|virB11
WCLE_00090	operon_0004	AP013028.1|gene8|WCLE_00090|virD4
WCLE_00100	operon_0005	AP013028.1|gene9|WCLE_00100
WCLE_00110	operon_0006	AP013028.1|gene10|WCLE_00110
WCLE_00120	operon_0006	AP013028.1|gene11|WCLE_00120
WCLE_00130	operon_0007	AP013028.1|gene12|WCLE_00130
WCLE_00140	operon_0008	AP013028.1|gene13|WCLE_00140|hemF
WCLE_00150	operon_0009	AP013028.1|gene14|WCLE_00150|acnA
WCLE_00160	operon_0010	AP013028.1|gene15|WCLE_00160
WCLE_00170	operon_0011	AP013028.1|gene16|WCLE_00170
WCLE_00180	operon_0012	AP013028.1|gene17|WCLE_00180|recG
WCLE_00190	operon_0013	AP013028.1|gene18|WCLE_00190
WCLE_00200	operon_0013	AP013028.1|gene19|WCLE_00200
WCLE_00210	operon_0014	AP013028.1|gene20|WCLE_00210
WCLE_00220	operon_0014	AP013028.1|gene21|WCLE_00220|rpoH
WCLE_00230	operon_0015	AP013028.1|gene22|WCLE_00230
WCLE_00240	operon_0016	AP013028.1|gene23|WCLE_00240|ybaB
WCLE_00250	operon_0016	AP013028.1|gene24|WCLE_00250|dnaX
WCLE_00260	operon_0017	AP013028.1|gene25|WCLE_00260|sspA
WCLE_00270	operon_0018	AP013028.1|gene26|WCLE_00270|mdmC
WCLE_00280	operon_0019	AP013028.1|gene27|WCLE_00280
WCLE_00290	operon_0020	AP013028.1|gene28|WCLE_00290
WCLE_00300	operon_0021	AP013028.1|gene29|WCLE_00300|yrbC
WCLE_00310	operon_0022	AP013028.1|gene30|WCLE_00310|lysC
WCLE_00320	operon_0023	AP013028.1|gene31|WCLE_00320|perM
WCLE_00330	operon_0023	AP013028.1|gene32|WCLE_00330|hda
WCLE_00340	operon_0024	AP013028.1|gene33|WCLE_00340|xerD
WCLE_00350	operon_0024	AP013028.1|gene34|WCLE_00350|plsC
WCLE_00360	operon_0024	AP013028.1|gene35|WCLE_00360|rpsT
WCLE_00370	operon_0024	AP013028.1|gene36|WCLE_00370|gltA
WCLE_00380	operon_0025	AP013028.1|gene37|WCLE_00380|ctrA
WCLE_00390	operon_0026	AP013028.1|gene38|WCLE_00390|gpsA
WCLE_00400	operon_0026	AP013028.1|gene39|WCLE_00400|pgpA
WCLE_00410	operon_0026	AP013028.1|gene40|WCLE_00410
WCLE_00420	operon_0027	AP013028.1|gene41|WCLE_00420
WCLE_00430	operon_0027	AP013028.1|gene42|WCLE_00430
WCLE_00440	operon_0027	AP013028.1|gene43|WCLE_00440
WCLE_00450	operon_0028	AP013028.1|gene44|WCLE_00450
WCLE_00460	operon_0028	AP013028.1|gene45|WCLE_00460
WCLE_00470	operon_0029	AP013028.1|gene46|WCLE_00470
WCLE_00480	operon_0030	AP013028.1|gene47|WCLE_00480|sdhB
WCLE_00490	operon_0030	AP013028.1|gene48|WCLE_00490|ybeY
WCLE_00500	operon_0030	AP013028.1|gene49|WCLE_00500
WCLE_00510	operon_0030	AP013028.1|gene50|WCLE_00510|ftsZ
WCLE_00520	operon_0031	AP013028.1|gene51|WCLE_00520|comM
WCLE_00530	operon_0032	AP013028.1|gene52|WCLE_00530|clpB
WCLE_00540	operon_0033	AP013028.1|gene53|WCLE_00540
WCLE_00550	operon_0034	AP013028.1|gene54|WCLE_00550|guaB
WCLE_00560	operon_0035	AP013028.1|gene55|WCLE_00560|yciM
WCLE_00570	operon_0036	AP013028.1|gene56|WCLE_00570|inlA
WCLE_00580	operon_0037	AP013028.1|gene57|WCLE_00580
WCLE_00590	operon_0038	AP013028.1|gene58|WCLE_00590|dnaJ
WCLE_00600	operon_0039	AP013028.1|gene59|WCLE_00600|secD
WCLE_00610	operon_0039	AP013028.1|gene60|WCLE_00610|gltP
WCLE_00620	operon_0039	AP013028.1|gene61|WCLE_00620|pyrE
WCLE_00630	operon_0040	AP013028.1|gene62|WCLE_00630
WCLE_00640	operon_0041	AP013028.1|gene63|WCLE_00640
WCLE_00650	operon_0041	AP013028.1|gene64|WCLE_00650
WCLE_00660	operon_0042	AP013028.1|gene65|WCLE_00660|virB9
WCLE_00670	operon_0043	AP013028.1|gene66|WCLE_00670|dksA
WCLE_00680	operon_0044	AP013028.1|gene67|WCLE_00680|ccmB
WCLE_00690	operon_0045	AP013028.1|gene68|WCLE_00690|rlmE
WCLE_00700	operon_0045	AP013028.1|gene69|WCLE_00700
WCLE_00710	operon_0045	AP013028.1|gene70|WCLE_00710|tolC
WCLE_00720	operon_0046	AP013028.1|gene71|WCLE_00720|rplM
WCLE_00730	operon_0046	AP013028.1|gene72|WCLE_00730|rpsI
WCLE_00740	operon_0046	AP013028.1|gene73|WCLE_00740|hupB
WCLE_00750	operon_0047	AP013028.1|gene74|WCLE_00750|pdxJ
WCLE_00760	operon_0048	AP013028.1|gene75|WCLE_00760
WCLE_00770	operon_0049	AP013028.1|gene76|WCLE_00770|dsbD
WCLE_00780	operon_0050	AP013028.1|gene77|WCLE_00780
WCLE_00790	operon_0050	AP013028.1|gene78|WCLE_00790|dapB
WCLE_00800	operon_0050	AP013028.1|gene79|WCLE_00800|pstB
WCLE_00810	operon_0051	AP013028.1|gene80|WCLE_00810|dxr
WCLE_00820	operon_0051	AP013028.1|gene81|WCLE_00820
WCLE_00830	operon_0051	AP013028.1|gene82|WCLE_00830
WCLE_00840	operon_0052	AP013028.1|gene83|WCLE_00840|pdhA
WCLE_00850	operon_0053	AP013028.1|gene84|WCLE_00850|tldD
WCLE_00860	operon_0054	AP013028.1|gene85|WCLE_00860|trnL
WCLE_00870	operon_0054	AP013028.1|gene86|WCLE_00870
WCLE_00880	operon_0055	AP013028.1|gene87|WCLE_00880|hslU
WCLE_00890	operon_0055	AP013028.1|gene88|WCLE_00890|hslV
WCLE_00900	operon_0056	AP013028.1|gene89|WCLE_00900|gshA
WCLE_00910	operon_0056	AP013028.1|gene90|WCLE_00910
WCLE_00920	operon_0056	AP013028.1|gene91|WCLE_00920
WCLE_00930	operon_0056	AP013028.1|gene92|WCLE_00930
WCLE_00940	operon_0057	AP013028.1|gene93|WCLE_00940|hemH
WCLE_00950	operon_0058	AP013028.1|gene94|WCLE_00950
WCLE_00960	operon_0059	AP013028.1|gene95|WCLE_00960|ndk
WCLE_00970	operon_0060	AP013028.1|gene96|WCLE_00970|znuA
WCLE_00980	operon_0061	AP013028.1|gene97|WCLE_00980|znuC
WCLE_00990	operon_0061	AP013028.1|gene98|WCLE_00990|ubiB
WCLE_001000	operon_0062	AP013028.1|gene99|WCLE_001000|petB
WCLE_001010	operon_0062	AP013028.1|gene100|WCLE_001010|petC
WCLE_001020	operon_0062	AP013028.1|gene101|WCLE_001020|uvrB
WCLE_001030	operon_0063	AP013028.1|gene102|WCLE_001030|dapE
WCLE_001040	operon_0064	AP013028.1|gene103|WCLE_001040|egsA
WCLE_001050	operon_0065	AP013028.1|gene104|WCLE_001050
WCLE_001060	operon_0065	AP013028.1|gene105|WCLE_001060|smf
WCLE_001070	operon_0066	AP013028.1|gene106|WCLE_001070|fdxA
WCLE_001080	operon_0067	AP013028.1|gene107|WCLE_001080|ddl
WCLE_001090	operon_0067	AP013028.1|gene108|WCLE_001090|ftsQ
WCLE_001100	operon_0068	AP013028.1|gene109|WCLE_001100
WCLE_001110	operon_0068	AP013028.1|gene110|WCLE_001110
WCLE_001120	operon_0068	AP013028.1|gene111|WCLE_001120|nlpD
WCLE_001130	operon_0068	AP013028.1|gene112|WCLE_001130|leuS
WCLE_001140	operon_0069	AP013028.1|gene113|WCLE_001140|nth
WCLE_001150	operon_0069	AP013028.1|gene114|WCLE_001150|icd
WCLE_001160	operon_0070	AP013028.1|gene115|WCLE_001160
WCLE_001170	operon_0070	AP013028.1|gene116|WCLE_001170
WCLE_001180	operon_0070	AP013028.1|gene117|WCLE_001180
WCLE_001190	operon_0071	AP013028.1|gene118|WCLE_001190
WCLE_001200	operon_0071	AP013028.1|gene119|WCLE_001200
WCLE_001210	operon_0072	AP013028.1|gene120|WCLE_001210|putA
WCLE_001220	operon_0073	AP013028.1|gene121|WCLE_001220
WCLE_001230	operon_0073	AP013028.1|gene122|WCLE_001230
WCLE_001240	operon_0074	AP013028.1|gene123|WCLE_001240|sdhA
WCLE_001250	operon_0075	AP013028.1|gene124|WCLE_001250
WCLE_001260	operon_0076	AP013028.1|gene125|WCLE_001260
WCLE_001270	operon_0076	AP013028.1|gene126|WCLE_001270|trnQ
WCLE_001280	operon_0076	AP013028.1|gene127|WCLE_001280|cutA
WCLE_001290	operon_0077	AP013028.1|gene128|WCLE_001290
WCLE_001300	operon_0077	AP013028.1|gene129|WCLE_001300
WCLE_001310	operon_0078	AP013028.1|gene130|WCLE_001310
WCLE_001320	operon_0079	AP013028.1|gene131|WCLE_001320
WCLE_001330	operon_0079	AP013028.1|gene132|WCLE_001330|hflK
WCLE_001340	operon_0079	AP013028.1|gene133|WCLE_001340|hflC
WCLE_001350	operon_0079	AP013028.1|gene134|WCLE_001350|degP
WCLE_001360	operon_0080	AP013028.1|gene135|WCLE_001360
WCLE_001370	operon_0080	AP013028.1|gene136|WCLE_001370
WCLE_001380	operon_0080	AP013028.1|gene137|WCLE_001380
WCLE_001390	operon_0081	AP013028.1|gene138|WCLE_001390
WCLE_001400	operon_0081	AP013028.1|gene139|WCLE_001400
WCLE_001410	operon_0081	AP013028.1|gene140|WCLE_001410
WCLE_001420	operon_0082	AP013028.1|gene141|WCLE_001420|metG
WCLE_001430	operon_0083	AP013028.1|gene142|WCLE_001430
WCLE_001440	operon_0083	AP013028.1|gene143|WCLE_001440|dnaB
WCLE_001450	operon_0084	AP013028.1|gene144|WCLE_001450|trnL
WCLE_001460	operon_0084	AP013028.1|gene145|WCLE_001460
WCLE_001470	operon_0085	AP013028.1|gene146|WCLE_001470|addA
WCLE_001480	operon_0086	AP013028.1|gene147|WCLE_001480|ispE
WCLE_001490	operon_0086	AP013028.1|gene148|WCLE_001490
WCLE_001500	operon_0086	AP013028.1|gene149|WCLE_001500|znuB
WCLE_001510	operon_0086	AP013028.1|gene150|WCLE_001510|holA
WCLE_001520	operon_0087	AP013028.1|gene151|WCLE_001520|dut
WCLE_001530	operon_0087	AP013028.1|gene152|WCLE_001530
WCLE_001540	operon_0088	AP013028.1|gene153|WCLE_001540|mviN
WCLE_001550	operon_0088	AP013028.1|gene154|WCLE_001550
WCLE_001560	operon_0089	AP013028.1|gene155|WCLE_001560
WCLE_001570	operon_0089	AP013028.1|gene156|WCLE_001570
WCLE_001580	operon_0090	AP013028.1|gene157|WCLE_001580
WCLE_001590	operon_0091	AP013028.1|gene158|WCLE_001590|pldA
WCLE_001600	operon_0091	AP013028.1|gene159|WCLE_001600
WCLE_001610	operon_0091	AP013028.1|gene160|WCLE_001610|pgpA
WCLE_001620	operon_0091	AP013028.1|gene161|WCLE_001620|glyQ
WCLE_001630	operon_0091	AP013028.1|gene162|WCLE_001630|glyS
WCLE_001640	operon_0091	AP013028.1|gene163|WCLE_001640|uvrC
WCLE_001650	operon_0092	AP013028.1|gene164|WCLE_001650|yhcG
WCLE_001660	operon_0093	AP013028.1|gene165|WCLE_001660
WCLE_001670	operon_0093	AP013028.1|gene166|WCLE_001670
WCLE_001680	operon_0094	AP013028.1|gene167|WCLE_001680
WCLE_001690	operon_0094	AP013028.1|gene168|WCLE_001690
WCLE_001700	operon_0094	AP013028.1|gene169|WCLE_001700
WCLE_001710	operon_0094	AP013028.1|gene170|WCLE_001710
WCLE_001720	operon_0094	AP013028.1|gene171|WCLE_001720
WCLE_001730	operon_0095	AP013028.1|gene172|WCLE_001730|hemB
WCLE_001740	operon_0095	AP013028.1|gene173|WCLE_001740
WCLE_001750	operon_0095	AP013028.1|gene174|WCLE_001750
WCLE_001760	operon_0096	AP013028.1|gene175|WCLE_001760|nuoJ
WCLE_001770	operon_0096	AP013028.1|gene176|WCLE_001770|nuoK
WCLE_001780	operon_0096	AP013028.1|gene177|WCLE_001780|nuoL
WCLE_001790	operon_0096	AP013028.1|gene178|WCLE_001790|nuoM
WCLE_001800	operon_0096	AP013028.1|gene179|WCLE_001800|nuoN
WCLE_001810	operon_0096	AP013028.1|gene180|WCLE_001810|birA
WCLE_001820	operon_0096	AP013028.1|gene181|WCLE_001820
WCLE_001830	operon_0096	AP013028.1|gene182|WCLE_001830|ccmE
WCLE_001840	operon_0097	AP013028.1|gene183|WCLE_001840|mkl
WCLE_001850	operon_0097	AP013028.1|gene184|WCLE_001850
WCLE_001860	operon_0098	AP013028.1|gene185|WCLE_001860
WCLE_001870	operon_0099	AP013028.1|gene186|WCLE_001870
WCLE_001880	operon_0100	AP013028.1|gene187|WCLE_001880
WCLE_001890	operon_0100	AP013028.1|gene188|WCLE_001890
WCLE_001900	operon_0101	AP013028.1|gene189|WCLE_001900
WCLE_001910	operon_0102	AP013028.1|gene190|WCLE_001910|hemC
WCLE_001920	operon_0102	AP013028.1|gene191|WCLE_001920|murB
WCLE_001930	operon_0103	AP013028.1|gene192|WCLE_001930
WCLE_001940	operon_0103	AP013028.1|gene193|WCLE_001940|ispG
WCLE_001950	operon_0104	AP013028.1|gene194|WCLE_001950|recO
WCLE_001960	operon_0105	AP013028.1|gene195|WCLE_001960|rpsL
WCLE_001970	operon_0105	AP013028.1|gene196|WCLE_001970|rpsG
WCLE_001980	operon_0105	AP013028.1|gene197|WCLE_001980|fusA
WCLE_001990	operon_0105	AP013028.1|gene198|WCLE_001990|tuf
WCLE_002000	operon_0105	AP013028.1|gene199|WCLE_002000|rpsJ
WCLE_002010	operon_0105	AP013028.1|gene200|WCLE_002010|rplC
WCLE_002020	operon_0105	AP013028.1|gene201|WCLE_002020|rplD
WCLE_002030	operon_0105	AP013028.1|gene202|WCLE_002030|rplW
WCLE_002040	operon_0105	AP013028.1|gene203|WCLE_002040|rplB
WCLE_002050	operon_0105	AP013028.1|gene204|WCLE_002050|rpsS
WCLE_002060	operon_0105	AP013028.1|gene205|WCLE_002060|rplV
WCLE_002070	operon_0105	AP013028.1|gene206|WCLE_002070|rpsC
WCLE_002080	operon_0105	AP013028.1|gene207|WCLE_002080|rplP
WCLE_002090	operon_0105	AP013028.1|gene208|WCLE_002090|rpmC
WCLE_002100	operon_0105	AP013028.1|gene209|WCLE_002100|rpsQ
WCLE_002110	operon_0105	AP013028.1|gene210|WCLE_002110|rplN
WCLE_002120	operon_0105	AP013028.1|gene211|WCLE_002120|rplX
WCLE_002130	operon_0105	AP013028.1|gene212|WCLE_002130|rplE
WCLE_002140	operon_0105	AP013028.1|gene213|WCLE_002140|rpsN
WCLE_002150	operon_0105	AP013028.1|gene214|WCLE_002150|rpsH
WCLE_002160	operon_0105	AP013028.1|gene215|WCLE_002160|rplF
WCLE_002170	operon_0105	AP013028.1|gene216|WCLE_002170|rplR
WCLE_002180	operon_0105	AP013028.1|gene217|WCLE_002180|rpsE
WCLE_002190	operon_0105	AP013028.1|gene218|WCLE_002190|rplO
WCLE_002200	operon_0105	AP013028.1|gene219|WCLE_002200|secY
WCLE_002210	operon_0105	AP013028.1|gene220|WCLE_002210|adk
WCLE_002220	operon_0105	AP013028.1|gene221|WCLE_002220|rpsM
WCLE_002230	operon_0105	AP013028.1|gene222|WCLE_002230|rpsK
WCLE_002240	operon_0105	AP013028.1|gene223|WCLE_002240|rpoA
WCLE_002250	operon_0105	AP013028.1|gene224|WCLE_002250|rplQ
WCLE_002260	operon_0105	AP013028.1|gene225|WCLE_002260|yraN
WCLE_002270	operon_0106	AP013028.1|gene226|WCLE_002270|pstS
WCLE_002280	operon_0107	AP013028.1|gene227|WCLE_002280
WCLE_002290	operon_0107	AP013028.1|gene228|WCLE_002290
WCLE_002300	operon_0108	AP013028.1|gene229|WCLE_002300
WCLE_002310	operon_0109	AP013028.1|gene230|WCLE_002310|RB787
WCLE_002320	operon_0110	AP013028.1|gene231|WCLE_002320
WCLE_002330	operon_0110	AP013028.1|gene232|WCLE_002330
WCLE_002340	operon_0111	AP013028.1|gene233|WCLE_002340
WCLE_002350	operon_0112	AP013028.1|gene234|WCLE_002350
WCLE_002360	operon_0113	AP013028.1|gene235|WCLE_002360
WCLE_002370	operon_0113	AP013028.1|gene236|WCLE_002370
WCLE_002380	operon_0114	AP013028.1|gene237|WCLE_002380
WCLE_002390	operon_0114	AP013028.1|gene238|WCLE_002390
WCLE_002400	operon_0114	AP013028.1|gene239|WCLE_002400
WCLE_002410	operon_0115	AP013028.1|gene240|WCLE_002410|polA
WCLE_002420	operon_0115	AP013028.1|gene241|WCLE_002420
WCLE_002430	operon_0116	AP013028.1|gene242|WCLE_002430
WCLE_002440	operon_0117	AP013028.1|gene243|WCLE_002440
WCLE_002450	operon_0118	AP013028.1|gene244|WCLE_002450|ftsA
WCLE_002460	operon_0119	AP013028.1|gene245|WCLE_002460|def
WCLE_002470	operon_0119	AP013028.1|gene246|WCLE_002470
WCLE_002480	operon_0120	AP013028.1|gene247|WCLE_002480
WCLE_002490	operon_0121	AP013028.1|gene248|WCLE_002490
WCLE_002500	operon_0121	AP013028.1|gene249|WCLE_002500
WCLE_002510	operon_0122	AP013028.1|gene250|WCLE_002510|codA
WCLE_002520	operon_0122	AP013028.1|gene251|WCLE_002520|pyrG
WCLE_002530	operon_0122	AP013028.1|gene252|WCLE_002530|secG
WCLE_002540	operon_0123	AP013028.1|gene253|WCLE_002540|radC
WCLE_002550	operon_0124	AP013028.1|gene254|WCLE_002550
WCLE_002560	operon_0124	AP013028.1|gene255|WCLE_002560
WCLE_002570	operon_0125	AP013028.1|gene256|WCLE_002570
WCLE_002580	operon_0125	AP013028.1|gene257|WCLE_002580|pdhB
WCLE_002590	operon_0126	AP013028.1|gene258|WCLE_002590|mgtE
WCLE_002600	operon_0127	AP013028.1|gene259|WCLE_002600|prfB
WCLE_002610	operon_0127	AP013028.1|gene260|WCLE_002610
WCLE_002620	operon_0128	AP013028.1|gene261|WCLE_002620
WCLE_002630	operon_0128	AP013028.1|gene262|WCLE_002630
WCLE_002640	operon_0129	AP013028.1|gene263|WCLE_002640|thiD
WCLE_002650	operon_0129	AP013028.1|gene264|WCLE_002650|tenA
WCLE_002660	operon_0130	AP013028.1|gene265|WCLE_002660
WCLE_002670	operon_0131	AP013028.1|gene266|WCLE_002670
WCLE_002680	operon_0132	AP013028.1|gene267|WCLE_002680
WCLE_002690	operon_0133	AP013028.1|gene268|WCLE_002690|ahpC
WCLE_002700	operon_0133	AP013028.1|gene269|WCLE_002700|trxB
WCLE_002710	operon_0133	AP013028.1|gene270|WCLE_002710
WCLE_002720	operon_0134	AP013028.1|gene271|WCLE_002720|xerC
WCLE_002730	operon_0134	AP013028.1|gene272|WCLE_002730|lpd
WCLE_002740	operon_0134	AP013028.1|gene273|WCLE_002740|bamB
WCLE_002750	operon_0134	AP013028.1|gene274|WCLE_002750|gyrB
WCLE_002760	operon_0135	AP013028.1|gene275|WCLE_002760
WCLE_002770	operon_0136	AP013028.1|gene276|WCLE_002770
WCLE_002780	operon_0137	AP013028.1|gene277|WCLE_002780
WCLE_002790	operon_0138	AP013028.1|gene278|WCLE_002790
WCLE_002800	operon_0138	AP013028.1|gene279|WCLE_002800
WCLE_002810	operon_0139	AP013028.1|gene280|WCLE_002810
WCLE_002820	operon_0140	AP013028.1|gene281|WCLE_002820
WCLE_002830	operon_0140	AP013028.1|gene282|WCLE_002830|trnS
WCLE_002840	operon_0140	AP013028.1|gene283|WCLE_002840
WCLE_002850	operon_0141	AP013028.1|gene284|WCLE_002850
WCLE_002860	operon_0142	AP013028.1|gene285|WCLE_002860
WCLE_002870	operon_0142	AP013028.1|gene286|WCLE_002870
WCLE_002880	operon_0143	AP013028.1|gene287|WCLE_002880
WCLE_002890	operon_0144	AP013028.1|gene288|WCLE_002890
WCLE_002900	operon_0144	AP013028.1|gene289|WCLE_002900
WCLE_002910	operon_0145	AP013028.1|gene290|WCLE_002910
WCLE_002920	operon_0146	AP013028.1|gene291|WCLE_002920
WCLE_002930	operon_0146	AP013028.1|gene292|WCLE_002930
WCLE_002940	operon_0146	AP013028.1|gene293|WCLE_002940
WCLE_002950	operon_0146	AP013028.1|gene294|WCLE_002950
WCLE_002960	operon_0147	AP013028.1|gene295|WCLE_002960
WCLE_002970	operon_0148	AP013028.1|gene296|WCLE_002970
WCLE_002980	operon_0148	AP013028.1|gene297|WCLE_002980
WCLE_002990	operon_0149	AP013028.1|gene298|WCLE_002990|typA
WCLE_003000	operon_0149	AP013028.1|gene299|WCLE_003000
WCLE_003010	operon_0149	AP013028.1|gene300|WCLE_003010|mrp
WCLE_003020	operon_0149	AP013028.1|gene301|WCLE_003020|ubiH
WCLE_003030	operon_0150	AP013028.1|gene302|WCLE_003030
WCLE_003050	operon_0150	AP013028.1|gene303|WCLE_003050
WCLE_003060	operon_0151	AP013028.1|gene304|WCLE_003060|rlmB
WCLE_003070	operon_0151	AP013028.1|gene305|WCLE_003070|ybhL
WCLE_003080	operon_0151	AP013028.1|gene306|WCLE_003080|ctaG
WCLE_003090	operon_0151	AP013028.1|gene307|WCLE_003090|comF
WCLE_003100	operon_0152	AP013028.1|gene308|WCLE_003100|murE
WCLE_003110	operon_0152	AP013028.1|gene309|WCLE_003110|metC
WCLE_003120	operon_0152	AP013028.1|gene310|WCLE_003120|bolA
WCLE_003130	operon_0152	AP013028.1|gene311|WCLE_003130|dnaK
WCLE_003140	operon_0152	AP013028.1|gene312|WCLE_003140|rne
WCLE_003150	operon_0153	AP013028.1|gene313|WCLE_003150|rpmG
WCLE_003160	operon_0153	AP013028.1|gene314|WCLE_003160
WCLE_003170	operon_0154	AP013028.1|gene315|WCLE_003170|trnM
WCLE_003180	operon_0155	AP013028.1|gene316|WCLE_003180
WCLE_003190	operon_0155	AP013028.1|gene317|WCLE_003190|rpmB
WCLE_003200	operon_0155	AP013028.1|gene318|WCLE_003200|lipA
WCLE_003210	operon_0155	AP013028.1|gene319|WCLE_003210
WCLE_003220	operon_0156	AP013028.1|gene320|WCLE_003220|dacC
WCLE_003230	operon_0157	AP013028.1|gene321|WCLE_003230
WCLE_003240	operon_0158	AP013028.1|gene322|WCLE_003240|smc
WCLE_003250	operon_0159	AP013028.1|gene323|WCLE_003250|pcnB
WCLE_003260	operon_0160	AP013028.1|gene324|WCLE_003260
WCLE_003270	operon_0161	AP013028.1|gene325|WCLE_003270|ychF
WCLE_003280	operon_0162	AP013028.1|gene326|WCLE_003280
WCLE_003290	operon_0162	AP013028.1|gene327|WCLE_003290|glpX
WCLE_003300	operon_0163	AP013028.1|gene328|WCLE_003300
WCLE_003310	operon_0164	AP013028.1|gene329|WCLE_003310
WCLE_003320	operon_0165	AP013028.1|gene330|WCLE_003320
WCLE_003330	operon_0166	AP013028.1|gene331|WCLE_003330
WCLE_003340	operon_0167	AP013028.1|gene332|WCLE_003340
WCLE_003350	operon_0168	AP013028.1|gene333|WCLE_003350|ppdK
WCLE_003360	operon_0169	AP013028.1|gene334|WCLE_003360
WCLE_003370	operon_0169	AP013028.1|gene335|WCLE_003370
WCLE_003380	operon_0170	AP013028.1|gene336|WCLE_003380|dnaG
WCLE_003390	operon_0171	AP013028.1|gene337|WCLE_003390|ubiG
WCLE_003400	operon_0172	AP013028.1|gene338|WCLE_003400
WCLE_003410	operon_0172	AP013028.1|gene339|WCLE_003410
WCLE_003420	operon_0173	AP013028.1|gene340|WCLE_003420|rluD
WCLE_003430	operon_0173	AP013028.1|gene341|WCLE_003430
WCLE_003440	operon_0174	AP013028.1|gene342|WCLE_003440
WCLE_003450	operon_0174	AP013028.1|gene343|WCLE_003450
WCLE_003460	operon_0175	AP013028.1|gene344|WCLE_003460
WCLE_003470	operon_0175	AP013028.1|gene345|WCLE_003470
WCLE_003480	operon_0176	AP013028.1|gene346|WCLE_003480|trnM
WCLE_003490	operon_0177	AP013028.1|gene347|WCLE_003490
WCLE_003500	operon_0178	AP013028.1|gene348|WCLE_003500
WCLE_003510	operon_0178	AP013028.1|gene349|WCLE_003510
WCLE_003520	operon_0179	AP013028.1|gene350|WCLE_003520|manC
WCLE_003530	operon_0179	AP013028.1|gene351|WCLE_003530
WCLE_003540	operon_0179	AP013028.1|gene352|WCLE_003540|sdhD
WCLE_003550	operon_0179	AP013028.1|gene353|WCLE_003550|sdhC
WCLE_003560	operon_0179	AP013028.1|gene354|WCLE_003560|rrs
WCLE_003570	operon_0180	AP013028.1|gene355|WCLE_003570
WCLE_003580	operon_0181	AP013028.1|gene356|WCLE_003580|carB
WCLE_003590	operon_0181	AP013028.1|gene357|WCLE_003590
WCLE_003600	operon_0181	AP013028.1|gene358|WCLE_003600
WCLE_003610	operon_0181	AP013028.1|gene359|WCLE_003610
WCLE_003620	operon_0182	AP013028.1|gene360|WCLE_003620
WCLE_003630	operon_0183	AP013028.1|gene361|WCLE_003630|purL
WCLE_003640	operon_0183	AP013028.1|gene362|WCLE_003640
WCLE_003650	operon_0184	AP013028.1|gene363|WCLE_003650|tolA
WCLE_003660	operon_0185	AP013028.1|gene364|WCLE_003660
WCLE_003670	operon_0186	AP013028.1|gene365|WCLE_003670|rnc
WCLE_003680	operon_0186	AP013028.1|gene366|WCLE_003680|pyrD
WCLE_003690	operon_0187	AP013028.1|gene367|WCLE_003690
WCLE_003700	operon_0188	AP013028.1|gene368|WCLE_003700|pccB
WCLE_003710	operon_0189	AP013028.1|gene369|WCLE_003710
WCLE_003720	operon_0190	AP013028.1|gene370|WCLE_003720|trnT
WCLE_003730	operon_0191	AP013028.1|gene371|WCLE_003730
WCLE_003740	operon_0191	AP013028.1|gene372|WCLE_003740|mutM
WCLE_003750	operon_0191	AP013028.1|gene373|WCLE_003750|pdxH
WCLE_003760	operon_0192	AP013028.1|gene374|WCLE_003760
WCLE_003770	operon_0193	AP013028.1|gene375|WCLE_003770|mnmG
WCLE_003780	operon_0193	AP013028.1|gene376|WCLE_003780|pepP
WCLE_003790	operon_0193	AP013028.1|gene377|WCLE_003790
WCLE_003800	operon_0194	AP013028.1|gene378|WCLE_003800|fabH
WCLE_003810	operon_0194	AP013028.1|gene379|WCLE_003810|plsX
WCLE_003820	operon_0194	AP013028.1|gene380|WCLE_003820|rpmF
WCLE_003830	operon_0195	AP013028.1|gene381|WCLE_003830
WCLE_003840	operon_0196	AP013028.1|gene382|WCLE_003840
WCLE_003850	operon_0196	AP013028.1|gene383|WCLE_003850
WCLE_003860	operon_0196	AP013028.1|gene384|WCLE_003860
WCLE_003870	operon_0197	AP013028.1|gene385|WCLE_003870
WCLE_003880	operon_0198	AP013028.1|gene386|WCLE_003880
WCLE_003890	operon_0198	AP013028.1|gene387|WCLE_003890
WCLE_003900	operon_0199	AP013028.1|gene388|WCLE_003900
WCLE_003910	operon_0199	AP013028.1|gene389|WCLE_003910
WCLE_003920	operon_0199	AP013028.1|gene390|WCLE_003920|pheT
WCLE_003930	operon_0199	AP013028.1|gene391|WCLE_003930
WCLE_003940	operon_0200	AP013028.1|gene392|WCLE_003940|gap
WCLE_003950	operon_0200	AP013028.1|gene393|WCLE_003950|tatC
WCLE_003960	operon_0201	AP013028.1|gene394|WCLE_003960
WCLE_003970	operon_0202	AP013028.1|gene395|WCLE_003970
WCLE_003980	operon_0202	AP013028.1|gene396|WCLE_003980
WCLE_003990	operon_0203	AP013028.1|gene397|WCLE_003990
WCLE_004000	operon_0203	AP013028.1|gene398|WCLE_004000
WCLE_004010	operon_0204	AP013028.1|gene399|WCLE_004010
WCLE_004020	operon_0204	AP013028.1|gene400|WCLE_004020
WCLE_004030	operon_0204	AP013028.1|gene401|WCLE_004030
WCLE_004040	operon_0205	AP013028.1|gene402|WCLE_004040|dcd
WCLE_004050	operon_0206	AP013028.1|gene403|WCLE_004050|rbn
WCLE_004060	operon_0206	AP013028.1|gene404|WCLE_004060
WCLE_004070	operon_0207	AP013028.1|gene405|WCLE_004070|lepA
WCLE_004080	operon_0207	AP013028.1|gene406|WCLE_004080|mcd
WCLE_004090	operon_0208	AP013028.1|gene407|WCLE_004090
WCLE_004100	operon_0208	AP013028.1|gene408|WCLE_004100
WCLE_004110	operon_0208	AP013028.1|gene409|WCLE_004110
WCLE_004120	operon_0209	AP013028.1|gene410|WCLE_004120
WCLE_004130	operon_0210	AP013028.1|gene411|WCLE_004130|cybB
WCLE_004140	operon_0210	AP013028.1|gene412|WCLE_004140|fabK
WCLE_004150	operon_0210	AP013028.1|gene413|WCLE_004150
WCLE_004160	operon_0210	AP013028.1|gene414|WCLE_004160
WCLE_004170	operon_0210	AP013028.1|gene415|WCLE_004170|virB4
WCLE_004180	operon_0210	AP013028.1|gene416|WCLE_004180
WCLE_004190	operon_0210	AP013028.1|gene417|WCLE_004190
WCLE_004200	operon_0211	AP013028.1|gene418|WCLE_004200
WCLE_004210	operon_0212	AP013028.1|gene419|WCLE_004210
WCLE_004220	operon_0212	AP013028.1|gene420|WCLE_004220|pdhC
WCLE_004230	operon_0213	AP013028.1|gene421|WCLE_004230
WCLE_004240	operon_0213	AP013028.1|gene422|WCLE_004240
WCLE_004250	operon_0214	AP013028.1|gene423|WCLE_004250
WCLE_004260	operon_0215	AP013028.1|gene424|WCLE_004260|argD
WCLE_004270	operon_0215	AP013028.1|gene425|WCLE_004270|yfjD
WCLE_004280	operon_0215	AP013028.1|gene426|WCLE_004280
WCLE_004290	operon_0215	AP013028.1|gene427|WCLE_004290|ubiX
WCLE_004300	operon_0215	AP013028.1|gene428|WCLE_004300|folD
WCLE_004310	operon_0215	AP013028.1|gene429|WCLE_004310
WCLE_004320	operon_0216	AP013028.1|gene430|WCLE_004320
WCLE_004330	operon_0217	AP013028.1|gene431|WCLE_004330
WCLE_004340	operon_0218	AP013028.1|gene432|WCLE_004340
WCLE_004350	operon_0218	AP013028.1|gene433|WCLE_004350
WCLE_004360	operon_0219	AP013028.1|gene434|WCLE_004360
WCLE_004370	operon_0220	AP013028.1|gene435|WCLE_004370
WCLE_004380	operon_0220	AP013028.1|gene436|WCLE_004380
WCLE_004390	operon_0221	AP013028.1|gene437|WCLE_004390
WCLE_004400	operon_0222	AP013028.1|gene438|WCLE_004400
WCLE_004410	operon_0222	AP013028.1|gene439|WCLE_004410
WCLE_004420	operon_0223	AP013028.1|gene440|WCLE_004420
WCLE_004430	operon_0223	AP013028.1|gene441|WCLE_004430
WCLE_004440	operon_0224	AP013028.1|gene442|WCLE_004440
WCLE_004450	operon_0224	AP013028.1|gene443|WCLE_004450
WCLE_004460	operon_0225	AP013028.1|gene444|WCLE_004460
WCLE_004470	operon_0225	AP013028.1|gene445|WCLE_004470
WCLE_004480	operon_0225	AP013028.1|gene446|WCLE_004480
WCLE_004490	operon_0225	AP013028.1|gene447|WCLE_004490
WCLE_004500	operon_0225	AP013028.1|gene448|WCLE_004500
WCLE_004510	operon_0226	AP013028.1|gene449|WCLE_004510|relE
WCLE_004520	operon_0226	AP013028.1|gene450|WCLE_004520
WCLE_004530	operon_0226	AP013028.1|gene451|WCLE_004530
WCLE_004540	operon_0226	AP013028.1|gene452|WCLE_004540
WCLE_004550	operon_0227	AP013028.1|gene453|WCLE_004550
WCLE_004560	operon_0228	AP013028.1|gene454|WCLE_004560
WCLE_004570	operon_0228	AP013028.1|gene455|WCLE_004570
WCLE_004580	operon_0228	AP013028.1|gene456|WCLE_004580
WCLE_004590	operon_0229	AP013028.1|gene457|WCLE_004590
WCLE_004600	operon_0230	AP013028.1|gene458|WCLE_004600
WCLE_004610	operon_0231	AP013028.1|gene459|WCLE_004610
WCLE_004620	operon_0231	AP013028.1|gene460|WCLE_004620|rnhA
WCLE_004630	operon_0232	AP013028.1|gene461|WCLE_004630|cyoE
WCLE_004640	operon_0232	AP013028.1|gene462|WCLE_004640|coxA
WCLE_004650	operon_0232	AP013028.1|gene463|WCLE_004650|coxB
WCLE_004660	operon_0233	AP013028.1|gene464|WCLE_004660|aprE
WCLE_004670	operon_0234	AP013028.1|gene465|WCLE_004670|fabG
WCLE_004680	operon_0234	AP013028.1|gene466|WCLE_004680
WCLE_004690	operon_0235	AP013028.1|gene467|WCLE_004690
WCLE_004700	operon_0235	AP013028.1|gene468|WCLE_004700|ribB
WCLE_004710	operon_0235	AP013028.1|gene469|WCLE_004710|greA
WCLE_004720	operon_0235	AP013028.1|gene470|WCLE_004720|atpA
WCLE_004730	operon_0235	AP013028.1|gene471|WCLE_004730|atpH
WCLE_004740	operon_0236	AP013028.1|gene472|WCLE_004740
WCLE_004750	operon_0237	AP013028.1|gene473|WCLE_004750|dnaJ
WCLE_004760	operon_0237	AP013028.1|gene474|WCLE_004760|trnR
WCLE_004770	operon_0238	AP013028.1|gene475|WCLE_004770
WCLE_004780	operon_0239	AP013028.1|gene476|WCLE_004780|comL
WCLE_004790	operon_0239	AP013028.1|gene477|WCLE_004790
WCLE_004800	operon_0239	AP013028.1|gene478|WCLE_004800
WCLE_004810	operon_0239	AP013028.1|gene479|WCLE_004810
WCLE_004820	operon_0240	AP013028.1|gene480|WCLE_004820
WCLE_004830	operon_0240	AP013028.1|gene481|WCLE_004830
WCLE_004840	operon_0241	AP013028.1|gene482|WCLE_004840
WCLE_004850	operon_0242	AP013028.1|gene483|WCLE_004850
WCLE_004860	operon_0243	AP013028.1|gene484|WCLE_004860
WCLE_004870	operon_0243	AP013028.1|gene485|WCLE_004870
WCLE_004880	operon_0244	AP013028.1|gene486|WCLE_004880|rmuC
WCLE_004890	operon_0245	AP013028.1|gene487|WCLE_004890
WCLE_004900	operon_0246	AP013028.1|gene488|WCLE_004900
WCLE_004910	operon_0246	AP013028.1|gene489|WCLE_004910
WCLE_004920	operon_0247	AP013028.1|gene490|WCLE_004920
WCLE_004930	operon_0247	AP013028.1|gene491|WCLE_004930
WCLE_004940	operon_0247	AP013028.1|gene492|WCLE_004940
WCLE_004950	operon_0248	AP013028.1|gene493|WCLE_004950
WCLE_004960	operon_0249	AP013028.1|gene494|WCLE_004960
WCLE_004970	operon_0250	AP013028.1|gene495|WCLE_004970
WCLE_004980	operon_0250	AP013028.1|gene496|WCLE_004980
WCLE_004990	operon_0251	AP013028.1|gene497|WCLE_004990|zitB
WCLE_005000	operon_0251	AP013028.1|gene498|WCLE_005000|trnV
WCLE_005010	operon_0252	AP013028.1|gene499|WCLE_005010
WCLE_005020	operon_0253	AP013028.1|gene500|WCLE_005020|mraY
WCLE_005030	operon_0253	AP013028.1|gene501|WCLE_005030|rnhB
WCLE_005040	operon_0254	AP013028.1|gene502|WCLE_005040
WCLE_005050	operon_0254	AP013028.1|gene503|WCLE_005050|dnaQ
WCLE_005060	operon_0254	AP013028.1|gene504|WCLE_005060
WCLE_005070	operon_0255	AP013028.1|gene505|WCLE_005070|secB
WCLE_005080	operon_0256	AP013028.1|gene506|WCLE_005080|rpsU
WCLE_005090	operon_0256	AP013028.1|gene507|WCLE_005090|sucC
WCLE_005100	operon_0256	AP013028.1|gene508|WCLE_005100|sucD
WCLE_005110	operon_0257	AP013028.1|gene509|WCLE_005110|dapF
WCLE_005120	operon_0258	AP013028.1|gene510|WCLE_005120|bioY
WCLE_005130	operon_0258	AP013028.1|gene511|WCLE_005130
WCLE_005140	operon_0259	AP013028.1|gene512|WCLE_005140
WCLE_005150	operon_0260	AP013028.1|gene513|WCLE_005150
WCLE_005160	operon_0260	AP013028.1|gene514|WCLE_005160
WCLE_005170	operon_0261	AP013028.1|gene515|WCLE_005170
WCLE_005180	operon_0262	AP013028.1|gene516|WCLE_005180|tatB
WCLE_005190	operon_0262	AP013028.1|gene517|WCLE_005190|gdh
WCLE_005200	operon_0263	AP013028.1|gene518|WCLE_005200|nuoD
WCLE_005210	operon_0264	AP013028.1|gene519|WCLE_005210|surE
WCLE_005220	operon_0265	AP013028.1|gene520|WCLE_005220|ligA
WCLE_005230	operon_0266	AP013028.1|gene521|WCLE_005230|ruvC
WCLE_005240	operon_0266	AP013028.1|gene522|WCLE_005240|coxC
WCLE_005250	operon_0267	AP013028.1|gene523|WCLE_005250|tenA
WCLE_005260	operon_0268	AP013028.1|gene524|WCLE_005260
WCLE_005270	operon_0268	AP013028.1|gene525|WCLE_005270
WCLE_005280	operon_0269	AP013028.1|gene526|WCLE_005280|priA
WCLE_005290	operon_0269	AP013028.1|gene527|WCLE_005290
WCLE_005300	operon_0270	AP013028.1|gene528|WCLE_005300|hisS
WCLE_005310	operon_0270	AP013028.1|gene529|WCLE_005310|nifU
WCLE_005320	operon_0271	AP013028.1|gene530|WCLE_005320|dnaJ
WCLE_005330	operon_0272	AP013028.1|gene531|WCLE_005330|tyrS
WCLE_005340	operon_0272	AP013028.1|gene532|WCLE_005340|ybeB
WCLE_005350	operon_0273	AP013028.1|gene533|WCLE_005350|aroK
WCLE_005360	operon_0273	AP013028.1|gene534|WCLE_005360|nudH
WCLE_005370	operon_0273	AP013028.1|gene535|WCLE_005370|tatD
WCLE_005380	operon_0274	AP013028.1|gene536|WCLE_005380|mdh
WCLE_005390	operon_0274	AP013028.1|gene537|WCLE_005390|nuoC
WCLE_005400	operon_0274	AP013028.1|gene538|WCLE_005400|nuoB
WCLE_005410	operon_0274	AP013028.1|gene539|WCLE_005410|nuoA
WCLE_005420	operon_0274	AP013028.1|gene540|WCLE_005420|pkcI
WCLE_005430	operon_0274	AP013028.1|gene541|WCLE_005430
WCLE_005440	operon_0275	AP013028.1|gene542|WCLE_005440|murF
WCLE_005450	operon_0276	AP013028.1|gene543|WCLE_005450
WCLE_005460	operon_0276	AP013028.1|gene544|WCLE_005460
WCLE_005470	operon_0277	AP013028.1|gene545|WCLE_005470|trnR
WCLE_005480	operon_0278	AP013028.1|gene546|WCLE_005480|afuC
WCLE_005490	operon_0278	AP013028.1|gene547|WCLE_005490|tatA
WCLE_005500	operon_0278	AP013028.1|gene548|WCLE_005500|exoD
WCLE_005510	operon_0278	AP013028.1|gene549|WCLE_005510|cysS
WCLE_005520	operon_0279	AP013028.1|gene550|WCLE_005520
WCLE_005530	operon_0279	AP013028.1|gene551|WCLE_005530|pgk
WCLE_005540	operon_0279	AP013028.1|gene552|WCLE_005540|trxB
WCLE_005550	operon_0280	AP013028.1|gene553|WCLE_005550
WCLE_005560	operon_0280	AP013028.1|gene554|WCLE_005560
WCLE_005570	operon_0281	AP013028.1|gene555|WCLE_005570|prfA
WCLE_005580	operon_0282	AP013028.1|gene556|WCLE_005580|engB
WCLE_005590	operon_0282	AP013028.1|gene557|WCLE_005590|argB
WCLE_005600	operon_0283	AP013028.1|gene558|WCLE_005600|iscS
WCLE_005610	operon_0284	AP013028.1|gene559|WCLE_005610
WCLE_005620	operon_0284	AP013028.1|gene560|WCLE_005620
WCLE_005630	operon_0284	AP013028.1|gene561|WCLE_005630
WCLE_005640	operon_0285	AP013028.1|gene562|WCLE_005640|gltX
WCLE_005650	operon_0286	AP013028.1|gene563|WCLE_005650
WCLE_005660	operon_0287	AP013028.1|gene564|WCLE_005660|pccA
WCLE_005670	operon_0288	AP013028.1|gene565|WCLE_005670|ctaA
WCLE_005680	operon_0289	AP013028.1|gene566|WCLE_005680|atpF
WCLE_005690	operon_0289	AP013028.1|gene567|WCLE_005690|atpF
WCLE_005700	operon_0289	AP013028.1|gene568|WCLE_005700|atpE
WCLE_005710	operon_0289	AP013028.1|gene569|WCLE_005710|atpB
WCLE_005720	operon_0290	AP013028.1|gene570|WCLE_005720
WCLE_005730	operon_0290	AP013028.1|gene571|WCLE_005730|ksgA
WCLE_005740	operon_0291	AP013028.1|gene572|WCLE_005740|trnT
WCLE_005750	operon_0291	AP013028.1|gene573|WCLE_005750|tpiA
WCLE_005760	operon_0292	AP013028.1|gene574|WCLE_005760
WCLE_005770	operon_0292	AP013028.1|gene575|WCLE_005770
WCLE_005780	operon_0293	AP013028.1|gene576|WCLE_005780
WCLE_005790	operon_0294	AP013028.1|gene577|WCLE_005790|ccmH
WCLE_005800	operon_0294	AP013028.1|gene578|WCLE_005800
WCLE_005810	operon_0294	AP013028.1|gene579|WCLE_005810|fdxB
WCLE_005820	operon_0295	AP013028.1|gene580|WCLE_005820|murD
WCLE_005830	operon_0295	AP013028.1|gene581|WCLE_005830
WCLE_005840	operon_0295	AP013028.1|gene582|WCLE_005840
WCLE_005850	operon_0296	AP013028.1|gene583|WCLE_005850|rsmD
WCLE_005860	operon_0297	AP013028.1|gene584|WCLE_005860
WCLE_005870	operon_0298	AP013028.1|gene585|WCLE_005870
WCLE_005880	operon_0298	AP013028.1|gene586|WCLE_005880
WCLE_005890	operon_0299	AP013028.1|gene587|WCLE_005890
WCLE_005900	operon_0299	AP013028.1|gene588|WCLE_005900
WCLE_005910	operon_0300	AP013028.1|gene589|WCLE_005910
WCLE_005930	operon_0301	AP013028.1|gene590|WCLE_005930|recJ
WCLE_005940	operon_0302	AP013028.1|gene591|WCLE_005940
WCLE_005950	operon_0302	AP013028.1|gene592|WCLE_005950|cycM
WCLE_005960	operon_0302	AP013028.1|gene593|WCLE_005960
WCLE_005970	operon_0303	AP013028.1|gene594|WCLE_005970|fumC
WCLE_005980	operon_0304	AP013028.1|gene595|WCLE_005980
WCLE_005990	operon_0305	AP013028.1|gene596|WCLE_005990|tal
WCLE_006000	operon_0305	AP013028.1|gene597|WCLE_006000
WCLE_006010	operon_0305	AP013028.1|gene598|WCLE_006010|atpC
WCLE_006020	operon_0305	AP013028.1|gene599|WCLE_006020|atpD
WCLE_006030	operon_0305	AP013028.1|gene600|WCLE_006030|pstC
WCLE_006040	operon_0306	AP013028.1|gene601|WCLE_006040|rpmH
WCLE_006050	operon_0306	AP013028.1|gene602|WCLE_006050|rnpA
WCLE_006060	operon_0306	AP013028.1|gene603|WCLE_006060
WCLE_006070	operon_0307	AP013028.1|gene604|WCLE_006070|rrf
WCLE_006080	operon_0307	AP013028.1|gene605|WCLE_006080|rrl
WCLE_006090	operon_0308	AP013028.1|gene606|WCLE_006090
WCLE_006100	operon_0308	AP013028.1|gene607|WCLE_006100|nrdA
WCLE_006110	operon_0308	AP013028.1|gene608|WCLE_006110|ruvX
WCLE_006120	operon_0308	AP013028.1|gene609|WCLE_006120
WCLE_006130	operon_0309	AP013028.1|gene610|WCLE_006130|plsY
WCLE_006140	operon_0309	AP013028.1|gene611|WCLE_006140
WCLE_006150	operon_0310	AP013028.1|gene612|WCLE_006150|pssA
WCLE_006160	operon_0310	AP013028.1|gene613|WCLE_006160|psd
WCLE_006170	operon_0311	AP013028.1|gene614|WCLE_006170|recA
WCLE_006180	operon_0312	AP013028.1|gene615|WCLE_006180|pth
WCLE_006190	operon_0312	AP013028.1|gene616|WCLE_006190|rplY
WCLE_006200	operon_0313	AP013028.1|gene617|WCLE_006200|pyrC
WCLE_006210	operon_0314	AP013028.1|gene618|WCLE_006210|surA
WCLE_006220	operon_0315	AP013028.1|gene619|WCLE_006220|mnmE
WCLE_006230	operon_0315	AP013028.1|gene620|WCLE_006230|trnS
WCLE_006240	operon_0316	AP013028.1|gene621|WCLE_006240
WCLE_006250	operon_0316	AP013028.1|gene622|WCLE_006250
WCLE_006260	operon_0316	AP013028.1|gene623|WCLE_006260
WCLE_006270	operon_0317	AP013028.1|gene624|WCLE_006270
WCLE_006280	operon_0317	AP013028.1|gene625|WCLE_006280|rplU
WCLE_006290	operon_0317	AP013028.1|gene626|WCLE_006290|rpmA
WCLE_006300	operon_0317	AP013028.1|gene627|WCLE_006300|trnI
WCLE_006310	operon_0318	AP013028.1|gene628|WCLE_006310
WCLE_006320	operon_0318	AP013028.1|gene629|WCLE_006320
WCLE_006330	operon_0318	AP013028.1|gene630|WCLE_006330|thyX
WCLE_006340	operon_0318	AP013028.1|gene631|WCLE_006340|murA
WCLE_006350	operon_0319	AP013028.1|gene632|WCLE_006350|aspB
WCLE_006360	operon_0320	AP013028.1|gene633|WCLE_006360
WCLE_006370	operon_0321	AP013028.1|gene634|WCLE_006370
WCLE_006380	operon_0321	AP013028.1|gene635|WCLE_006380|glyA
WCLE_006390	operon_0322	AP013028.1|gene636|WCLE_006390
WCLE_006400	operon_0323	AP013028.1|gene637|WCLE_006400
WCLE_006410	operon_0324	AP013028.1|gene638|WCLE_006410
WCLE_006420	operon_0325	AP013028.1|gene639|WCLE_006420|sodB
WCLE_006430	operon_0325	AP013028.1|gene640|WCLE_006430|mpp
WCLE_006440	operon_0326	AP013028.1|gene641|WCLE_006440|msbA
WCLE_006450	operon_0327	AP013028.1|gene642|WCLE_006450|grxC
WCLE_006460	operon_0327	AP013028.1|gene643|WCLE_006460
WCLE_006470	operon_0327	AP013028.1|gene644|WCLE_006470|maeB
WCLE_006480	operon_0328	AP013028.1|gene645|WCLE_006480|pgsA
WCLE_006490	operon_0328	AP013028.1|gene646|WCLE_006490
WCLE_006500	operon_0329	AP013028.1|gene647|WCLE_006500|ftsK
WCLE_006510	operon_0330	AP013028.1|gene648|WCLE_006510|sspB
WCLE_006520	operon_0330	AP013028.1|gene649|WCLE_006520|ssrA
WCLE_006530	operon_0331	AP013028.1|gene650|WCLE_006530|hemE
WCLE_006540	operon_0332	AP013028.1|gene651|WCLE_006540|tlyC
WCLE_006550	operon_0333	AP013028.1|gene652|WCLE_006550
WCLE_006560	operon_0334	AP013028.1|gene653|WCLE_006560|purM
WCLE_006570	operon_0335	AP013028.1|gene654|WCLE_006570|purC
WCLE_006580	operon_0336	AP013028.1|gene655|WCLE_006580|trmD
WCLE_006590	operon_0336	AP013028.1|gene656|WCLE_006590|rplS
WCLE_006600	operon_0336	AP013028.1|gene657|WCLE_006600|pstA
WCLE_006610	operon_0336	AP013028.1|gene658|WCLE_006610|purL
WCLE_006620	operon_0337	AP013028.1|gene659|WCLE_006620|trnE
WCLE_006630	operon_0338	AP013028.1|gene660|WCLE_006630
WCLE_006640	operon_0339	AP013028.1|gene661|WCLE_006640
WCLE_006650	operon_0340	AP013028.1|gene662|WCLE_006650
WCLE_006660	operon_0340	AP013028.1|gene663|WCLE_006660
WCLE_006670	operon_0341	AP013028.1|gene664|WCLE_006670
WCLE_006680	operon_0342	AP013028.1|gene665|WCLE_006680|gltX
WCLE_006690	operon_0343	AP013028.1|gene666|WCLE_006690|trnA
WCLE_006700	operon_0343	AP013028.1|gene667|WCLE_006700
WCLE_006710	operon_0344	AP013028.1|gene668|WCLE_006710|dapD
WCLE_006720	operon_0345	AP013028.1|gene669|WCLE_006720
WCLE_006730	operon_0345	AP013028.1|gene670|WCLE_006730
WCLE_006740	operon_0346	AP013028.1|gene671|WCLE_006740
WCLE_006750	operon_0347	AP013028.1|gene672|WCLE_006750|nuoF
WCLE_006760	operon_0347	AP013028.1|gene673|WCLE_006760|trnK
WCLE_006770	operon_0348	AP013028.1|gene674|WCLE_006770
WCLE_006780	operon_0348	AP013028.1|gene675|WCLE_006780|tolB
WCLE_006790	operon_0349	AP013028.1|gene676|WCLE_006790
WCLE_006800	operon_0350	AP013028.1|gene677|WCLE_006800
WCLE_006810	operon_0350	AP013028.1|gene678|WCLE_006810|rsmH
WCLE_006820	operon_0351	AP013028.1|gene679|WCLE_006820|proP
WCLE_006830	operon_0352	AP013028.1|gene680|WCLE_006830
WCLE_006840	operon_0353	AP013028.1|gene681|WCLE_006840
WCLE_006850	operon_0353	AP013028.1|gene682|WCLE_006850
WCLE_006860	operon_0354	AP013028.1|gene683|WCLE_006860|infA
WCLE_006870	operon_0354	AP013028.1|gene684|WCLE_006870|maf
WCLE_006880	operon_0355	AP013028.1|gene685|WCLE_006880
WCLE_006890	operon_0355	AP013028.1|gene686|WCLE_006890
WCLE_006900	operon_0355	AP013028.1|gene687|WCLE_006900
WCLE_006910	operon_0356	AP013028.1|gene688|WCLE_006910|trnH
WCLE_006920	operon_0356	AP013028.1|gene689|WCLE_006920
WCLE_006930	operon_0356	AP013028.1|gene690|WCLE_006930
WCLE_006940	operon_0356	AP013028.1|gene691|WCLE_006940|ffh
WCLE_006950	operon_0356	AP013028.1|gene692|WCLE_006950|mnhD
WCLE_006960	operon_0357	AP013028.1|gene693|WCLE_006960
WCLE_006970	operon_0358	AP013028.1|gene694|WCLE_006970
WCLE_006980	operon_0358	AP013028.1|gene695|WCLE_006980
WCLE_006990	operon_0359	AP013028.1|gene696|WCLE_006990
WCLE_007000	operon_0359	AP013028.1|gene697|WCLE_007000
WCLE_007010	operon_0360	AP013028.1|gene698|WCLE_007010|sam
WCLE_007020	operon_0361	AP013028.1|gene699|WCLE_007020
WCLE_007030	operon_0361	AP013028.1|gene700|WCLE_007030
WCLE_007040	operon_0362	AP013028.1|gene701|WCLE_007040|dagA
WCLE_007050	operon_0362	AP013028.1|gene702|WCLE_007050|dsbD
WCLE_007060	operon_0363	AP013028.1|gene703|WCLE_007060|groL
WCLE_007070	operon_0363	AP013028.1|gene704|WCLE_007070|groS
WCLE_007080	operon_0364	AP013028.1|gene705|WCLE_007080|ygfZ
WCLE_007090	operon_0365	AP013028.1|gene706|WCLE_007090
WCLE_007100	operon_0365	AP013028.1|gene707|WCLE_007100|ftsW
WCLE_007110	operon_0365	AP013028.1|gene708|WCLE_007110|ubiE
WCLE_007120	operon_0366	AP013028.1|gene709|WCLE_007120
WCLE_007130	operon_0366	AP013028.1|gene710|WCLE_007130|bcr
WCLE_007140	operon_0367	AP013028.1|gene711|WCLE_007140|tkt
WCLE_007150	operon_0368	AP013028.1|gene712|WCLE_007150|rpsD
WCLE_007160	operon_0368	AP013028.1|gene713|WCLE_007160|trnL
WCLE_007170	operon_0368	AP013028.1|gene714|WCLE_007170|iscX
WCLE_007180	operon_0369	AP013028.1|gene715|WCLE_007180
WCLE_007190	operon_0370	AP013028.1|gene716|WCLE_007190|ribD
WCLE_007200	operon_0370	AP013028.1|gene717|WCLE_007200|dgt
WCLE_007210	operon_0371	AP013028.1|gene718|WCLE_007210|erpA
WCLE_007220	operon_0371	AP013028.1|gene719|WCLE_007220|lolD
WCLE_007230	operon_0372	AP013028.1|gene720|WCLE_007230
WCLE_007240	operon_0373	AP013028.1|gene721|WCLE_007240
WCLE_007250	operon_0374	AP013028.1|gene722|WCLE_007250|iscS
WCLE_007260	operon_0375	AP013028.1|gene723|WCLE_007260
WCLE_007270	operon_0375	AP013028.1|gene724|WCLE_007270
WCLE_007280	operon_0376	AP013028.1|gene725|WCLE_007280
WCLE_007290	operon_0377	AP013028.1|gene726|WCLE_007290|ccmA
WCLE_007300	operon_0377	AP013028.1|gene727|WCLE_007300
WCLE_007310	operon_0377	AP013028.1|gene728|WCLE_007310
WCLE_007320	operon_0378	AP013028.1|gene729|WCLE_007320|aspS
WCLE_007330	operon_0378	AP013028.1|gene730|WCLE_007330|proP
WCLE_007340	operon_0379	AP013028.1|gene731|WCLE_007340|infC
WCLE_007350	operon_0379	AP013028.1|gene732|WCLE_007350|thrS
WCLE_007360	operon_0380	AP013028.1|gene733|WCLE_007360
WCLE_007370	operon_0381	AP013028.1|gene734|WCLE_007370|glmS
WCLE_007380	operon_0381	AP013028.1|gene735|WCLE_007380|yajC
WCLE_007390	operon_0382	AP013028.1|gene736|WCLE_007390
WCLE_007400	operon_0383	AP013028.1|gene737|WCLE_007400|mutS
WCLE_007410	operon_0384	AP013028.1|gene738|WCLE_007410|rnd
WCLE_007420	operon_0385	AP013028.1|gene739|WCLE_007420|coaE
WCLE_007430	operon_0386	AP013028.1|gene740|WCLE_007430
WCLE_007440	operon_0387	AP013028.1|gene741|WCLE_007440
WCLE_007450	operon_0387	AP013028.1|gene742|WCLE_007450
WCLE_007460	operon_0388	AP013028.1|gene743|WCLE_007460
WCLE_007470	operon_0388	AP013028.1|gene744|WCLE_007470
WCLE_007480	operon_0389	AP013028.1|gene745|WCLE_007480
WCLE_007490	operon_0390	AP013028.1|gene746|WCLE_007490|lepB
WCLE_007500	operon_0391	AP013028.1|gene747|WCLE_007500|hscA
WCLE_007510	operon_0391	AP013028.1|gene748|WCLE_007510|hscB
WCLE_007520	operon_0391	AP013028.1|gene749|WCLE_007520|iscA
WCLE_007530	operon_0391	AP013028.1|gene750|WCLE_007530|iscU
WCLE_007540	operon_0392	AP013028.1|gene751|WCLE_007540|ftsY
WCLE_007550	operon_0393	AP013028.1|gene752|WCLE_007550|radA
WCLE_007560	operon_0394	AP013028.1|gene753|WCLE_007560|qor
WCLE_007570	operon_0394	AP013028.1|gene754|WCLE_007570|trnP
WCLE_007580	operon_0395	AP013028.1|gene755|WCLE_007580|dnaJ
WCLE_007590	operon_0395	AP013028.1|gene756|WCLE_007590
WCLE_007600	operon_0396	AP013028.1|gene757|WCLE_007600|petA
WCLE_007610	operon_0396	AP013028.1|gene758|WCLE_007610|gyrA
WCLE_007620	operon_0397	AP013028.1|gene759|WCLE_007620|trnV
WCLE_007630	operon_0398	AP013028.1|gene760|WCLE_007630
WCLE_007640	operon_0398	AP013028.1|gene761|WCLE_007640
WCLE_007650	operon_0399	AP013028.1|gene762|WCLE_007650
WCLE_007660	operon_0400	AP013028.1|gene763|WCLE_007660|smc
WCLE_007670	operon_0401	AP013028.1|gene764|WCLE_007670|rhlE
WCLE_007680	operon_0401	AP013028.1|gene765|WCLE_007680|cspA
WCLE_007690	operon_0402	AP013028.1|gene766|WCLE_007690|pmbA
WCLE_007700	operon_0402	AP013028.1|gene767|WCLE_007700|atpG
WCLE_007710	operon_0403	AP013028.1|gene768|WCLE_007710
WCLE_007720	operon_0403	AP013028.1|gene769|WCLE_007720
WCLE_007730	operon_0404	AP013028.1|gene770|WCLE_007730
WCLE_007740	operon_0405	AP013028.1|gene771|WCLE_007740
WCLE_007750	operon_0406	AP013028.1|gene772|WCLE_007750|uvrD
WCLE_007760	operon_0407	AP013028.1|gene773|WCLE_007760|trnM
WCLE_007770	operon_0407	AP013028.1|gene774|WCLE_007770|trxA
WCLE_007780	operon_0407	AP013028.1|gene775|WCLE_007780|rnd
WCLE_007790	operon_0408	AP013028.1|gene776|WCLE_007790|trnG
WCLE_007800	operon_0409	AP013028.1|gene777|WCLE_007800
WCLE_007810	operon_0410	AP013028.1|gene778|WCLE_007810
WCLE_007820	operon_0410	AP013028.1|gene779|WCLE_007820
WCLE_007830	operon_0411	AP013028.1|gene780|WCLE_007830
WCLE_007840	operon_0411	AP013028.1|gene781|WCLE_007840|sucA
WCLE_007850	operon_0412	AP013028.1|gene782|WCLE_007850
WCLE_007860	operon_0412	AP013028.1|gene783|WCLE_007860
WCLE_007870	operon_0413	AP013028.1|gene784|WCLE_007870
WCLE_007880	operon_0413	AP013028.1|gene785|WCLE_007880
WCLE_007890	operon_0414	AP013028.1|gene786|WCLE_007890
WCLE_007900	operon_0415	AP013028.1|gene787|WCLE_007900
WCLE_007910	operon_0416	AP013028.1|gene788|WCLE_007910
WCLE_007920	operon_0416	AP013028.1|gene789|WCLE_007920|ubiD
WCLE_007930	operon_0417	AP013028.1|gene790|WCLE_007930
WCLE_007940	operon_0418	AP013028.1|gene791|WCLE_007940
WCLE_007950	operon_0419	AP013028.1|gene792|WCLE_007950|ccmC
WCLE_007960	operon_0419	AP013028.1|gene793|WCLE_007960
WCLE_007970	operon_0419	AP013028.1|gene794|WCLE_007970
WCLE_007980	operon_0419	AP013028.1|gene795|WCLE_007980
WCLE_007990	operon_0420	AP013028.1|gene796|WCLE_007990|nusB
WCLE_008000	operon_0420	AP013028.1|gene797|WCLE_008000|ribH
WCLE_008010	operon_0420	AP013028.1|gene798|WCLE_008010|yidC
WCLE_008020	operon_0421	AP013028.1|gene799|WCLE_008020
WCLE_008030	operon_0422	AP013028.1|gene800|WCLE_008030|secF
WCLE_008040	operon_0423	AP013028.1|gene801|WCLE_008040
WCLE_008050	operon_0423	AP013028.1|gene802|WCLE_008050
WCLE_008060	operon_0423	AP013028.1|gene803|WCLE_008060
WCLE_008070	operon_0424	AP013028.1|gene804|WCLE_008070
WCLE_008080	operon_0425	AP013028.1|gene805|WCLE_008080
WCLE_008090	operon_0426	AP013028.1|gene806|WCLE_008090
WCLE_008100	operon_0426	AP013028.1|gene807|WCLE_008100
WCLE_008110	operon_0427	AP013028.1|gene808|WCLE_008110
WCLE_008120	operon_0428	AP013028.1|gene809|WCLE_008120|ccmF
WCLE_008130	operon_0429	AP013028.1|gene810|WCLE_008130
WCLE_008140	operon_0429	AP013028.1|gene811|WCLE_008140
WCLE_008150	operon_0430	AP013028.1|gene812|WCLE_008150|hemK
WCLE_008160	operon_0431	AP013028.1|gene813|WCLE_008160
WCLE_008170	operon_0431	AP013028.1|gene814|WCLE_008170
WCLE_008180	operon_0432	AP013028.1|gene815|WCLE_008180|pyrB
WCLE_008190	operon_0433	AP013028.1|gene816|WCLE_008190
WCLE_008200	operon_0434	AP013028.1|gene817|WCLE_008200
WCLE_008210	operon_0434	AP013028.1|gene818|WCLE_008210
WCLE_008220	operon_0435	AP013028.1|gene819|WCLE_008220|miaA
WCLE_008230	operon_0436	AP013028.1|gene820|WCLE_008230
WCLE_008240	operon_0436	AP013028.1|gene821|WCLE_008240
WCLE_008250	operon_0437	AP013028.1|gene822|WCLE_008250
WCLE_008260	operon_0437	AP013028.1|gene823|WCLE_008260
WCLE_008270	operon_0438	AP013028.1|gene824|WCLE_008270
WCLE_008280	operon_0438	AP013028.1|gene825|WCLE_008280
WCLE_008290	operon_0439	AP013028.1|gene826|WCLE_008290
WCLE_008300	operon_0440	AP013028.1|gene827|WCLE_008300
WCLE_008310	operon_0441	AP013028.1|gene828|WCLE_008310
WCLE_008320	operon_0441	AP013028.1|gene829|WCLE_008320
WCLE_008330	operon_0442	AP013028.1|gene830|WCLE_008330|pheS
WCLE_008340	operon_0442	AP013028.1|gene831|WCLE_008340|glmU
WCLE_008350	operon_0442	AP013028.1|gene832|WCLE_008350
WCLE_008360	operon_0442	AP013028.1|gene833|WCLE_008360
WCLE_008370	operon_0443	AP013028.1|gene834|WCLE_008370
WCLE_008380	operon_0443	AP013028.1|gene835|WCLE_008380
WCLE_008390	operon_0443	AP013028.1|gene836|WCLE_008390
WCLE_008400	operon_0443	AP013028.1|gene837|WCLE_008400
WCLE_008410	operon_0444	AP013028.1|gene838|WCLE_008410
WCLE_008420	operon_0445	AP013028.1|gene839|WCLE_008420
WCLE_008430	operon_0446	AP013028.1|gene840|WCLE_008430
WCLE_008440	operon_0447	AP013028.1|gene841|WCLE_008440
WCLE_008450	operon_0448	AP013028.1|gene842|WCLE_008450
WCLE_008460	operon_0449	AP013028.1|gene843|WCLE_008460
WCLE_008470	operon_0449	AP013028.1|gene844|WCLE_008470
WCLE_008480	operon_0450	AP013028.1|gene845|WCLE_008480
WCLE_008490	operon_0450	AP013028.1|gene846|WCLE_008490
WCLE_008500	operon_0451	AP013028.1|gene847|WCLE_008500|bioA
WCLE_008510	operon_0451	AP013028.1|gene848|WCLE_008510|bioD
WCLE_008520	operon_0451	AP013028.1|gene849|WCLE_008520|bioC
WCLE_008530	operon_0451	AP013028.1|gene850|WCLE_008530
WCLE_008540	operon_0451	AP013028.1|gene851|WCLE_008540|bioF
WCLE_008550	operon_0452	AP013028.1|gene852|WCLE_008550|bioB
WCLE_008560	operon_0453	AP013028.1|gene853|WCLE_008560
WCLE_008570	operon_0454	AP013028.1|gene854|WCLE_008570|purK
WCLE_008580	operon_0455	AP013028.1|gene855|WCLE_008580|apaG
WCLE_008590	operon_0456	AP013028.1|gene856|WCLE_008590|afuB
WCLE_008600	operon_0457	AP013028.1|gene857|WCLE_008600
WCLE_008610	operon_0458	AP013028.1|gene858|WCLE_008610
WCLE_008620	operon_0458	AP013028.1|gene859|WCLE_008620
WCLE_008630	operon_0459	AP013028.1|gene860|WCLE_008630|uvrA
WCLE_008640	operon_0459	AP013028.1|gene861|WCLE_008640
WCLE_008650	operon_0460	AP013028.1|gene862|WCLE_008650
WCLE_008660	operon_0460	AP013028.1|gene863|WCLE_008660
WCLE_008670	operon_0461	AP013028.1|gene864|WCLE_008670|infA
WCLE_008680	operon_0461	AP013028.1|gene865|WCLE_008680|maf
WCLE_008690	operon_0462	AP013028.1|gene866|WCLE_008690
WCLE_008700	operon_0462	AP013028.1|gene867|WCLE_008700
WCLE_008710	operon_0463	AP013028.1|gene868|WCLE_008710|virB8
WCLE_008720	operon_0463	AP013028.1|gene869|WCLE_008720
WCLE_008730	operon_0463	AP013028.1|gene870|WCLE_008730|holB
WCLE_008740	operon_0463	AP013028.1|gene871|WCLE_008740|rimN
WCLE_008750	operon_0464	AP013028.1|gene872|WCLE_008750
WCLE_008760	operon_0465	AP013028.1|gene873|WCLE_008760
WCLE_008770	operon_0465	AP013028.1|gene874|WCLE_008770
WCLE_008780	operon_0465	AP013028.1|gene875|WCLE_008780
WCLE_008790	operon_0466	AP013028.1|gene876|WCLE_008790|fbaB
WCLE_008800	operon_0466	AP013028.1|gene877|WCLE_008800|trnC
WCLE_008810	operon_0467	AP013028.1|gene878|WCLE_008810
WCLE_008820	operon_0468	AP013028.1|gene879|WCLE_008820
WCLE_008830	operon_0469	AP013028.1|gene880|WCLE_008830|fabI
WCLE_008840	operon_0469	AP013028.1|gene881|WCLE_008840|nuoI
WCLE_008850	operon_0470	AP013028.1|gene882|WCLE_008850|nusA
WCLE_008860	operon_0470	AP013028.1|gene883|WCLE_008860|infB
WCLE_008870	operon_0470	AP013028.1|gene884|WCLE_008870|rbfA
WCLE_008880	operon_0470	AP013028.1|gene885|WCLE_008880|ubiA
WCLE_008890	operon_0471	AP013028.1|gene886|WCLE_008890|rodA
WCLE_008900	operon_0471	AP013028.1|gene887|WCLE_008900|mnhD
WCLE_008910	operon_0472	AP013028.1|gene888|WCLE_008910
WCLE_008920	operon_0472	AP013028.1|gene889|WCLE_008920
WCLE_008930	operon_0472	AP013028.1|gene890|WCLE_008930|ttg2C
WCLE_008940	operon_0472	AP013028.1|gene891|WCLE_008940
WCLE_008950	operon_0473	AP013028.1|gene892|WCLE_008950|htpG
WCLE_008960	operon_0473	AP013028.1|gene893|WCLE_008960
WCLE_008970	operon_0473	AP013028.1|gene894|WCLE_008970|hemA
WCLE_008980	operon_0474	AP013028.1|gene895|WCLE_008980|suhB
WCLE_008990	operon_0474	AP013028.1|gene896|WCLE_008990|efp
WCLE_009000	operon_0474	AP013028.1|gene897|WCLE_009000|rimM
WCLE_009010	operon_0475	AP013028.1|gene898|WCLE_009010
WCLE_009020	operon_0475	AP013028.1|gene899|WCLE_009020
WCLE_009030	operon_0475	AP013028.1|gene900|WCLE_009030
WCLE_009040	operon_0476	AP013028.1|gene901|WCLE_009040|ihfA
WCLE_009050	operon_0476	AP013028.1|gene902|WCLE_009050
WCLE_009060	operon_0477	AP013028.1|gene903|WCLE_009060
WCLE_009070	operon_0477	AP013028.1|gene904|WCLE_009070
WCLE_009080	operon_0478	AP013028.1|gene905|WCLE_009080|rpmI
WCLE_009090	operon_0478	AP013028.1|gene906|WCLE_009090|rplT
WCLE_009100	operon_0478	AP013028.1|gene907|WCLE_009100|fmt
WCLE_009110	operon_0479	AP013028.1|gene908|WCLE_009110
WCLE_009120	operon_0480	AP013028.1|gene909|WCLE_009120|carA
WCLE_009130	operon_0480	AP013028.1|gene910|WCLE_009130|trnY
WCLE_009140	operon_0480	AP013028.1|gene911|WCLE_009140|trnG
WCLE_009150	operon_0480	AP013028.1|gene912|WCLE_009150|tuf
WCLE_009160	operon_0480	AP013028.1|gene913|WCLE_009160|trnW
WCLE_009170	operon_0480	AP013028.1|gene914|WCLE_009170|secE
WCLE_009180	operon_0480	AP013028.1|gene915|WCLE_009180|nusG
WCLE_009190	operon_0480	AP013028.1|gene916|WCLE_009190|rplK
WCLE_009200	operon_0480	AP013028.1|gene917|WCLE_009200|rplA
WCLE_009210	operon_0480	AP013028.1|gene918|WCLE_009210|rplJ
WCLE_009220	operon_0480	AP013028.1|gene919|WCLE_009220|rplL
WCLE_009230	operon_0480	AP013028.1|gene920|WCLE_009230|rpoBC
WCLE_009240	operon_0480	AP013028.1|gene921|WCLE_009240
WCLE_009250	operon_0481	AP013028.1|gene922|WCLE_009250|rpoD
WCLE_009260	operon_0481	AP013028.1|gene923|WCLE_009260|mnhC
WCLE_009270	operon_0481	AP013028.1|gene924|WCLE_009270|mnhB
WCLE_009280	operon_0481	AP013028.1|gene925|WCLE_009280|mnhB
WCLE_009290	operon_0481	AP013028.1|gene926|WCLE_009290|mnhG
WCLE_009300	operon_0481	AP013028.1|gene927|WCLE_009300|mnhF
WCLE_009310	operon_0481	AP013028.1|gene928|WCLE_009310|rpoZ
WCLE_009320	operon_0481	AP013028.1|gene929|WCLE_009320
WCLE_009330	operon_0482	AP013028.1|gene930|WCLE_009330
WCLE_009340	operon_0482	AP013028.1|gene931|WCLE_009340
WCLE_009350	operon_0483	AP013028.1|gene932|WCLE_009350|purE
WCLE_009360	operon_0483	AP013028.1|gene933|WCLE_009360|mutL
WCLE_009370	operon_0484	AP013028.1|gene934|WCLE_009370
WCLE_009380	operon_0485	AP013028.1|gene935|WCLE_009380
WCLE_009390	operon_0485	AP013028.1|gene936|WCLE_009390
WCLE_009400	operon_0485	AP013028.1|gene937|WCLE_009400
WCLE_009410	operon_0486	AP013028.1|gene938|WCLE_009410
WCLE_009420	operon_0486	AP013028.1|gene939|WCLE_009420
WCLE_009430	operon_0486	AP013028.1|gene940|WCLE_009430|recF
WCLE_009440	operon_0486	AP013028.1|gene941|WCLE_009440|bcp
WCLE_009450	operon_0487	AP013028.1|gene942|WCLE_009450|argD
WCLE_009460	operon_0487	AP013028.1|gene943|WCLE_009460
WCLE_009470	operon_0488	AP013028.1|gene944|WCLE_009470
WCLE_009480	operon_0489	AP013028.1|gene945|WCLE_009480
WCLE_009490	operon_0489	AP013028.1|gene946|WCLE_009490|trnF
WCLE_009500	operon_0490	AP013028.1|gene947|WCLE_009500|coaD
WCLE_009510	operon_0491	AP013028.1|gene948|WCLE_009510
WCLE_009520	operon_0492	AP013028.1|gene949|WCLE_009520|cdsA
WCLE_009530	operon_0492	AP013028.1|gene950|WCLE_009530|uppS
WCLE_009540	operon_0493	AP013028.1|gene951|WCLE_009540|frr
WCLE_009550	operon_0493	AP013028.1|gene952|WCLE_009550|pyrH
WCLE_009560	operon_0493	AP013028.1|gene953|WCLE_009560|tsf
WCLE_009570	operon_0493	AP013028.1|gene954|WCLE_009570|rpsB
WCLE_009580	operon_0494	AP013028.1|gene955|WCLE_009580|trnD
WCLE_009590	operon_0495	AP013028.1|gene956|WCLE_009590|mnmA
WCLE_009600	operon_0496	AP013028.1|gene957|WCLE_009600
WCLE_009610	operon_0497	AP013028.1|gene958|WCLE_009610
WCLE_009620	operon_0498	AP013028.1|gene959|WCLE_009620
WCLE_009630	operon_0498	AP013028.1|gene960|WCLE_009630
WCLE_009640	operon_0499	AP013028.1|gene961|WCLE_009640|ldcA
WCLE_009650	operon_0499	AP013028.1|gene962|WCLE_009650|lipB
WCLE_009660	operon_0500	AP013028.1|gene963|WCLE_009660
WCLE_009670	operon_0500	AP013028.1|gene964|WCLE_009670
WCLE_009680	operon_0500	AP013028.1|gene965|WCLE_009680
WCLE_009690	operon_0501	AP013028.1|gene966|WCLE_009690|dnaN
WCLE_009700	operon_0502	AP013028.1|gene967|WCLE_009700|truA
WCLE_009710	operon_0503	AP013028.1|gene968|WCLE_009710
WCLE_009720	operon_0503	AP013028.1|gene969|WCLE_009720
WCLE_009730	operon_0504	AP013028.1|gene970|WCLE_009730|ribE
WCLE_009740	operon_0504	AP013028.1|gene971|WCLE_009740|cvpA
WCLE_009750	operon_0505	AP013028.1|gene972|WCLE_009750
WCLE_009760	operon_0506	AP013028.1|gene973|WCLE_009760
WCLE_009770	operon_0506	AP013028.1|gene974|WCLE_009770
WCLE_009780	operon_0506	AP013028.1|gene975|WCLE_009780
WCLE_009790	operon_0507	AP013028.1|gene976|WCLE_009790|smpB
WCLE_009800	operon_0507	AP013028.1|gene977|WCLE_009800|lgt
WCLE_009810	operon_0508	AP013028.1|gene978|WCLE_009810
WCLE_009820	operon_0509	AP013028.1|gene979|WCLE_009820
WCLE_009830	operon_0510	AP013028.1|gene980|WCLE_009830
WCLE_009840	operon_0511	AP013028.1|gene981|WCLE_009840
WCLE_009850	operon_0512	AP013028.1|gene982|WCLE_009850
WCLE_009860	operon_0512	AP013028.1|gene983|WCLE_009860
WCLE_009870	operon_0513	AP013028.1|gene984|WCLE_009870|gatA
WCLE_009880	operon_0514	AP013028.1|gene985|WCLE_009880
WCLE_009890	operon_0515	AP013028.1|gene986|WCLE_009890|fabF
WCLE_009900	operon_0515	AP013028.1|gene987|WCLE_009900|acpP
WCLE_009910	operon_0516	AP013028.1|gene988|WCLE_009910|ispA
WCLE_009920	operon_0516	AP013028.1|gene989|WCLE_009920
WCLE_009930	operon_0517	AP013028.1|gene990|WCLE_009930|mnhD
WCLE_009940	operon_0518	AP013028.1|gene991|WCLE_009940
WCLE_009950	operon_0519	AP013028.1|gene992|WCLE_009950
WCLE_009960	operon_0519	AP013028.1|gene993|WCLE_009960
WCLE_009970	operon_0519	AP013028.1|gene994|WCLE_009970
WCLE_009980	operon_0519	AP013028.1|gene995|WCLE_009980
WCLE_009990	operon_0520	AP013028.1|gene996|WCLE_009990|nuoE
WCLE_010000	operon_0521	AP013028.1|gene997|WCLE_010000
WCLE_010010	operon_0521	AP013028.1|gene998|WCLE_010010
WCLE_010020	operon_0522	AP013028.1|gene999|WCLE_010020
WCLE_010030	operon_0523	AP013028.1|gene1000|WCLE_010030
WCLE_010040	operon_0524	AP013028.1|gene1001|WCLE_010040
WCLE_010050	operon_0525	AP013028.1|gene1002|WCLE_010050
WCLE_010060	operon_0526	AP013028.1|gene1003|WCLE_010060|potE
WCLE_010070	operon_0526	AP013028.1|gene1004|WCLE_010070|potE
WCLE_010080	operon_0527	AP013028.1|gene1005|WCLE_010080|purH
WCLE_010090	operon_0527	AP013028.1|gene1006|WCLE_010090|trnN
WCLE_010100	operon_0528	AP013028.1|gene1007|WCLE_010100|ispH
WCLE_010110	operon_0529	AP013028.1|gene1008|WCLE_010110|ftsI
WCLE_010120	operon_0530	AP013028.1|gene1009|WCLE_010120
WCLE_010130	operon_0531	AP013028.1|gene1010|WCLE_010130|bfr
WCLE_010140	operon_0531	AP013028.1|gene1011|WCLE_010140|surf1
WCLE_010150	operon_0532	AP013028.1|gene1012|WCLE_010150|kefB
WCLE_010160	operon_0532	AP013028.1|gene1013|WCLE_010160
WCLE_010170	operon_0533	AP013028.1|gene1014|WCLE_010170|tmk
WCLE_010180	operon_0534	AP013028.1|gene1015|WCLE_010180
WCLE_010190	operon_0535	AP013028.1|gene1016|WCLE_010190|lysS
WCLE_010200	operon_0536	AP013028.1|gene1017|WCLE_010200|virB3
WCLE_010210	operon_0536	AP013028.1|gene1018|WCLE_010210|virB4
WCLE_010220	operon_0536	AP013028.1|gene1019|WCLE_010220|virB6
WCLE_010230	operon_0536	AP013028.1|gene1020|WCLE_010230|virB6
WCLE_010240	operon_0536	AP013028.1|gene1021|WCLE_010240|virB6
WCLE_010250	operon_0536	AP013028.1|gene1022|WCLE_010250|virB6
WCLE_010260	operon_0536	AP013028.1|gene1023|WCLE_010260
WCLE_010270	operon_0537	AP013028.1|gene1024|WCLE_010270|map
WCLE_010280	operon_0538	AP013028.1|gene1025|WCLE_010280
WCLE_010290	operon_0538	AP013028.1|gene1026|WCLE_010290
WCLE_010300	operon_0539	AP013028.1|gene1027|WCLE_010300|asd
WCLE_010310	operon_0540	AP013028.1|gene1028|WCLE_010310
WCLE_010320	operon_0541	AP013028.1|gene1029|WCLE_010320|gltD
WCLE_010330	operon_0541	AP013028.1|gene1030|WCLE_010330|fabZ
WCLE_010340	operon_0541	AP013028.1|gene1031|WCLE_010340
WCLE_010350	operon_0541	AP013028.1|gene1032|WCLE_010350|yaeT
WCLE_010360	operon_0541	AP013028.1|gene1033|WCLE_010360|rseP
WCLE_010370	operon_0542	AP013028.1|gene1034|WCLE_010370
WCLE_010380	operon_0543	AP013028.1|gene1035|WCLE_010380
WCLE_010390	operon_0543	AP013028.1|gene1036|WCLE_010390
WCLE_010400	operon_0543	AP013028.1|gene1037|WCLE_010400|era
WCLE_010410	operon_0543	AP013028.1|gene1038|WCLE_010410
WCLE_010420	operon_0544	AP013028.1|gene1039|WCLE_010420
WCLE_010430	operon_0544	AP013028.1|gene1040|WCLE_010430
WCLE_010440	operon_0545	AP013028.1|gene1041|WCLE_010440|xth
WCLE_010450	operon_0545	AP013028.1|gene1042|WCLE_010450|hemD
WCLE_010460	operon_0546	AP013028.1|gene1043|WCLE_010460
WCLE_010470	operon_0547	AP013028.1|gene1044|WCLE_010470
WCLE_010480	operon_0548	AP013028.1|gene1045|WCLE_010480
WCLE_010490	operon_0548	AP013028.1|gene1046|WCLE_010490
WCLE_010500	operon_0548	AP013028.1|gene1047|WCLE_010500|prsA
WCLE_010510	operon_0548	AP013028.1|gene1048|WCLE_010510|gatC
WCLE_010520	operon_0549	AP013028.1|gene1049|WCLE_010520
WCLE_010530	operon_0550	AP013028.1|gene1050|WCLE_010530
WCLE_010540	operon_0550	AP013028.1|gene1051|WCLE_010540
WCLE_010550	operon_0551	AP013028.1|gene1052|WCLE_010550|gspD
WCLE_010560	operon_0551	AP013028.1|gene1053|WCLE_010560
WCLE_010570	operon_0551	AP013028.1|gene1054|WCLE_010570
WCLE_010580	operon_0552	AP013028.1|gene1055|WCLE_010580
WCLE_010590	operon_0552	AP013028.1|gene1056|WCLE_010590
WCLE_010600	operon_0552	AP013028.1|gene1057|WCLE_010600
WCLE_010610	operon_0552	AP013028.1|gene1058|WCLE_010610
WCLE_010620	operon_0553	AP013028.1|gene1059|WCLE_010620|dapA
WCLE_010630	operon_0553	AP013028.1|gene1060|WCLE_010630|ssb
WCLE_010640	operon_0553	AP013028.1|gene1061|WCLE_010640|trnR
WCLE_010650	operon_0553	AP013028.1|gene1062|WCLE_010650
WCLE_010660	operon_0554	AP013028.1|gene1063|WCLE_010660
WCLE_010670	operon_0554	AP013028.1|gene1064|WCLE_010670
WCLE_010680	operon_0554	AP013028.1|gene1065|WCLE_010680|lolC
WCLE_010690	operon_0555	AP013028.1|gene1066|WCLE_010690|gatB
WCLE_010700	operon_0556	AP013028.1|gene1067|WCLE_010700|rho
WCLE_010710	operon_0557	AP013028.1|gene1068|WCLE_010710
WCLE_010720	operon_0558	AP013028.1|gene1069|WCLE_010720
WCLE_010730	operon_0559	AP013028.1|gene1070|WCLE_010730
WCLE_010740	operon_0559	AP013028.1|gene1071|WCLE_010740|gcp
WCLE_010750	operon_0560	AP013028.1|gene1072|WCLE_010750|msbA
WCLE_010760	operon_0561	AP013028.1|gene1073|WCLE_010760|manB
WCLE_010770	operon_0562	AP013028.1|gene1074|WCLE_010770
WCLE_010780	operon_0563	AP013028.1|gene1075|WCLE_010780|ispDF
WCLE_010790	operon_0564	AP013028.1|gene1076|WCLE_010790
WCLE_010800	operon_0565	AP013028.1|gene1077|WCLE_010800
WCLE_010810	operon_0565	AP013028.1|gene1078|WCLE_010810
WCLE_010820	operon_0565	AP013028.1|gene1079|WCLE_010820
WCLE_010830	operon_0566	AP013028.1|gene1080|WCLE_010830|valS
WCLE_010840	operon_0566	AP013028.1|gene1081|WCLE_010840
WCLE_010850	operon_0566	AP013028.1|gene1082|WCLE_010850|pyrF
WCLE_010860	operon_0567	AP013028.1|gene1083|WCLE_010860
WCLE_010870	operon_0567	AP013028.1|gene1084|WCLE_010870
WCLE_010880	operon_0567	AP013028.1|gene1085|WCLE_010880
WCLE_010890	operon_0568	AP013028.1|gene1086|WCLE_010890|sucB
WCLE_010900	operon_0569	AP013028.1|gene1087|WCLE_010900
WCLE_010910	operon_0569	AP013028.1|gene1088|WCLE_010910
WCLE_010920	operon_0570	AP013028.1|gene1089|WCLE_010920
WCLE_010930	operon_0570	AP013028.1|gene1090|WCLE_010930|rpmJ
WCLE_010940	operon_0571	AP013028.1|gene1091|WCLE_010940
WCLE_010950	operon_0571	AP013028.1|gene1092|WCLE_010950|pcaH
WCLE_010960	operon_0571	AP013028.1|gene1093|WCLE_010960|pepA
WCLE_010970	operon_0572	AP013028.1|gene1094|WCLE_010970
WCLE_010980	operon_0573	AP013028.1|gene1095|WCLE_010980|elbB
WCLE_010990	operon_0574	AP013028.1|gene1096|WCLE_010990|gmk
WCLE_011000	operon_0574	AP013028.1|gene1097|WCLE_011000
WCLE_011010	operon_0574	AP013028.1|gene1098|WCLE_011010
WCLE_011020	operon_0575	AP013028.1|gene1099|WCLE_011020
WCLE_011030	operon_0576	AP013028.1|gene1100|WCLE_011030|trnS
WCLE_011040	operon_0577	AP013028.1|gene1101|WCLE_011040|ppa
WCLE_011050	operon_0577	AP013028.1|gene1102|WCLE_011050|coq7
WCLE_011060	operon_0577	AP013028.1|gene1103|WCLE_011060|dsbB
WCLE_011070	operon_0577	AP013028.1|gene1104|WCLE_011070|der
WCLE_011080	operon_0577	AP013028.1|gene1105|WCLE_011080
WCLE_011090	operon_0578	AP013028.1|gene1106|WCLE_011090
WCLE_011100	operon_0579	AP013028.1|gene1107|WCLE_011100
WCLE_011110	operon_0579	AP013028.1|gene1108|WCLE_011110
WCLE_011120	operon_0580	AP013028.1|gene1109|WCLE_011120
WCLE_011130	operon_0581	AP013028.1|gene1110|WCLE_011130|argS
WCLE_011140	operon_0581	AP013028.1|gene1111|WCLE_011140
WCLE_011150	operon_0582	AP013028.1|gene1112|WCLE_011150
WCLE_011160	operon_0582	AP013028.1|gene1113|WCLE_011160
WCLE_011170	operon_0583	AP013028.1|gene1114|WCLE_011170
WCLE_011180	operon_0584	AP013028.1|gene1115|WCLE_011180
WCLE_011190	operon_0585	AP013028.1|gene1116|WCLE_011190
WCLE_011200	operon_0585	AP013028.1|gene1117|WCLE_011200
WCLE_011210	operon_0585	AP013028.1|gene1118|WCLE_011210
WCLE_011220	operon_0586	AP013028.1|gene1119|WCLE_011220
WCLE_011230	operon_0587	AP013028.1|gene1120|WCLE_011230
WCLE_011240	operon_0588	AP013028.1|gene1121|WCLE_011240
WCLE_011250	operon_0588	AP013028.1|gene1122|WCLE_011250|ruvB
WCLE_011260	operon_0588	AP013028.1|gene1123|WCLE_011260|ruvA
WCLE_011270	operon_0588	AP013028.1|gene1124|WCLE_011270|rlpA
WCLE_011280	operon_0589	AP013028.1|gene1125|WCLE_011280|murC
WCLE_011290	operon_0589	AP013028.1|gene1126|WCLE_011290|eno
WCLE_011300	operon_0589	AP013028.1|gene1127|WCLE_011300|obg
WCLE_011310	operon_0590	AP013028.1|gene1128|WCLE_011310
WCLE_011320	operon_0591	AP013028.1|gene1129|WCLE_011320
WCLE_011330	operon_0591	AP013028.1|gene1130|WCLE_011330
WCLE_011340	operon_0592	AP013028.1|gene1131|WCLE_011340
WCLE_011350	operon_0593	AP013028.1|gene1132|WCLE_011350
WCLE_011360	operon_0594	AP013028.1|gene1133|WCLE_011360|truB
WCLE_011370	operon_0594	AP013028.1|gene1134|WCLE_011370|rpsO
WCLE_011380	operon_0594	AP013028.1|gene1135|WCLE_011380|pnp
WCLE_011390	operon_0595	AP013028.1|gene1136|WCLE_011390|rpe
WCLE_011400	operon_0596	AP013028.1|gene1137|WCLE_011400|trnR
WCLE_011410	operon_0597	AP013028.1|gene1138|WCLE_011410
WCLE_011420	operon_0597	AP013028.1|gene1139|WCLE_011420|gph
WCLE_011430	operon_0598	AP013028.1|gene1140|WCLE_011430|lon
WCLE_011440	operon_0598	AP013028.1|gene1141|WCLE_011440|clpX
WCLE_011450	operon_0598	AP013028.1|gene1142|WCLE_011450|clpP
WCLE_011460	operon_0598	AP013028.1|gene1143|WCLE_011460|tig
WCLE_011470	operon_0599	AP013028.1|gene1144|WCLE_011470|trnL
WCLE_011480	operon_0600	AP013028.1|gene1145|WCLE_011480|osmY
WCLE_011490	operon_0600	AP013028.1|gene1146|WCLE_011490|gshB
WCLE_011500	operon_0601	AP013028.1|gene1147|WCLE_011500|murG
WCLE_011510	operon_0602	AP013028.1|gene1148|WCLE_011510
WCLE_011520	operon_0603	AP013028.1|gene1149|WCLE_011520|lpd
WCLE_011530	operon_0604	AP013028.1|gene1150|WCLE_011530|rpsA
WCLE_011540	operon_0604	AP013028.1|gene1151|WCLE_011540|ihfB
WCLE_011550	operon_0605	AP013028.1|gene1152|WCLE_011550
WCLE_011560	operon_0606	AP013028.1|gene1153|WCLE_011560
WCLE_011570	operon_0606	AP013028.1|gene1154|WCLE_011570
WCLE_011580	operon_0607	AP013028.1|gene1155|WCLE_011580
WCLE_011590	operon_0607	AP013028.1|gene1156|WCLE_011590
WCLE_011600	operon_0608	AP013028.1|gene1157|WCLE_011600|afuA
WCLE_011610	operon_0608	AP013028.1|gene1158|WCLE_011610
WCLE_011620	operon_0608	AP013028.1|gene1159|WCLE_011620
WCLE_011630	operon_0608	AP013028.1|gene1160|WCLE_011630|ppnK
WCLE_011640	operon_0608	AP013028.1|gene1161|WCLE_011640|rpmE
WCLE_011650	operon_0609	AP013028.1|gene1162|WCLE_011650|fabD
WCLE_011660	operon_0609	AP013028.1|gene1163|WCLE_011660
WCLE_011670	operon_0610	AP013028.1|gene1164|WCLE_011670|gpmI
WCLE_011680	operon_0611	AP013028.1|gene1165|WCLE_011680
WCLE_011690	operon_0611	AP013028.1|gene1166|WCLE_011690
WCLE_011700	operon_0612	AP013028.1|gene1167|WCLE_011700
WCLE_011710	operon_0612	AP013028.1|gene1168|WCLE_011710
WCLE_011720	operon_0613	AP013028.1|gene1169|WCLE_011720|pqqC
WCLE_011730	operon_0613	AP013028.1|gene1170|WCLE_011730|folB
WCLE_011740	operon_0613	AP013028.1|gene1171|WCLE_011740|folKP
WCLE_011750	operon_0613	AP013028.1|gene1172|WCLE_011750|folA
WCLE_011760	operon_0613	AP013028.1|gene1173|WCLE_011760
WCLE_011770	operon_0614	AP013028.1|gene1174|WCLE_011770
WCLE_011780	operon_0614	AP013028.1|gene1175|WCLE_011780
WCLE_011790	operon_0615	AP013028.1|gene1176|WCLE_011790|purF
WCLE_011800	operon_0616	AP013028.1|gene1177|WCLE_011800|yoaE
WCLE_011810	operon_0617	AP013028.1|gene1178|WCLE_011810
WCLE_011820	operon_0617	AP013028.1|gene1179|WCLE_011820
WCLE_011830	operon_0618	AP013028.1|gene1180|WCLE_011830|mnhE
WCLE_011840	operon_0619	AP013028.1|gene1181|WCLE_011840
WCLE_011850	operon_0620	AP013028.1|gene1182|WCLE_011850|purN
WCLE_011860	operon_0621	AP013028.1|gene1183|WCLE_011860
WCLE_011870	operon_0621	AP013028.1|gene1184|WCLE_011870
WCLE_011880	operon_0621	AP013028.1|gene1185|WCLE_011880|lspA
WCLE_011890	operon_0621	AP013028.1|gene1186|WCLE_011890|ribF
WCLE_011900	operon_0622	AP013028.1|gene1187|WCLE_011900|grxC
WCLE_011910	operon_0622	AP013028.1|gene1188|WCLE_011910
WCLE_011920	operon_0623	AP013028.1|gene1189|WCLE_011920|mpg
WCLE_011930	operon_0624	AP013028.1|gene1190|WCLE_011930
WCLE_011940	operon_0624	AP013028.1|gene1191|WCLE_011940
WCLE_011950	operon_0625	AP013028.1|gene1192|WCLE_011950
WCLE_011960	operon_0625	AP013028.1|gene1193|WCLE_011960|topA
WCLE_011970	operon_0626	AP013028.1|gene1194|WCLE_011970|ppiD
WCLE_011980	operon_0626	AP013028.1|gene1195|WCLE_011980|dusB
WCLE_011990	operon_0626	AP013028.1|gene1196|WCLE_011990|argF
WCLE_012000	operon_0627	AP013028.1|gene1197|WCLE_012000|serS
WCLE_012010	operon_0627	AP013028.1|gene1198|WCLE_012010|purD
WCLE_012020	operon_0627	AP013028.1|gene1199|WCLE_012020|ppnK
WCLE_012030	operon_0627	AP013028.1|gene1200|WCLE_012030|guaA
WCLE_012040	operon_0628	AP013028.1|gene1201|WCLE_012040|recR
WCLE_012050	operon_0629	AP013028.1|gene1202|WCLE_012050
WCLE_012060	operon_0629	AP013028.1|gene1203|WCLE_012060
WCLE_012070	operon_0630	AP013028.1|gene1204|WCLE_012070|trpS
WCLE_012080	operon_0631	AP013028.1|gene1205|WCLE_012080|grpE
WCLE_012090	operon_0631	AP013028.1|gene1206|WCLE_012090|ispB
WCLE_012100	operon_0631	AP013028.1|gene1207|WCLE_012100|rpsP
WCLE_012110	operon_0632	AP013028.1|gene1208|WCLE_012110|acpS
WCLE_012120	operon_0632	AP013028.1|gene1209|WCLE_012120|proS
WCLE_012130	operon_0633	AP013028.1|gene1210|WCLE_012130
WCLE_012140	operon_0633	AP013028.1|gene1211|WCLE_012140|mrdA
WCLE_012150	operon_0634	AP013028.1|gene1212|WCLE_012150
WCLE_012160	operon_0634	AP013028.1|gene1213|WCLE_012160
WCLE_012170	operon_0634	AP013028.1|gene1214|WCLE_012170
WCLE_012180	operon_0635	AP013028.1|gene1215|WCLE_012180
WCLE_012190	operon_0635	AP013028.1|gene1216|WCLE_012190|mreB
WCLE_012200	operon_0635	AP013028.1|gene1217|WCLE_012200
WCLE_012210	operon_0636	AP013028.1|gene1218|WCLE_012210|pal
WCLE_012220	operon_0637	AP013028.1|gene1219|WCLE_012220|tilS
WCLE_012230	operon_0637	AP013028.1|gene1220|WCLE_012230|ftsH
WCLE_012240	operon_0638	AP013028.1|gene1221|WCLE_012240
WCLE_012250	operon_0638	AP013028.1|gene1222|WCLE_012250
WCLE_012260	operon_0638	AP013028.1|gene1223|WCLE_012260
WCLE_012270	operon_0639	AP013028.1|gene1224|WCLE_012270
WCLE_012280	operon_0639	AP013028.1|gene1225|WCLE_012280
WCLE_012290	operon_0640	AP013028.1|gene1226|WCLE_012290
WCLE_012300	operon_0641	AP013028.1|gene1227|WCLE_012300|secA
WCLE_012310	operon_0642	AP013028.1|gene1228|WCLE_012310
WCLE_012320	operon_0643	AP013028.1|gene1229|WCLE_012320
WCLE_012330	operon_0643	AP013028.1|gene1230|WCLE_012330
WCLE_012340	operon_0643	AP013028.1|gene1231|WCLE_012340|nrdB
WCLE_012350	operon_0644	AP013028.1|gene1232|WCLE_012350
WCLE_012360	operon_0645	AP013028.1|gene1233|WCLE_012360|miaB
WCLE_012370	operon_0645	AP013028.1|gene1234|WCLE_012370|ileS
WCLE_012380	operon_0646	AP013028.1|gene1235|WCLE_012380
WCLE_012390	operon_0646	AP013028.1|gene1236|WCLE_012390
WCLE_012400	operon_0647	AP013028.1|gene1237|WCLE_012400
WCLE_012410	operon_0648	AP013028.1|gene1238|WCLE_012410|alaS
WCLE_012420	operon_0649	AP013028.1|gene1239|WCLE_012420
WCLE_012430	operon_0650	AP013028.1|gene1240|WCLE_012430|dnaE
WCLE_012440	operon_0650	AP013028.1|gene1241|WCLE_012440|rpsF
WCLE_012450	operon_0650	AP013028.1|gene1242|WCLE_012450|rpsR
WCLE_012460	operon_0650	AP013028.1|gene1243|WCLE_012460|rplI
WCLE_012470	operon_0651	AP013028.1|gene1244|WCLE_012470
WCLE_012480	operon_0651	AP013028.1|gene1245|WCLE_012480
WCLE_012490	operon_0651	AP013028.1|gene1246|WCLE_012490
WCLE_012500	operon_0651	AP013028.1|gene1247|WCLE_012500
WCLE_012510	operon_0652	AP013028.1|gene1248|WCLE_012510|nuoH
WCLE_012520	operon_0652	AP013028.1|gene1249|WCLE_012520|nuoG
WCLE_012530	operon_0652	AP013028.1|gene1250|WCLE_012530
WCLE_012540	operon_0653	AP013028.1|gene1251|WCLE_012540|purA
WCLE_012550	operon_0654	AP013028.1|gene1252|WCLE_012550
WCLE_012560	operon_0655	AP013028.1|gene1253|WCLE_012560|glnA