Locus_tag	OperonID	Description
GTHT12_RS18605	operon_0003	NZ_CP020032.1|gene3719|GTHT12_RS18605
GTHT12_RS18610	operon_0003	NZ_CP020032.1|gene3720|GTHT12_RS18610
GTHT12_RS18615	operon_0004	NZ_CP020032.1|gene3721|GTHT12_RS18615
GTHT12_RS18620	operon_0005	NZ_CP020032.1|gene3722|GTHT12_RS18620
GTHT12_RS18625	operon_0006	NZ_CP020032.1|gene3723|GTHT12_RS18625
GTHT12_RS18630	operon_0006	NZ_CP020032.1|gene3724|GTHT12_RS18630
GTHT12_RS18635	operon_0006	NZ_CP020032.1|gene3725|GTHT12_RS18635
GTHT12_RS18640	operon_0007	NZ_CP020032.1|gene3726|GTHT12_RS18640
GTHT12_RS18645	operon_0008	NZ_CP020032.1|gene3727|GTHT12_RS18645
GTHT12_RS18650	operon_0008	NZ_CP020032.1|gene3728|GTHT12_RS18650
GTHT12_RS18655	operon_0008	NZ_CP020032.1|gene3729|GTHT12_RS18655
GTHT12_RS18660	operon_0008	NZ_CP020032.1|gene3730|GTHT12_RS18660
GTHT12_RS18665	operon_0008	NZ_CP020032.1|gene3731|GTHT12_RS18665
GTHT12_RS18670	operon_0009	NZ_CP020032.1|gene3732|GTHT12_RS18670
GTHT12_RS18675	operon_0010	NZ_CP020032.1|gene3733|GTHT12_RS18675
GTHT12_RS18680	operon_0010	NZ_CP020032.1|gene3734|GTHT12_RS18680
GTHT12_RS18685	operon_0010	NZ_CP020032.1|gene3735|GTHT12_RS18685
GTHT12_RS18690	operon_0011	NZ_CP020032.1|gene3736|GTHT12_RS18690
GTHT12_RS18695	operon_0011	NZ_CP020032.1|gene3737|GTHT12_RS18695
GTHT12_RS18700	operon_0011	NZ_CP020032.1|gene3738|GTHT12_RS18700
GTHT12_RS18705	operon_0011	NZ_CP020032.1|gene3739|GTHT12_RS18705
GTHT12_RS18710	operon_0011	NZ_CP020032.1|gene3740|GTHT12_RS18710
GTHT12_RS18715	operon_0011	NZ_CP020032.1|gene3741|GTHT12_RS18715
GTHT12_RS18720	operon_0012	NZ_CP020032.1|gene3742|GTHT12_RS18720
GTHT12_RS18725	operon_0012	NZ_CP020032.1|gene3743|GTHT12_RS18725
GTHT12_RS18730	operon_0012	NZ_CP020032.1|gene3744|GTHT12_RS18730
GTHT12_RS18735	operon_0013	NZ_CP020032.1|gene3745|GTHT12_RS18735
GTHT12_RS18740	operon_0014	NZ_CP020032.1|gene3746|GTHT12_RS18740
GTHT12_RS18745	operon_0015	NZ_CP020032.1|gene3747|GTHT12_RS18745
GTHT12_RS18750	operon_0015	NZ_CP020032.1|gene3748|GTHT12_RS18750
GTHT12_RS18755	operon_0015	NZ_CP020032.1|gene3749|GTHT12_RS18755
GTHT12_RS18760	operon_0015	NZ_CP020032.1|gene3750|GTHT12_RS18760
GTHT12_RS18765	operon_0015	NZ_CP020032.1|gene3751|GTHT12_RS18765
GTHT12_RS18770	operon_0015	NZ_CP020032.1|gene3752|GTHT12_RS18770
GTHT12_RS18775	operon_0015	NZ_CP020032.1|gene3753|GTHT12_RS18775
GTHT12_RS18780	operon_0016	NZ_CP020032.1|gene3754|GTHT12_RS18780
GTHT12_RS18785	operon_0016	NZ_CP020032.1|gene3755|GTHT12_RS18785
GTHT12_RS18790	operon_0017	NZ_CP020032.1|gene3756|GTHT12_RS18790
GTHT12_RS18795	operon_0018	NZ_CP020032.1|gene3757|GTHT12_RS18795
GTHT12_RS18800	operon_0018	NZ_CP020032.1|gene3758|GTHT12_RS18800
GTHT12_RS18805	operon_0019	NZ_CP020032.1|gene3759|GTHT12_RS18805
GTHT12_RS18810	operon_0019	NZ_CP020032.1|gene3760|GTHT12_RS18810
GTHT12_RS18815	operon_0019	NZ_CP020032.1|gene3761|GTHT12_RS18815
GTHT12_RS18820	operon_0020	NZ_CP020032.1|gene3762|GTHT12_RS18820
GTHT12_RS18825	operon_0020	NZ_CP020032.1|gene3763|GTHT12_RS18825
GTHT12_RS18830	operon_0020	NZ_CP020032.1|gene3764|GTHT12_RS18830
GTHT12_RS18835	operon_0020	NZ_CP020032.1|gene3765|GTHT12_RS18835
GTHT12_RS18840	operon_0021	NZ_CP020032.1|gene3766|GTHT12_RS18840
GTHT12_RS18845	operon_0022	NZ_CP020032.1|gene3767|GTHT12_RS18845
GTHT12_RS18850	operon_0022	NZ_CP020032.1|gene3768|GTHT12_RS18850
GTHT12_RS18855	operon_0022	NZ_CP020032.1|gene3769|GTHT12_RS18855
GTHT12_RS18860	operon_0023	NZ_CP020032.1|gene3770|GTHT12_RS18860
GTHT12_RS18865	operon_0023	NZ_CP020032.1|gene3771|GTHT12_RS18865
GTHT12_RS18870	operon_0024	NZ_CP020032.1|gene3772|GTHT12_RS18870
GTHT12_RS18875	operon_0024	NZ_CP020032.1|gene3773|GTHT12_RS18875
GTHT12_RS18880	operon_0024	NZ_CP020032.1|gene3774|GTHT12_RS18880
GTHT12_RS18885	operon_0024	NZ_CP020032.1|gene3775|GTHT12_RS18885
GTHT12_RS18890	operon_0025	NZ_CP020032.1|gene3776|GTHT12_RS18890
GTHT12_RS18895	operon_0026	NZ_CP020032.1|gene3777|GTHT12_RS18895
GTHT12_RS18900	operon_0026	NZ_CP020032.1|gene3778|GTHT12_RS18900
GTHT12_RS18905	operon_0026	NZ_CP020032.1|gene3779|GTHT12_RS18905
GTHT12_RS18910	operon_0026	NZ_CP020032.1|gene3780|GTHT12_RS18910
GTHT12_RS18915	operon_0027	NZ_CP020032.1|gene3781|GTHT12_RS18915
GTHT12_RS18920	operon_0027	NZ_CP020032.1|gene3782|GTHT12_RS18920
GTHT12_RS18925	operon_0027	NZ_CP020032.1|gene3783|GTHT12_RS18925
GTHT12_RS18930	operon_0027	NZ_CP020032.1|gene3784|GTHT12_RS18930
GTHT12_RS18935	operon_0027	NZ_CP020032.1|gene3785|GTHT12_RS18935
GTHT12_RS18940	operon_0027	NZ_CP020032.1|gene3786|GTHT12_RS18940
GTHT12_RS18600	operon_0027	NZ_CP020032.1|gene3787|GTHT12_RS18600
GTHT12_RS18255	operon_0028	NZ_CP020031.1|gene3649|GTHT12_RS18255
GTHT12_RS18260	operon_0028	NZ_CP020031.1|gene3650|GTHT12_RS18260
GTHT12_RS18265	operon_0028	NZ_CP020031.1|gene3651|GTHT12_RS18265
GTHT12_RS18270	operon_0029	NZ_CP020031.1|gene3652|GTHT12_RS18270
GTHT12_RS18275	operon_0030	NZ_CP020031.1|gene3653|GTHT12_RS18275
GTHT12_RS18280	operon_0030	NZ_CP020031.1|gene3654|GTHT12_RS18280
GTHT12_RS18285	operon_0031	NZ_CP020031.1|gene3655|GTHT12_RS18285
GTHT12_RS18290	operon_0031	NZ_CP020031.1|gene3656|GTHT12_RS18290
GTHT12_RS18295	operon_0031	NZ_CP020031.1|gene3657|GTHT12_RS18295
GTHT12_RS18300	operon_0031	NZ_CP020031.1|gene3658|GTHT12_RS18300
GTHT12_RS18305	operon_0032	NZ_CP020031.1|gene3659|GTHT12_RS18305
GTHT12_RS18310	operon_0032	NZ_CP020031.1|gene3660|GTHT12_RS18310
GTHT12_RS18315	operon_0033	NZ_CP020031.1|gene3661|GTHT12_RS18315
GTHT12_RS18320	operon_0034	NZ_CP020031.1|gene3662|GTHT12_RS18320
GTHT12_RS18325	operon_0034	NZ_CP020031.1|gene3663|GTHT12_RS18325
GTHT12_RS18330	operon_0035	NZ_CP020031.1|gene3664|GTHT12_RS18330
GTHT12_RS18335	operon_0035	NZ_CP020031.1|gene3665|GTHT12_RS18335
GTHT12_RS18340	operon_0035	NZ_CP020031.1|gene3666|GTHT12_RS18340
GTHT12_RS18345	operon_0035	NZ_CP020031.1|gene3667|GTHT12_RS18345
GTHT12_RS18350	operon_0035	NZ_CP020031.1|gene3668|GTHT12_RS18350
GTHT12_RS18355	operon_0035	NZ_CP020031.1|gene3669|GTHT12_RS18355
GTHT12_RS18360	operon_0035	NZ_CP020031.1|gene3670|GTHT12_RS18360
GTHT12_RS18365	operon_0035	NZ_CP020031.1|gene3671|GTHT12_RS18365
GTHT12_RS18370	operon_0035	NZ_CP020031.1|gene3672|GTHT12_RS18370
GTHT12_RS18375	operon_0035	NZ_CP020031.1|gene3673|GTHT12_RS18375
GTHT12_RS18380	operon_0036	NZ_CP020031.1|gene3674|GTHT12_RS18380
GTHT12_RS18385	operon_0037	NZ_CP020031.1|gene3675|GTHT12_RS18385
GTHT12_RS18390	operon_0038	NZ_CP020031.1|gene3676|GTHT12_RS18390
GTHT12_RS18395	operon_0039	NZ_CP020031.1|gene3677|GTHT12_RS18395
GTHT12_RS18400	operon_0040	NZ_CP020031.1|gene3678|GTHT12_RS18400
GTHT12_RS18405	operon_0040	NZ_CP020031.1|gene3679|GTHT12_RS18405
GTHT12_RS18410	operon_0040	NZ_CP020031.1|gene3680|GTHT12_RS18410
GTHT12_RS18415	operon_0040	NZ_CP020031.1|gene3681|GTHT12_RS18415
GTHT12_RS18420	operon_0041	NZ_CP020031.1|gene3682|GTHT12_RS18420
GTHT12_RS18425	operon_0041	NZ_CP020031.1|gene3683|GTHT12_RS18425
GTHT12_RS18430	operon_0041	NZ_CP020031.1|gene3684|GTHT12_RS18430|queA
GTHT12_RS18435	operon_0042	NZ_CP020031.1|gene3685|GTHT12_RS18435
GTHT12_RS18440	operon_0042	NZ_CP020031.1|gene3686|GTHT12_RS18440
GTHT12_RS18445	operon_0042	NZ_CP020031.1|gene3687|GTHT12_RS18445
GTHT12_RS18450	operon_0042	NZ_CP020031.1|gene3688|GTHT12_RS18450
GTHT12_RS18455	operon_0042	NZ_CP020031.1|gene3689|GTHT12_RS18455
GTHT12_RS18460	operon_0042	NZ_CP020031.1|gene3690|GTHT12_RS18460
GTHT12_RS18465	operon_0042	NZ_CP020031.1|gene3691|GTHT12_RS18465
GTHT12_RS18470	operon_0042	NZ_CP020031.1|gene3692|GTHT12_RS18470
GTHT12_RS18475	operon_0042	NZ_CP020031.1|gene3693|GTHT12_RS18475
GTHT12_RS18480	operon_0043	NZ_CP020031.1|gene3694|GTHT12_RS18480
GTHT12_RS18485	operon_0043	NZ_CP020031.1|gene3695|GTHT12_RS18485
GTHT12_RS18490	operon_0043	NZ_CP020031.1|gene3696|GTHT12_RS18490
GTHT12_RS18495	operon_0043	NZ_CP020031.1|gene3697|GTHT12_RS18495
GTHT12_RS18500	operon_0043	NZ_CP020031.1|gene3698|GTHT12_RS18500
GTHT12_RS18505	operon_0044	NZ_CP020031.1|gene3699|GTHT12_RS18505
GTHT12_RS18510	operon_0045	NZ_CP020031.1|gene3700|GTHT12_RS18510
GTHT12_RS18515	operon_0045	NZ_CP020031.1|gene3701|GTHT12_RS18515
GTHT12_RS18520	operon_0046	NZ_CP020031.1|gene3702|GTHT12_RS18520
GTHT12_RS18525	operon_0046	NZ_CP020031.1|gene3703|GTHT12_RS18525
GTHT12_RS18530	operon_0047	NZ_CP020031.1|gene3704|GTHT12_RS18530
GTHT12_RS18535	operon_0047	NZ_CP020031.1|gene3705|GTHT12_RS18535
GTHT12_RS18540	operon_0048	NZ_CP020031.1|gene3706|GTHT12_RS18540
GTHT12_RS18545	operon_0049	NZ_CP020031.1|gene3707|GTHT12_RS18545
GTHT12_RS18550	operon_0049	NZ_CP020031.1|gene3708|GTHT12_RS18550
GTHT12_RS18555	operon_0050	NZ_CP020031.1|gene3709|GTHT12_RS18555
GTHT12_RS18560	operon_0051	NZ_CP020031.1|gene3710|GTHT12_RS18560
GTHT12_RS18565	operon_0051	NZ_CP020031.1|gene3711|GTHT12_RS18565
GTHT12_RS18570	operon_0052	NZ_CP020031.1|gene3712|GTHT12_RS18570
GTHT12_RS18575	operon_0052	NZ_CP020031.1|gene3713|GTHT12_RS18575
GTHT12_RS18580	operon_0052	NZ_CP020031.1|gene3714|GTHT12_RS18580
GTHT12_RS18585	operon_0052	NZ_CP020031.1|gene3715|GTHT12_RS18585
GTHT12_RS18590	operon_0052	NZ_CP020031.1|gene3716|GTHT12_RS18590
GTHT12_RS18595	operon_0052	NZ_CP020031.1|gene3717|GTHT12_RS18595
GTHT12_RS18250	operon_0052	NZ_CP020031.1|gene3718|GTHT12_RS18250
GTHT12_RS00005	operon_0059	NZ_CP020030.1|gene0|GTHT12_RS00005
GTHT12_RS00010	operon_0060	NZ_CP020030.1|gene1|GTHT12_RS00010
GTHT12_RS00015	operon_0061	NZ_CP020030.1|gene2|GTHT12_RS00015
GTHT12_RS00020	operon_0061	NZ_CP020030.1|gene3|GTHT12_RS00020
GTHT12_RS00025	operon_0061	NZ_CP020030.1|gene4|GTHT12_RS00025|gyrB
GTHT12_RS00030	operon_0062	NZ_CP020030.1|gene5|GTHT12_RS00030
GTHT12_RS00035	operon_0062	NZ_CP020030.1|gene6|GTHT12_RS00035
GTHT12_RS00040	operon_0063	NZ_CP020030.1|gene7|GTHT12_RS00040
GTHT12_RS00045	operon_0064	NZ_CP020030.1|gene8|GTHT12_RS00045
GTHT12_RS00050	operon_0064	NZ_CP020030.1|gene9|GTHT12_RS00050
GTHT12_RS00055	operon_0065	NZ_CP020030.1|gene10|GTHT12_RS00055
GTHT12_RS00060	operon_0066	NZ_CP020030.1|gene11|GTHT12_RS00060|rrf
GTHT12_RS00065	operon_0067	NZ_CP020030.1|gene12|GTHT12_RS00065
GTHT12_RS00070	operon_0068	NZ_CP020030.1|gene13|GTHT12_RS00070
GTHT12_RS00075	operon_0068	NZ_CP020030.1|gene14|GTHT12_RS00075
GTHT12_RS00080	operon_0068	NZ_CP020030.1|gene15|GTHT12_RS00080
GTHT12_RS00085	operon_0068	NZ_CP020030.1|gene16|GTHT12_RS00085|pdxT
GTHT12_RS00090	operon_0069	NZ_CP020030.1|gene17|GTHT12_RS00090
GTHT12_RS00095	operon_0070	NZ_CP020030.1|gene18|GTHT12_RS00095
GTHT12_RS00100	operon_0071	NZ_CP020030.1|gene19|GTHT12_RS00100
GTHT12_RS00105	operon_0071	NZ_CP020030.1|gene20|GTHT12_RS00105|ffs
GTHT12_RS00110	operon_0071	NZ_CP020030.1|gene21|GTHT12_RS00110
GTHT12_RS00115	operon_0071	NZ_CP020030.1|gene22|GTHT12_RS00115
GTHT12_RS00120	operon_0071	NZ_CP020030.1|gene23|GTHT12_RS00120
GTHT12_RS00125	operon_0071	NZ_CP020030.1|gene24|GTHT12_RS00125
GTHT12_RS00130	operon_0071	NZ_CP020030.1|gene25|GTHT12_RS00130
GTHT12_RS00135	operon_0072	NZ_CP020030.1|gene26|GTHT12_RS00135
GTHT12_RS00140	operon_0073	NZ_CP020030.1|gene27|GTHT12_RS00140
GTHT12_RS00145	operon_0073	NZ_CP020030.1|gene28|GTHT12_RS00145
GTHT12_RS00150	operon_0074	NZ_CP020030.1|gene29|GTHT12_RS00150
GTHT12_RS00155	operon_0075	NZ_CP020030.1|gene30|GTHT12_RS00155|rrf
GTHT12_RS00160	operon_0076	NZ_CP020030.1|gene31|GTHT12_RS00160
GTHT12_RS00165	operon_0077	NZ_CP020030.1|gene32|GTHT12_RS00165
GTHT12_RS00170	operon_0077	NZ_CP020030.1|gene33|GTHT12_RS00170
GTHT12_RS00175	operon_0077	NZ_CP020030.1|gene34|GTHT12_RS00175
GTHT12_RS00180	operon_0077	NZ_CP020030.1|gene35|GTHT12_RS00180
GTHT12_RS00185	operon_0077	NZ_CP020030.1|gene36|GTHT12_RS00185
GTHT12_RS00190	operon_0077	NZ_CP020030.1|gene37|GTHT12_RS00190
GTHT12_RS00195	operon_0077	NZ_CP020030.1|gene38|GTHT12_RS00195|rsmI
GTHT12_RS00200	operon_0078	NZ_CP020030.1|gene39|GTHT12_RS00200
GTHT12_RS00205	operon_0079	NZ_CP020030.1|gene40|GTHT12_RS00205
GTHT12_RS00210	operon_0079	NZ_CP020030.1|gene41|GTHT12_RS00210
GTHT12_RS00215	operon_0080	NZ_CP020030.1|gene42|GTHT12_RS00215
GTHT12_RS00220	operon_0081	NZ_CP020030.1|gene43|GTHT12_RS00220|rnmV
GTHT12_RS00225	operon_0081	NZ_CP020030.1|gene44|GTHT12_RS00225
GTHT12_RS00230	operon_0081	NZ_CP020030.1|gene45|GTHT12_RS00230|yabG
GTHT12_RS00235	operon_0082	NZ_CP020030.1|gene46|GTHT12_RS00235
GTHT12_RS00240	operon_0083	NZ_CP020030.1|gene47|GTHT12_RS00240
GTHT12_RS00245	operon_0084	NZ_CP020030.1|gene48|GTHT12_RS00245
GTHT12_RS00250	operon_0084	NZ_CP020030.1|gene49|GTHT12_RS00250
GTHT12_RS00255	operon_0084	NZ_CP020030.1|gene50|GTHT12_RS00255
GTHT12_RS00260	operon_0084	NZ_CP020030.1|gene51|GTHT12_RS00260
GTHT12_RS00265	operon_0084	NZ_CP020030.1|gene52|GTHT12_RS00265|glmU
GTHT12_RS00270	operon_0084	NZ_CP020030.1|gene53|GTHT12_RS00270
GTHT12_RS00275	operon_0084	NZ_CP020030.1|gene54|GTHT12_RS00275
GTHT12_RS00280	operon_0084	NZ_CP020030.1|gene55|GTHT12_RS00280
GTHT12_RS00285	operon_0084	NZ_CP020030.1|gene56|GTHT12_RS00285
GTHT12_RS00290	operon_0084	NZ_CP020030.1|gene57|GTHT12_RS00290|mfd
GTHT12_RS00295	operon_0085	NZ_CP020030.1|gene58|GTHT12_RS00295
GTHT12_RS00300	operon_0086	NZ_CP020030.1|gene59|GTHT12_RS00300|spoVT
GTHT12_RS00305	operon_0086	NZ_CP020030.1|gene60|GTHT12_RS00305
GTHT12_RS00310	operon_0087	NZ_CP020030.1|gene61|GTHT12_RS00310
GTHT12_RS00315	operon_0087	NZ_CP020030.1|gene62|GTHT12_RS00315
GTHT12_RS00320	operon_0087	NZ_CP020030.1|gene63|GTHT12_RS00320
GTHT12_RS00325	operon_0087	NZ_CP020030.1|gene64|GTHT12_RS00325|yabP
GTHT12_RS00330	operon_0087	NZ_CP020030.1|gene65|GTHT12_RS00330|yabQ
GTHT12_RS00335	operon_0087	NZ_CP020030.1|gene66|GTHT12_RS00335
GTHT12_RS00340	operon_0087	NZ_CP020030.1|gene67|GTHT12_RS00340
GTHT12_RS00345	operon_0088	NZ_CP020030.1|gene68|GTHT12_RS00345
GTHT12_RS00350	operon_0088	NZ_CP020030.1|gene69|GTHT12_RS00350
GTHT12_RS00355	operon_0089	NZ_CP020030.1|gene70|GTHT12_RS00355|spoIIE
GTHT12_RS00360	operon_0089	NZ_CP020030.1|gene71|GTHT12_RS00360
GTHT12_RS00365	operon_0089	NZ_CP020030.1|gene72|GTHT12_RS00365
GTHT12_RS00370	operon_0089	NZ_CP020030.1|gene73|GTHT12_RS00370|tilS
GTHT12_RS00375	operon_0089	NZ_CP020030.1|gene74|GTHT12_RS00375|hpt
GTHT12_RS00380	operon_0089	NZ_CP020030.1|gene75|GTHT12_RS00380
GTHT12_RS00385	operon_0090	NZ_CP020030.1|gene76|GTHT12_RS00385
GTHT12_RS00390	operon_0090	NZ_CP020030.1|gene77|GTHT12_RS00390
GTHT12_RS00395	operon_0090	NZ_CP020030.1|gene78|GTHT12_RS00395|cysK
GTHT12_RS00400	operon_0090	NZ_CP020030.1|gene79|GTHT12_RS00400|pabB
GTHT12_RS00405	operon_0090	NZ_CP020030.1|gene80|GTHT12_RS00405
GTHT12_RS00410	operon_0090	NZ_CP020030.1|gene81|GTHT12_RS00410
GTHT12_RS00415	operon_0090	NZ_CP020030.1|gene82|GTHT12_RS00415|folP
GTHT12_RS00420	operon_0090	NZ_CP020030.1|gene83|GTHT12_RS00420|folB
GTHT12_RS00425	operon_0090	NZ_CP020030.1|gene84|GTHT12_RS00425|folK
GTHT12_RS00430	operon_0090	NZ_CP020030.1|gene85|GTHT12_RS00430
GTHT12_RS00435	operon_0090	NZ_CP020030.1|gene86|GTHT12_RS00435
GTHT12_RS00440	operon_0090	NZ_CP020030.1|gene87|GTHT12_RS00440|lysS
GTHT12_RS00445	operon_0091	NZ_CP020030.1|gene88|GTHT12_RS00445|rrf
GTHT12_RS00450	operon_0091	NZ_CP020030.1|gene89|GTHT12_RS00450
GTHT12_RS00455	operon_0091	NZ_CP020030.1|gene90|GTHT12_RS00455
GTHT12_RS00460	operon_0091	NZ_CP020030.1|gene91|GTHT12_RS00460
GTHT12_RS00465	operon_0091	NZ_CP020030.1|gene92|GTHT12_RS00465
GTHT12_RS00470	operon_0091	NZ_CP020030.1|gene93|GTHT12_RS00470
GTHT12_RS00475	operon_0091	NZ_CP020030.1|gene94|GTHT12_RS00475
GTHT12_RS00480	operon_0091	NZ_CP020030.1|gene95|GTHT12_RS00480
GTHT12_RS00485	operon_0091	NZ_CP020030.1|gene96|GTHT12_RS00485
GTHT12_RS00490	operon_0091	NZ_CP020030.1|gene97|GTHT12_RS00490
GTHT12_RS00495	operon_0092	NZ_CP020030.1|gene98|GTHT12_RS00495
GTHT12_RS00500	operon_0092	NZ_CP020030.1|gene99|GTHT12_RS00500|rrf
GTHT12_RS00505	operon_0093	NZ_CP020030.1|gene100|GTHT12_RS00505
GTHT12_RS00510	operon_0093	NZ_CP020030.1|gene101|GTHT12_RS00510
GTHT12_RS00515	operon_0093	NZ_CP020030.1|gene102|GTHT12_RS00515
GTHT12_RS00520	operon_0093	NZ_CP020030.1|gene103|GTHT12_RS00520
GTHT12_RS00525	operon_0093	NZ_CP020030.1|gene104|GTHT12_RS00525
GTHT12_RS00530	operon_0094	NZ_CP020030.1|gene105|GTHT12_RS00530
GTHT12_RS00535	operon_0094	NZ_CP020030.1|gene106|GTHT12_RS00535
GTHT12_RS00540	operon_0094	NZ_CP020030.1|gene107|GTHT12_RS00540
GTHT12_RS00545	operon_0095	NZ_CP020030.1|gene108|GTHT12_RS00545
GTHT12_RS00550	operon_0096	NZ_CP020030.1|gene109|GTHT12_RS00550|cysE
GTHT12_RS00555	operon_0096	NZ_CP020030.1|gene110|GTHT12_RS00555|cysS
GTHT12_RS00560	operon_0096	NZ_CP020030.1|gene111|GTHT12_RS00560
GTHT12_RS00565	operon_0096	NZ_CP020030.1|gene112|GTHT12_RS00565
GTHT12_RS00570	operon_0096	NZ_CP020030.1|gene113|GTHT12_RS00570
GTHT12_RS00575	operon_0096	NZ_CP020030.1|gene114|GTHT12_RS00575
GTHT12_RS00580	operon_0096	NZ_CP020030.1|gene115|GTHT12_RS00580|rpmG
GTHT12_RS00585	operon_0096	NZ_CP020030.1|gene116|GTHT12_RS00585
GTHT12_RS00590	operon_0096	NZ_CP020030.1|gene117|GTHT12_RS00590
GTHT12_RS00595	operon_0097	NZ_CP020030.1|gene118|GTHT12_RS00595|rplK
GTHT12_RS00600	operon_0098	NZ_CP020030.1|gene119|GTHT12_RS00600
GTHT12_RS00605	operon_0099	NZ_CP020030.1|gene120|GTHT12_RS00605
GTHT12_RS00610	operon_0099	NZ_CP020030.1|gene121|GTHT12_RS00610
GTHT12_RS00615	operon_0099	NZ_CP020030.1|gene122|GTHT12_RS00615
GTHT12_RS00620	operon_0100	NZ_CP020030.1|gene123|GTHT12_RS00620|rpoB
GTHT12_RS00625	operon_0100	NZ_CP020030.1|gene124|GTHT12_RS00625|rpoC
GTHT12_RS00630	operon_0100	NZ_CP020030.1|gene125|GTHT12_RS00630
GTHT12_RS00635	operon_0100	NZ_CP020030.1|gene126|GTHT12_RS00635
GTHT12_RS00640	operon_0100	NZ_CP020030.1|gene127|GTHT12_RS00640
GTHT12_RS00645	operon_0101	NZ_CP020030.1|gene128|GTHT12_RS00645|fusA
GTHT12_RS00650	operon_0101	NZ_CP020030.1|gene129|GTHT12_RS00650|tuf
GTHT12_RS00655	operon_0102	NZ_CP020030.1|gene130|GTHT12_RS00655
GTHT12_RS00660	operon_0102	NZ_CP020030.1|gene131|GTHT12_RS00660
GTHT12_RS00665	operon_0102	NZ_CP020030.1|gene132|GTHT12_RS00665
GTHT12_RS00670	operon_0102	NZ_CP020030.1|gene133|GTHT12_RS00670
GTHT12_RS00675	operon_0102	NZ_CP020030.1|gene134|GTHT12_RS00675
GTHT12_RS00680	operon_0102	NZ_CP020030.1|gene135|GTHT12_RS00680
GTHT12_RS00685	operon_0102	NZ_CP020030.1|gene136|GTHT12_RS00685|rplV
GTHT12_RS00690	operon_0102	NZ_CP020030.1|gene137|GTHT12_RS00690
GTHT12_RS00695	operon_0102	NZ_CP020030.1|gene138|GTHT12_RS00695
GTHT12_RS00700	operon_0102	NZ_CP020030.1|gene139|GTHT12_RS00700
GTHT12_RS00705	operon_0102	NZ_CP020030.1|gene140|GTHT12_RS00705
GTHT12_RS00710	operon_0102	NZ_CP020030.1|gene141|GTHT12_RS00710
GTHT12_RS00715	operon_0102	NZ_CP020030.1|gene142|GTHT12_RS00715
GTHT12_RS00720	operon_0102	NZ_CP020030.1|gene143|GTHT12_RS00720
GTHT12_RS00725	operon_0102	NZ_CP020030.1|gene144|GTHT12_RS00725
GTHT12_RS00730	operon_0102	NZ_CP020030.1|gene145|GTHT12_RS00730|rpsH
GTHT12_RS00735	operon_0102	NZ_CP020030.1|gene146|GTHT12_RS00735
GTHT12_RS00740	operon_0102	NZ_CP020030.1|gene147|GTHT12_RS00740
GTHT12_RS00745	operon_0102	NZ_CP020030.1|gene148|GTHT12_RS00745
GTHT12_RS00750	operon_0102	NZ_CP020030.1|gene149|GTHT12_RS00750
GTHT12_RS00755	operon_0102	NZ_CP020030.1|gene150|GTHT12_RS00755
GTHT12_RS00760	operon_0102	NZ_CP020030.1|gene151|GTHT12_RS00760
GTHT12_RS00765	operon_0102	NZ_CP020030.1|gene152|GTHT12_RS00765
GTHT12_RS00770	operon_0102	NZ_CP020030.1|gene153|GTHT12_RS00770|map
GTHT12_RS00775	operon_0103	NZ_CP020030.1|gene154|GTHT12_RS00775
GTHT12_RS00780	operon_0103	NZ_CP020030.1|gene155|GTHT12_RS00780
GTHT12_RS00785	operon_0103	NZ_CP020030.1|gene156|GTHT12_RS00785
GTHT12_RS00790	operon_0103	NZ_CP020030.1|gene157|GTHT12_RS00790
GTHT12_RS00795	operon_0104	NZ_CP020030.1|gene158|GTHT12_RS00795
GTHT12_RS00800	operon_0104	NZ_CP020030.1|gene159|GTHT12_RS00800
GTHT12_RS00805	operon_0104	NZ_CP020030.1|gene160|GTHT12_RS00805
GTHT12_RS00810	operon_0104	NZ_CP020030.1|gene161|GTHT12_RS00810
GTHT12_RS00815	operon_0104	NZ_CP020030.1|gene162|GTHT12_RS00815
GTHT12_RS00820	operon_0104	NZ_CP020030.1|gene163|GTHT12_RS00820
GTHT12_RS00825	operon_0105	NZ_CP020030.1|gene164|GTHT12_RS00825
GTHT12_RS00830	operon_0105	NZ_CP020030.1|gene165|GTHT12_RS00830
GTHT12_RS00835	operon_0105	NZ_CP020030.1|gene166|GTHT12_RS00835
GTHT12_RS00840	operon_0105	NZ_CP020030.1|gene167|GTHT12_RS00840|cwlD
GTHT12_RS00845	operon_0106	NZ_CP020030.1|gene168|GTHT12_RS00845
GTHT12_RS00850	operon_0107	NZ_CP020030.1|gene169|GTHT12_RS00850
GTHT12_RS00855	operon_0108	NZ_CP020030.1|gene170|GTHT12_RS00855
GTHT12_RS00860	operon_0109	NZ_CP020030.1|gene171|GTHT12_RS00860|pdaB
GTHT12_RS00865	operon_0110	NZ_CP020030.1|gene172|GTHT12_RS00865
GTHT12_RS00870	operon_0111	NZ_CP020030.1|gene173|GTHT12_RS00870
GTHT12_RS00875	operon_0111	NZ_CP020030.1|gene174|GTHT12_RS00875|rrf
GTHT12_RS00880	operon_0111	NZ_CP020030.1|gene175|GTHT12_RS00880
GTHT12_RS00885	operon_0111	NZ_CP020030.1|gene176|GTHT12_RS00885
GTHT12_RS00890	operon_0111	NZ_CP020030.1|gene177|GTHT12_RS00890
GTHT12_RS00895	operon_0111	NZ_CP020030.1|gene178|GTHT12_RS00895
GTHT12_RS00900	operon_0111	NZ_CP020030.1|gene179|GTHT12_RS00900
GTHT12_RS00905	operon_0111	NZ_CP020030.1|gene180|GTHT12_RS00905
GTHT12_RS00910	operon_0111	NZ_CP020030.1|gene181|GTHT12_RS00910
GTHT12_RS00915	operon_0112	NZ_CP020030.1|gene182|GTHT12_RS00915|rocF
GTHT12_RS00920	operon_0113	NZ_CP020030.1|gene183|GTHT12_RS00920|sigW
GTHT12_RS00925	operon_0113	NZ_CP020030.1|gene184|GTHT12_RS00925
GTHT12_RS00930	operon_0113	NZ_CP020030.1|gene185|GTHT12_RS00930
GTHT12_RS00935	operon_0113	NZ_CP020030.1|gene186|GTHT12_RS00935
GTHT12_RS00940	operon_0113	NZ_CP020030.1|gene187|GTHT12_RS00940
GTHT12_RS00945	operon_0114	NZ_CP020030.1|gene188|GTHT12_RS00945|glmS
GTHT12_RS00950	operon_0115	NZ_CP020030.1|gene189|GTHT12_RS00950
GTHT12_RS00955	operon_0116	NZ_CP020030.1|gene190|GTHT12_RS00955|trpS
GTHT12_RS00960	operon_0117	NZ_CP020030.1|gene191|GTHT12_RS00960
GTHT12_RS00965	operon_0118	NZ_CP020030.1|gene192|GTHT12_RS00965
GTHT12_RS00970	operon_0118	NZ_CP020030.1|gene193|GTHT12_RS00970
GTHT12_RS00975	operon_0118	NZ_CP020030.1|gene194|GTHT12_RS00975
GTHT12_RS00980	operon_0118	NZ_CP020030.1|gene195|GTHT12_RS00980
GTHT12_RS00985	operon_0119	NZ_CP020030.1|gene196|GTHT12_RS00985
GTHT12_RS00990	operon_0120	NZ_CP020030.1|gene197|GTHT12_RS00990
GTHT12_RS00995	operon_0121	NZ_CP020030.1|gene198|GTHT12_RS00995
GTHT12_RS01000	operon_0122	NZ_CP020030.1|gene199|GTHT12_RS01000
GTHT12_RS01005	operon_0123	NZ_CP020030.1|gene200|GTHT12_RS01005
GTHT12_RS01010	operon_0123	NZ_CP020030.1|gene201|GTHT12_RS01010
GTHT12_RS01015	operon_0123	NZ_CP020030.1|gene202|GTHT12_RS01015
GTHT12_RS01020	operon_0124	NZ_CP020030.1|gene203|GTHT12_RS01020
GTHT12_RS01025	operon_0124	NZ_CP020030.1|gene204|GTHT12_RS01025
GTHT12_RS01030	operon_0124	NZ_CP020030.1|gene205|GTHT12_RS01030
GTHT12_RS01035	operon_0124	NZ_CP020030.1|gene206|GTHT12_RS01035
GTHT12_RS01040	operon_0124	NZ_CP020030.1|gene207|GTHT12_RS01040
GTHT12_RS01045	operon_0124	NZ_CP020030.1|gene208|GTHT12_RS01045
GTHT12_RS01050	operon_0125	NZ_CP020030.1|gene209|GTHT12_RS01050
GTHT12_RS01055	operon_0126	NZ_CP020030.1|gene210|GTHT12_RS01055
GTHT12_RS01060	operon_0126	NZ_CP020030.1|gene211|GTHT12_RS01060
GTHT12_RS01065	operon_0126	NZ_CP020030.1|gene212|GTHT12_RS01065
GTHT12_RS01070	operon_0126	NZ_CP020030.1|gene213|GTHT12_RS01070
GTHT12_RS01075	operon_0126	NZ_CP020030.1|gene214|GTHT12_RS01075
GTHT12_RS01080	operon_0126	NZ_CP020030.1|gene215|GTHT12_RS01080
GTHT12_RS01085	operon_0126	NZ_CP020030.1|gene216|GTHT12_RS01085
GTHT12_RS01090	operon_0127	NZ_CP020030.1|gene217|GTHT12_RS01090
GTHT12_RS01095	operon_0127	NZ_CP020030.1|gene218|GTHT12_RS01095
GTHT12_RS01100	operon_0127	NZ_CP020030.1|gene219|GTHT12_RS01100
GTHT12_RS01105	operon_0128	NZ_CP020030.1|gene220|GTHT12_RS01105
GTHT12_RS01110	operon_0128	NZ_CP020030.1|gene221|GTHT12_RS01110
GTHT12_RS01115	operon_0128	NZ_CP020030.1|gene222|GTHT12_RS01115
GTHT12_RS01120	operon_0129	NZ_CP020030.1|gene223|GTHT12_RS01120
GTHT12_RS01125	operon_0129	NZ_CP020030.1|gene224|GTHT12_RS01125
GTHT12_RS01130	operon_0130	NZ_CP020030.1|gene225|GTHT12_RS01130
GTHT12_RS01135	operon_0131	NZ_CP020030.1|gene226|GTHT12_RS01135
GTHT12_RS01140	operon_0131	NZ_CP020030.1|gene227|GTHT12_RS01140|pruA
GTHT12_RS01145	operon_0131	NZ_CP020030.1|gene228|GTHT12_RS01145
GTHT12_RS01150	operon_0132	NZ_CP020030.1|gene229|GTHT12_RS01150
GTHT12_RS01155	operon_0133	NZ_CP020030.1|gene230|GTHT12_RS01155
GTHT12_RS01160	operon_0133	NZ_CP020030.1|gene231|GTHT12_RS01160
GTHT12_RS01165	operon_0133	NZ_CP020030.1|gene232|GTHT12_RS01165
GTHT12_RS01170	operon_0133	NZ_CP020030.1|gene233|GTHT12_RS01170
GTHT12_RS01175	operon_0134	NZ_CP020030.1|gene234|GTHT12_RS01175
GTHT12_RS01180	operon_0134	NZ_CP020030.1|gene235|GTHT12_RS01180
GTHT12_RS01185	operon_0135	NZ_CP020030.1|gene236|GTHT12_RS01185
GTHT12_RS01190	operon_0136	NZ_CP020030.1|gene237|GTHT12_RS01190
GTHT12_RS01195	operon_0137	NZ_CP020030.1|gene238|GTHT12_RS01195
GTHT12_RS01200	operon_0137	NZ_CP020030.1|gene239|GTHT12_RS01200
GTHT12_RS01205	operon_0137	NZ_CP020030.1|gene240|GTHT12_RS01205
GTHT12_RS01210	operon_0138	NZ_CP020030.1|gene241|GTHT12_RS01210
GTHT12_RS01215	operon_0138	NZ_CP020030.1|gene242|GTHT12_RS01215
GTHT12_RS01220	operon_0138	NZ_CP020030.1|gene243|GTHT12_RS01220
GTHT12_RS01225	operon_0139	NZ_CP020030.1|gene244|GTHT12_RS01225
GTHT12_RS01230	operon_0139	NZ_CP020030.1|gene245|GTHT12_RS01230
GTHT12_RS01235	operon_0140	NZ_CP020030.1|gene246|GTHT12_RS01235
GTHT12_RS01240	operon_0141	NZ_CP020030.1|gene247|GTHT12_RS01240|ytaF
GTHT12_RS01245	operon_0141	NZ_CP020030.1|gene248|GTHT12_RS01245
GTHT12_RS01250	operon_0142	NZ_CP020030.1|gene249|GTHT12_RS01250
GTHT12_RS01255	operon_0143	NZ_CP020030.1|gene250|GTHT12_RS01255
GTHT12_RS01260	operon_0144	NZ_CP020030.1|gene251|GTHT12_RS01260
GTHT12_RS01265	operon_0145	NZ_CP020030.1|gene252|GTHT12_RS01265
GTHT12_RS01270	operon_0145	NZ_CP020030.1|gene253|GTHT12_RS01270
GTHT12_RS01275	operon_0145	NZ_CP020030.1|gene254|GTHT12_RS01275
GTHT12_RS01280	operon_0146	NZ_CP020030.1|gene255|GTHT12_RS01280
GTHT12_RS01285	operon_0146	NZ_CP020030.1|gene256|GTHT12_RS01285
GTHT12_RS01290	operon_0146	NZ_CP020030.1|gene257|GTHT12_RS01290
GTHT12_RS01295	operon_0146	NZ_CP020030.1|gene258|GTHT12_RS01295
GTHT12_RS01300	operon_0147	NZ_CP020030.1|gene259|GTHT12_RS01300
GTHT12_RS01305	operon_0148	NZ_CP020030.1|gene260|GTHT12_RS01305
GTHT12_RS01310	operon_0148	NZ_CP020030.1|gene261|GTHT12_RS01310
GTHT12_RS01315	operon_0149	NZ_CP020030.1|gene262|GTHT12_RS01315
GTHT12_RS01320	operon_0149	NZ_CP020030.1|gene263|GTHT12_RS01320
GTHT12_RS01325	operon_0149	NZ_CP020030.1|gene264|GTHT12_RS01325
GTHT12_RS01330	operon_0150	NZ_CP020030.1|gene265|GTHT12_RS01330
GTHT12_RS01335	operon_0151	NZ_CP020030.1|gene266|GTHT12_RS01335
GTHT12_RS01340	operon_0152	NZ_CP020030.1|gene267|GTHT12_RS01340
GTHT12_RS01345	operon_0153	NZ_CP020030.1|gene268|GTHT12_RS01345
GTHT12_RS01350	operon_0154	NZ_CP020030.1|gene269|GTHT12_RS01350
GTHT12_RS01355	operon_0154	NZ_CP020030.1|gene270|GTHT12_RS01355
GTHT12_RS01360	operon_0154	NZ_CP020030.1|gene271|GTHT12_RS01360
GTHT12_RS01365	operon_0154	NZ_CP020030.1|gene272|GTHT12_RS01365
GTHT12_RS01370	operon_0154	NZ_CP020030.1|gene273|GTHT12_RS01370
GTHT12_RS01375	operon_0155	NZ_CP020030.1|gene274|GTHT12_RS01375
GTHT12_RS01380	operon_0155	NZ_CP020030.1|gene275|GTHT12_RS01380
GTHT12_RS01385	operon_0155	NZ_CP020030.1|gene276|GTHT12_RS01385
GTHT12_RS01390	operon_0155	NZ_CP020030.1|gene277|GTHT12_RS01390
GTHT12_RS01395	operon_0155	NZ_CP020030.1|gene278|GTHT12_RS01395
GTHT12_RS01400	operon_0155	NZ_CP020030.1|gene279|GTHT12_RS01400
GTHT12_RS01405	operon_0155	NZ_CP020030.1|gene280|GTHT12_RS01405
GTHT12_RS01410	operon_0156	NZ_CP020030.1|gene281|GTHT12_RS01410
GTHT12_RS01415	operon_0157	NZ_CP020030.1|gene282|GTHT12_RS01415|rrf
GTHT12_RS01420	operon_0158	NZ_CP020030.1|gene283|GTHT12_RS01420
GTHT12_RS01425	operon_0158	NZ_CP020030.1|gene284|GTHT12_RS01425|tsaB
GTHT12_RS01430	operon_0158	NZ_CP020030.1|gene285|GTHT12_RS01430|rimI
GTHT12_RS01435	operon_0158	NZ_CP020030.1|gene286|GTHT12_RS01435|tsaD
GTHT12_RS01440	operon_0158	NZ_CP020030.1|gene287|GTHT12_RS01440
GTHT12_RS01445	operon_0159	NZ_CP020030.1|gene288|GTHT12_RS01445
GTHT12_RS01450	operon_0160	NZ_CP020030.1|gene289|GTHT12_RS01450|moaC
GTHT12_RS01455	operon_0160	NZ_CP020030.1|gene290|GTHT12_RS01455
GTHT12_RS01460	operon_0160	NZ_CP020030.1|gene291|GTHT12_RS01460
GTHT12_RS01465	operon_0160	NZ_CP020030.1|gene292|GTHT12_RS01465|tatC
GTHT12_RS01470	operon_0161	NZ_CP020030.1|gene293|GTHT12_RS01470
GTHT12_RS01475	operon_0161	NZ_CP020030.1|gene294|GTHT12_RS01475
GTHT12_RS01480	operon_0162	NZ_CP020030.1|gene295|GTHT12_RS01480
GTHT12_RS01485	operon_0162	NZ_CP020030.1|gene296|GTHT12_RS01485|groL
GTHT12_RS01490	operon_0163	NZ_CP020030.1|gene297|GTHT12_RS01490
GTHT12_RS01495	operon_0164	NZ_CP020030.1|gene298|GTHT12_RS01495
GTHT12_RS01500	operon_0164	NZ_CP020030.1|gene299|GTHT12_RS01500
GTHT12_RS01505	operon_0165	NZ_CP020030.1|gene300|GTHT12_RS01505|fumC
GTHT12_RS01510	operon_0166	NZ_CP020030.1|gene301|GTHT12_RS01510
GTHT12_RS01515	operon_0167	NZ_CP020030.1|gene302|GTHT12_RS01515
GTHT12_RS01520	operon_0167	NZ_CP020030.1|gene303|GTHT12_RS01520
GTHT12_RS01525	operon_0167	NZ_CP020030.1|gene304|GTHT12_RS01525
GTHT12_RS01530	operon_0168	NZ_CP020030.1|gene305|GTHT12_RS01530
GTHT12_RS01535	operon_0169	NZ_CP020030.1|gene306|GTHT12_RS01535
GTHT12_RS01540	operon_0170	NZ_CP020030.1|gene307|GTHT12_RS01540
GTHT12_RS01545	operon_0171	NZ_CP020030.1|gene308|GTHT12_RS01545
GTHT12_RS01550	operon_0172	NZ_CP020030.1|gene309|GTHT12_RS01550
GTHT12_RS01555	operon_0172	NZ_CP020030.1|gene310|GTHT12_RS01555
GTHT12_RS01560	operon_0173	NZ_CP020030.1|gene311|GTHT12_RS01560
GTHT12_RS01565	operon_0173	NZ_CP020030.1|gene312|GTHT12_RS01565
GTHT12_RS01570	operon_0174	NZ_CP020030.1|gene313|GTHT12_RS01570
GTHT12_RS01575	operon_0175	NZ_CP020030.1|gene314|GTHT12_RS01575
GTHT12_RS01580	operon_0175	NZ_CP020030.1|gene315|GTHT12_RS01580|rrf
GTHT12_RS01585	operon_0176	NZ_CP020030.1|gene316|GTHT12_RS01585
GTHT12_RS01590	operon_0177	NZ_CP020030.1|gene317|GTHT12_RS01590|purE
GTHT12_RS01595	operon_0177	NZ_CP020030.1|gene318|GTHT12_RS01595
GTHT12_RS01600	operon_0177	NZ_CP020030.1|gene319|GTHT12_RS01600
GTHT12_RS01605	operon_0177	NZ_CP020030.1|gene320|GTHT12_RS01605
GTHT12_RS01610	operon_0177	NZ_CP020030.1|gene321|GTHT12_RS01610
GTHT12_RS01615	operon_0177	NZ_CP020030.1|gene322|GTHT12_RS01615
GTHT12_RS01620	operon_0177	NZ_CP020030.1|gene323|GTHT12_RS01620
GTHT12_RS01625	operon_0177	NZ_CP020030.1|gene324|GTHT12_RS01625
GTHT12_RS01630	operon_0177	NZ_CP020030.1|gene325|GTHT12_RS01630
GTHT12_RS01635	operon_0177	NZ_CP020030.1|gene326|GTHT12_RS01635
GTHT12_RS01640	operon_0177	NZ_CP020030.1|gene327|GTHT12_RS01640
GTHT12_RS01645	operon_0177	NZ_CP020030.1|gene328|GTHT12_RS01645
GTHT12_RS01650	operon_0178	NZ_CP020030.1|gene329|GTHT12_RS01650
GTHT12_RS01655	operon_0179	NZ_CP020030.1|gene330|GTHT12_RS01655
GTHT12_RS01660	operon_0179	NZ_CP020030.1|gene331|GTHT12_RS01660
GTHT12_RS01665	operon_0180	NZ_CP020030.1|gene332|GTHT12_RS01665
GTHT12_RS01670	operon_0181	NZ_CP020030.1|gene333|GTHT12_RS01670
GTHT12_RS01675	operon_0181	NZ_CP020030.1|gene334|GTHT12_RS01675
GTHT12_RS01680	operon_0181	NZ_CP020030.1|gene335|GTHT12_RS01680|pcrA
GTHT12_RS01685	operon_0181	NZ_CP020030.1|gene336|GTHT12_RS01685
GTHT12_RS01690	operon_0181	NZ_CP020030.1|gene337|GTHT12_RS01690
GTHT12_RS01695	operon_0182	NZ_CP020030.1|gene338|GTHT12_RS01695
GTHT12_RS01700	operon_0183	NZ_CP020030.1|gene339|GTHT12_RS01700
GTHT12_RS01705	operon_0183	NZ_CP020030.1|gene340|GTHT12_RS01705
GTHT12_RS01710	operon_0184	NZ_CP020030.1|gene341|GTHT12_RS01710
GTHT12_RS01715	operon_0184	NZ_CP020030.1|gene342|GTHT12_RS01715
GTHT12_RS01720	operon_0184	NZ_CP020030.1|gene343|GTHT12_RS01720
GTHT12_RS01725	operon_0184	NZ_CP020030.1|gene344|GTHT12_RS01725
GTHT12_RS01730	operon_0185	NZ_CP020030.1|gene345|GTHT12_RS01730
GTHT12_RS01735	operon_0186	NZ_CP020030.1|gene346|GTHT12_RS01735
GTHT12_RS01740	operon_0187	NZ_CP020030.1|gene347|GTHT12_RS01740
GTHT12_RS01745	operon_0187	NZ_CP020030.1|gene348|GTHT12_RS01745
GTHT12_RS01750	operon_0187	NZ_CP020030.1|gene349|GTHT12_RS01750
GTHT12_RS01755	operon_0187	NZ_CP020030.1|gene350|GTHT12_RS01755
GTHT12_RS01760	operon_0187	NZ_CP020030.1|gene351|GTHT12_RS01760
GTHT12_RS01765	operon_0188	NZ_CP020030.1|gene352|GTHT12_RS01765
GTHT12_RS01770	operon_0188	NZ_CP020030.1|gene353|GTHT12_RS01770
GTHT12_RS01775	operon_0188	NZ_CP020030.1|gene354|GTHT12_RS01775
GTHT12_RS01780	operon_0188	NZ_CP020030.1|gene355|GTHT12_RS01780
GTHT12_RS01785	operon_0189	NZ_CP020030.1|gene356|GTHT12_RS01785
GTHT12_RS01790	operon_0190	NZ_CP020030.1|gene357|GTHT12_RS01790
GTHT12_RS01795	operon_0190	NZ_CP020030.1|gene358|GTHT12_RS01795
GTHT12_RS01800	operon_0191	NZ_CP020030.1|gene359|GTHT12_RS01800|cas6
GTHT12_RS01805	operon_0192	NZ_CP020030.1|gene360|GTHT12_RS01805|cas2
GTHT12_RS01810	operon_0192	NZ_CP020030.1|gene361|GTHT12_RS01810
GTHT12_RS01815	operon_0192	NZ_CP020030.1|gene362|GTHT12_RS01815|cas9
GTHT12_RS01820	operon_0193	NZ_CP020030.1|gene363|GTHT12_RS01820
GTHT12_RS01825	operon_0194	NZ_CP020030.1|gene364|GTHT12_RS01825
GTHT12_RS01830	operon_0194	NZ_CP020030.1|gene365|GTHT12_RS01830
GTHT12_RS01835	operon_0194	NZ_CP020030.1|gene366|GTHT12_RS01835
GTHT12_RS01840	operon_0195	NZ_CP020030.1|gene367|GTHT12_RS01840
GTHT12_RS01845	operon_0195	NZ_CP020030.1|gene368|GTHT12_RS01845|menB
GTHT12_RS01850	operon_0195	NZ_CP020030.1|gene369|GTHT12_RS01850
GTHT12_RS01855	operon_0195	NZ_CP020030.1|gene370|GTHT12_RS01855
GTHT12_RS01860	operon_0196	NZ_CP020030.1|gene371|GTHT12_RS01860
GTHT12_RS01865	operon_0197	NZ_CP020030.1|gene372|GTHT12_RS01865
GTHT12_RS01870	operon_0197	NZ_CP020030.1|gene373|GTHT12_RS01870
GTHT12_RS01875	operon_0198	NZ_CP020030.1|gene374|GTHT12_RS01875
GTHT12_RS01880	operon_0198	NZ_CP020030.1|gene375|GTHT12_RS01880
GTHT12_RS01885	operon_0199	NZ_CP020030.1|gene376|GTHT12_RS01885
GTHT12_RS01890	operon_0200	NZ_CP020030.1|gene377|GTHT12_RS01890
GTHT12_RS01895	operon_0200	NZ_CP020030.1|gene378|GTHT12_RS01895|panF
GTHT12_RS01900	operon_0200	NZ_CP020030.1|gene379|GTHT12_RS01900
GTHT12_RS01905	operon_0200	NZ_CP020030.1|gene380|GTHT12_RS01905
GTHT12_RS01910	operon_0200	NZ_CP020030.1|gene381|GTHT12_RS01910
GTHT12_RS01915	operon_0201	NZ_CP020030.1|gene382|GTHT12_RS01915
GTHT12_RS01920	operon_0202	NZ_CP020030.1|gene383|GTHT12_RS01920
GTHT12_RS01925	operon_0203	NZ_CP020030.1|gene384|GTHT12_RS01925
GTHT12_RS01930	operon_0204	NZ_CP020030.1|gene385|GTHT12_RS01930
GTHT12_RS01935	operon_0204	NZ_CP020030.1|gene386|GTHT12_RS01935
GTHT12_RS01940	operon_0204	NZ_CP020030.1|gene387|GTHT12_RS01940
GTHT12_RS01945	operon_0204	NZ_CP020030.1|gene388|GTHT12_RS01945
GTHT12_RS01950	operon_0205	NZ_CP020030.1|gene389|GTHT12_RS01950
GTHT12_RS01955	operon_0206	NZ_CP020030.1|gene390|GTHT12_RS01955
GTHT12_RS01960	operon_0206	NZ_CP020030.1|gene391|GTHT12_RS01960
GTHT12_RS01965	operon_0206	NZ_CP020030.1|gene392|GTHT12_RS01965
GTHT12_RS01970	operon_0207	NZ_CP020030.1|gene393|GTHT12_RS01970
GTHT12_RS01975	operon_0208	NZ_CP020030.1|gene394|GTHT12_RS01975
GTHT12_RS01980	operon_0209	NZ_CP020030.1|gene395|GTHT12_RS01980
GTHT12_RS01985	operon_0210	NZ_CP020030.1|gene396|GTHT12_RS01985
GTHT12_RS01990	operon_0211	NZ_CP020030.1|gene397|GTHT12_RS01990
GTHT12_RS01995	operon_0212	NZ_CP020030.1|gene398|GTHT12_RS01995
GTHT12_RS02000	operon_0212	NZ_CP020030.1|gene399|GTHT12_RS02000
GTHT12_RS02005	operon_0212	NZ_CP020030.1|gene400|GTHT12_RS02005
GTHT12_RS02010	operon_0213	NZ_CP020030.1|gene401|GTHT12_RS02010
GTHT12_RS02015	operon_0213	NZ_CP020030.1|gene402|GTHT12_RS02015
GTHT12_RS02020	operon_0213	NZ_CP020030.1|gene403|GTHT12_RS02020
GTHT12_RS02025	operon_0213	NZ_CP020030.1|gene404|GTHT12_RS02025
GTHT12_RS02030	operon_0214	NZ_CP020030.1|gene405|GTHT12_RS02030
GTHT12_RS02035	operon_0215	NZ_CP020030.1|gene406|GTHT12_RS02035
GTHT12_RS02040	operon_0215	NZ_CP020030.1|gene407|GTHT12_RS02040
GTHT12_RS02045	operon_0216	NZ_CP020030.1|gene408|GTHT12_RS02045
GTHT12_RS02050	operon_0217	NZ_CP020030.1|gene409|GTHT12_RS02050
GTHT12_RS02055	operon_0217	NZ_CP020030.1|gene410|GTHT12_RS02055
GTHT12_RS02060	operon_0218	NZ_CP020030.1|gene411|GTHT12_RS02060
GTHT12_RS02065	operon_0218	NZ_CP020030.1|gene412|GTHT12_RS02065
GTHT12_RS02070	operon_0219	NZ_CP020030.1|gene413|GTHT12_RS02070
GTHT12_RS02075	operon_0220	NZ_CP020030.1|gene414|GTHT12_RS02075
GTHT12_RS02080	operon_0221	NZ_CP020030.1|gene415|GTHT12_RS02080
GTHT12_RS02085	operon_0222	NZ_CP020030.1|gene416|GTHT12_RS02085
GTHT12_RS02090	operon_0222	NZ_CP020030.1|gene417|GTHT12_RS02090
GTHT12_RS02095	operon_0223	NZ_CP020030.1|gene418|GTHT12_RS02095
GTHT12_RS02100	operon_0224	NZ_CP020030.1|gene419|GTHT12_RS02100
GTHT12_RS02105	operon_0225	NZ_CP020030.1|gene420|GTHT12_RS02105
GTHT12_RS02110	operon_0225	NZ_CP020030.1|gene421|GTHT12_RS02110
GTHT12_RS02115	operon_0225	NZ_CP020030.1|gene422|GTHT12_RS02115
GTHT12_RS02120	operon_0225	NZ_CP020030.1|gene423|GTHT12_RS02120
GTHT12_RS02125	operon_0226	NZ_CP020030.1|gene424|GTHT12_RS02125
GTHT12_RS02130	operon_0227	NZ_CP020030.1|gene425|GTHT12_RS02130
GTHT12_RS02135	operon_0228	NZ_CP020030.1|gene426|GTHT12_RS02135
GTHT12_RS02140	operon_0229	NZ_CP020030.1|gene427|GTHT12_RS02140
GTHT12_RS02145	operon_0229	NZ_CP020030.1|gene428|GTHT12_RS02145
GTHT12_RS02150	operon_0229	NZ_CP020030.1|gene429|GTHT12_RS02150
GTHT12_RS02155	operon_0230	NZ_CP020030.1|gene430|GTHT12_RS02155
GTHT12_RS02160	operon_0231	NZ_CP020030.1|gene431|GTHT12_RS02160
GTHT12_RS02165	operon_0231	NZ_CP020030.1|gene432|GTHT12_RS02165
GTHT12_RS02170	operon_0232	NZ_CP020030.1|gene433|GTHT12_RS02170
GTHT12_RS02175	operon_0233	NZ_CP020030.1|gene434|GTHT12_RS02175
GTHT12_RS02180	operon_0234	NZ_CP020030.1|gene435|GTHT12_RS02180
GTHT12_RS02185	operon_0235	NZ_CP020030.1|gene436|GTHT12_RS02185
GTHT12_RS02190	operon_0235	NZ_CP020030.1|gene437|GTHT12_RS02190
GTHT12_RS02195	operon_0235	NZ_CP020030.1|gene438|GTHT12_RS02195
GTHT12_RS02200	operon_0235	NZ_CP020030.1|gene439|GTHT12_RS02200
GTHT12_RS02205	operon_0236	NZ_CP020030.1|gene440|GTHT12_RS02205
GTHT12_RS02210	operon_0237	NZ_CP020030.1|gene441|GTHT12_RS02210
GTHT12_RS02215	operon_0237	NZ_CP020030.1|gene442|GTHT12_RS02215
GTHT12_RS02220	operon_0237	NZ_CP020030.1|gene443|GTHT12_RS02220
GTHT12_RS02225	operon_0237	NZ_CP020030.1|gene444|GTHT12_RS02225
GTHT12_RS02230	operon_0238	NZ_CP020030.1|gene445|GTHT12_RS02230
GTHT12_RS02235	operon_0239	NZ_CP020030.1|gene446|GTHT12_RS02235
GTHT12_RS02240	operon_0239	NZ_CP020030.1|gene447|GTHT12_RS02240
GTHT12_RS02245	operon_0239	NZ_CP020030.1|gene448|GTHT12_RS02245
GTHT12_RS02250	operon_0240	NZ_CP020030.1|gene449|GTHT12_RS02250
GTHT12_RS02255	operon_0241	NZ_CP020030.1|gene450|GTHT12_RS02255
GTHT12_RS02260	operon_0242	NZ_CP020030.1|gene451|GTHT12_RS02260
GTHT12_RS02265	operon_0243	NZ_CP020030.1|gene452|GTHT12_RS02265
GTHT12_RS02270	operon_0244	NZ_CP020030.1|gene453|GTHT12_RS02270
GTHT12_RS02275	operon_0244	NZ_CP020030.1|gene454|GTHT12_RS02275
GTHT12_RS02280	operon_0244	NZ_CP020030.1|gene455|GTHT12_RS02280
GTHT12_RS02285	operon_0245	NZ_CP020030.1|gene456|GTHT12_RS02285
GTHT12_RS02290	operon_0246	NZ_CP020030.1|gene457|GTHT12_RS02290
GTHT12_RS02295	operon_0246	NZ_CP020030.1|gene458|GTHT12_RS02295
GTHT12_RS02300	operon_0246	NZ_CP020030.1|gene459|GTHT12_RS02300
GTHT12_RS02305	operon_0246	NZ_CP020030.1|gene460|GTHT12_RS02305
GTHT12_RS02310	operon_0246	NZ_CP020030.1|gene461|GTHT12_RS02310
GTHT12_RS02315	operon_0246	NZ_CP020030.1|gene462|GTHT12_RS02315|pucB
GTHT12_RS02320	operon_0246	NZ_CP020030.1|gene463|GTHT12_RS02320
GTHT12_RS02325	operon_0247	NZ_CP020030.1|gene464|GTHT12_RS02325
GTHT12_RS02330	operon_0247	NZ_CP020030.1|gene465|GTHT12_RS02330
GTHT12_RS02335	operon_0248	NZ_CP020030.1|gene466|GTHT12_RS02335
GTHT12_RS02340	operon_0248	NZ_CP020030.1|gene467|GTHT12_RS02340|hutH
GTHT12_RS02345	operon_0248	NZ_CP020030.1|gene468|GTHT12_RS02345
GTHT12_RS02350	operon_0249	NZ_CP020030.1|gene469|GTHT12_RS02350
GTHT12_RS02355	operon_0249	NZ_CP020030.1|gene470|GTHT12_RS02355
GTHT12_RS02360	operon_0250	NZ_CP020030.1|gene471|GTHT12_RS02360
GTHT12_RS02365	operon_0250	NZ_CP020030.1|gene472|GTHT12_RS02365
GTHT12_RS02370	operon_0250	NZ_CP020030.1|gene473|GTHT12_RS02370
GTHT12_RS02375	operon_0250	NZ_CP020030.1|gene474|GTHT12_RS02375
GTHT12_RS02380	operon_0251	NZ_CP020030.1|gene475|GTHT12_RS02380
GTHT12_RS02385	operon_0251	NZ_CP020030.1|gene476|GTHT12_RS02385|glcD
GTHT12_RS02390	operon_0251	NZ_CP020030.1|gene477|GTHT12_RS02390
GTHT12_RS02395	operon_0252	NZ_CP020030.1|gene478|GTHT12_RS02395
GTHT12_RS02400	operon_0253	NZ_CP020030.1|gene479|GTHT12_RS02400
GTHT12_RS02405	operon_0254	NZ_CP020030.1|gene480|GTHT12_RS02405
GTHT12_RS02410	operon_0254	NZ_CP020030.1|gene481|GTHT12_RS02410
GTHT12_RS02415	operon_0255	NZ_CP020030.1|gene482|GTHT12_RS02415
GTHT12_RS02420	operon_0255	NZ_CP020030.1|gene483|GTHT12_RS02420
GTHT12_RS02425	operon_0256	NZ_CP020030.1|gene484|GTHT12_RS02425|bshB2
GTHT12_RS02430	operon_0256	NZ_CP020030.1|gene485|GTHT12_RS02430
GTHT12_RS02435	operon_0257	NZ_CP020030.1|gene486|GTHT12_RS02435
GTHT12_RS02440	operon_0258	NZ_CP020030.1|gene487|GTHT12_RS02440
GTHT12_RS02445	operon_0258	NZ_CP020030.1|gene488|GTHT12_RS02445
GTHT12_RS02450	operon_0258	NZ_CP020030.1|gene489|GTHT12_RS02450|cobA
GTHT12_RS02455	operon_0258	NZ_CP020030.1|gene490|GTHT12_RS02455|cysC
GTHT12_RS02460	operon_0258	NZ_CP020030.1|gene491|GTHT12_RS02460|sat
GTHT12_RS02465	operon_0258	NZ_CP020030.1|gene492|GTHT12_RS02465
GTHT12_RS02470	operon_0258	NZ_CP020030.1|gene493|GTHT12_RS02470
GTHT12_RS02475	operon_0259	NZ_CP020030.1|gene494|GTHT12_RS02475
GTHT12_RS02480	operon_0260	NZ_CP020030.1|gene495|GTHT12_RS02480
GTHT12_RS02485	operon_0260	NZ_CP020030.1|gene496|GTHT12_RS02485
GTHT12_RS02490	operon_0261	NZ_CP020030.1|gene497|GTHT12_RS02490
GTHT12_RS02495	operon_0261	NZ_CP020030.1|gene498|GTHT12_RS02495
GTHT12_RS02500	operon_0262	NZ_CP020030.1|gene499|GTHT12_RS02500|cax
GTHT12_RS02505	operon_0263	NZ_CP020030.1|gene500|GTHT12_RS02505
GTHT12_RS02510	operon_0264	NZ_CP020030.1|gene501|GTHT12_RS02510|yfkAB
GTHT12_RS02515	operon_0265	NZ_CP020030.1|gene502|GTHT12_RS02515
GTHT12_RS02520	operon_0266	NZ_CP020030.1|gene503|GTHT12_RS02520|pdaA
GTHT12_RS02525	operon_0267	NZ_CP020030.1|gene504|GTHT12_RS02525
GTHT12_RS02530	operon_0267	NZ_CP020030.1|gene505|GTHT12_RS02530
GTHT12_RS02535	operon_0268	NZ_CP020030.1|gene506|GTHT12_RS02535
GTHT12_RS02540	operon_0269	NZ_CP020030.1|gene507|GTHT12_RS02540
GTHT12_RS02545	operon_0270	NZ_CP020030.1|gene508|GTHT12_RS02545
GTHT12_RS02550	operon_0270	NZ_CP020030.1|gene509|GTHT12_RS02550
GTHT12_RS02555	operon_0271	NZ_CP020030.1|gene510|GTHT12_RS02555
GTHT12_RS02560	operon_0271	NZ_CP020030.1|gene511|GTHT12_RS02560
GTHT12_RS02565	operon_0272	NZ_CP020030.1|gene512|GTHT12_RS02565
GTHT12_RS02570	operon_0273	NZ_CP020030.1|gene513|GTHT12_RS02570
GTHT12_RS02575	operon_0274	NZ_CP020030.1|gene514|GTHT12_RS02575
GTHT12_RS02580	operon_0275	NZ_CP020030.1|gene515|GTHT12_RS02580
GTHT12_RS02585	operon_0276	NZ_CP020030.1|gene516|GTHT12_RS02585
GTHT12_RS02590	operon_0277	NZ_CP020030.1|gene517|GTHT12_RS02590
GTHT12_RS02595	operon_0277	NZ_CP020030.1|gene518|GTHT12_RS02595
GTHT12_RS02600	operon_0278	NZ_CP020030.1|gene519|GTHT12_RS02600
GTHT12_RS02605	operon_0278	NZ_CP020030.1|gene520|GTHT12_RS02605
GTHT12_RS02610	operon_0279	NZ_CP020030.1|gene521|GTHT12_RS02610
GTHT12_RS02615	operon_0279	NZ_CP020030.1|gene522|GTHT12_RS02615
GTHT12_RS02620	operon_0279	NZ_CP020030.1|gene523|GTHT12_RS02620
GTHT12_RS02625	operon_0280	NZ_CP020030.1|gene524|GTHT12_RS02625
GTHT12_RS02630	operon_0281	NZ_CP020030.1|gene525|GTHT12_RS02630
GTHT12_RS02635	operon_0281	NZ_CP020030.1|gene526|GTHT12_RS02635|essB
GTHT12_RS02640	operon_0281	NZ_CP020030.1|gene527|GTHT12_RS02640|essC
GTHT12_RS02645	operon_0281	NZ_CP020030.1|gene528|GTHT12_RS02645|esaA
GTHT12_RS02650	operon_0281	NZ_CP020030.1|gene529|GTHT12_RS02650|essA
GTHT12_RS02655	operon_0281	NZ_CP020030.1|gene530|GTHT12_RS02655
GTHT12_RS02660	operon_0281	NZ_CP020030.1|gene531|GTHT12_RS02660
GTHT12_RS02665	operon_0281	NZ_CP020030.1|gene532|GTHT12_RS02665
GTHT12_RS02670	operon_0282	NZ_CP020030.1|gene533|GTHT12_RS02670
GTHT12_RS02675	operon_0282	NZ_CP020030.1|gene534|GTHT12_RS02675
GTHT12_RS02680	operon_0283	NZ_CP020030.1|gene535|GTHT12_RS02680
GTHT12_RS02685	operon_0284	NZ_CP020030.1|gene536|GTHT12_RS02685
GTHT12_RS02690	operon_0285	NZ_CP020030.1|gene537|GTHT12_RS02690
GTHT12_RS02695	operon_0286	NZ_CP020030.1|gene538|GTHT12_RS02695
GTHT12_RS02700	operon_0287	NZ_CP020030.1|gene539|GTHT12_RS02700
GTHT12_RS02705	operon_0288	NZ_CP020030.1|gene540|GTHT12_RS02705
GTHT12_RS02710	operon_0288	NZ_CP020030.1|gene541|GTHT12_RS02710
GTHT12_RS02715	operon_0288	NZ_CP020030.1|gene542|GTHT12_RS02715
GTHT12_RS02720	operon_0289	NZ_CP020030.1|gene543|GTHT12_RS02720
GTHT12_RS02725	operon_0289	NZ_CP020030.1|gene544|GTHT12_RS02725
GTHT12_RS02730	operon_0289	NZ_CP020030.1|gene545|GTHT12_RS02730
GTHT12_RS02735	operon_0289	NZ_CP020030.1|gene546|GTHT12_RS02735
GTHT12_RS02740	operon_0290	NZ_CP020030.1|gene547|GTHT12_RS02740
GTHT12_RS02745	operon_0291	NZ_CP020030.1|gene548|GTHT12_RS02745
GTHT12_RS02750	operon_0291	NZ_CP020030.1|gene549|GTHT12_RS02750
GTHT12_RS02755	operon_0291	NZ_CP020030.1|gene550|GTHT12_RS02755
GTHT12_RS02760	operon_0291	NZ_CP020030.1|gene551|GTHT12_RS02760
GTHT12_RS02765	operon_0292	NZ_CP020030.1|gene552|GTHT12_RS02765
GTHT12_RS02770	operon_0293	NZ_CP020030.1|gene553|GTHT12_RS02770
GTHT12_RS02775	operon_0294	NZ_CP020030.1|gene554|GTHT12_RS02775
GTHT12_RS02780	operon_0295	NZ_CP020030.1|gene555|GTHT12_RS02780
GTHT12_RS02785	operon_0295	NZ_CP020030.1|gene556|GTHT12_RS02785
GTHT12_RS02790	operon_0295	NZ_CP020030.1|gene557|GTHT12_RS02790
GTHT12_RS02795	operon_0295	NZ_CP020030.1|gene558|GTHT12_RS02795
GTHT12_RS02800	operon_0295	NZ_CP020030.1|gene559|GTHT12_RS02800
GTHT12_RS02805	operon_0296	NZ_CP020030.1|gene560|GTHT12_RS02805
GTHT12_RS02810	operon_0297	NZ_CP020030.1|gene561|GTHT12_RS02810
GTHT12_RS02815	operon_0298	NZ_CP020030.1|gene562|GTHT12_RS02815
GTHT12_RS02820	operon_0299	NZ_CP020030.1|gene563|GTHT12_RS02820
GTHT12_RS02825	operon_0299	NZ_CP020030.1|gene564|GTHT12_RS02825
GTHT12_RS02830	operon_0299	NZ_CP020030.1|gene565|GTHT12_RS02830
GTHT12_RS02835	operon_0300	NZ_CP020030.1|gene566|GTHT12_RS02835
GTHT12_RS02840	operon_0301	NZ_CP020030.1|gene567|GTHT12_RS02840
GTHT12_RS02845	operon_0301	NZ_CP020030.1|gene568|GTHT12_RS02845
GTHT12_RS02850	operon_0301	NZ_CP020030.1|gene569|GTHT12_RS02850
GTHT12_RS02855	operon_0301	NZ_CP020030.1|gene570|GTHT12_RS02855
GTHT12_RS02860	operon_0301	NZ_CP020030.1|gene571|GTHT12_RS02860
GTHT12_RS02865	operon_0302	NZ_CP020030.1|gene572|GTHT12_RS02865
GTHT12_RS02870	operon_0302	NZ_CP020030.1|gene573|GTHT12_RS02870
GTHT12_RS02875	operon_0303	NZ_CP020030.1|gene574|GTHT12_RS02875
GTHT12_RS02880	operon_0304	NZ_CP020030.1|gene575|GTHT12_RS02880
GTHT12_RS02885	operon_0305	NZ_CP020030.1|gene576|GTHT12_RS02885
GTHT12_RS02890	operon_0306	NZ_CP020030.1|gene577|GTHT12_RS02890
GTHT12_RS02895	operon_0306	NZ_CP020030.1|gene578|GTHT12_RS02895
GTHT12_RS02900	operon_0306	NZ_CP020030.1|gene579|GTHT12_RS02900
GTHT12_RS02905	operon_0307	NZ_CP020030.1|gene580|GTHT12_RS02905
GTHT12_RS02910	operon_0308	NZ_CP020030.1|gene581|GTHT12_RS02910
GTHT12_RS02915	operon_0308	NZ_CP020030.1|gene582|GTHT12_RS02915
GTHT12_RS02920	operon_0309	NZ_CP020030.1|gene583|GTHT12_RS02920
GTHT12_RS02925	operon_0309	NZ_CP020030.1|gene584|GTHT12_RS02925
GTHT12_RS02930	operon_0309	NZ_CP020030.1|gene585|GTHT12_RS02930
GTHT12_RS02935	operon_0310	NZ_CP020030.1|gene586|GTHT12_RS02935
GTHT12_RS02940	operon_0310	NZ_CP020030.1|gene587|GTHT12_RS02940
GTHT12_RS02945	operon_0311	NZ_CP020030.1|gene588|GTHT12_RS02945
GTHT12_RS02950	operon_0312	NZ_CP020030.1|gene589|GTHT12_RS02950
GTHT12_RS02955	operon_0312	NZ_CP020030.1|gene590|GTHT12_RS02955
GTHT12_RS02960	operon_0313	NZ_CP020030.1|gene591|GTHT12_RS02960|mutY
GTHT12_RS02965	operon_0314	NZ_CP020030.1|gene592|GTHT12_RS02965
GTHT12_RS02970	operon_0315	NZ_CP020030.1|gene593|GTHT12_RS02970
GTHT12_RS02975	operon_0315	NZ_CP020030.1|gene594|GTHT12_RS02975
GTHT12_RS02980	operon_0316	NZ_CP020030.1|gene595|GTHT12_RS02980
GTHT12_RS02985	operon_0316	NZ_CP020030.1|gene596|GTHT12_RS02985
GTHT12_RS02990	operon_0316	NZ_CP020030.1|gene597|GTHT12_RS02990
GTHT12_RS02995	operon_0317	NZ_CP020030.1|gene598|GTHT12_RS02995
GTHT12_RS03000	operon_0317	NZ_CP020030.1|gene599|GTHT12_RS03000
GTHT12_RS03005	operon_0317	NZ_CP020030.1|gene600|GTHT12_RS03005
GTHT12_RS03010	operon_0317	NZ_CP020030.1|gene601|GTHT12_RS03010
GTHT12_RS03015	operon_0317	NZ_CP020030.1|gene602|GTHT12_RS03015
GTHT12_RS03020	operon_0318	NZ_CP020030.1|gene603|GTHT12_RS03020
GTHT12_RS03025	operon_0318	NZ_CP020030.1|gene604|GTHT12_RS03025
GTHT12_RS03030	operon_0319	NZ_CP020030.1|gene605|GTHT12_RS03030
GTHT12_RS03035	operon_0319	NZ_CP020030.1|gene606|GTHT12_RS03035
GTHT12_RS03040	operon_0320	NZ_CP020030.1|gene607|GTHT12_RS03040
GTHT12_RS03045	operon_0320	NZ_CP020030.1|gene608|GTHT12_RS03045
GTHT12_RS03050	operon_0320	NZ_CP020030.1|gene609|GTHT12_RS03050
GTHT12_RS03055	operon_0321	NZ_CP020030.1|gene610|GTHT12_RS03055
GTHT12_RS03060	operon_0322	NZ_CP020030.1|gene611|GTHT12_RS03060
GTHT12_RS03065	operon_0323	NZ_CP020030.1|gene612|GTHT12_RS03065
GTHT12_RS03070	operon_0323	NZ_CP020030.1|gene613|GTHT12_RS03070
GTHT12_RS03075	operon_0324	NZ_CP020030.1|gene614|GTHT12_RS03075
GTHT12_RS03080	operon_0325	NZ_CP020030.1|gene615|GTHT12_RS03080
GTHT12_RS03085	operon_0325	NZ_CP020030.1|gene616|GTHT12_RS03085
GTHT12_RS03090	operon_0325	NZ_CP020030.1|gene617|GTHT12_RS03090
GTHT12_RS03095	operon_0325	NZ_CP020030.1|gene618|GTHT12_RS03095
GTHT12_RS03100	operon_0325	NZ_CP020030.1|gene619|GTHT12_RS03100
GTHT12_RS03105	operon_0326	NZ_CP020030.1|gene620|GTHT12_RS03105
GTHT12_RS03110	operon_0327	NZ_CP020030.1|gene621|GTHT12_RS03110
GTHT12_RS03115	operon_0328	NZ_CP020030.1|gene622|GTHT12_RS03115
GTHT12_RS03120	operon_0328	NZ_CP020030.1|gene623|GTHT12_RS03120
GTHT12_RS03125	operon_0328	NZ_CP020030.1|gene624|GTHT12_RS03125
GTHT12_RS03130	operon_0329	NZ_CP020030.1|gene625|GTHT12_RS03130
GTHT12_RS03135	operon_0330	NZ_CP020030.1|gene626|GTHT12_RS03135
GTHT12_RS03140	operon_0330	NZ_CP020030.1|gene627|GTHT12_RS03140
GTHT12_RS03145	operon_0331	NZ_CP020030.1|gene628|GTHT12_RS03145
GTHT12_RS03150	operon_0332	NZ_CP020030.1|gene629|GTHT12_RS03150
GTHT12_RS03155	operon_0333	NZ_CP020030.1|gene630|GTHT12_RS03155
GTHT12_RS03160	operon_0334	NZ_CP020030.1|gene631|GTHT12_RS03160
GTHT12_RS03165	operon_0335	NZ_CP020030.1|gene632|GTHT12_RS03165
GTHT12_RS03170	operon_0336	NZ_CP020030.1|gene633|GTHT12_RS03170|rrf
GTHT12_RS03175	operon_0336	NZ_CP020030.1|gene634|GTHT12_RS03175
GTHT12_RS03180	operon_0336	NZ_CP020030.1|gene635|GTHT12_RS03180
GTHT12_RS03185	operon_0336	NZ_CP020030.1|gene636|GTHT12_RS03185
GTHT12_RS03190	operon_0337	NZ_CP020030.1|gene637|GTHT12_RS03190
GTHT12_RS03195	operon_0337	NZ_CP020030.1|gene638|GTHT12_RS03195
GTHT12_RS03200	operon_0337	NZ_CP020030.1|gene639|GTHT12_RS03200
GTHT12_RS03205	operon_0337	NZ_CP020030.1|gene640|GTHT12_RS03205
GTHT12_RS03210	operon_0337	NZ_CP020030.1|gene641|GTHT12_RS03210
GTHT12_RS03215	operon_0337	NZ_CP020030.1|gene642|GTHT12_RS03215
GTHT12_RS03220	operon_0337	NZ_CP020030.1|gene643|GTHT12_RS03220
GTHT12_RS03225	operon_0337	NZ_CP020030.1|gene644|GTHT12_RS03225
GTHT12_RS03230	operon_0337	NZ_CP020030.1|gene645|GTHT12_RS03230
GTHT12_RS03235	operon_0337	NZ_CP020030.1|gene646|GTHT12_RS03235
GTHT12_RS03240	operon_0337	NZ_CP020030.1|gene647|GTHT12_RS03240
GTHT12_RS03245	operon_0337	NZ_CP020030.1|gene648|GTHT12_RS03245
GTHT12_RS03250	operon_0337	NZ_CP020030.1|gene649|GTHT12_RS03250
GTHT12_RS03255	operon_0337	NZ_CP020030.1|gene650|GTHT12_RS03255
GTHT12_RS03260	operon_0337	NZ_CP020030.1|gene651|GTHT12_RS03260
GTHT12_RS03265	operon_0338	NZ_CP020030.1|gene652|GTHT12_RS03265
GTHT12_RS03270	operon_0338	NZ_CP020030.1|gene653|GTHT12_RS03270
GTHT12_RS03275	operon_0338	NZ_CP020030.1|gene654|GTHT12_RS03275
GTHT12_RS03280	operon_0339	NZ_CP020030.1|gene655|GTHT12_RS03280
GTHT12_RS03285	operon_0340	NZ_CP020030.1|gene656|GTHT12_RS03285|queG
GTHT12_RS03290	operon_0340	NZ_CP020030.1|gene657|GTHT12_RS03290
GTHT12_RS03295	operon_0340	NZ_CP020030.1|gene658|GTHT12_RS03295|trmL
GTHT12_RS03300	operon_0341	NZ_CP020030.1|gene659|GTHT12_RS03300
GTHT12_RS03305	operon_0342	NZ_CP020030.1|gene660|GTHT12_RS03305
GTHT12_RS03310	operon_0343	NZ_CP020030.1|gene661|GTHT12_RS03310
GTHT12_RS03315	operon_0344	NZ_CP020030.1|gene662|GTHT12_RS03315
GTHT12_RS03320	operon_0345	NZ_CP020030.1|gene663|GTHT12_RS03320
GTHT12_RS03325	operon_0346	NZ_CP020030.1|gene664|GTHT12_RS03325
GTHT12_RS03330	operon_0347	NZ_CP020030.1|gene665|GTHT12_RS03330
GTHT12_RS03335	operon_0347	NZ_CP020030.1|gene666|GTHT12_RS03335
GTHT12_RS03340	operon_0348	NZ_CP020030.1|gene667|GTHT12_RS03340
GTHT12_RS03345	operon_0349	NZ_CP020030.1|gene668|GTHT12_RS03345
GTHT12_RS03350	operon_0350	NZ_CP020030.1|gene669|GTHT12_RS03350
GTHT12_RS03355	operon_0351	NZ_CP020030.1|gene670|GTHT12_RS03355
GTHT12_RS03360	operon_0351	NZ_CP020030.1|gene671|GTHT12_RS03360
GTHT12_RS03365	operon_0352	NZ_CP020030.1|gene672|GTHT12_RS03365
GTHT12_RS03370	operon_0353	NZ_CP020030.1|gene673|GTHT12_RS03370
GTHT12_RS03375	operon_0354	NZ_CP020030.1|gene674|GTHT12_RS03375
GTHT12_RS03380	operon_0354	NZ_CP020030.1|gene675|GTHT12_RS03380
GTHT12_RS03385	operon_0355	NZ_CP020030.1|gene676|GTHT12_RS03385
GTHT12_RS03390	operon_0355	NZ_CP020030.1|gene677|GTHT12_RS03390
GTHT12_RS03395	operon_0356	NZ_CP020030.1|gene678|GTHT12_RS03395
GTHT12_RS03400	operon_0357	NZ_CP020030.1|gene679|GTHT12_RS03400
GTHT12_RS03405	operon_0358	NZ_CP020030.1|gene680|GTHT12_RS03405
GTHT12_RS03410	operon_0359	NZ_CP020030.1|gene681|GTHT12_RS03410
GTHT12_RS03415	operon_0360	NZ_CP020030.1|gene682|GTHT12_RS03415
GTHT12_RS03420	operon_0360	NZ_CP020030.1|gene683|GTHT12_RS03420
GTHT12_RS03425	operon_0361	NZ_CP020030.1|gene684|GTHT12_RS03425
GTHT12_RS03430	operon_0362	NZ_CP020030.1|gene685|GTHT12_RS03430
GTHT12_RS03435	operon_0363	NZ_CP020030.1|gene686|GTHT12_RS03435
GTHT12_RS03440	operon_0363	NZ_CP020030.1|gene687|GTHT12_RS03440
GTHT12_RS03445	operon_0364	NZ_CP020030.1|gene688|GTHT12_RS03445
GTHT12_RS03450	operon_0365	NZ_CP020030.1|gene689|GTHT12_RS03450
GTHT12_RS03455	operon_0365	NZ_CP020030.1|gene690|GTHT12_RS03455
GTHT12_RS03460	operon_0366	NZ_CP020030.1|gene691|GTHT12_RS03460
GTHT12_RS03465	operon_0366	NZ_CP020030.1|gene692|GTHT12_RS03465
GTHT12_RS03470	operon_0366	NZ_CP020030.1|gene693|GTHT12_RS03470
GTHT12_RS03475	operon_0366	NZ_CP020030.1|gene694|GTHT12_RS03475
GTHT12_RS03480	operon_0367	NZ_CP020030.1|gene695|GTHT12_RS03480
GTHT12_RS03485	operon_0368	NZ_CP020030.1|gene696|GTHT12_RS03485
GTHT12_RS03490	operon_0368	NZ_CP020030.1|gene697|GTHT12_RS03490
GTHT12_RS03495	operon_0368	NZ_CP020030.1|gene698|GTHT12_RS03495
GTHT12_RS03500	operon_0368	NZ_CP020030.1|gene699|GTHT12_RS03500
GTHT12_RS03505	operon_0368	NZ_CP020030.1|gene700|GTHT12_RS03505|thiO
GTHT12_RS03510	operon_0368	NZ_CP020030.1|gene701|GTHT12_RS03510|thiS
GTHT12_RS03515	operon_0368	NZ_CP020030.1|gene702|GTHT12_RS03515
GTHT12_RS03520	operon_0368	NZ_CP020030.1|gene703|GTHT12_RS03520
GTHT12_RS03525	operon_0369	NZ_CP020030.1|gene704|GTHT12_RS03525
GTHT12_RS03530	operon_0370	NZ_CP020030.1|gene705|GTHT12_RS03530
GTHT12_RS03535	operon_0371	NZ_CP020030.1|gene706|GTHT12_RS03535
GTHT12_RS03540	operon_0372	NZ_CP020030.1|gene707|GTHT12_RS03540
GTHT12_RS03545	operon_0372	NZ_CP020030.1|gene708|GTHT12_RS03545
GTHT12_RS03550	operon_0372	NZ_CP020030.1|gene709|GTHT12_RS03550
GTHT12_RS03555	operon_0373	NZ_CP020030.1|gene710|GTHT12_RS03555
GTHT12_RS03560	operon_0374	NZ_CP020030.1|gene711|GTHT12_RS03560
GTHT12_RS03565	operon_0374	NZ_CP020030.1|gene712|GTHT12_RS03565
GTHT12_RS03570	operon_0374	NZ_CP020030.1|gene713|GTHT12_RS03570
GTHT12_RS03575	operon_0374	NZ_CP020030.1|gene714|GTHT12_RS03575
GTHT12_RS03580	operon_0375	NZ_CP020030.1|gene715|GTHT12_RS03580
GTHT12_RS03585	operon_0375	NZ_CP020030.1|gene716|GTHT12_RS03585
GTHT12_RS03590	operon_0375	NZ_CP020030.1|gene717|GTHT12_RS03590
GTHT12_RS03595	operon_0376	NZ_CP020030.1|gene718|GTHT12_RS03595
GTHT12_RS03600	operon_0377	NZ_CP020030.1|gene719|GTHT12_RS03600
GTHT12_RS03605	operon_0378	NZ_CP020030.1|gene720|GTHT12_RS03605
GTHT12_RS03610	operon_0378	NZ_CP020030.1|gene721|GTHT12_RS03610
GTHT12_RS03615	operon_0378	NZ_CP020030.1|gene722|GTHT12_RS03615
GTHT12_RS03620	operon_0379	NZ_CP020030.1|gene723|GTHT12_RS03620
GTHT12_RS03625	operon_0379	NZ_CP020030.1|gene724|GTHT12_RS03625
GTHT12_RS03630	operon_0379	NZ_CP020030.1|gene725|GTHT12_RS03630
GTHT12_RS03635	operon_0380	NZ_CP020030.1|gene726|GTHT12_RS03635
GTHT12_RS03640	operon_0381	NZ_CP020030.1|gene727|GTHT12_RS03640
GTHT12_RS03645	operon_0382	NZ_CP020030.1|gene728|GTHT12_RS03645
GTHT12_RS03650	operon_0383	NZ_CP020030.1|gene729|GTHT12_RS03650
GTHT12_RS03655	operon_0384	NZ_CP020030.1|gene730|GTHT12_RS03655
GTHT12_RS03660	operon_0385	NZ_CP020030.1|gene731|GTHT12_RS03660|prsA
GTHT12_RS03665	operon_0386	NZ_CP020030.1|gene732|GTHT12_RS03665
GTHT12_RS03670	operon_0387	NZ_CP020030.1|gene733|GTHT12_RS03670
GTHT12_RS03675	operon_0387	NZ_CP020030.1|gene734|GTHT12_RS03675
GTHT12_RS03680	operon_0388	NZ_CP020030.1|gene735|GTHT12_RS03680
GTHT12_RS03685	operon_0389	NZ_CP020030.1|gene736|GTHT12_RS03685
GTHT12_RS03690	operon_0389	NZ_CP020030.1|gene737|GTHT12_RS03690|hemH
GTHT12_RS03695	operon_0389	NZ_CP020030.1|gene738|GTHT12_RS03695
GTHT12_RS03700	operon_0390	NZ_CP020030.1|gene739|GTHT12_RS03700
GTHT12_RS03705	operon_0390	NZ_CP020030.1|gene740|GTHT12_RS03705
GTHT12_RS03710	operon_0391	NZ_CP020030.1|gene741|GTHT12_RS03710
GTHT12_RS03715	operon_0392	NZ_CP020030.1|gene742|GTHT12_RS03715
GTHT12_RS03720	operon_0392	NZ_CP020030.1|gene743|GTHT12_RS03720
GTHT12_RS03725	operon_0392	NZ_CP020030.1|gene744|GTHT12_RS03725
GTHT12_RS03730	operon_0392	NZ_CP020030.1|gene745|GTHT12_RS03730
GTHT12_RS03735	operon_0392	NZ_CP020030.1|gene746|GTHT12_RS03735
GTHT12_RS03740	operon_0393	NZ_CP020030.1|gene747|GTHT12_RS03740|dat
GTHT12_RS03745	operon_0394	NZ_CP020030.1|gene748|GTHT12_RS03745
GTHT12_RS03750	operon_0394	NZ_CP020030.1|gene749|GTHT12_RS03750
GTHT12_RS03755	operon_0395	NZ_CP020030.1|gene750|GTHT12_RS03755
GTHT12_RS03760	operon_0396	NZ_CP020030.1|gene751|GTHT12_RS03760
GTHT12_RS03765	operon_0396	NZ_CP020030.1|gene752|GTHT12_RS03765
GTHT12_RS03770	operon_0396	NZ_CP020030.1|gene753|GTHT12_RS03770
GTHT12_RS03775	operon_0396	NZ_CP020030.1|gene754|GTHT12_RS03775
GTHT12_RS03780	operon_0396	NZ_CP020030.1|gene755|GTHT12_RS03780|lepB
GTHT12_RS03785	operon_0397	NZ_CP020030.1|gene756|GTHT12_RS03785|addB
GTHT12_RS03790	operon_0397	NZ_CP020030.1|gene757|GTHT12_RS03790|addA
GTHT12_RS03795	operon_0397	NZ_CP020030.1|gene758|GTHT12_RS03795
GTHT12_RS03800	operon_0397	NZ_CP020030.1|gene759|GTHT12_RS03800
GTHT12_RS03805	operon_0398	NZ_CP020030.1|gene760|GTHT12_RS03805
GTHT12_RS03810	operon_0398	NZ_CP020030.1|gene761|GTHT12_RS03810
GTHT12_RS03815	operon_0398	NZ_CP020030.1|gene762|GTHT12_RS03815
GTHT12_RS03820	operon_0398	NZ_CP020030.1|gene763|GTHT12_RS03820
GTHT12_RS03825	operon_0398	NZ_CP020030.1|gene764|GTHT12_RS03825
GTHT12_RS03830	operon_0398	NZ_CP020030.1|gene765|GTHT12_RS03830
GTHT12_RS03835	operon_0398	NZ_CP020030.1|gene766|GTHT12_RS03835
GTHT12_RS03840	operon_0399	NZ_CP020030.1|gene767|GTHT12_RS03840
GTHT12_RS03845	operon_0400	NZ_CP020030.1|gene768|GTHT12_RS03845
GTHT12_RS03850	operon_0401	NZ_CP020030.1|gene769|GTHT12_RS03850
GTHT12_RS03855	operon_0402	NZ_CP020030.1|gene770|GTHT12_RS03855
GTHT12_RS03860	operon_0403	NZ_CP020030.1|gene771|GTHT12_RS03860
GTHT12_RS03865	operon_0403	NZ_CP020030.1|gene772|GTHT12_RS03865
GTHT12_RS03870	operon_0403	NZ_CP020030.1|gene773|GTHT12_RS03870
GTHT12_RS03875	operon_0404	NZ_CP020030.1|gene774|GTHT12_RS03875
GTHT12_RS03880	operon_0405	NZ_CP020030.1|gene775|GTHT12_RS03880|asnB
GTHT12_RS03885	operon_0406	NZ_CP020030.1|gene776|GTHT12_RS03885
GTHT12_RS03890	operon_0407	NZ_CP020030.1|gene777|GTHT12_RS03890
GTHT12_RS03895	operon_0408	NZ_CP020030.1|gene778|GTHT12_RS03895
GTHT12_RS03900	operon_0409	NZ_CP020030.1|gene779|GTHT12_RS03900
GTHT12_RS03905	operon_0409	NZ_CP020030.1|gene780|GTHT12_RS03905
GTHT12_RS03910	operon_0409	NZ_CP020030.1|gene781|GTHT12_RS03910
GTHT12_RS03915	operon_0409	NZ_CP020030.1|gene782|GTHT12_RS03915
GTHT12_RS03920	operon_0409	NZ_CP020030.1|gene783|GTHT12_RS03920
GTHT12_RS03925	operon_0409	NZ_CP020030.1|gene784|GTHT12_RS03925
GTHT12_RS03930	operon_0410	NZ_CP020030.1|gene785|GTHT12_RS03930
GTHT12_RS03935	operon_0410	NZ_CP020030.1|gene786|GTHT12_RS03935
GTHT12_RS03940	operon_0410	NZ_CP020030.1|gene787|GTHT12_RS03940
GTHT12_RS03945	operon_0411	NZ_CP020030.1|gene788|GTHT12_RS03945
GTHT12_RS03950	operon_0412	NZ_CP020030.1|gene789|GTHT12_RS03950
GTHT12_RS03955	operon_0413	NZ_CP020030.1|gene790|GTHT12_RS03955|metH
GTHT12_RS03960	operon_0413	NZ_CP020030.1|gene791|GTHT12_RS03960
GTHT12_RS03965	operon_0414	NZ_CP020030.1|gene792|GTHT12_RS03965
GTHT12_RS03970	operon_0415	NZ_CP020030.1|gene793|GTHT12_RS03970
GTHT12_RS03975	operon_0415	NZ_CP020030.1|gene794|GTHT12_RS03975
GTHT12_RS03980	operon_0415	NZ_CP020030.1|gene795|GTHT12_RS03980
GTHT12_RS03985	operon_0415	NZ_CP020030.1|gene796|GTHT12_RS03985
GTHT12_RS03990	operon_0416	NZ_CP020030.1|gene797|GTHT12_RS03990
GTHT12_RS03995	operon_0417	NZ_CP020030.1|gene798|GTHT12_RS03995
GTHT12_RS04000	operon_0418	NZ_CP020030.1|gene799|GTHT12_RS04000
GTHT12_RS04005	operon_0419	NZ_CP020030.1|gene800|GTHT12_RS04005
GTHT12_RS04010	operon_0420	NZ_CP020030.1|gene801|GTHT12_RS04010
GTHT12_RS04015	operon_0421	NZ_CP020030.1|gene802|GTHT12_RS04015
GTHT12_RS04020	operon_0422	NZ_CP020030.1|gene803|GTHT12_RS04020
GTHT12_RS04025	operon_0423	NZ_CP020030.1|gene804|GTHT12_RS04025
GTHT12_RS04030	operon_0424	NZ_CP020030.1|gene805|GTHT12_RS04030
GTHT12_RS04035	operon_0424	NZ_CP020030.1|gene806|GTHT12_RS04035
GTHT12_RS04040	operon_0425	NZ_CP020030.1|gene807|GTHT12_RS04040
GTHT12_RS04045	operon_0426	NZ_CP020030.1|gene808|GTHT12_RS04045
GTHT12_RS04050	operon_0426	NZ_CP020030.1|gene809|GTHT12_RS04050
GTHT12_RS04055	operon_0426	NZ_CP020030.1|gene810|GTHT12_RS04055
GTHT12_RS04060	operon_0427	NZ_CP020030.1|gene811|GTHT12_RS04060
GTHT12_RS04065	operon_0428	NZ_CP020030.1|gene812|GTHT12_RS04065
GTHT12_RS04070	operon_0429	NZ_CP020030.1|gene813|GTHT12_RS04070
GTHT12_RS04075	operon_0429	NZ_CP020030.1|gene814|GTHT12_RS04075
GTHT12_RS04080	operon_0430	NZ_CP020030.1|gene815|GTHT12_RS04080
GTHT12_RS04085	operon_0430	NZ_CP020030.1|gene816|GTHT12_RS04085
GTHT12_RS04090	operon_0431	NZ_CP020030.1|gene817|GTHT12_RS04090
GTHT12_RS04095	operon_0431	NZ_CP020030.1|gene818|GTHT12_RS04095
GTHT12_RS04100	operon_0432	NZ_CP020030.1|gene819|GTHT12_RS04100
GTHT12_RS04105	operon_0433	NZ_CP020030.1|gene820|GTHT12_RS04105
GTHT12_RS04110	operon_0434	NZ_CP020030.1|gene821|GTHT12_RS04110|ilvB
GTHT12_RS04115	operon_0435	NZ_CP020030.1|gene822|GTHT12_RS04115
GTHT12_RS04120	operon_0435	NZ_CP020030.1|gene823|GTHT12_RS04120
GTHT12_RS04125	operon_0435	NZ_CP020030.1|gene824|GTHT12_RS04125|narH
GTHT12_RS04130	operon_0435	NZ_CP020030.1|gene825|GTHT12_RS04130|narJ
GTHT12_RS04135	operon_0435	NZ_CP020030.1|gene826|GTHT12_RS04135|narI
GTHT12_RS04140	operon_0436	NZ_CP020030.1|gene827|GTHT12_RS04140
GTHT12_RS04145	operon_0437	NZ_CP020030.1|gene828|GTHT12_RS04145|modB
GTHT12_RS04150	operon_0437	NZ_CP020030.1|gene829|GTHT12_RS04150|moaA
GTHT12_RS04155	operon_0438	NZ_CP020030.1|gene830|GTHT12_RS04155|ric
GTHT12_RS04160	operon_0439	NZ_CP020030.1|gene831|GTHT12_RS04160
GTHT12_RS04165	operon_0439	NZ_CP020030.1|gene832|GTHT12_RS04165
GTHT12_RS04170	operon_0439	NZ_CP020030.1|gene833|GTHT12_RS04170|mobB
GTHT12_RS04175	operon_0439	NZ_CP020030.1|gene834|GTHT12_RS04175
GTHT12_RS04180	operon_0439	NZ_CP020030.1|gene835|GTHT12_RS04180|moaD
GTHT12_RS04185	operon_0439	NZ_CP020030.1|gene836|GTHT12_RS04185
GTHT12_RS04190	operon_0439	NZ_CP020030.1|gene837|GTHT12_RS04190
GTHT12_RS04195	operon_0440	NZ_CP020030.1|gene838|GTHT12_RS04195
GTHT12_RS04200	operon_0441	NZ_CP020030.1|gene839|GTHT12_RS04200
GTHT12_RS04205	operon_0441	NZ_CP020030.1|gene840|GTHT12_RS04205|argJ
GTHT12_RS04210	operon_0441	NZ_CP020030.1|gene841|GTHT12_RS04210|argB
GTHT12_RS04215	operon_0441	NZ_CP020030.1|gene842|GTHT12_RS04215
GTHT12_RS04220	operon_0441	NZ_CP020030.1|gene843|GTHT12_RS04220
GTHT12_RS04225	operon_0441	NZ_CP020030.1|gene844|GTHT12_RS04225
GTHT12_RS04230	operon_0441	NZ_CP020030.1|gene845|GTHT12_RS04230|argF
GTHT12_RS04235	operon_0442	NZ_CP020030.1|gene846|GTHT12_RS04235
GTHT12_RS04240	operon_0442	NZ_CP020030.1|gene847|GTHT12_RS04240|clpB
GTHT12_RS04245	operon_0443	NZ_CP020030.1|gene848|GTHT12_RS04245
GTHT12_RS04250	operon_0443	NZ_CP020030.1|gene849|GTHT12_RS04250
GTHT12_RS04255	operon_0444	NZ_CP020030.1|gene850|GTHT12_RS04255
GTHT12_RS04260	operon_0445	NZ_CP020030.1|gene851|GTHT12_RS04260
GTHT12_RS04265	operon_0446	NZ_CP020030.1|gene852|GTHT12_RS04265
GTHT12_RS04270	operon_0447	NZ_CP020030.1|gene853|GTHT12_RS04270
GTHT12_RS04275	operon_0447	NZ_CP020030.1|gene854|GTHT12_RS04275|fabF
GTHT12_RS04280	operon_0448	NZ_CP020030.1|gene855|GTHT12_RS04280
GTHT12_RS04285	operon_0448	NZ_CP020030.1|gene856|GTHT12_RS04285
GTHT12_RS04290	operon_0448	NZ_CP020030.1|gene857|GTHT12_RS04290
GTHT12_RS04295	operon_0449	NZ_CP020030.1|gene858|GTHT12_RS04295|trpS
GTHT12_RS04300	operon_0450	NZ_CP020030.1|gene859|GTHT12_RS04300
GTHT12_RS04305	operon_0451	NZ_CP020030.1|gene860|GTHT12_RS04305
GTHT12_RS04310	operon_0451	NZ_CP020030.1|gene861|GTHT12_RS04310
GTHT12_RS04315	operon_0451	NZ_CP020030.1|gene862|GTHT12_RS04315
GTHT12_RS04320	operon_0451	NZ_CP020030.1|gene863|GTHT12_RS04320
GTHT12_RS04325	operon_0451	NZ_CP020030.1|gene864|GTHT12_RS04325
GTHT12_RS04330	operon_0452	NZ_CP020030.1|gene865|GTHT12_RS04330
GTHT12_RS04335	operon_0453	NZ_CP020030.1|gene866|GTHT12_RS04335
GTHT12_RS04340	operon_0454	NZ_CP020030.1|gene867|GTHT12_RS04340
GTHT12_RS04345	operon_0455	NZ_CP020030.1|gene868|GTHT12_RS04345
GTHT12_RS04350	operon_0455	NZ_CP020030.1|gene869|GTHT12_RS04350|cls
GTHT12_RS04355	operon_0455	NZ_CP020030.1|gene870|GTHT12_RS04355
GTHT12_RS04360	operon_0455	NZ_CP020030.1|gene871|GTHT12_RS04360|pepF
GTHT12_RS04365	operon_0456	NZ_CP020030.1|gene872|GTHT12_RS04365
GTHT12_RS04370	operon_0457	NZ_CP020030.1|gene873|GTHT12_RS04370
GTHT12_RS04375	operon_0457	NZ_CP020030.1|gene874|GTHT12_RS04375
GTHT12_RS04380	operon_0457	NZ_CP020030.1|gene875|GTHT12_RS04380
GTHT12_RS04385	operon_0457	NZ_CP020030.1|gene876|GTHT12_RS04385
GTHT12_RS04390	operon_0458	NZ_CP020030.1|gene877|GTHT12_RS04390
GTHT12_RS04395	operon_0458	NZ_CP020030.1|gene878|GTHT12_RS04395
GTHT12_RS04400	operon_0458	NZ_CP020030.1|gene879|GTHT12_RS04400
GTHT12_RS04405	operon_0458	NZ_CP020030.1|gene880|GTHT12_RS04405
GTHT12_RS04410	operon_0459	NZ_CP020030.1|gene881|GTHT12_RS04410
GTHT12_RS04415	operon_0459	NZ_CP020030.1|gene882|GTHT12_RS04415
GTHT12_RS04420	operon_0460	NZ_CP020030.1|gene883|GTHT12_RS04420
GTHT12_RS04425	operon_0460	NZ_CP020030.1|gene884|GTHT12_RS04425
GTHT12_RS04430	operon_0461	NZ_CP020030.1|gene885|GTHT12_RS04430
GTHT12_RS04435	operon_0462	NZ_CP020030.1|gene886|GTHT12_RS04435
GTHT12_RS04440	operon_0462	NZ_CP020030.1|gene887|GTHT12_RS04440
GTHT12_RS04445	operon_0462	NZ_CP020030.1|gene888|GTHT12_RS04445
GTHT12_RS04450	operon_0463	NZ_CP020030.1|gene889|GTHT12_RS04450
GTHT12_RS04455	operon_0463	NZ_CP020030.1|gene890|GTHT12_RS04455
GTHT12_RS04460	operon_0463	NZ_CP020030.1|gene891|GTHT12_RS04460
GTHT12_RS04465	operon_0464	NZ_CP020030.1|gene892|GTHT12_RS04465
GTHT12_RS04470	operon_0465	NZ_CP020030.1|gene893|GTHT12_RS04470
GTHT12_RS04475	operon_0466	NZ_CP020030.1|gene894|GTHT12_RS04475
GTHT12_RS04480	operon_0467	NZ_CP020030.1|gene895|GTHT12_RS04480
GTHT12_RS04485	operon_0467	NZ_CP020030.1|gene896|GTHT12_RS04485
GTHT12_RS04490	operon_0468	NZ_CP020030.1|gene897|GTHT12_RS04490
GTHT12_RS04495	operon_0469	NZ_CP020030.1|gene898|GTHT12_RS04495
GTHT12_RS04500	operon_0469	NZ_CP020030.1|gene899|GTHT12_RS04500
GTHT12_RS04505	operon_0470	NZ_CP020030.1|gene900|GTHT12_RS04505
GTHT12_RS04510	operon_0470	NZ_CP020030.1|gene901|GTHT12_RS04510
GTHT12_RS04515	operon_0470	NZ_CP020030.1|gene902|GTHT12_RS04515|spoVAC
GTHT12_RS04520	operon_0470	NZ_CP020030.1|gene903|GTHT12_RS04520|spoVAD
GTHT12_RS04525	operon_0470	NZ_CP020030.1|gene904|GTHT12_RS04525|spoVAE
GTHT12_RS04530	operon_0470	NZ_CP020030.1|gene905|GTHT12_RS04530
GTHT12_RS04535	operon_0470	NZ_CP020030.1|gene906|GTHT12_RS04535
GTHT12_RS04540	operon_0471	NZ_CP020030.1|gene907|GTHT12_RS04540
GTHT12_RS04545	operon_0472	NZ_CP020030.1|gene908|GTHT12_RS04545
GTHT12_RS04550	operon_0472	NZ_CP020030.1|gene909|GTHT12_RS04550
GTHT12_RS04555	operon_0472	NZ_CP020030.1|gene910|GTHT12_RS04555
GTHT12_RS04560	operon_0473	NZ_CP020030.1|gene911|GTHT12_RS04560
GTHT12_RS04565	operon_0473	NZ_CP020030.1|gene912|GTHT12_RS04565
GTHT12_RS04570	operon_0473	NZ_CP020030.1|gene913|GTHT12_RS04570
GTHT12_RS04575	operon_0474	NZ_CP020030.1|gene914|GTHT12_RS04575
GTHT12_RS04580	operon_0474	NZ_CP020030.1|gene915|GTHT12_RS04580
GTHT12_RS04585	operon_0475	NZ_CP020030.1|gene916|GTHT12_RS04585
GTHT12_RS04590	operon_0475	NZ_CP020030.1|gene917|GTHT12_RS04590
GTHT12_RS04595	operon_0476	NZ_CP020030.1|gene918|GTHT12_RS04595
GTHT12_RS04600	operon_0476	NZ_CP020030.1|gene919|GTHT12_RS04600
GTHT12_RS04605	operon_0476	NZ_CP020030.1|gene920|GTHT12_RS04605
GTHT12_RS04610	operon_0476	NZ_CP020030.1|gene921|GTHT12_RS04610
GTHT12_RS04615	operon_0477	NZ_CP020030.1|gene922|GTHT12_RS04615
GTHT12_RS04620	operon_0478	NZ_CP020030.1|gene923|GTHT12_RS04620
GTHT12_RS04625	operon_0478	NZ_CP020030.1|gene924|GTHT12_RS04625
GTHT12_RS04630	operon_0478	NZ_CP020030.1|gene925|GTHT12_RS04630
GTHT12_RS04635	operon_0478	NZ_CP020030.1|gene926|GTHT12_RS04635
GTHT12_RS04640	operon_0479	NZ_CP020030.1|gene927|GTHT12_RS04640
GTHT12_RS04645	operon_0480	NZ_CP020030.1|gene928|GTHT12_RS04645
GTHT12_RS04650	operon_0481	NZ_CP020030.1|gene929|GTHT12_RS04650
GTHT12_RS04655	operon_0481	NZ_CP020030.1|gene930|GTHT12_RS04655
GTHT12_RS04660	operon_0481	NZ_CP020030.1|gene931|GTHT12_RS04660
GTHT12_RS04665	operon_0481	NZ_CP020030.1|gene932|GTHT12_RS04665
GTHT12_RS04670	operon_0482	NZ_CP020030.1|gene933|GTHT12_RS04670
GTHT12_RS04675	operon_0482	NZ_CP020030.1|gene934|GTHT12_RS04675
GTHT12_RS04680	operon_0483	NZ_CP020030.1|gene935|GTHT12_RS04680
GTHT12_RS04685	operon_0484	NZ_CP020030.1|gene936|GTHT12_RS04685
GTHT12_RS04690	operon_0485	NZ_CP020030.1|gene937|GTHT12_RS04690
GTHT12_RS04695	operon_0485	NZ_CP020030.1|gene938|GTHT12_RS04695
GTHT12_RS04700	operon_0486	NZ_CP020030.1|gene939|GTHT12_RS04700
GTHT12_RS04705	operon_0487	NZ_CP020030.1|gene940|GTHT12_RS04705
GTHT12_RS04710	operon_0487	NZ_CP020030.1|gene941|GTHT12_RS04710
GTHT12_RS04715	operon_0488	NZ_CP020030.1|gene942|GTHT12_RS04715
GTHT12_RS04720	operon_0489	NZ_CP020030.1|gene943|GTHT12_RS04720
GTHT12_RS04725	operon_0490	NZ_CP020030.1|gene944|GTHT12_RS04725
GTHT12_RS04730	operon_0490	NZ_CP020030.1|gene945|GTHT12_RS04730
GTHT12_RS04735	operon_0491	NZ_CP020030.1|gene946|GTHT12_RS04735
GTHT12_RS04740	operon_0492	NZ_CP020030.1|gene947|GTHT12_RS04740
GTHT12_RS04745	operon_0493	NZ_CP020030.1|gene948|GTHT12_RS04745
GTHT12_RS04750	operon_0493	NZ_CP020030.1|gene949|GTHT12_RS04750
GTHT12_RS04755	operon_0493	NZ_CP020030.1|gene950|GTHT12_RS04755
GTHT12_RS04760	operon_0494	NZ_CP020030.1|gene951|GTHT12_RS04760
GTHT12_RS04765	operon_0495	NZ_CP020030.1|gene952|GTHT12_RS04765
GTHT12_RS04770	operon_0495	NZ_CP020030.1|gene953|GTHT12_RS04770
GTHT12_RS04775	operon_0496	NZ_CP020030.1|gene954|GTHT12_RS04775
GTHT12_RS04780	operon_0497	NZ_CP020030.1|gene955|GTHT12_RS04780
GTHT12_RS04785	operon_0497	NZ_CP020030.1|gene956|GTHT12_RS04785
GTHT12_RS04790	operon_0497	NZ_CP020030.1|gene957|GTHT12_RS04790
GTHT12_RS04795	operon_0497	NZ_CP020030.1|gene958|GTHT12_RS04795
GTHT12_RS04800	operon_0497	NZ_CP020030.1|gene959|GTHT12_RS04800
GTHT12_RS04805	operon_0497	NZ_CP020030.1|gene960|GTHT12_RS04805
GTHT12_RS04810	operon_0498	NZ_CP020030.1|gene961|GTHT12_RS04810|asnB
GTHT12_RS04815	operon_0499	NZ_CP020030.1|gene962|GTHT12_RS04815
GTHT12_RS04820	operon_0499	NZ_CP020030.1|gene963|GTHT12_RS04820
GTHT12_RS04825	operon_0500	NZ_CP020030.1|gene964|GTHT12_RS04825
GTHT12_RS04830	operon_0500	NZ_CP020030.1|gene965|GTHT12_RS04830
GTHT12_RS04835	operon_0501	NZ_CP020030.1|gene966|GTHT12_RS04835
GTHT12_RS04840	operon_0501	NZ_CP020030.1|gene967|GTHT12_RS04840
GTHT12_RS04845	operon_0502	NZ_CP020030.1|gene968|GTHT12_RS04845
GTHT12_RS04850	operon_0503	NZ_CP020030.1|gene969|GTHT12_RS04850
GTHT12_RS04855	operon_0503	NZ_CP020030.1|gene970|GTHT12_RS04855
GTHT12_RS04860	operon_0503	NZ_CP020030.1|gene971|GTHT12_RS04860
GTHT12_RS04865	operon_0504	NZ_CP020030.1|gene972|GTHT12_RS04865
GTHT12_RS04870	operon_0505	NZ_CP020030.1|gene973|GTHT12_RS04870
GTHT12_RS04875	operon_0505	NZ_CP020030.1|gene974|GTHT12_RS04875
GTHT12_RS04880	operon_0505	NZ_CP020030.1|gene975|GTHT12_RS04880
GTHT12_RS04885	operon_0506	NZ_CP020030.1|gene976|GTHT12_RS04885
GTHT12_RS04890	operon_0506	NZ_CP020030.1|gene977|GTHT12_RS04890
GTHT12_RS04895	operon_0507	NZ_CP020030.1|gene978|GTHT12_RS04895
GTHT12_RS04900	operon_0508	NZ_CP020030.1|gene979|GTHT12_RS04900
GTHT12_RS04905	operon_0508	NZ_CP020030.1|gene980|GTHT12_RS04905
GTHT12_RS04910	operon_0509	NZ_CP020030.1|gene981|GTHT12_RS04910
GTHT12_RS04915	operon_0509	NZ_CP020030.1|gene982|GTHT12_RS04915
GTHT12_RS04920	operon_0509	NZ_CP020030.1|gene983|GTHT12_RS04920
GTHT12_RS04925	operon_0509	NZ_CP020030.1|gene984|GTHT12_RS04925
GTHT12_RS04930	operon_0509	NZ_CP020030.1|gene985|GTHT12_RS04930|menC
GTHT12_RS04935	operon_0510	NZ_CP020030.1|gene986|GTHT12_RS04935
GTHT12_RS04940	operon_0510	NZ_CP020030.1|gene987|GTHT12_RS04940
GTHT12_RS04945	operon_0511	NZ_CP020030.1|gene988|GTHT12_RS04945
GTHT12_RS04950	operon_0512	NZ_CP020030.1|gene989|GTHT12_RS04950|sigI
GTHT12_RS04955	operon_0512	NZ_CP020030.1|gene990|GTHT12_RS04955
GTHT12_RS04960	operon_0513	NZ_CP020030.1|gene991|GTHT12_RS04960
GTHT12_RS04965	operon_0514	NZ_CP020030.1|gene992|GTHT12_RS04965
GTHT12_RS04970	operon_0515	NZ_CP020030.1|gene993|GTHT12_RS04970
GTHT12_RS04975	operon_0515	NZ_CP020030.1|gene994|GTHT12_RS04975
GTHT12_RS04980	operon_0515	NZ_CP020030.1|gene995|GTHT12_RS04980
GTHT12_RS04985	operon_0515	NZ_CP020030.1|gene996|GTHT12_RS04985
GTHT12_RS04990	operon_0516	NZ_CP020030.1|gene997|GTHT12_RS04990
GTHT12_RS04995	operon_0517	NZ_CP020030.1|gene998|GTHT12_RS04995
GTHT12_RS05000	operon_0518	NZ_CP020030.1|gene999|GTHT12_RS05000
GTHT12_RS05005	operon_0518	NZ_CP020030.1|gene1000|GTHT12_RS05005
GTHT12_RS05010	operon_0519	NZ_CP020030.1|gene1001|GTHT12_RS05010
GTHT12_RS05015	operon_0519	NZ_CP020030.1|gene1002|GTHT12_RS05015
GTHT12_RS05020	operon_0519	NZ_CP020030.1|gene1003|GTHT12_RS05020
GTHT12_RS05025	operon_0519	NZ_CP020030.1|gene1004|GTHT12_RS05025|mtnA
GTHT12_RS05030	operon_0519	NZ_CP020030.1|gene1005|GTHT12_RS05030
GTHT12_RS05035	operon_0520	NZ_CP020030.1|gene1006|GTHT12_RS05035
GTHT12_RS05040	operon_0521	NZ_CP020030.1|gene1007|GTHT12_RS05040
GTHT12_RS05045	operon_0522	NZ_CP020030.1|gene1008|GTHT12_RS05045|mtnW
GTHT12_RS05050	operon_0522	NZ_CP020030.1|gene1009|GTHT12_RS05050|mtnX
GTHT12_RS05055	operon_0522	NZ_CP020030.1|gene1010|GTHT12_RS05055|mtnB
GTHT12_RS05060	operon_0522	NZ_CP020030.1|gene1011|GTHT12_RS05060
GTHT12_RS05065	operon_0523	NZ_CP020030.1|gene1012|GTHT12_RS05065
GTHT12_RS05070	operon_0524	NZ_CP020030.1|gene1013|GTHT12_RS05070
GTHT12_RS05075	operon_0525	NZ_CP020030.1|gene1014|GTHT12_RS05075
GTHT12_RS05080	operon_0526	NZ_CP020030.1|gene1015|GTHT12_RS05080
GTHT12_RS05085	operon_0526	NZ_CP020030.1|gene1016|GTHT12_RS05085
GTHT12_RS05090	operon_0527	NZ_CP020030.1|gene1017|GTHT12_RS05090
GTHT12_RS05095	operon_0527	NZ_CP020030.1|gene1018|GTHT12_RS05095
GTHT12_RS05100	operon_0528	NZ_CP020030.1|gene1019|GTHT12_RS05100
GTHT12_RS05105	operon_0529	NZ_CP020030.1|gene1020|GTHT12_RS05105
GTHT12_RS05110	operon_0529	NZ_CP020030.1|gene1021|GTHT12_RS05110
GTHT12_RS05115	operon_0529	NZ_CP020030.1|gene1022|GTHT12_RS05115|ccmA
GTHT12_RS05120	operon_0529	NZ_CP020030.1|gene1023|GTHT12_RS05120
GTHT12_RS05125	operon_0529	NZ_CP020030.1|gene1024|GTHT12_RS05125
GTHT12_RS05130	operon_0530	NZ_CP020030.1|gene1025|GTHT12_RS05130
GTHT12_RS05135	operon_0531	NZ_CP020030.1|gene1026|GTHT12_RS05135
GTHT12_RS05140	operon_0531	NZ_CP020030.1|gene1027|GTHT12_RS05140
GTHT12_RS05145	operon_0532	NZ_CP020030.1|gene1028|GTHT12_RS05145
GTHT12_RS05150	operon_0532	NZ_CP020030.1|gene1029|GTHT12_RS05150
GTHT12_RS05155	operon_0532	NZ_CP020030.1|gene1030|GTHT12_RS05155
GTHT12_RS05160	operon_0533	NZ_CP020030.1|gene1031|GTHT12_RS05160|queC
GTHT12_RS05165	operon_0533	NZ_CP020030.1|gene1032|GTHT12_RS05165|queD
GTHT12_RS05170	operon_0533	NZ_CP020030.1|gene1033|GTHT12_RS05170|queE
GTHT12_RS05175	operon_0533	NZ_CP020030.1|gene1034|GTHT12_RS05175
GTHT12_RS05180	operon_0533	NZ_CP020030.1|gene1035|GTHT12_RS05180
GTHT12_RS05185	operon_0534	NZ_CP020030.1|gene1036|GTHT12_RS05185
GTHT12_RS05190	operon_0535	NZ_CP020030.1|gene1037|GTHT12_RS05190
GTHT12_RS05195	operon_0535	NZ_CP020030.1|gene1038|GTHT12_RS05195
GTHT12_RS05200	operon_0535	NZ_CP020030.1|gene1039|GTHT12_RS05200
GTHT12_RS05205	operon_0536	NZ_CP020030.1|gene1040|GTHT12_RS05205
GTHT12_RS05210	operon_0537	NZ_CP020030.1|gene1041|GTHT12_RS05210
GTHT12_RS05215	operon_0538	NZ_CP020030.1|gene1042|GTHT12_RS05215
GTHT12_RS05220	operon_0539	NZ_CP020030.1|gene1043|GTHT12_RS05220
GTHT12_RS05225	operon_0539	NZ_CP020030.1|gene1044|GTHT12_RS05225
GTHT12_RS05230	operon_0540	NZ_CP020030.1|gene1045|GTHT12_RS05230
GTHT12_RS05235	operon_0541	NZ_CP020030.1|gene1046|GTHT12_RS05235
GTHT12_RS05240	operon_0541	NZ_CP020030.1|gene1047|GTHT12_RS05240
GTHT12_RS05245	operon_0542	NZ_CP020030.1|gene1048|GTHT12_RS05245
GTHT12_RS05250	operon_0542	NZ_CP020030.1|gene1049|GTHT12_RS05250
GTHT12_RS05255	operon_0543	NZ_CP020030.1|gene1050|GTHT12_RS05255
GTHT12_RS05260	operon_0544	NZ_CP020030.1|gene1051|GTHT12_RS05260
GTHT12_RS05265	operon_0545	NZ_CP020030.1|gene1052|GTHT12_RS05265
GTHT12_RS05270	operon_0545	NZ_CP020030.1|gene1053|GTHT12_RS05270
GTHT12_RS05275	operon_0545	NZ_CP020030.1|gene1054|GTHT12_RS05275
GTHT12_RS05280	operon_0545	NZ_CP020030.1|gene1055|GTHT12_RS05280
GTHT12_RS05285	operon_0545	NZ_CP020030.1|gene1056|GTHT12_RS05285
GTHT12_RS05290	operon_0546	NZ_CP020030.1|gene1057|GTHT12_RS05290
GTHT12_RS05295	operon_0547	NZ_CP020030.1|gene1058|GTHT12_RS05295
GTHT12_RS05300	operon_0547	NZ_CP020030.1|gene1059|GTHT12_RS05300
GTHT12_RS05305	operon_0547	NZ_CP020030.1|gene1060|GTHT12_RS05305
GTHT12_RS05310	operon_0548	NZ_CP020030.1|gene1061|GTHT12_RS05310
GTHT12_RS05315	operon_0549	NZ_CP020030.1|gene1062|GTHT12_RS05315
GTHT12_RS05320	operon_0550	NZ_CP020030.1|gene1063|GTHT12_RS05320
GTHT12_RS05325	operon_0551	NZ_CP020030.1|gene1064|GTHT12_RS05325
GTHT12_RS05330	operon_0551	NZ_CP020030.1|gene1065|GTHT12_RS05330
GTHT12_RS05335	operon_0551	NZ_CP020030.1|gene1066|GTHT12_RS05335
GTHT12_RS05340	operon_0552	NZ_CP020030.1|gene1067|GTHT12_RS05340
GTHT12_RS05345	operon_0553	NZ_CP020030.1|gene1068|GTHT12_RS05345
GTHT12_RS05350	operon_0554	NZ_CP020030.1|gene1069|GTHT12_RS05350
GTHT12_RS05355	operon_0555	NZ_CP020030.1|gene1070|GTHT12_RS05355
GTHT12_RS05360	operon_0555	NZ_CP020030.1|gene1071|GTHT12_RS05360
GTHT12_RS05365	operon_0555	NZ_CP020030.1|gene1072|GTHT12_RS05365|ptsP
GTHT12_RS05370	operon_0556	NZ_CP020030.1|gene1073|GTHT12_RS05370|yyaC
GTHT12_RS05375	operon_0557	NZ_CP020030.1|gene1074|GTHT12_RS05375
GTHT12_RS05380	operon_0558	NZ_CP020030.1|gene1075|GTHT12_RS05380
GTHT12_RS05385	operon_0559	NZ_CP020030.1|gene1076|GTHT12_RS05385
GTHT12_RS05390	operon_0560	NZ_CP020030.1|gene1077|GTHT12_RS05390
GTHT12_RS05395	operon_0560	NZ_CP020030.1|gene1078|GTHT12_RS05395
GTHT12_RS05400	operon_0560	NZ_CP020030.1|gene1079|GTHT12_RS05400
GTHT12_RS05405	operon_0560	NZ_CP020030.1|gene1080|GTHT12_RS05405
GTHT12_RS05410	operon_0560	NZ_CP020030.1|gene1081|GTHT12_RS05410
GTHT12_RS05415	operon_0560	NZ_CP020030.1|gene1082|GTHT12_RS05415
GTHT12_RS05420	operon_0560	NZ_CP020030.1|gene1083|GTHT12_RS05420
GTHT12_RS05425	operon_0560	NZ_CP020030.1|gene1084|GTHT12_RS05425
GTHT12_RS05430	operon_0560	NZ_CP020030.1|gene1085|GTHT12_RS05430
GTHT12_RS05435	operon_0560	NZ_CP020030.1|gene1086|GTHT12_RS05435
GTHT12_RS05440	operon_0560	NZ_CP020030.1|gene1087|GTHT12_RS05440
GTHT12_RS05445	operon_0560	NZ_CP020030.1|gene1088|GTHT12_RS05445
GTHT12_RS05450	operon_0561	NZ_CP020030.1|gene1089|GTHT12_RS05450
GTHT12_RS05455	operon_0562	NZ_CP020030.1|gene1090|GTHT12_RS05455
GTHT12_RS05460	operon_0563	NZ_CP020030.1|gene1091|GTHT12_RS05460|corA
GTHT12_RS05465	operon_0563	NZ_CP020030.1|gene1092|GTHT12_RS05465
GTHT12_RS05470	operon_0564	NZ_CP020030.1|gene1093|GTHT12_RS05470
GTHT12_RS05475	operon_0565	NZ_CP020030.1|gene1094|GTHT12_RS05475
GTHT12_RS05480	operon_0565	NZ_CP020030.1|gene1095|GTHT12_RS05480
GTHT12_RS05485	operon_0566	NZ_CP020030.1|gene1096|GTHT12_RS05485
GTHT12_RS05490	operon_0567	NZ_CP020030.1|gene1097|GTHT12_RS05490
GTHT12_RS05495	operon_0567	NZ_CP020030.1|gene1098|GTHT12_RS05495
GTHT12_RS05500	operon_0567	NZ_CP020030.1|gene1099|GTHT12_RS05500
GTHT12_RS05505	operon_0567	NZ_CP020030.1|gene1100|GTHT12_RS05505
GTHT12_RS05510	operon_0568	NZ_CP020030.1|gene1101|GTHT12_RS05510
GTHT12_RS05515	operon_0569	NZ_CP020030.1|gene1102|GTHT12_RS05515
GTHT12_RS05520	operon_0569	NZ_CP020030.1|gene1103|GTHT12_RS05520|dapD
GTHT12_RS05525	operon_0569	NZ_CP020030.1|gene1104|GTHT12_RS05525
GTHT12_RS05530	operon_0569	NZ_CP020030.1|gene1105|GTHT12_RS05530
GTHT12_RS05535	operon_0570	NZ_CP020030.1|gene1106|GTHT12_RS05535
GTHT12_RS05540	operon_0570	NZ_CP020030.1|gene1107|GTHT12_RS05540
GTHT12_RS05545	operon_0570	NZ_CP020030.1|gene1108|GTHT12_RS05545
GTHT12_RS05550	operon_0571	NZ_CP020030.1|gene1109|GTHT12_RS05550
GTHT12_RS05555	operon_0571	NZ_CP020030.1|gene1110|GTHT12_RS05555
GTHT12_RS05560	operon_0571	NZ_CP020030.1|gene1111|GTHT12_RS05560
GTHT12_RS05565	operon_0572	NZ_CP020030.1|gene1112|GTHT12_RS05565
GTHT12_RS05570	operon_0573	NZ_CP020030.1|gene1113|GTHT12_RS05570
GTHT12_RS05575	operon_0574	NZ_CP020030.1|gene1114|GTHT12_RS05575|pdhA
GTHT12_RS05580	operon_0574	NZ_CP020030.1|gene1115|GTHT12_RS05580
GTHT12_RS05585	operon_0574	NZ_CP020030.1|gene1116|GTHT12_RS05585
GTHT12_RS05590	operon_0574	NZ_CP020030.1|gene1117|GTHT12_RS05590|lpdA
GTHT12_RS05595	operon_0575	NZ_CP020030.1|gene1118|GTHT12_RS05595
GTHT12_RS05600	operon_0576	NZ_CP020030.1|gene1119|GTHT12_RS05600
GTHT12_RS05605	operon_0577	NZ_CP020030.1|gene1120|GTHT12_RS05605
GTHT12_RS05610	operon_0578	NZ_CP020030.1|gene1121|GTHT12_RS05610
GTHT12_RS05615	operon_0579	NZ_CP020030.1|gene1122|GTHT12_RS05615
GTHT12_RS05620	operon_0579	NZ_CP020030.1|gene1123|GTHT12_RS05620
GTHT12_RS05625	operon_0579	NZ_CP020030.1|gene1124|GTHT12_RS05625
GTHT12_RS05630	operon_0579	NZ_CP020030.1|gene1125|GTHT12_RS05630
GTHT12_RS05635	operon_0580	NZ_CP020030.1|gene1126|GTHT12_RS05635|typA
GTHT12_RS05640	operon_0580	NZ_CP020030.1|gene1127|GTHT12_RS05640
GTHT12_RS05645	operon_0580	NZ_CP020030.1|gene1128|GTHT12_RS05645
GTHT12_RS05650	operon_0581	NZ_CP020030.1|gene1129|GTHT12_RS05650
GTHT12_RS05655	operon_0582	NZ_CP020030.1|gene1130|GTHT12_RS05655
GTHT12_RS05660	operon_0583	NZ_CP020030.1|gene1131|GTHT12_RS05660
GTHT12_RS05665	operon_0584	NZ_CP020030.1|gene1132|GTHT12_RS05665
GTHT12_RS05670	operon_0585	NZ_CP020030.1|gene1133|GTHT12_RS05670
GTHT12_RS05675	operon_0585	NZ_CP020030.1|gene1134|GTHT12_RS05675
GTHT12_RS05680	operon_0585	NZ_CP020030.1|gene1135|GTHT12_RS05680|pyc
GTHT12_RS05685	operon_0586	NZ_CP020030.1|gene1136|GTHT12_RS05685
GTHT12_RS05690	operon_0587	NZ_CP020030.1|gene1137|GTHT12_RS05690
GTHT12_RS05695	operon_0587	NZ_CP020030.1|gene1138|GTHT12_RS05695|coxB
GTHT12_RS05700	operon_0587	NZ_CP020030.1|gene1139|GTHT12_RS05700|ctaD
GTHT12_RS05705	operon_0587	NZ_CP020030.1|gene1140|GTHT12_RS05705
GTHT12_RS05710	operon_0587	NZ_CP020030.1|gene1141|GTHT12_RS05710|ctaF
GTHT12_RS05715	operon_0587	NZ_CP020030.1|gene1142|GTHT12_RS05715|ctaG
GTHT12_RS05720	operon_0587	NZ_CP020030.1|gene1143|GTHT12_RS05720
GTHT12_RS05725	operon_0587	NZ_CP020030.1|gene1144|GTHT12_RS05725
GTHT12_RS05730	operon_0588	NZ_CP020030.1|gene1145|GTHT12_RS05730
GTHT12_RS05735	operon_0589	NZ_CP020030.1|gene1146|GTHT12_RS05735
GTHT12_RS05740	operon_0589	NZ_CP020030.1|gene1147|GTHT12_RS05740
GTHT12_RS05745	operon_0589	NZ_CP020030.1|gene1148|GTHT12_RS05745
GTHT12_RS05750	operon_0589	NZ_CP020030.1|gene1149|GTHT12_RS05750
GTHT12_RS05755	operon_0589	NZ_CP020030.1|gene1150|GTHT12_RS05755
GTHT12_RS05760	operon_0590	NZ_CP020030.1|gene1151|GTHT12_RS05760
GTHT12_RS05765	operon_0590	NZ_CP020030.1|gene1152|GTHT12_RS05765
GTHT12_RS05770	operon_0591	NZ_CP020030.1|gene1153|GTHT12_RS05770
GTHT12_RS05775	operon_0592	NZ_CP020030.1|gene1154|GTHT12_RS05775|rsmD
GTHT12_RS05780	operon_0592	NZ_CP020030.1|gene1155|GTHT12_RS05780
GTHT12_RS05785	operon_0593	NZ_CP020030.1|gene1156|GTHT12_RS05785|ylbJ
GTHT12_RS05790	operon_0594	NZ_CP020030.1|gene1157|GTHT12_RS05790
GTHT12_RS05795	operon_0594	NZ_CP020030.1|gene1158|GTHT12_RS05795
GTHT12_RS05800	operon_0595	NZ_CP020030.1|gene1159|GTHT12_RS05800
GTHT12_RS05805	operon_0596	NZ_CP020030.1|gene1160|GTHT12_RS05805
GTHT12_RS05810	operon_0596	NZ_CP020030.1|gene1161|GTHT12_RS05810|rpmF
GTHT12_RS05815	operon_0597	NZ_CP020030.1|gene1162|GTHT12_RS05815
GTHT12_RS05820	operon_0597	NZ_CP020030.1|gene1163|GTHT12_RS05820
GTHT12_RS05825	operon_0597	NZ_CP020030.1|gene1164|GTHT12_RS05825
GTHT12_RS05830	operon_0597	NZ_CP020030.1|gene1165|GTHT12_RS05830
GTHT12_RS05835	operon_0597	NZ_CP020030.1|gene1166|GTHT12_RS05835|bshC
GTHT12_RS05840	operon_0598	NZ_CP020030.1|gene1167|GTHT12_RS05840|mraW
GTHT12_RS05845	operon_0598	NZ_CP020030.1|gene1168|GTHT12_RS05845|ftsL
GTHT12_RS05850	operon_0598	NZ_CP020030.1|gene1169|GTHT12_RS05850
GTHT12_RS05855	operon_0598	NZ_CP020030.1|gene1170|GTHT12_RS05855
GTHT12_RS05860	operon_0598	NZ_CP020030.1|gene1171|GTHT12_RS05860
GTHT12_RS05865	operon_0598	NZ_CP020030.1|gene1172|GTHT12_RS05865
GTHT12_RS05870	operon_0598	NZ_CP020030.1|gene1173|GTHT12_RS05870
GTHT12_RS05875	operon_0598	NZ_CP020030.1|gene1174|GTHT12_RS05875
GTHT12_RS05880	operon_0598	NZ_CP020030.1|gene1175|GTHT12_RS05880
GTHT12_RS05885	operon_0599	NZ_CP020030.1|gene1176|GTHT12_RS05885
GTHT12_RS05890	operon_0599	NZ_CP020030.1|gene1177|GTHT12_RS05890
GTHT12_RS05895	operon_0599	NZ_CP020030.1|gene1178|GTHT12_RS05895
GTHT12_RS05900	operon_0599	NZ_CP020030.1|gene1179|GTHT12_RS05900
GTHT12_RS05905	operon_0600	NZ_CP020030.1|gene1180|GTHT12_RS05905|ftsA
GTHT12_RS05910	operon_0600	NZ_CP020030.1|gene1181|GTHT12_RS05910
GTHT12_RS05915	operon_0601	NZ_CP020030.1|gene1182|GTHT12_RS05915
GTHT12_RS05920	operon_0602	NZ_CP020030.1|gene1183|GTHT12_RS05920|spoIIGA
GTHT12_RS05925	operon_0602	NZ_CP020030.1|gene1184|GTHT12_RS05925
GTHT12_RS05930	operon_0602	NZ_CP020030.1|gene1185|GTHT12_RS05930|sigG
GTHT12_RS05935	operon_0602	NZ_CP020030.1|gene1186|GTHT12_RS05935
GTHT12_RS05940	operon_0602	NZ_CP020030.1|gene1187|GTHT12_RS05940
GTHT12_RS05945	operon_0602	NZ_CP020030.1|gene1188|GTHT12_RS05945
GTHT12_RS05950	operon_0602	NZ_CP020030.1|gene1189|GTHT12_RS05950
GTHT12_RS05955	operon_0602	NZ_CP020030.1|gene1190|GTHT12_RS05955
GTHT12_RS05960	operon_0602	NZ_CP020030.1|gene1191|GTHT12_RS05960
GTHT12_RS05965	operon_0602	NZ_CP020030.1|gene1192|GTHT12_RS05965
GTHT12_RS05970	operon_0603	NZ_CP020030.1|gene1193|GTHT12_RS05970
GTHT12_RS05975	operon_0603	NZ_CP020030.1|gene1194|GTHT12_RS05975
GTHT12_RS05980	operon_0603	NZ_CP020030.1|gene1195|GTHT12_RS05980
GTHT12_RS05985	operon_0604	NZ_CP020030.1|gene1196|GTHT12_RS05985
GTHT12_RS05990	operon_0605	NZ_CP020030.1|gene1197|GTHT12_RS05990
GTHT12_RS05995	operon_0606	NZ_CP020030.1|gene1198|GTHT12_RS05995
GTHT12_RS06000	operon_0606	NZ_CP020030.1|gene1199|GTHT12_RS06000
GTHT12_RS06005	operon_0606	NZ_CP020030.1|gene1200|GTHT12_RS06005
GTHT12_RS06010	operon_0606	NZ_CP020030.1|gene1201|GTHT12_RS06010
GTHT12_RS06015	operon_0606	NZ_CP020030.1|gene1202|GTHT12_RS06015
GTHT12_RS06020	operon_0606	NZ_CP020030.1|gene1203|GTHT12_RS06020
GTHT12_RS06025	operon_0606	NZ_CP020030.1|gene1204|GTHT12_RS06025|pyrF
GTHT12_RS06030	operon_0606	NZ_CP020030.1|gene1205|GTHT12_RS06030
GTHT12_RS06035	operon_0607	NZ_CP020030.1|gene1206|GTHT12_RS06035
GTHT12_RS06040	operon_0607	NZ_CP020030.1|gene1207|GTHT12_RS06040
GTHT12_RS06045	operon_0607	NZ_CP020030.1|gene1208|GTHT12_RS06045
GTHT12_RS06050	operon_0607	NZ_CP020030.1|gene1209|GTHT12_RS06050
GTHT12_RS06055	operon_0608	NZ_CP020030.1|gene1210|GTHT12_RS06055
GTHT12_RS06060	operon_0608	NZ_CP020030.1|gene1211|GTHT12_RS06060
GTHT12_RS06065	operon_0608	NZ_CP020030.1|gene1212|GTHT12_RS06065
GTHT12_RS06070	operon_0608	NZ_CP020030.1|gene1213|GTHT12_RS06070
GTHT12_RS06075	operon_0608	NZ_CP020030.1|gene1214|GTHT12_RS06075
GTHT12_RS06080	operon_0608	NZ_CP020030.1|gene1215|GTHT12_RS06080
GTHT12_RS06085	operon_0608	NZ_CP020030.1|gene1216|GTHT12_RS06085
GTHT12_RS06090	operon_0608	NZ_CP020030.1|gene1217|GTHT12_RS06090
GTHT12_RS06095	operon_0608	NZ_CP020030.1|gene1218|GTHT12_RS06095
GTHT12_RS06100	operon_0608	NZ_CP020030.1|gene1219|GTHT12_RS06100
GTHT12_RS06105	operon_0608	NZ_CP020030.1|gene1220|GTHT12_RS06105
GTHT12_RS06110	operon_0608	NZ_CP020030.1|gene1221|GTHT12_RS06110
GTHT12_RS06115	operon_0608	NZ_CP020030.1|gene1222|GTHT12_RS06115
GTHT12_RS06120	operon_0608	NZ_CP020030.1|gene1223|GTHT12_RS06120|rsgA
GTHT12_RS06125	operon_0608	NZ_CP020030.1|gene1224|GTHT12_RS06125
GTHT12_RS06130	operon_0608	NZ_CP020030.1|gene1225|GTHT12_RS06130
GTHT12_RS06135	operon_0608	NZ_CP020030.1|gene1226|GTHT12_RS06135
GTHT12_RS06140	operon_0609	NZ_CP020030.1|gene1227|GTHT12_RS06140
GTHT12_RS06145	operon_0610	NZ_CP020030.1|gene1228|GTHT12_RS06145
GTHT12_RS06150	operon_0610	NZ_CP020030.1|gene1229|GTHT12_RS06150
GTHT12_RS06155	operon_0610	NZ_CP020030.1|gene1230|GTHT12_RS06155|sdaAB
GTHT12_RS06160	operon_0610	NZ_CP020030.1|gene1231|GTHT12_RS06160|sdaAA
GTHT12_RS06165	operon_0610	NZ_CP020030.1|gene1232|GTHT12_RS06165
GTHT12_RS06170	operon_0611	NZ_CP020030.1|gene1233|GTHT12_RS06170
GTHT12_RS06175	operon_0611	NZ_CP020030.1|gene1234|GTHT12_RS06175
GTHT12_RS06180	operon_0611	NZ_CP020030.1|gene1235|GTHT12_RS06180|fabD
GTHT12_RS06185	operon_0611	NZ_CP020030.1|gene1236|GTHT12_RS06185
GTHT12_RS06190	operon_0611	NZ_CP020030.1|gene1237|GTHT12_RS06190
GTHT12_RS06195	operon_0612	NZ_CP020030.1|gene1238|GTHT12_RS06195
GTHT12_RS06200	operon_0613	NZ_CP020030.1|gene1239|GTHT12_RS06200|smc
GTHT12_RS06205	operon_0613	NZ_CP020030.1|gene1240|GTHT12_RS06205
GTHT12_RS06210	operon_0614	NZ_CP020030.1|gene1241|GTHT12_RS06210
GTHT12_RS06215	operon_0614	NZ_CP020030.1|gene1242|GTHT12_RS06215
GTHT12_RS06220	operon_0614	NZ_CP020030.1|gene1243|GTHT12_RS06220
GTHT12_RS06225	operon_0614	NZ_CP020030.1|gene1244|GTHT12_RS06225
GTHT12_RS06230	operon_0614	NZ_CP020030.1|gene1245|GTHT12_RS06230
GTHT12_RS06235	operon_0614	NZ_CP020030.1|gene1246|GTHT12_RS06235
GTHT12_RS06240	operon_0614	NZ_CP020030.1|gene1247|GTHT12_RS06240|trmD
GTHT12_RS06245	operon_0614	NZ_CP020030.1|gene1248|GTHT12_RS06245
GTHT12_RS06250	operon_0614	NZ_CP020030.1|gene1249|GTHT12_RS06250|lepB
GTHT12_RS06255	operon_0614	NZ_CP020030.1|gene1250|GTHT12_RS06255
GTHT12_RS06260	operon_0614	NZ_CP020030.1|gene1251|GTHT12_RS06260
GTHT12_RS06265	operon_0614	NZ_CP020030.1|gene1252|GTHT12_RS06265
GTHT12_RS06270	operon_0614	NZ_CP020030.1|gene1253|GTHT12_RS06270
GTHT12_RS06275	operon_0614	NZ_CP020030.1|gene1254|GTHT12_RS06275
GTHT12_RS06280	operon_0614	NZ_CP020030.1|gene1255|GTHT12_RS06280
GTHT12_RS06285	operon_0614	NZ_CP020030.1|gene1256|GTHT12_RS06285|dprA
GTHT12_RS06290	operon_0614	NZ_CP020030.1|gene1257|GTHT12_RS06290
GTHT12_RS06295	operon_0614	NZ_CP020030.1|gene1258|GTHT12_RS06295|xerC
GTHT12_RS06300	operon_0614	NZ_CP020030.1|gene1259|GTHT12_RS06300
GTHT12_RS06305	operon_0614	NZ_CP020030.1|gene1260|GTHT12_RS06305|hslU
GTHT12_RS06310	operon_0614	NZ_CP020030.1|gene1261|GTHT12_RS06310
GTHT12_RS06315	operon_0615	NZ_CP020030.1|gene1262|GTHT12_RS06315
GTHT12_RS06320	operon_0615	NZ_CP020030.1|gene1263|GTHT12_RS06320|flgC
GTHT12_RS06325	operon_0615	NZ_CP020030.1|gene1264|GTHT12_RS06325
GTHT12_RS06330	operon_0615	NZ_CP020030.1|gene1265|GTHT12_RS06330
GTHT12_RS06335	operon_0615	NZ_CP020030.1|gene1266|GTHT12_RS06335
GTHT12_RS06340	operon_0615	NZ_CP020030.1|gene1267|GTHT12_RS06340|fliH
GTHT12_RS06345	operon_0615	NZ_CP020030.1|gene1268|GTHT12_RS06345|fliI
GTHT12_RS06350	operon_0615	NZ_CP020030.1|gene1269|GTHT12_RS06350|fliJ
GTHT12_RS06355	operon_0615	NZ_CP020030.1|gene1270|GTHT12_RS06355
GTHT12_RS06360	operon_0615	NZ_CP020030.1|gene1271|GTHT12_RS06360
GTHT12_RS06365	operon_0615	NZ_CP020030.1|gene1272|GTHT12_RS06365
GTHT12_RS06370	operon_0615	NZ_CP020030.1|gene1273|GTHT12_RS06370|flgF
GTHT12_RS06375	operon_0615	NZ_CP020030.1|gene1274|GTHT12_RS06375
GTHT12_RS06380	operon_0615	NZ_CP020030.1|gene1275|GTHT12_RS06380
GTHT12_RS06385	operon_0615	NZ_CP020030.1|gene1276|GTHT12_RS06385
GTHT12_RS06390	operon_0615	NZ_CP020030.1|gene1277|GTHT12_RS06390
GTHT12_RS06395	operon_0615	NZ_CP020030.1|gene1278|GTHT12_RS06395
GTHT12_RS06400	operon_0615	NZ_CP020030.1|gene1279|GTHT12_RS06400
GTHT12_RS06405	operon_0615	NZ_CP020030.1|gene1280|GTHT12_RS06405|fliP
GTHT12_RS06410	operon_0615	NZ_CP020030.1|gene1281|GTHT12_RS06410|fliQ
GTHT12_RS06415	operon_0615	NZ_CP020030.1|gene1282|GTHT12_RS06415|fliR
GTHT12_RS06420	operon_0615	NZ_CP020030.1|gene1283|GTHT12_RS06420|flhB
GTHT12_RS06425	operon_0615	NZ_CP020030.1|gene1284|GTHT12_RS06425|flhA
GTHT12_RS06430	operon_0615	NZ_CP020030.1|gene1285|GTHT12_RS06430|flhF
GTHT12_RS06435	operon_0615	NZ_CP020030.1|gene1286|GTHT12_RS06435
GTHT12_RS06440	operon_0615	NZ_CP020030.1|gene1287|GTHT12_RS06440
GTHT12_RS06445	operon_0615	NZ_CP020030.1|gene1288|GTHT12_RS06445
GTHT12_RS06450	operon_0616	NZ_CP020030.1|gene1289|GTHT12_RS06450
GTHT12_RS06455	operon_0616	NZ_CP020030.1|gene1290|GTHT12_RS06455
GTHT12_RS06460	operon_0616	NZ_CP020030.1|gene1291|GTHT12_RS06460
GTHT12_RS06465	operon_0616	NZ_CP020030.1|gene1292|GTHT12_RS06465
GTHT12_RS06470	operon_0616	NZ_CP020030.1|gene1293|GTHT12_RS06470
GTHT12_RS06475	operon_0616	NZ_CP020030.1|gene1294|GTHT12_RS06475
GTHT12_RS06480	operon_0617	NZ_CP020030.1|gene1295|GTHT12_RS06480|rpsB
GTHT12_RS06485	operon_0618	NZ_CP020030.1|gene1296|GTHT12_RS06485|tsf
GTHT12_RS06490	operon_0618	NZ_CP020030.1|gene1297|GTHT12_RS06490
GTHT12_RS06495	operon_0618	NZ_CP020030.1|gene1298|GTHT12_RS06495
GTHT12_RS06500	operon_0618	NZ_CP020030.1|gene1299|GTHT12_RS06500
GTHT12_RS06505	operon_0618	NZ_CP020030.1|gene1300|GTHT12_RS06505
GTHT12_RS06510	operon_0618	NZ_CP020030.1|gene1301|GTHT12_RS06510
GTHT12_RS06515	operon_0618	NZ_CP020030.1|gene1302|GTHT12_RS06515|rseP
GTHT12_RS06520	operon_0618	NZ_CP020030.1|gene1303|GTHT12_RS06520
GTHT12_RS06525	operon_0618	NZ_CP020030.1|gene1304|GTHT12_RS06525|polC
GTHT12_RS06530	operon_0619	NZ_CP020030.1|gene1305|GTHT12_RS06530
GTHT12_RS06535	operon_0619	NZ_CP020030.1|gene1306|GTHT12_RS06535|nusA
GTHT12_RS06540	operon_0619	NZ_CP020030.1|gene1307|GTHT12_RS06540
GTHT12_RS06545	operon_0619	NZ_CP020030.1|gene1308|GTHT12_RS06545
GTHT12_RS06550	operon_0619	NZ_CP020030.1|gene1309|GTHT12_RS06550
GTHT12_RS06555	operon_0619	NZ_CP020030.1|gene1310|GTHT12_RS06555
GTHT12_RS06560	operon_0619	NZ_CP020030.1|gene1311|GTHT12_RS06560
GTHT12_RS06565	operon_0619	NZ_CP020030.1|gene1312|GTHT12_RS06565
GTHT12_RS06570	operon_0619	NZ_CP020030.1|gene1313|GTHT12_RS06570|ribF
GTHT12_RS06575	operon_0619	NZ_CP020030.1|gene1314|GTHT12_RS06575
GTHT12_RS06580	operon_0619	NZ_CP020030.1|gene1315|GTHT12_RS06580|pnp
GTHT12_RS06585	operon_0619	NZ_CP020030.1|gene1316|GTHT12_RS06585
GTHT12_RS06590	operon_0619	NZ_CP020030.1|gene1317|GTHT12_RS06590
GTHT12_RS06595	operon_0620	NZ_CP020030.1|gene1318|GTHT12_RS06595
GTHT12_RS06600	operon_0621	NZ_CP020030.1|gene1319|GTHT12_RS06600|dpaA
GTHT12_RS06605	operon_0621	NZ_CP020030.1|gene1320|GTHT12_RS06605
GTHT12_RS06610	operon_0621	NZ_CP020030.1|gene1321|GTHT12_RS06610|asd
GTHT12_RS06615	operon_0621	NZ_CP020030.1|gene1322|GTHT12_RS06615
GTHT12_RS06620	operon_0621	NZ_CP020030.1|gene1323|GTHT12_RS06620
GTHT12_RS06625	operon_0622	NZ_CP020030.1|gene1324|GTHT12_RS06625
GTHT12_RS06630	operon_0622	NZ_CP020030.1|gene1325|GTHT12_RS06630
GTHT12_RS06635	operon_0622	NZ_CP020030.1|gene1326|GTHT12_RS06635
GTHT12_RS06640	operon_0622	NZ_CP020030.1|gene1327|GTHT12_RS06640
GTHT12_RS06645	operon_0622	NZ_CP020030.1|gene1328|GTHT12_RS06645
GTHT12_RS06650	operon_0623	NZ_CP020030.1|gene1329|GTHT12_RS06650
GTHT12_RS06655	operon_0623	NZ_CP020030.1|gene1330|GTHT12_RS06655
GTHT12_RS06660	operon_0624	NZ_CP020030.1|gene1331|GTHT12_RS06660
GTHT12_RS06665	operon_0624	NZ_CP020030.1|gene1332|GTHT12_RS06665
GTHT12_RS06670	operon_0624	NZ_CP020030.1|gene1333|GTHT12_RS06670
GTHT12_RS06675	operon_0625	NZ_CP020030.1|gene1334|GTHT12_RS06675
GTHT12_RS06680	operon_0625	NZ_CP020030.1|gene1335|GTHT12_RS06680
GTHT12_RS06685	operon_0625	NZ_CP020030.1|gene1336|GTHT12_RS06685|fabG
GTHT12_RS06690	operon_0625	NZ_CP020030.1|gene1337|GTHT12_RS06690
GTHT12_RS06695	operon_0625	NZ_CP020030.1|gene1338|GTHT12_RS06695
GTHT12_RS06700	operon_0625	NZ_CP020030.1|gene1339|GTHT12_RS06700
GTHT12_RS06705	operon_0625	NZ_CP020030.1|gene1340|GTHT12_RS06705|pgsA
GTHT12_RS06710	operon_0625	NZ_CP020030.1|gene1341|GTHT12_RS06710
GTHT12_RS06715	operon_0626	NZ_CP020030.1|gene1342|GTHT12_RS06715|recA
GTHT12_RS06720	operon_0627	NZ_CP020030.1|gene1343|GTHT12_RS06720|rny
GTHT12_RS06725	operon_0627	NZ_CP020030.1|gene1344|GTHT12_RS06725
GTHT12_RS06730	operon_0627	NZ_CP020030.1|gene1345|GTHT12_RS06730
GTHT12_RS06735	operon_0627	NZ_CP020030.1|gene1346|GTHT12_RS06735
GTHT12_RS06740	operon_0628	NZ_CP020030.1|gene1347|GTHT12_RS06740
GTHT12_RS06745	operon_0628	NZ_CP020030.1|gene1348|GTHT12_RS06745
GTHT12_RS06750	operon_0629	NZ_CP020030.1|gene1349|GTHT12_RS06750
GTHT12_RS06755	operon_0629	NZ_CP020030.1|gene1350|GTHT12_RS06755
GTHT12_RS06760	operon_0630	NZ_CP020030.1|gene1351|GTHT12_RS06760
GTHT12_RS06765	operon_0630	NZ_CP020030.1|gene1352|GTHT12_RS06765|mutS
GTHT12_RS06770	operon_0630	NZ_CP020030.1|gene1353|GTHT12_RS06770
GTHT12_RS06775	operon_0631	NZ_CP020030.1|gene1354|GTHT12_RS06775
GTHT12_RS06780	operon_0632	NZ_CP020030.1|gene1355|GTHT12_RS06780
GTHT12_RS06785	operon_0633	NZ_CP020030.1|gene1356|GTHT12_RS06785
GTHT12_RS06790	operon_0633	NZ_CP020030.1|gene1357|GTHT12_RS06790
GTHT12_RS06795	operon_0634	NZ_CP020030.1|gene1358|GTHT12_RS06795
GTHT12_RS06800	operon_0634	NZ_CP020030.1|gene1359|GTHT12_RS06800
GTHT12_RS06805	operon_0635	NZ_CP020030.1|gene1360|GTHT12_RS06805|spoVK
GTHT12_RS06810	operon_0636	NZ_CP020030.1|gene1361|GTHT12_RS06810
GTHT12_RS06815	operon_0636	NZ_CP020030.1|gene1362|GTHT12_RS06815
GTHT12_RS06820	operon_0636	NZ_CP020030.1|gene1363|GTHT12_RS06820
GTHT12_RS06825	operon_0636	NZ_CP020030.1|gene1364|GTHT12_RS06825
GTHT12_RS06830	operon_0636	NZ_CP020030.1|gene1365|GTHT12_RS06830
GTHT12_RS06835	operon_0636	NZ_CP020030.1|gene1366|GTHT12_RS06835
GTHT12_RS06840	operon_0637	NZ_CP020030.1|gene1367|GTHT12_RS06840
GTHT12_RS06845	operon_0638	NZ_CP020030.1|gene1368|GTHT12_RS06845
GTHT12_RS06850	operon_0639	NZ_CP020030.1|gene1369|GTHT12_RS06850
GTHT12_RS06855	operon_0640	NZ_CP020030.1|gene1370|GTHT12_RS06855|hflX
GTHT12_RS06860	operon_0640	NZ_CP020030.1|gene1371|GTHT12_RS06860
GTHT12_RS06865	operon_0640	NZ_CP020030.1|gene1372|GTHT12_RS06865
GTHT12_RS06870	operon_0640	NZ_CP020030.1|gene1373|GTHT12_RS06870|glnA
GTHT12_RS06875	operon_0641	NZ_CP020030.1|gene1374|GTHT12_RS06875
GTHT12_RS06880	operon_0642	NZ_CP020030.1|gene1375|GTHT12_RS06880
GTHT12_RS06885	operon_0642	NZ_CP020030.1|gene1376|GTHT12_RS06885
GTHT12_RS06890	operon_0642	NZ_CP020030.1|gene1377|GTHT12_RS06890
GTHT12_RS06895	operon_0642	NZ_CP020030.1|gene1378|GTHT12_RS06895|tkt
GTHT12_RS06900	operon_0643	NZ_CP020030.1|gene1379|GTHT12_RS06900
GTHT12_RS06905	operon_0643	NZ_CP020030.1|gene1380|GTHT12_RS06905
GTHT12_RS06910	operon_0643	NZ_CP020030.1|gene1381|GTHT12_RS06910
GTHT12_RS06915	operon_0643	NZ_CP020030.1|gene1382|GTHT12_RS06915
GTHT12_RS06920	operon_0644	NZ_CP020030.1|gene1383|GTHT12_RS06920
GTHT12_RS06925	operon_0645	NZ_CP020030.1|gene1384|GTHT12_RS06925
GTHT12_RS06930	operon_0645	NZ_CP020030.1|gene1385|GTHT12_RS06930
GTHT12_RS06935	operon_0646	NZ_CP020030.1|gene1386|GTHT12_RS06935
GTHT12_RS06940	operon_0647	NZ_CP020030.1|gene1387|GTHT12_RS06940
GTHT12_RS06945	operon_0648	NZ_CP020030.1|gene1388|GTHT12_RS06945
GTHT12_RS06950	operon_0648	NZ_CP020030.1|gene1389|GTHT12_RS06950
GTHT12_RS06955	operon_0649	NZ_CP020030.1|gene1390|GTHT12_RS06955
GTHT12_RS06960	operon_0649	NZ_CP020030.1|gene1391|GTHT12_RS06960|celB
GTHT12_RS06965	operon_0649	NZ_CP020030.1|gene1392|GTHT12_RS06965
GTHT12_RS06970	operon_0649	NZ_CP020030.1|gene1393|GTHT12_RS06970
GTHT12_RS06975	operon_0650	NZ_CP020030.1|gene1394|GTHT12_RS06975
GTHT12_RS06980	operon_0651	NZ_CP020030.1|gene1395|GTHT12_RS06980
GTHT12_RS06985	operon_0652	NZ_CP020030.1|gene1396|GTHT12_RS06985
GTHT12_RS06990	operon_0653	NZ_CP020030.1|gene1397|GTHT12_RS06990|acnA
GTHT12_RS06995	operon_0654	NZ_CP020030.1|gene1398|GTHT12_RS06995|sspL
GTHT12_RS07000	operon_0655	NZ_CP020030.1|gene1399|GTHT12_RS07000
GTHT12_RS07005	operon_0656	NZ_CP020030.1|gene1400|GTHT12_RS07005
GTHT12_RS07010	operon_0657	NZ_CP020030.1|gene1401|GTHT12_RS07010
GTHT12_RS07015	operon_0657	NZ_CP020030.1|gene1402|GTHT12_RS07015
GTHT12_RS07020	operon_0658	NZ_CP020030.1|gene1403|GTHT12_RS07020
GTHT12_RS07025	operon_0658	NZ_CP020030.1|gene1404|GTHT12_RS07025
GTHT12_RS07030	operon_0659	NZ_CP020030.1|gene1405|GTHT12_RS07030
GTHT12_RS07035	operon_0660	NZ_CP020030.1|gene1406|GTHT12_RS07035
GTHT12_RS07040	operon_0661	NZ_CP020030.1|gene1407|GTHT12_RS07040
GTHT12_RS07045	operon_0661	NZ_CP020030.1|gene1408|GTHT12_RS07045|glpK
GTHT12_RS07050	operon_0662	NZ_CP020030.1|gene1409|GTHT12_RS07050
GTHT12_RS07055	operon_0663	NZ_CP020030.1|gene1410|GTHT12_RS07055
GTHT12_RS07060	operon_0664	NZ_CP020030.1|gene1411|GTHT12_RS07060
GTHT12_RS07065	operon_0665	NZ_CP020030.1|gene1412|GTHT12_RS07065|hutG
GTHT12_RS07070	operon_0665	NZ_CP020030.1|gene1413|GTHT12_RS07070
GTHT12_RS07075	operon_0666	NZ_CP020030.1|gene1414|GTHT12_RS07075|hutU
GTHT12_RS07080	operon_0666	NZ_CP020030.1|gene1415|GTHT12_RS07080
GTHT12_RS07085	operon_0666	NZ_CP020030.1|gene1416|GTHT12_RS07085
GTHT12_RS07090	operon_0666	NZ_CP020030.1|gene1417|GTHT12_RS07090
GTHT12_RS07095	operon_0667	NZ_CP020030.1|gene1418|GTHT12_RS07095
GTHT12_RS07100	operon_0668	NZ_CP020030.1|gene1419|GTHT12_RS07100
GTHT12_RS07105	operon_0668	NZ_CP020030.1|gene1420|GTHT12_RS07105
GTHT12_RS07110	operon_0668	NZ_CP020030.1|gene1421|GTHT12_RS07110
GTHT12_RS07115	operon_0669	NZ_CP020030.1|gene1422|GTHT12_RS07115
GTHT12_RS07120	operon_0670	NZ_CP020030.1|gene1423|GTHT12_RS07120
GTHT12_RS07125	operon_0671	NZ_CP020030.1|gene1424|GTHT12_RS07125
GTHT12_RS07130	operon_0671	NZ_CP020030.1|gene1425|GTHT12_RS07130
GTHT12_RS07135	operon_0671	NZ_CP020030.1|gene1426|GTHT12_RS07135
GTHT12_RS07140	operon_0672	NZ_CP020030.1|gene1427|GTHT12_RS07140
GTHT12_RS07145	operon_0672	NZ_CP020030.1|gene1428|GTHT12_RS07145
GTHT12_RS07150	operon_0672	NZ_CP020030.1|gene1429|GTHT12_RS07150
GTHT12_RS07155	operon_0672	NZ_CP020030.1|gene1430|GTHT12_RS07155
GTHT12_RS07160	operon_0673	NZ_CP020030.1|gene1431|GTHT12_RS07160
GTHT12_RS07165	operon_0674	NZ_CP020030.1|gene1432|GTHT12_RS07165
GTHT12_RS07170	operon_0675	NZ_CP020030.1|gene1433|GTHT12_RS07170
GTHT12_RS07175	operon_0676	NZ_CP020030.1|gene1434|GTHT12_RS07175
GTHT12_RS07180	operon_0676	NZ_CP020030.1|gene1435|GTHT12_RS07180
GTHT12_RS07185	operon_0676	NZ_CP020030.1|gene1436|GTHT12_RS07185
GTHT12_RS07190	operon_0676	NZ_CP020030.1|gene1437|GTHT12_RS07190
GTHT12_RS07195	operon_0676	NZ_CP020030.1|gene1438|GTHT12_RS07195
GTHT12_RS07200	operon_0677	NZ_CP020030.1|gene1439|GTHT12_RS07200
GTHT12_RS07205	operon_0678	NZ_CP020030.1|gene1440|GTHT12_RS07205
GTHT12_RS07210	operon_0679	NZ_CP020030.1|gene1441|GTHT12_RS07210|rrf
GTHT12_RS07215	operon_0680	NZ_CP020030.1|gene1442|GTHT12_RS07215
GTHT12_RS07220	operon_0680	NZ_CP020030.1|gene1443|GTHT12_RS07220
GTHT12_RS07225	operon_0681	NZ_CP020030.1|gene1444|GTHT12_RS07225
GTHT12_RS07230	operon_0682	NZ_CP020030.1|gene1445|GTHT12_RS07230
GTHT12_RS07235	operon_0683	NZ_CP020030.1|gene1446|GTHT12_RS07235
GTHT12_RS07240	operon_0684	NZ_CP020030.1|gene1447|GTHT12_RS07240
GTHT12_RS07245	operon_0684	NZ_CP020030.1|gene1448|GTHT12_RS07245
GTHT12_RS07250	operon_0685	NZ_CP020030.1|gene1449|GTHT12_RS07250
GTHT12_RS07255	operon_0686	NZ_CP020030.1|gene1450|GTHT12_RS07255
GTHT12_RS07260	operon_0687	NZ_CP020030.1|gene1451|GTHT12_RS07260
GTHT12_RS07265	operon_0687	NZ_CP020030.1|gene1452|GTHT12_RS07265
GTHT12_RS07270	operon_0688	NZ_CP020030.1|gene1453|GTHT12_RS07270
GTHT12_RS07275	operon_0689	NZ_CP020030.1|gene1454|GTHT12_RS07275
GTHT12_RS07280	operon_0689	NZ_CP020030.1|gene1455|GTHT12_RS07280
GTHT12_RS07285	operon_0690	NZ_CP020030.1|gene1456|GTHT12_RS07285
GTHT12_RS07290	operon_0690	NZ_CP020030.1|gene1457|GTHT12_RS07290
GTHT12_RS07295	operon_0691	NZ_CP020030.1|gene1458|GTHT12_RS07295
GTHT12_RS07300	operon_0691	NZ_CP020030.1|gene1459|GTHT12_RS07300
GTHT12_RS07305	operon_0692	NZ_CP020030.1|gene1460|GTHT12_RS07305
GTHT12_RS07310	operon_0692	NZ_CP020030.1|gene1461|GTHT12_RS07310
GTHT12_RS07315	operon_0693	NZ_CP020030.1|gene1462|GTHT12_RS07315
GTHT12_RS07320	operon_0694	NZ_CP020030.1|gene1463|GTHT12_RS07320
GTHT12_RS07325	operon_0694	NZ_CP020030.1|gene1464|GTHT12_RS07325|cysI
GTHT12_RS07330	operon_0695	NZ_CP020030.1|gene1465|GTHT12_RS07330
GTHT12_RS07335	operon_0696	NZ_CP020030.1|gene1466|GTHT12_RS07335
GTHT12_RS07340	operon_0696	NZ_CP020030.1|gene1467|GTHT12_RS07340
GTHT12_RS07345	operon_0696	NZ_CP020030.1|gene1468|GTHT12_RS07345
GTHT12_RS07350	operon_0697	NZ_CP020030.1|gene1469|GTHT12_RS07350
GTHT12_RS07355	operon_0698	NZ_CP020030.1|gene1470|GTHT12_RS07355
GTHT12_RS07360	operon_0698	NZ_CP020030.1|gene1471|GTHT12_RS07360
GTHT12_RS07365	operon_0699	NZ_CP020030.1|gene1472|GTHT12_RS07365
GTHT12_RS07370	operon_0700	NZ_CP020030.1|gene1473|GTHT12_RS07370
GTHT12_RS07375	operon_0701	NZ_CP020030.1|gene1474|GTHT12_RS07375|gabP
GTHT12_RS07380	operon_0702	NZ_CP020030.1|gene1475|GTHT12_RS07380
GTHT12_RS07385	operon_0703	NZ_CP020030.1|gene1476|GTHT12_RS07385
GTHT12_RS07390	operon_0704	NZ_CP020030.1|gene1477|GTHT12_RS07390
GTHT12_RS07395	operon_0705	NZ_CP020030.1|gene1478|GTHT12_RS07395
GTHT12_RS07400	operon_0705	NZ_CP020030.1|gene1479|GTHT12_RS07400
GTHT12_RS07405	operon_0705	NZ_CP020030.1|gene1480|GTHT12_RS07405
GTHT12_RS07410	operon_0706	NZ_CP020030.1|gene1481|GTHT12_RS07410
GTHT12_RS07415	operon_0707	NZ_CP020030.1|gene1482|GTHT12_RS07415
GTHT12_RS07420	operon_0707	NZ_CP020030.1|gene1483|GTHT12_RS07420
GTHT12_RS07425	operon_0707	NZ_CP020030.1|gene1484|GTHT12_RS07425
GTHT12_RS07430	operon_0708	NZ_CP020030.1|gene1485|GTHT12_RS07430
GTHT12_RS07435	operon_0709	NZ_CP020030.1|gene1486|GTHT12_RS07435
GTHT12_RS07440	operon_0710	NZ_CP020030.1|gene1487|GTHT12_RS07440
GTHT12_RS07445	operon_0710	NZ_CP020030.1|gene1488|GTHT12_RS07445
GTHT12_RS07450	operon_0711	NZ_CP020030.1|gene1489|GTHT12_RS07450
GTHT12_RS07455	operon_0712	NZ_CP020030.1|gene1490|GTHT12_RS07455
GTHT12_RS07460	operon_0713	NZ_CP020030.1|gene1491|GTHT12_RS07460
GTHT12_RS07465	operon_0713	NZ_CP020030.1|gene1492|GTHT12_RS07465
GTHT12_RS07470	operon_0714	NZ_CP020030.1|gene1493|GTHT12_RS07470
GTHT12_RS07475	operon_0715	NZ_CP020030.1|gene1494|GTHT12_RS07475
GTHT12_RS07480	operon_0716	NZ_CP020030.1|gene1495|GTHT12_RS07480
GTHT12_RS07485	operon_0716	NZ_CP020030.1|gene1496|GTHT12_RS07485
GTHT12_RS07490	operon_0716	NZ_CP020030.1|gene1497|GTHT12_RS07490
GTHT12_RS07495	operon_0717	NZ_CP020030.1|gene1498|GTHT12_RS07495
GTHT12_RS07500	operon_0718	NZ_CP020030.1|gene1499|GTHT12_RS07500
GTHT12_RS07505	operon_0718	NZ_CP020030.1|gene1500|GTHT12_RS07505
GTHT12_RS07510	operon_0719	NZ_CP020030.1|gene1501|GTHT12_RS07510
GTHT12_RS07515	operon_0720	NZ_CP020030.1|gene1502|GTHT12_RS07515
GTHT12_RS07520	operon_0721	NZ_CP020030.1|gene1503|GTHT12_RS07520
GTHT12_RS07525	operon_0722	NZ_CP020030.1|gene1504|GTHT12_RS07525
GTHT12_RS07530	operon_0722	NZ_CP020030.1|gene1505|GTHT12_RS07530
GTHT12_RS07535	operon_0722	NZ_CP020030.1|gene1506|GTHT12_RS07535
GTHT12_RS07540	operon_0723	NZ_CP020030.1|gene1507|GTHT12_RS07540
GTHT12_RS07545	operon_0724	NZ_CP020030.1|gene1508|GTHT12_RS07545
GTHT12_RS07550	operon_0725	NZ_CP020030.1|gene1509|GTHT12_RS07550
GTHT12_RS07555	operon_0725	NZ_CP020030.1|gene1510|GTHT12_RS07555
GTHT12_RS07560	operon_0725	NZ_CP020030.1|gene1511|GTHT12_RS07560
GTHT12_RS07565	operon_0725	NZ_CP020030.1|gene1512|GTHT12_RS07565
GTHT12_RS07570	operon_0726	NZ_CP020030.1|gene1513|GTHT12_RS07570
GTHT12_RS07575	operon_0727	NZ_CP020030.1|gene1514|GTHT12_RS07575
GTHT12_RS07580	operon_0728	NZ_CP020030.1|gene1515|GTHT12_RS07580
GTHT12_RS07585	operon_0728	NZ_CP020030.1|gene1516|GTHT12_RS07585
GTHT12_RS07590	operon_0729	NZ_CP020030.1|gene1517|GTHT12_RS07590
GTHT12_RS07595	operon_0730	NZ_CP020030.1|gene1518|GTHT12_RS07595
GTHT12_RS07600	operon_0730	NZ_CP020030.1|gene1519|GTHT12_RS07600
GTHT12_RS07605	operon_0730	NZ_CP020030.1|gene1520|GTHT12_RS07605
GTHT12_RS07610	operon_0731	NZ_CP020030.1|gene1521|GTHT12_RS07610
GTHT12_RS07615	operon_0732	NZ_CP020030.1|gene1522|GTHT12_RS07615
GTHT12_RS07620	operon_0733	NZ_CP020030.1|gene1523|GTHT12_RS07620
GTHT12_RS07625	operon_0734	NZ_CP020030.1|gene1524|GTHT12_RS07625
GTHT12_RS07630	operon_0734	NZ_CP020030.1|gene1525|GTHT12_RS07630
GTHT12_RS07635	operon_0734	NZ_CP020030.1|gene1526|GTHT12_RS07635
GTHT12_RS07640	operon_0734	NZ_CP020030.1|gene1527|GTHT12_RS07640
GTHT12_RS07645	operon_0734	NZ_CP020030.1|gene1528|GTHT12_RS07645
GTHT12_RS07650	operon_0734	NZ_CP020030.1|gene1529|GTHT12_RS07650
GTHT12_RS07655	operon_0735	NZ_CP020030.1|gene1530|GTHT12_RS07655
GTHT12_RS07660	operon_0735	NZ_CP020030.1|gene1531|GTHT12_RS07660
GTHT12_RS07665	operon_0735	NZ_CP020030.1|gene1532|GTHT12_RS07665
GTHT12_RS07670	operon_0735	NZ_CP020030.1|gene1533|GTHT12_RS07670
GTHT12_RS07675	operon_0735	NZ_CP020030.1|gene1534|GTHT12_RS07675
GTHT12_RS07680	operon_0736	NZ_CP020030.1|gene1535|GTHT12_RS07680
GTHT12_RS07685	operon_0736	NZ_CP020030.1|gene1536|GTHT12_RS07685
GTHT12_RS07690	operon_0736	NZ_CP020030.1|gene1537|GTHT12_RS07690
GTHT12_RS07695	operon_0736	NZ_CP020030.1|gene1538|GTHT12_RS07695
GTHT12_RS07700	operon_0737	NZ_CP020030.1|gene1539|GTHT12_RS07700
GTHT12_RS07705	operon_0738	NZ_CP020030.1|gene1540|GTHT12_RS07705
GTHT12_RS07710	operon_0738	NZ_CP020030.1|gene1541|GTHT12_RS07710
GTHT12_RS07715	operon_0738	NZ_CP020030.1|gene1542|GTHT12_RS07715
GTHT12_RS07720	operon_0738	NZ_CP020030.1|gene1543|GTHT12_RS07720
GTHT12_RS07725	operon_0738	NZ_CP020030.1|gene1544|GTHT12_RS07725
GTHT12_RS07730	operon_0738	NZ_CP020030.1|gene1545|GTHT12_RS07730
GTHT12_RS07735	operon_0739	NZ_CP020030.1|gene1546|GTHT12_RS07735
GTHT12_RS07740	operon_0740	NZ_CP020030.1|gene1547|GTHT12_RS07740
GTHT12_RS07745	operon_0740	NZ_CP020030.1|gene1548|GTHT12_RS07745
GTHT12_RS07750	operon_0741	NZ_CP020030.1|gene1549|GTHT12_RS07750
GTHT12_RS07755	operon_0741	NZ_CP020030.1|gene1550|GTHT12_RS07755
GTHT12_RS07760	operon_0742	NZ_CP020030.1|gene1551|GTHT12_RS07760
GTHT12_RS07765	operon_0742	NZ_CP020030.1|gene1552|GTHT12_RS07765|thiD
GTHT12_RS07770	operon_0742	NZ_CP020030.1|gene1553|GTHT12_RS07770
GTHT12_RS07775	operon_0743	NZ_CP020030.1|gene1554|GTHT12_RS07775
GTHT12_RS07780	operon_0744	NZ_CP020030.1|gene1555|GTHT12_RS07780
GTHT12_RS07785	operon_0744	NZ_CP020030.1|gene1556|GTHT12_RS07785
GTHT12_RS07790	operon_0744	NZ_CP020030.1|gene1557|GTHT12_RS07790
GTHT12_RS07795	operon_0745	NZ_CP020030.1|gene1558|GTHT12_RS07795
GTHT12_RS07800	operon_0746	NZ_CP020030.1|gene1559|GTHT12_RS07800
GTHT12_RS07805	operon_0746	NZ_CP020030.1|gene1560|GTHT12_RS07805
GTHT12_RS07810	operon_0746	NZ_CP020030.1|gene1561|GTHT12_RS07810
GTHT12_RS07815	operon_0747	NZ_CP020030.1|gene1562|GTHT12_RS07815
GTHT12_RS07820	operon_0747	NZ_CP020030.1|gene1563|GTHT12_RS07820
GTHT12_RS07825	operon_0748	NZ_CP020030.1|gene1564|GTHT12_RS07825
GTHT12_RS07830	operon_0748	NZ_CP020030.1|gene1565|GTHT12_RS07830|cysK
GTHT12_RS07835	operon_0749	NZ_CP020030.1|gene1566|GTHT12_RS07835
GTHT12_RS07840	operon_0749	NZ_CP020030.1|gene1567|GTHT12_RS07840
GTHT12_RS07845	operon_0750	NZ_CP020030.1|gene1568|GTHT12_RS07845
GTHT12_RS07850	operon_0750	NZ_CP020030.1|gene1569|GTHT12_RS07850
GTHT12_RS07855	operon_0751	NZ_CP020030.1|gene1570|GTHT12_RS07855
GTHT12_RS07860	operon_0751	NZ_CP020030.1|gene1571|GTHT12_RS07860|hyi
GTHT12_RS07865	operon_0751	NZ_CP020030.1|gene1572|GTHT12_RS07865
GTHT12_RS07870	operon_0752	NZ_CP020030.1|gene1573|GTHT12_RS07870
GTHT12_RS07875	operon_0752	NZ_CP020030.1|gene1574|GTHT12_RS07875
GTHT12_RS07880	operon_0752	NZ_CP020030.1|gene1575|GTHT12_RS07880
GTHT12_RS07885	operon_0752	NZ_CP020030.1|gene1576|GTHT12_RS07885
GTHT12_RS07890	operon_0753	NZ_CP020030.1|gene1577|GTHT12_RS07890
GTHT12_RS07895	operon_0753	NZ_CP020030.1|gene1578|GTHT12_RS07895
GTHT12_RS07900	operon_0754	NZ_CP020030.1|gene1579|GTHT12_RS07900
GTHT12_RS07905	operon_0755	NZ_CP020030.1|gene1580|GTHT12_RS07905
GTHT12_RS07910	operon_0755	NZ_CP020030.1|gene1581|GTHT12_RS07910
GTHT12_RS07915	operon_0756	NZ_CP020030.1|gene1582|GTHT12_RS07915
GTHT12_RS07920	operon_0757	NZ_CP020030.1|gene1583|GTHT12_RS07920
GTHT12_RS07925	operon_0758	NZ_CP020030.1|gene1584|GTHT12_RS07925
GTHT12_RS07930	operon_0758	NZ_CP020030.1|gene1585|GTHT12_RS07930|rnpB
GTHT12_RS07935	operon_0758	NZ_CP020030.1|gene1586|GTHT12_RS07935
GTHT12_RS07940	operon_0758	NZ_CP020030.1|gene1587|GTHT12_RS07940
GTHT12_RS07945	operon_0758	NZ_CP020030.1|gene1588|GTHT12_RS07945
GTHT12_RS07950	operon_0759	NZ_CP020030.1|gene1589|GTHT12_RS07950
GTHT12_RS07955	operon_0759	NZ_CP020030.1|gene1590|GTHT12_RS07955
GTHT12_RS07960	operon_0760	NZ_CP020030.1|gene1591|GTHT12_RS07960
GTHT12_RS07965	operon_0760	NZ_CP020030.1|gene1592|GTHT12_RS07965
GTHT12_RS07970	operon_0760	NZ_CP020030.1|gene1593|GTHT12_RS07970
GTHT12_RS07975	operon_0761	NZ_CP020030.1|gene1594|GTHT12_RS07975
GTHT12_RS07980	operon_0761	NZ_CP020030.1|gene1595|GTHT12_RS07980
GTHT12_RS07985	operon_0762	NZ_CP020030.1|gene1596|GTHT12_RS07985
GTHT12_RS07990	operon_0762	NZ_CP020030.1|gene1597|GTHT12_RS07990
GTHT12_RS07995	operon_0762	NZ_CP020030.1|gene1598|GTHT12_RS07995
GTHT12_RS08000	operon_0763	NZ_CP020030.1|gene1599|GTHT12_RS08000
GTHT12_RS08005	operon_0764	NZ_CP020030.1|gene1600|GTHT12_RS08005
GTHT12_RS08010	operon_0764	NZ_CP020030.1|gene1601|GTHT12_RS08010
GTHT12_RS08015	operon_0765	NZ_CP020030.1|gene1602|GTHT12_RS08015
GTHT12_RS08020	operon_0765	NZ_CP020030.1|gene1603|GTHT12_RS08020
GTHT12_RS08025	operon_0765	NZ_CP020030.1|gene1604|GTHT12_RS08025
GTHT12_RS08030	operon_0765	NZ_CP020030.1|gene1605|GTHT12_RS08030
GTHT12_RS08035	operon_0766	NZ_CP020030.1|gene1606|GTHT12_RS08035
GTHT12_RS08040	operon_0766	NZ_CP020030.1|gene1607|GTHT12_RS08040
GTHT12_RS08045	operon_0766	NZ_CP020030.1|gene1608|GTHT12_RS08045
GTHT12_RS08050	operon_0766	NZ_CP020030.1|gene1609|GTHT12_RS08050
GTHT12_RS08055	operon_0766	NZ_CP020030.1|gene1610|GTHT12_RS08055
GTHT12_RS08060	operon_0766	NZ_CP020030.1|gene1611|GTHT12_RS08060
GTHT12_RS08065	operon_0766	NZ_CP020030.1|gene1612|GTHT12_RS08065
GTHT12_RS08070	operon_0767	NZ_CP020030.1|gene1613|GTHT12_RS08070
GTHT12_RS08075	operon_0768	NZ_CP020030.1|gene1614|GTHT12_RS08075
GTHT12_RS08080	operon_0769	NZ_CP020030.1|gene1615|GTHT12_RS08080
GTHT12_RS08085	operon_0770	NZ_CP020030.1|gene1616|GTHT12_RS08085
GTHT12_RS08090	operon_0771	NZ_CP020030.1|gene1617|GTHT12_RS08090
GTHT12_RS08095	operon_0772	NZ_CP020030.1|gene1618|GTHT12_RS08095
GTHT12_RS08100	operon_0772	NZ_CP020030.1|gene1619|GTHT12_RS08100
GTHT12_RS08105	operon_0773	NZ_CP020030.1|gene1620|GTHT12_RS08105
GTHT12_RS08110	operon_0774	NZ_CP020030.1|gene1621|GTHT12_RS08110
GTHT12_RS08115	operon_0775	NZ_CP020030.1|gene1622|GTHT12_RS08115
GTHT12_RS08120	operon_0776	NZ_CP020030.1|gene1623|GTHT12_RS08120
GTHT12_RS08125	operon_0777	NZ_CP020030.1|gene1624|GTHT12_RS08125
GTHT12_RS08130	operon_0778	NZ_CP020030.1|gene1625|GTHT12_RS08130|deoD
GTHT12_RS08135	operon_0778	NZ_CP020030.1|gene1626|GTHT12_RS08135
GTHT12_RS08140	operon_0779	NZ_CP020030.1|gene1627|GTHT12_RS08140
GTHT12_RS08145	operon_0780	NZ_CP020030.1|gene1628|GTHT12_RS08145
GTHT12_RS08150	operon_0780	NZ_CP020030.1|gene1629|GTHT12_RS08150
GTHT12_RS08155	operon_0781	NZ_CP020030.1|gene1630|GTHT12_RS08155
GTHT12_RS08160	operon_0781	NZ_CP020030.1|gene1631|GTHT12_RS08160
GTHT12_RS08165	operon_0782	NZ_CP020030.1|gene1632|GTHT12_RS08165|rarD
GTHT12_RS08170	operon_0782	NZ_CP020030.1|gene1633|GTHT12_RS08170
GTHT12_RS08175	operon_0782	NZ_CP020030.1|gene1634|GTHT12_RS08175
GTHT12_RS08180	operon_0783	NZ_CP020030.1|gene1635|GTHT12_RS08180
GTHT12_RS08185	operon_0784	NZ_CP020030.1|gene1636|GTHT12_RS08185
GTHT12_RS08190	operon_0784	NZ_CP020030.1|gene1637|GTHT12_RS08190
GTHT12_RS08195	operon_0785	NZ_CP020030.1|gene1638|GTHT12_RS08195
GTHT12_RS08200	operon_0786	NZ_CP020030.1|gene1639|GTHT12_RS08200
GTHT12_RS08205	operon_0787	NZ_CP020030.1|gene1640|GTHT12_RS08205
GTHT12_RS08210	operon_0788	NZ_CP020030.1|gene1641|GTHT12_RS08210
GTHT12_RS08215	operon_0789	NZ_CP020030.1|gene1642|GTHT12_RS08215
GTHT12_RS08220	operon_0790	NZ_CP020030.1|gene1643|GTHT12_RS08220
GTHT12_RS08225	operon_0790	NZ_CP020030.1|gene1644|GTHT12_RS08225
GTHT12_RS08230	operon_0790	NZ_CP020030.1|gene1645|GTHT12_RS08230
GTHT12_RS08235	operon_0790	NZ_CP020030.1|gene1646|GTHT12_RS08235|accC
GTHT12_RS08240	operon_0790	NZ_CP020030.1|gene1647|GTHT12_RS08240
GTHT12_RS08245	operon_0790	NZ_CP020030.1|gene1648|GTHT12_RS08245
GTHT12_RS08250	operon_0790	NZ_CP020030.1|gene1649|GTHT12_RS08250
GTHT12_RS08255	operon_0791	NZ_CP020030.1|gene1650|GTHT12_RS08255
GTHT12_RS08260	operon_0791	NZ_CP020030.1|gene1651|GTHT12_RS08260|ssrS
GTHT12_RS08265	operon_0792	NZ_CP020030.1|gene1652|GTHT12_RS08265
GTHT12_RS08270	operon_0792	NZ_CP020030.1|gene1653|GTHT12_RS08270
GTHT12_RS08275	operon_0792	NZ_CP020030.1|gene1654|GTHT12_RS08275
GTHT12_RS08280	operon_0793	NZ_CP020030.1|gene1655|GTHT12_RS08280
GTHT12_RS08285	operon_0793	NZ_CP020030.1|gene1656|GTHT12_RS08285
GTHT12_RS08290	operon_0794	NZ_CP020030.1|gene1657|GTHT12_RS08290
GTHT12_RS08295	operon_0794	NZ_CP020030.1|gene1658|GTHT12_RS08295
GTHT12_RS08300	operon_0795	NZ_CP020030.1|gene1659|GTHT12_RS08300
GTHT12_RS08305	operon_0796	NZ_CP020030.1|gene1660|GTHT12_RS08305
GTHT12_RS08310	operon_0796	NZ_CP020030.1|gene1661|GTHT12_RS08310
GTHT12_RS08315	operon_0796	NZ_CP020030.1|gene1662|GTHT12_RS08315
GTHT12_RS08320	operon_0796	NZ_CP020030.1|gene1663|GTHT12_RS08320
GTHT12_RS08325	operon_0797	NZ_CP020030.1|gene1664|GTHT12_RS08325
GTHT12_RS08330	operon_0798	NZ_CP020030.1|gene1665|GTHT12_RS08330
GTHT12_RS08335	operon_0798	NZ_CP020030.1|gene1666|GTHT12_RS08335
GTHT12_RS08340	operon_0798	NZ_CP020030.1|gene1667|GTHT12_RS08340
GTHT12_RS08345	operon_0799	NZ_CP020030.1|gene1668|GTHT12_RS08345
GTHT12_RS08350	operon_0800	NZ_CP020030.1|gene1669|GTHT12_RS08350
GTHT12_RS08355	operon_0800	NZ_CP020030.1|gene1670|GTHT12_RS08355
GTHT12_RS08360	operon_0800	NZ_CP020030.1|gene1671|GTHT12_RS08360
GTHT12_RS08365	operon_0801	NZ_CP020030.1|gene1672|GTHT12_RS08365
GTHT12_RS08370	operon_0801	NZ_CP020030.1|gene1673|GTHT12_RS08370
GTHT12_RS08375	operon_0801	NZ_CP020030.1|gene1674|GTHT12_RS08375
GTHT12_RS08380	operon_0802	NZ_CP020030.1|gene1675|GTHT12_RS08380
GTHT12_RS08385	operon_0802	NZ_CP020030.1|gene1676|GTHT12_RS08385
GTHT12_RS08390	operon_0803	NZ_CP020030.1|gene1677|GTHT12_RS08390
GTHT12_RS08395	operon_0803	NZ_CP020030.1|gene1678|GTHT12_RS08395
GTHT12_RS08400	operon_0804	NZ_CP020030.1|gene1679|GTHT12_RS08400
GTHT12_RS08405	operon_0805	NZ_CP020030.1|gene1680|GTHT12_RS08405
GTHT12_RS08410	operon_0806	NZ_CP020030.1|gene1681|GTHT12_RS08410|glnA
GTHT12_RS08415	operon_0806	NZ_CP020030.1|gene1682|GTHT12_RS08415
GTHT12_RS08420	operon_0807	NZ_CP020030.1|gene1683|GTHT12_RS08420
GTHT12_RS08425	operon_0807	NZ_CP020030.1|gene1684|GTHT12_RS08425
GTHT12_RS08430	operon_0807	NZ_CP020030.1|gene1685|GTHT12_RS08430
GTHT12_RS08435	operon_0807	NZ_CP020030.1|gene1686|GTHT12_RS08435
GTHT12_RS08440	operon_0807	NZ_CP020030.1|gene1687|GTHT12_RS08440
GTHT12_RS08445	operon_0807	NZ_CP020030.1|gene1688|GTHT12_RS08445
GTHT12_RS08450	operon_0807	NZ_CP020030.1|gene1689|GTHT12_RS08450|hxlB
GTHT12_RS08455	operon_0808	NZ_CP020030.1|gene1690|GTHT12_RS08455
GTHT12_RS08460	operon_0809	NZ_CP020030.1|gene1691|GTHT12_RS08460
GTHT12_RS08465	operon_0809	NZ_CP020030.1|gene1692|GTHT12_RS08465
GTHT12_RS08470	operon_0809	NZ_CP020030.1|gene1693|GTHT12_RS08470
GTHT12_RS08475	operon_0809	NZ_CP020030.1|gene1694|GTHT12_RS08475
GTHT12_RS08480	operon_0810	NZ_CP020030.1|gene1695|GTHT12_RS08480
GTHT12_RS08485	operon_0810	NZ_CP020030.1|gene1696|GTHT12_RS08485
GTHT12_RS08490	operon_0810	NZ_CP020030.1|gene1697|GTHT12_RS08490
GTHT12_RS08495	operon_0811	NZ_CP020030.1|gene1698|GTHT12_RS08495
GTHT12_RS08500	operon_0812	NZ_CP020030.1|gene1699|GTHT12_RS08500
GTHT12_RS08505	operon_0812	NZ_CP020030.1|gene1700|GTHT12_RS08505
GTHT12_RS08510	operon_0813	NZ_CP020030.1|gene1701|GTHT12_RS08510
GTHT12_RS08515	operon_0814	NZ_CP020030.1|gene1702|GTHT12_RS08515
GTHT12_RS08520	operon_0814	NZ_CP020030.1|gene1703|GTHT12_RS08520
GTHT12_RS08525	operon_0814	NZ_CP020030.1|gene1704|GTHT12_RS08525
GTHT12_RS08530	operon_0814	NZ_CP020030.1|gene1705|GTHT12_RS08530
GTHT12_RS08535	operon_0814	NZ_CP020030.1|gene1706|GTHT12_RS08535
GTHT12_RS08540	operon_0814	NZ_CP020030.1|gene1707|GTHT12_RS08540
GTHT12_RS08545	operon_0814	NZ_CP020030.1|gene1708|GTHT12_RS08545
GTHT12_RS08550	operon_0814	NZ_CP020030.1|gene1709|GTHT12_RS08550
GTHT12_RS08555	operon_0814	NZ_CP020030.1|gene1710|GTHT12_RS08555
GTHT12_RS08560	operon_0814	NZ_CP020030.1|gene1711|GTHT12_RS08560
GTHT12_RS08565	operon_0814	NZ_CP020030.1|gene1712|GTHT12_RS08565
GTHT12_RS08570	operon_0814	NZ_CP020030.1|gene1713|GTHT12_RS08570|livG
GTHT12_RS08575	operon_0814	NZ_CP020030.1|gene1714|GTHT12_RS08575|livF
GTHT12_RS08580	operon_0815	NZ_CP020030.1|gene1715|GTHT12_RS08580
GTHT12_RS08585	operon_0816	NZ_CP020030.1|gene1716|GTHT12_RS08585
GTHT12_RS08590	operon_0817	NZ_CP020030.1|gene1717|GTHT12_RS08590
GTHT12_RS08595	operon_0818	NZ_CP020030.1|gene1718|GTHT12_RS08595
GTHT12_RS08600	operon_0819	NZ_CP020030.1|gene1719|GTHT12_RS08600
GTHT12_RS08605	operon_0819	NZ_CP020030.1|gene1720|GTHT12_RS08605
GTHT12_RS08610	operon_0819	NZ_CP020030.1|gene1721|GTHT12_RS08610
GTHT12_RS08615	operon_0819	NZ_CP020030.1|gene1722|GTHT12_RS08615
GTHT12_RS08620	operon_0820	NZ_CP020030.1|gene1723|GTHT12_RS08620
GTHT12_RS08625	operon_0820	NZ_CP020030.1|gene1724|GTHT12_RS08625
GTHT12_RS08630	operon_0821	NZ_CP020030.1|gene1725|GTHT12_RS08630
GTHT12_RS08635	operon_0822	NZ_CP020030.1|gene1726|GTHT12_RS08635
GTHT12_RS08640	operon_0823	NZ_CP020030.1|gene1727|GTHT12_RS08640
GTHT12_RS08645	operon_0824	NZ_CP020030.1|gene1728|GTHT12_RS08645
GTHT12_RS08650	operon_0825	NZ_CP020030.1|gene1729|GTHT12_RS08650
GTHT12_RS08655	operon_0825	NZ_CP020030.1|gene1730|GTHT12_RS08655
GTHT12_RS08660	operon_0825	NZ_CP020030.1|gene1731|GTHT12_RS08660
GTHT12_RS08665	operon_0826	NZ_CP020030.1|gene1732|GTHT12_RS08665
GTHT12_RS08670	operon_0826	NZ_CP020030.1|gene1733|GTHT12_RS08670
GTHT12_RS08675	operon_0826	NZ_CP020030.1|gene1734|GTHT12_RS08675
GTHT12_RS08680	operon_0827	NZ_CP020030.1|gene1735|GTHT12_RS08680
GTHT12_RS08685	operon_0828	NZ_CP020030.1|gene1736|GTHT12_RS08685
GTHT12_RS08690	operon_0828	NZ_CP020030.1|gene1737|GTHT12_RS08690
GTHT12_RS08695	operon_0828	NZ_CP020030.1|gene1738|GTHT12_RS08695
GTHT12_RS08700	operon_0828	NZ_CP020030.1|gene1739|GTHT12_RS08700
GTHT12_RS08705	operon_0829	NZ_CP020030.1|gene1740|GTHT12_RS08705
GTHT12_RS08710	operon_0830	NZ_CP020030.1|gene1741|GTHT12_RS08710
GTHT12_RS08715	operon_0831	NZ_CP020030.1|gene1742|GTHT12_RS08715
GTHT12_RS08720	operon_0831	NZ_CP020030.1|gene1743|GTHT12_RS08720
GTHT12_RS08725	operon_0831	NZ_CP020030.1|gene1744|GTHT12_RS08725
GTHT12_RS08730	operon_0831	NZ_CP020030.1|gene1745|GTHT12_RS08730
GTHT12_RS08735	operon_0831	NZ_CP020030.1|gene1746|GTHT12_RS08735
GTHT12_RS08740	operon_0832	NZ_CP020030.1|gene1747|GTHT12_RS08740
GTHT12_RS08745	operon_0832	NZ_CP020030.1|gene1748|GTHT12_RS08745
GTHT12_RS08750	operon_0833	NZ_CP020030.1|gene1749|GTHT12_RS08750
GTHT12_RS08755	operon_0834	NZ_CP020030.1|gene1750|GTHT12_RS08755
GTHT12_RS08760	operon_0835	NZ_CP020030.1|gene1751|GTHT12_RS08760
GTHT12_RS08765	operon_0836	NZ_CP020030.1|gene1752|GTHT12_RS08765
GTHT12_RS08770	operon_0837	NZ_CP020030.1|gene1753|GTHT12_RS08770
GTHT12_RS08775	operon_0837	NZ_CP020030.1|gene1754|GTHT12_RS08775
GTHT12_RS08780	operon_0838	NZ_CP020030.1|gene1755|GTHT12_RS08780
GTHT12_RS08785	operon_0839	NZ_CP020030.1|gene1756|GTHT12_RS08785
GTHT12_RS08790	operon_0840	NZ_CP020030.1|gene1757|GTHT12_RS08790
GTHT12_RS08795	operon_0841	NZ_CP020030.1|gene1758|GTHT12_RS08795
GTHT12_RS08800	operon_0842	NZ_CP020030.1|gene1759|GTHT12_RS08800
GTHT12_RS08805	operon_0842	NZ_CP020030.1|gene1760|GTHT12_RS08805
GTHT12_RS08810	operon_0842	NZ_CP020030.1|gene1761|GTHT12_RS08810
GTHT12_RS08815	operon_0842	NZ_CP020030.1|gene1762|GTHT12_RS08815
GTHT12_RS08820	operon_0842	NZ_CP020030.1|gene1763|GTHT12_RS08820
GTHT12_RS08825	operon_0843	NZ_CP020030.1|gene1764|GTHT12_RS08825
GTHT12_RS08830	operon_0844	NZ_CP020030.1|gene1765|GTHT12_RS08830
GTHT12_RS08835	operon_0844	NZ_CP020030.1|gene1766|GTHT12_RS08835
GTHT12_RS08840	operon_0845	NZ_CP020030.1|gene1767|GTHT12_RS08840
GTHT12_RS08845	operon_0846	NZ_CP020030.1|gene1768|GTHT12_RS08845|katG
GTHT12_RS08850	operon_0847	NZ_CP020030.1|gene1769|GTHT12_RS08850
GTHT12_RS08855	operon_0847	NZ_CP020030.1|gene1770|GTHT12_RS08855
GTHT12_RS08860	operon_0848	NZ_CP020030.1|gene1771|GTHT12_RS08860
GTHT12_RS08865	operon_0848	NZ_CP020030.1|gene1772|GTHT12_RS08865
GTHT12_RS08870	operon_0849	NZ_CP020030.1|gene1773|GTHT12_RS08870
GTHT12_RS08875	operon_0850	NZ_CP020030.1|gene1774|GTHT12_RS08875
GTHT12_RS08880	operon_0851	NZ_CP020030.1|gene1775|GTHT12_RS08880
GTHT12_RS08885	operon_0852	NZ_CP020030.1|gene1776|GTHT12_RS08885
GTHT12_RS08890	operon_0852	NZ_CP020030.1|gene1777|GTHT12_RS08890
GTHT12_RS08895	operon_0853	NZ_CP020030.1|gene1778|GTHT12_RS08895
GTHT12_RS08900	operon_0853	NZ_CP020030.1|gene1779|GTHT12_RS08900
GTHT12_RS08905	operon_0854	NZ_CP020030.1|gene1780|GTHT12_RS08905
GTHT12_RS08910	operon_0854	NZ_CP020030.1|gene1781|GTHT12_RS08910
GTHT12_RS08915	operon_0855	NZ_CP020030.1|gene1782|GTHT12_RS08915
GTHT12_RS08920	operon_0856	NZ_CP020030.1|gene1783|GTHT12_RS08920
GTHT12_RS08925	operon_0857	NZ_CP020030.1|gene1784|GTHT12_RS08925
GTHT12_RS08930	operon_0858	NZ_CP020030.1|gene1785|GTHT12_RS08930
GTHT12_RS08935	operon_0859	NZ_CP020030.1|gene1786|GTHT12_RS08935
GTHT12_RS08940	operon_0860	NZ_CP020030.1|gene1787|GTHT12_RS08940
GTHT12_RS08945	operon_0861	NZ_CP020030.1|gene1788|GTHT12_RS08945
GTHT12_RS08950	operon_0862	NZ_CP020030.1|gene1789|GTHT12_RS08950
GTHT12_RS08955	operon_0862	NZ_CP020030.1|gene1790|GTHT12_RS08955
GTHT12_RS08960	operon_0862	NZ_CP020030.1|gene1791|GTHT12_RS08960
GTHT12_RS08965	operon_0863	NZ_CP020030.1|gene1792|GTHT12_RS08965
GTHT12_RS08970	operon_0864	NZ_CP020030.1|gene1793|GTHT12_RS08970
GTHT12_RS08975	operon_0865	NZ_CP020030.1|gene1794|GTHT12_RS08975
GTHT12_RS08980	operon_0866	NZ_CP020030.1|gene1795|GTHT12_RS08980
GTHT12_RS08985	operon_0867	NZ_CP020030.1|gene1796|GTHT12_RS08985
GTHT12_RS08990	operon_0868	NZ_CP020030.1|gene1797|GTHT12_RS08990
GTHT12_RS08995	operon_0868	NZ_CP020030.1|gene1798|GTHT12_RS08995
GTHT12_RS09000	operon_0868	NZ_CP020030.1|gene1799|GTHT12_RS09000
GTHT12_RS09005	operon_0868	NZ_CP020030.1|gene1800|GTHT12_RS09005
GTHT12_RS09010	operon_0869	NZ_CP020030.1|gene1801|GTHT12_RS09010
GTHT12_RS09015	operon_0870	NZ_CP020030.1|gene1802|GTHT12_RS09015
GTHT12_RS09020	operon_0871	NZ_CP020030.1|gene1803|GTHT12_RS09020
GTHT12_RS09025	operon_0872	NZ_CP020030.1|gene1804|GTHT12_RS09025
GTHT12_RS09030	operon_0873	NZ_CP020030.1|gene1805|GTHT12_RS09030
GTHT12_RS09035	operon_0873	NZ_CP020030.1|gene1806|GTHT12_RS09035|arsB
GTHT12_RS09040	operon_0873	NZ_CP020030.1|gene1807|GTHT12_RS09040|arsC
GTHT12_RS09045	operon_0873	NZ_CP020030.1|gene1808|GTHT12_RS09045
GTHT12_RS09050	operon_0874	NZ_CP020030.1|gene1809|GTHT12_RS09050
GTHT12_RS09055	operon_0874	NZ_CP020030.1|gene1810|GTHT12_RS09055
GTHT12_RS09060	operon_0875	NZ_CP020030.1|gene1811|GTHT12_RS09060
GTHT12_RS09065	operon_0875	NZ_CP020030.1|gene1812|GTHT12_RS09065
GTHT12_RS09070	operon_0876	NZ_CP020030.1|gene1813|GTHT12_RS09070
GTHT12_RS09075	operon_0877	NZ_CP020030.1|gene1814|GTHT12_RS09075
GTHT12_RS09080	operon_0878	NZ_CP020030.1|gene1815|GTHT12_RS09080
GTHT12_RS09085	operon_0879	NZ_CP020030.1|gene1816|GTHT12_RS09085
GTHT12_RS09090	operon_0879	NZ_CP020030.1|gene1817|GTHT12_RS09090
GTHT12_RS09095	operon_0879	NZ_CP020030.1|gene1818|GTHT12_RS09095
GTHT12_RS09100	operon_0879	NZ_CP020030.1|gene1819|GTHT12_RS09100
GTHT12_RS09105	operon_0879	NZ_CP020030.1|gene1820|GTHT12_RS09105|purU
GTHT12_RS09110	operon_0880	NZ_CP020030.1|gene1821|GTHT12_RS09110
GTHT12_RS09115	operon_0881	NZ_CP020030.1|gene1822|GTHT12_RS09115
GTHT12_RS09120	operon_0882	NZ_CP020030.1|gene1823|GTHT12_RS09120
GTHT12_RS09125	operon_0883	NZ_CP020030.1|gene1824|GTHT12_RS09125
GTHT12_RS09130	operon_0884	NZ_CP020030.1|gene1825|GTHT12_RS09130
GTHT12_RS09135	operon_0884	NZ_CP020030.1|gene1826|GTHT12_RS09135
GTHT12_RS09140	operon_0885	NZ_CP020030.1|gene1827|GTHT12_RS09140
GTHT12_RS09145	operon_0886	NZ_CP020030.1|gene1828|GTHT12_RS09145|treR
GTHT12_RS09150	operon_0886	NZ_CP020030.1|gene1829|GTHT12_RS09150|treC
GTHT12_RS09155	operon_0886	NZ_CP020030.1|gene1830|GTHT12_RS09155
GTHT12_RS09160	operon_0887	NZ_CP020030.1|gene1831|GTHT12_RS09160
GTHT12_RS09165	operon_0888	NZ_CP020030.1|gene1832|GTHT12_RS09165
GTHT12_RS09170	operon_0888	NZ_CP020030.1|gene1833|GTHT12_RS09170|parE
GTHT12_RS09175	operon_0889	NZ_CP020030.1|gene1834|GTHT12_RS09175
GTHT12_RS09180	operon_0890	NZ_CP020030.1|gene1835|GTHT12_RS09180
GTHT12_RS09185	operon_0891	NZ_CP020030.1|gene1836|GTHT12_RS09185
GTHT12_RS09190	operon_0891	NZ_CP020030.1|gene1837|GTHT12_RS09190
GTHT12_RS09195	operon_0892	NZ_CP020030.1|gene1838|GTHT12_RS09195
GTHT12_RS09200	operon_0893	NZ_CP020030.1|gene1839|GTHT12_RS09200
GTHT12_RS09205	operon_0893	NZ_CP020030.1|gene1840|GTHT12_RS09205
GTHT12_RS09210	operon_0893	NZ_CP020030.1|gene1841|GTHT12_RS09210
GTHT12_RS09215	operon_0893	NZ_CP020030.1|gene1842|GTHT12_RS09215
GTHT12_RS09220	operon_0893	NZ_CP020030.1|gene1843|GTHT12_RS09220
GTHT12_RS09225	operon_0893	NZ_CP020030.1|gene1844|GTHT12_RS09225
GTHT12_RS09230	operon_0893	NZ_CP020030.1|gene1845|GTHT12_RS09230
GTHT12_RS09235	operon_0893	NZ_CP020030.1|gene1846|GTHT12_RS09235|rrf
GTHT12_RS09240	operon_0894	NZ_CP020030.1|gene1847|GTHT12_RS09240
GTHT12_RS09245	operon_0895	NZ_CP020030.1|gene1848|GTHT12_RS09245
GTHT12_RS09250	operon_0896	NZ_CP020030.1|gene1849|GTHT12_RS09250
GTHT12_RS09255	operon_0897	NZ_CP020030.1|gene1850|GTHT12_RS09255
GTHT12_RS09260	operon_0898	NZ_CP020030.1|gene1851|GTHT12_RS09260
GTHT12_RS09265	operon_0899	NZ_CP020030.1|gene1852|GTHT12_RS09265
GTHT12_RS09270	operon_0900	NZ_CP020030.1|gene1853|GTHT12_RS09270|pepT
GTHT12_RS09275	operon_0901	NZ_CP020030.1|gene1854|GTHT12_RS09275
GTHT12_RS09280	operon_0902	NZ_CP020030.1|gene1855|GTHT12_RS09280
GTHT12_RS09285	operon_0903	NZ_CP020030.1|gene1856|GTHT12_RS09285
GTHT12_RS09290	operon_0903	NZ_CP020030.1|gene1857|GTHT12_RS09290
GTHT12_RS09295	operon_0903	NZ_CP020030.1|gene1858|GTHT12_RS09295
GTHT12_RS09300	operon_0904	NZ_CP020030.1|gene1859|GTHT12_RS09300
GTHT12_RS09305	operon_0904	NZ_CP020030.1|gene1860|GTHT12_RS09305
GTHT12_RS09310	operon_0904	NZ_CP020030.1|gene1861|GTHT12_RS09310
GTHT12_RS09315	operon_0905	NZ_CP020030.1|gene1862|GTHT12_RS09315
GTHT12_RS09320	operon_0905	NZ_CP020030.1|gene1863|GTHT12_RS09320
GTHT12_RS09325	operon_0905	NZ_CP020030.1|gene1864|GTHT12_RS09325
GTHT12_RS09330	operon_0906	NZ_CP020030.1|gene1865|GTHT12_RS09330
GTHT12_RS09335	operon_0906	NZ_CP020030.1|gene1866|GTHT12_RS09335
GTHT12_RS09340	operon_0906	NZ_CP020030.1|gene1867|GTHT12_RS09340
GTHT12_RS09345	operon_0906	NZ_CP020030.1|gene1868|GTHT12_RS09345
GTHT12_RS09350	operon_0906	NZ_CP020030.1|gene1869|GTHT12_RS09350
GTHT12_RS09355	operon_0907	NZ_CP020030.1|gene1870|GTHT12_RS09355
GTHT12_RS09360	operon_0907	NZ_CP020030.1|gene1871|GTHT12_RS09360
GTHT12_RS09365	operon_0908	NZ_CP020030.1|gene1872|GTHT12_RS09365
GTHT12_RS09370	operon_0908	NZ_CP020030.1|gene1873|GTHT12_RS09370
GTHT12_RS09375	operon_0908	NZ_CP020030.1|gene1874|GTHT12_RS09375
GTHT12_RS09380	operon_0909	NZ_CP020030.1|gene1875|GTHT12_RS09380
GTHT12_RS09385	operon_0909	NZ_CP020030.1|gene1876|GTHT12_RS09385
GTHT12_RS09390	operon_0910	NZ_CP020030.1|gene1877|GTHT12_RS09390
GTHT12_RS09395	operon_0911	NZ_CP020030.1|gene1878|GTHT12_RS09395|cobO
GTHT12_RS09400	operon_0911	NZ_CP020030.1|gene1879|GTHT12_RS09400|cobA
GTHT12_RS09405	operon_0911	NZ_CP020030.1|gene1880|GTHT12_RS09405|cobT
GTHT12_RS09410	operon_0912	NZ_CP020030.1|gene1881|GTHT12_RS09410
GTHT12_RS09415	operon_0912	NZ_CP020030.1|gene1882|GTHT12_RS09415
GTHT12_RS09420	operon_0912	NZ_CP020030.1|gene1883|GTHT12_RS09420
GTHT12_RS09425	operon_0912	NZ_CP020030.1|gene1884|GTHT12_RS09425|cobM
GTHT12_RS09430	operon_0912	NZ_CP020030.1|gene1885|GTHT12_RS09430|cobI
GTHT12_RS09435	operon_0912	NZ_CP020030.1|gene1886|GTHT12_RS09435
GTHT12_RS09440	operon_0912	NZ_CP020030.1|gene1887|GTHT12_RS09440
GTHT12_RS09445	operon_0912	NZ_CP020030.1|gene1888|GTHT12_RS09445
GTHT12_RS09450	operon_0912	NZ_CP020030.1|gene1889|GTHT12_RS09450|cobK
GTHT12_RS09455	operon_0912	NZ_CP020030.1|gene1890|GTHT12_RS09455
GTHT12_RS09460	operon_0912	NZ_CP020030.1|gene1891|GTHT12_RS09460|cobJ
GTHT12_RS09465	operon_0912	NZ_CP020030.1|gene1892|GTHT12_RS09465
GTHT12_RS09470	operon_0912	NZ_CP020030.1|gene1893|GTHT12_RS09470
GTHT12_RS09475	operon_0912	NZ_CP020030.1|gene1894|GTHT12_RS09475
GTHT12_RS09480	operon_0912	NZ_CP020030.1|gene1895|GTHT12_RS09480
GTHT12_RS09485	operon_0912	NZ_CP020030.1|gene1896|GTHT12_RS09485
GTHT12_RS09490	operon_0913	NZ_CP020030.1|gene1897|GTHT12_RS09490
GTHT12_RS09495	operon_0913	NZ_CP020030.1|gene1898|GTHT12_RS09495
GTHT12_RS09500	operon_0913	NZ_CP020030.1|gene1899|GTHT12_RS09500
GTHT12_RS09505	operon_0914	NZ_CP020030.1|gene1900|GTHT12_RS09505
GTHT12_RS09510	operon_0915	NZ_CP020030.1|gene1901|GTHT12_RS09510
GTHT12_RS09515	operon_0915	NZ_CP020030.1|gene1902|GTHT12_RS09515
GTHT12_RS09520	operon_0916	NZ_CP020030.1|gene1903|GTHT12_RS09520|pepF
GTHT12_RS09525	operon_0917	NZ_CP020030.1|gene1904|GTHT12_RS09525
GTHT12_RS09530	operon_0917	NZ_CP020030.1|gene1905|GTHT12_RS09530
GTHT12_RS09535	operon_0918	NZ_CP020030.1|gene1906|GTHT12_RS09535
GTHT12_RS09540	operon_0918	NZ_CP020030.1|gene1907|GTHT12_RS09540
GTHT12_RS09545	operon_0918	NZ_CP020030.1|gene1908|GTHT12_RS09545
GTHT12_RS09550	operon_0919	NZ_CP020030.1|gene1909|GTHT12_RS09550
GTHT12_RS09555	operon_0919	NZ_CP020030.1|gene1910|GTHT12_RS09555
GTHT12_RS09560	operon_0920	NZ_CP020030.1|gene1911|GTHT12_RS09560
GTHT12_RS09565	operon_0920	NZ_CP020030.1|gene1912|GTHT12_RS09565|narH
GTHT12_RS09570	operon_0920	NZ_CP020030.1|gene1913|GTHT12_RS09570|narJ
GTHT12_RS09575	operon_0920	NZ_CP020030.1|gene1914|GTHT12_RS09575|narI
GTHT12_RS09580	operon_0921	NZ_CP020030.1|gene1915|GTHT12_RS09580
GTHT12_RS09585	operon_0921	NZ_CP020030.1|gene1916|GTHT12_RS09585
GTHT12_RS09590	operon_0921	NZ_CP020030.1|gene1917|GTHT12_RS09590
GTHT12_RS09595	operon_0922	NZ_CP020030.1|gene1918|GTHT12_RS09595
GTHT12_RS09600	operon_0922	NZ_CP020030.1|gene1919|GTHT12_RS09600
GTHT12_RS09605	operon_0923	NZ_CP020030.1|gene1920|GTHT12_RS09605
GTHT12_RS09610	operon_0923	NZ_CP020030.1|gene1921|GTHT12_RS09610
GTHT12_RS09615	operon_0924	NZ_CP020030.1|gene1922|GTHT12_RS09615
GTHT12_RS09620	operon_0925	NZ_CP020030.1|gene1923|GTHT12_RS09620|map
GTHT12_RS09625	operon_0926	NZ_CP020030.1|gene1924|GTHT12_RS09625
GTHT12_RS09630	operon_0927	NZ_CP020030.1|gene1925|GTHT12_RS09630
GTHT12_RS09635	operon_0928	NZ_CP020030.1|gene1926|GTHT12_RS09635
GTHT12_RS09640	operon_0928	NZ_CP020030.1|gene1927|GTHT12_RS09640|pfkB
GTHT12_RS09645	operon_0928	NZ_CP020030.1|gene1928|GTHT12_RS09645
GTHT12_RS09650	operon_0929	NZ_CP020030.1|gene1929|GTHT12_RS09650
GTHT12_RS09655	operon_0929	NZ_CP020030.1|gene1930|GTHT12_RS09655
GTHT12_RS09660	operon_0929	NZ_CP020030.1|gene1931|GTHT12_RS09660
GTHT12_RS09665	operon_0929	NZ_CP020030.1|gene1932|GTHT12_RS09665
GTHT12_RS09670	operon_0929	NZ_CP020030.1|gene1933|GTHT12_RS09670
GTHT12_RS09675	operon_0929	NZ_CP020030.1|gene1934|GTHT12_RS09675
GTHT12_RS09680	operon_0929	NZ_CP020030.1|gene1935|GTHT12_RS09680
GTHT12_RS09685	operon_0930	NZ_CP020030.1|gene1936|GTHT12_RS09685
GTHT12_RS09690	operon_0931	NZ_CP020030.1|gene1937|GTHT12_RS09690
GTHT12_RS09695	operon_0932	NZ_CP020030.1|gene1938|GTHT12_RS09695
GTHT12_RS09700	operon_0932	NZ_CP020030.1|gene1939|GTHT12_RS09700|feoB
GTHT12_RS09705	operon_0932	NZ_CP020030.1|gene1940|GTHT12_RS09705
GTHT12_RS09710	operon_0932	NZ_CP020030.1|gene1941|GTHT12_RS09710
GTHT12_RS09715	operon_0933	NZ_CP020030.1|gene1942|GTHT12_RS09715
GTHT12_RS09720	operon_0934	NZ_CP020030.1|gene1943|GTHT12_RS09720
GTHT12_RS09725	operon_0935	NZ_CP020030.1|gene1944|GTHT12_RS09725
GTHT12_RS09730	operon_0936	NZ_CP020030.1|gene1945|GTHT12_RS09730
GTHT12_RS09735	operon_0936	NZ_CP020030.1|gene1946|GTHT12_RS09735
GTHT12_RS09740	operon_0937	NZ_CP020030.1|gene1947|GTHT12_RS09740
GTHT12_RS09745	operon_0938	NZ_CP020030.1|gene1948|GTHT12_RS09745
GTHT12_RS09750	operon_0939	NZ_CP020030.1|gene1949|GTHT12_RS09750
GTHT12_RS09755	operon_0939	NZ_CP020030.1|gene1950|GTHT12_RS09755|celB
GTHT12_RS09760	operon_0939	NZ_CP020030.1|gene1951|GTHT12_RS09760
GTHT12_RS09765	operon_0939	NZ_CP020030.1|gene1952|GTHT12_RS09765
GTHT12_RS09770	operon_0940	NZ_CP020030.1|gene1953|GTHT12_RS09770
GTHT12_RS09775	operon_0941	NZ_CP020030.1|gene1954|GTHT12_RS09775
GTHT12_RS09780	operon_0942	NZ_CP020030.1|gene1955|GTHT12_RS09780
GTHT12_RS09785	operon_0943	NZ_CP020030.1|gene1956|GTHT12_RS09785
GTHT12_RS09790	operon_0943	NZ_CP020030.1|gene1957|GTHT12_RS09790
GTHT12_RS09795	operon_0944	NZ_CP020030.1|gene1958|GTHT12_RS09795|xylB
GTHT12_RS09800	operon_0944	NZ_CP020030.1|gene1959|GTHT12_RS09800|xylA
GTHT12_RS09805	operon_0944	NZ_CP020030.1|gene1960|GTHT12_RS09805
GTHT12_RS09810	operon_0945	NZ_CP020030.1|gene1961|GTHT12_RS09810
GTHT12_RS09815	operon_0946	NZ_CP020030.1|gene1962|GTHT12_RS09815
GTHT12_RS09820	operon_0946	NZ_CP020030.1|gene1963|GTHT12_RS09820
GTHT12_RS09825	operon_0947	NZ_CP020030.1|gene1964|GTHT12_RS09825
GTHT12_RS09830	operon_0948	NZ_CP020030.1|gene1965|GTHT12_RS09830
GTHT12_RS09835	operon_0948	NZ_CP020030.1|gene1966|GTHT12_RS09835
GTHT12_RS09840	operon_0948	NZ_CP020030.1|gene1967|GTHT12_RS09840|uxuA
GTHT12_RS09845	operon_0948	NZ_CP020030.1|gene1968|GTHT12_RS09845
GTHT12_RS09850	operon_0948	NZ_CP020030.1|gene1969|GTHT12_RS09850
GTHT12_RS09855	operon_0948	NZ_CP020030.1|gene1970|GTHT12_RS09855
GTHT12_RS09860	operon_0948	NZ_CP020030.1|gene1971|GTHT12_RS09860
GTHT12_RS09865	operon_0948	NZ_CP020030.1|gene1972|GTHT12_RS09865
GTHT12_RS09870	operon_0948	NZ_CP020030.1|gene1973|GTHT12_RS09870
GTHT12_RS09875	operon_0948	NZ_CP020030.1|gene1974|GTHT12_RS09875
GTHT12_RS09880	operon_0948	NZ_CP020030.1|gene1975|GTHT12_RS09880
GTHT12_RS09885	operon_0948	NZ_CP020030.1|gene1976|GTHT12_RS09885
GTHT12_RS09890	operon_0949	NZ_CP020030.1|gene1977|GTHT12_RS09890
GTHT12_RS09895	operon_0949	NZ_CP020030.1|gene1978|GTHT12_RS09895
GTHT12_RS09900	operon_0949	NZ_CP020030.1|gene1979|GTHT12_RS09900
GTHT12_RS09905	operon_0949	NZ_CP020030.1|gene1980|GTHT12_RS09905
GTHT12_RS09910	operon_0950	NZ_CP020030.1|gene1981|GTHT12_RS09910
GTHT12_RS09915	operon_0950	NZ_CP020030.1|gene1982|GTHT12_RS09915
GTHT12_RS09920	operon_0950	NZ_CP020030.1|gene1983|GTHT12_RS09920
GTHT12_RS09925	operon_0950	NZ_CP020030.1|gene1984|GTHT12_RS09925
GTHT12_RS09930	operon_0950	NZ_CP020030.1|gene1985|GTHT12_RS09930
GTHT12_RS09935	operon_0951	NZ_CP020030.1|gene1986|GTHT12_RS09935
GTHT12_RS09940	operon_0952	NZ_CP020030.1|gene1987|GTHT12_RS09940
GTHT12_RS09945	operon_0953	NZ_CP020030.1|gene1988|GTHT12_RS09945
GTHT12_RS09950	operon_0953	NZ_CP020030.1|gene1989|GTHT12_RS09950
GTHT12_RS09955	operon_0953	NZ_CP020030.1|gene1990|GTHT12_RS09955
GTHT12_RS09960	operon_0953	NZ_CP020030.1|gene1991|GTHT12_RS09960
GTHT12_RS09965	operon_0953	NZ_CP020030.1|gene1992|GTHT12_RS09965
GTHT12_RS09970	operon_0953	NZ_CP020030.1|gene1993|GTHT12_RS09970
GTHT12_RS09975	operon_0953	NZ_CP020030.1|gene1994|GTHT12_RS09975
GTHT12_RS09980	operon_0954	NZ_CP020030.1|gene1995|GTHT12_RS09980
GTHT12_RS09985	operon_0954	NZ_CP020030.1|gene1996|GTHT12_RS09985
GTHT12_RS09990	operon_0954	NZ_CP020030.1|gene1997|GTHT12_RS09990|araD
GTHT12_RS09995	operon_0954	NZ_CP020030.1|gene1998|GTHT12_RS09995
GTHT12_RS10000	operon_0954	NZ_CP020030.1|gene1999|GTHT12_RS10000
GTHT12_RS10005	operon_0954	NZ_CP020030.1|gene2000|GTHT12_RS10005
GTHT12_RS10010	operon_0954	NZ_CP020030.1|gene2001|GTHT12_RS10010
GTHT12_RS10015	operon_0955	NZ_CP020030.1|gene2002|GTHT12_RS10015
GTHT12_RS10020	operon_0955	NZ_CP020030.1|gene2003|GTHT12_RS10020
GTHT12_RS10025	operon_0955	NZ_CP020030.1|gene2004|GTHT12_RS10025
GTHT12_RS10030	operon_0956	NZ_CP020030.1|gene2005|GTHT12_RS10030
GTHT12_RS10035	operon_0956	NZ_CP020030.1|gene2006|GTHT12_RS10035|fba
GTHT12_RS10040	operon_0956	NZ_CP020030.1|gene2007|GTHT12_RS10040|mmsA
GTHT12_RS10045	operon_0956	NZ_CP020030.1|gene2008|GTHT12_RS10045|iolC
GTHT12_RS10050	operon_0956	NZ_CP020030.1|gene2009|GTHT12_RS10050|iolB
GTHT12_RS10055	operon_0956	NZ_CP020030.1|gene2010|GTHT12_RS10055|iolE
GTHT12_RS10060	operon_0956	NZ_CP020030.1|gene2011|GTHT12_RS10060|iolD
GTHT12_RS10065	operon_0956	NZ_CP020030.1|gene2012|GTHT12_RS10065|iolG
GTHT12_RS10070	operon_0957	NZ_CP020030.1|gene2013|GTHT12_RS10070
GTHT12_RS10075	operon_0957	NZ_CP020030.1|gene2014|GTHT12_RS10075
GTHT12_RS10080	operon_0957	NZ_CP020030.1|gene2015|GTHT12_RS10080
GTHT12_RS10085	operon_0957	NZ_CP020030.1|gene2016|GTHT12_RS10085
GTHT12_RS10090	operon_0957	NZ_CP020030.1|gene2017|GTHT12_RS10090
GTHT12_RS10095	operon_0958	NZ_CP020030.1|gene2018|GTHT12_RS10095
GTHT12_RS10100	operon_0959	NZ_CP020030.1|gene2019|GTHT12_RS10100
GTHT12_RS10105	operon_0959	NZ_CP020030.1|gene2020|GTHT12_RS10105|iolG
GTHT12_RS10110	operon_0960	NZ_CP020030.1|gene2021|GTHT12_RS10110
GTHT12_RS10115	operon_0960	NZ_CP020030.1|gene2022|GTHT12_RS10115
GTHT12_RS10120	operon_0960	NZ_CP020030.1|gene2023|GTHT12_RS10120
GTHT12_RS10125	operon_0960	NZ_CP020030.1|gene2024|GTHT12_RS10125
GTHT12_RS10130	operon_0960	NZ_CP020030.1|gene2025|GTHT12_RS10130
GTHT12_RS10135	operon_0960	NZ_CP020030.1|gene2026|GTHT12_RS10135
GTHT12_RS10140	operon_0960	NZ_CP020030.1|gene2027|GTHT12_RS10140
GTHT12_RS10145	operon_0960	NZ_CP020030.1|gene2028|GTHT12_RS10145
GTHT12_RS10150	operon_0960	NZ_CP020030.1|gene2029|GTHT12_RS10150
GTHT12_RS10155	operon_0961	NZ_CP020030.1|gene2030|GTHT12_RS10155
GTHT12_RS10160	operon_0962	NZ_CP020030.1|gene2031|GTHT12_RS10160
GTHT12_RS10165	operon_0963	NZ_CP020030.1|gene2032|GTHT12_RS10165
GTHT12_RS10170	operon_0963	NZ_CP020030.1|gene2033|GTHT12_RS10170|kduD
GTHT12_RS10175	operon_0963	NZ_CP020030.1|gene2034|GTHT12_RS10175
GTHT12_RS10180	operon_0964	NZ_CP020030.1|gene2035|GTHT12_RS10180
GTHT12_RS10185	operon_0964	NZ_CP020030.1|gene2036|GTHT12_RS10185
GTHT12_RS10190	operon_0965	NZ_CP020030.1|gene2037|GTHT12_RS10190
GTHT12_RS10195	operon_0965	NZ_CP020030.1|gene2038|GTHT12_RS10195
GTHT12_RS10200	operon_0966	NZ_CP020030.1|gene2039|GTHT12_RS10200
GTHT12_RS10205	operon_0966	NZ_CP020030.1|gene2040|GTHT12_RS10205
GTHT12_RS10210	operon_0966	NZ_CP020030.1|gene2041|GTHT12_RS10210
GTHT12_RS10215	operon_0967	NZ_CP020030.1|gene2042|GTHT12_RS10215
GTHT12_RS10220	operon_0967	NZ_CP020030.1|gene2043|GTHT12_RS10220
GTHT12_RS10225	operon_0967	NZ_CP020030.1|gene2044|GTHT12_RS10225
GTHT12_RS10230	operon_0967	NZ_CP020030.1|gene2045|GTHT12_RS10230
GTHT12_RS10235	operon_0967	NZ_CP020030.1|gene2046|GTHT12_RS10235
GTHT12_RS10240	operon_0967	NZ_CP020030.1|gene2047|GTHT12_RS10240
GTHT12_RS10245	operon_0968	NZ_CP020030.1|gene2048|GTHT12_RS10245
GTHT12_RS10250	operon_0969	NZ_CP020030.1|gene2049|GTHT12_RS10250
GTHT12_RS10255	operon_0970	NZ_CP020030.1|gene2050|GTHT12_RS10255
GTHT12_RS10260	operon_0971	NZ_CP020030.1|gene2051|GTHT12_RS10260
GTHT12_RS10265	operon_0972	NZ_CP020030.1|gene2052|GTHT12_RS10265
GTHT12_RS10270	operon_0972	NZ_CP020030.1|gene2053|GTHT12_RS10270
GTHT12_RS10275	operon_0972	NZ_CP020030.1|gene2054|GTHT12_RS10275
GTHT12_RS10280	operon_0972	NZ_CP020030.1|gene2055|GTHT12_RS10280
GTHT12_RS10285	operon_0973	NZ_CP020030.1|gene2056|GTHT12_RS10285
GTHT12_RS10290	operon_0974	NZ_CP020030.1|gene2057|GTHT12_RS10290
GTHT12_RS10295	operon_0974	NZ_CP020030.1|gene2058|GTHT12_RS10295
GTHT12_RS10300	operon_0974	NZ_CP020030.1|gene2059|GTHT12_RS10300
GTHT12_RS10305	operon_0975	NZ_CP020030.1|gene2060|GTHT12_RS10305
GTHT12_RS10310	operon_0976	NZ_CP020030.1|gene2061|GTHT12_RS10310
GTHT12_RS10315	operon_0977	NZ_CP020030.1|gene2062|GTHT12_RS10315|speB
GTHT12_RS10320	operon_0978	NZ_CP020030.1|gene2063|GTHT12_RS10320
GTHT12_RS10325	operon_0979	NZ_CP020030.1|gene2064|GTHT12_RS10325
GTHT12_RS10330	operon_0979	NZ_CP020030.1|gene2065|GTHT12_RS10330
GTHT12_RS10335	operon_0980	NZ_CP020030.1|gene2066|GTHT12_RS10335
GTHT12_RS10340	operon_0981	NZ_CP020030.1|gene2067|GTHT12_RS10340
GTHT12_RS10345	operon_0981	NZ_CP020030.1|gene2068|GTHT12_RS10345
GTHT12_RS10350	operon_0981	NZ_CP020030.1|gene2069|GTHT12_RS10350
GTHT12_RS10355	operon_0982	NZ_CP020030.1|gene2070|GTHT12_RS10355
GTHT12_RS10360	operon_0982	NZ_CP020030.1|gene2071|GTHT12_RS10360
GTHT12_RS10365	operon_0982	NZ_CP020030.1|gene2072|GTHT12_RS10365
GTHT12_RS10370	operon_0982	NZ_CP020030.1|gene2073|GTHT12_RS10370
GTHT12_RS10375	operon_0982	NZ_CP020030.1|gene2074|GTHT12_RS10375
GTHT12_RS10380	operon_0982	NZ_CP020030.1|gene2075|GTHT12_RS10380
GTHT12_RS10385	operon_0983	NZ_CP020030.1|gene2076|GTHT12_RS10385
GTHT12_RS10390	operon_0983	NZ_CP020030.1|gene2077|GTHT12_RS10390
GTHT12_RS10395	operon_0983	NZ_CP020030.1|gene2078|GTHT12_RS10395
GTHT12_RS10400	operon_0983	NZ_CP020030.1|gene2079|GTHT12_RS10400
GTHT12_RS10405	operon_0983	NZ_CP020030.1|gene2080|GTHT12_RS10405
GTHT12_RS10410	operon_0984	NZ_CP020030.1|gene2081|GTHT12_RS10410|mmsA
GTHT12_RS10415	operon_0984	NZ_CP020030.1|gene2082|GTHT12_RS10415
GTHT12_RS10420	operon_0984	NZ_CP020030.1|gene2083|GTHT12_RS10420
GTHT12_RS10425	operon_0985	NZ_CP020030.1|gene2084|GTHT12_RS10425
GTHT12_RS10430	operon_0986	NZ_CP020030.1|gene2085|GTHT12_RS10430
GTHT12_RS10435	operon_0986	NZ_CP020030.1|gene2086|GTHT12_RS10435
GTHT12_RS10440	operon_0986	NZ_CP020030.1|gene2087|GTHT12_RS10440
GTHT12_RS10445	operon_0986	NZ_CP020030.1|gene2088|GTHT12_RS10445
GTHT12_RS10450	operon_0986	NZ_CP020030.1|gene2089|GTHT12_RS10450
GTHT12_RS10455	operon_0986	NZ_CP020030.1|gene2090|GTHT12_RS10455
GTHT12_RS10460	operon_0986	NZ_CP020030.1|gene2091|GTHT12_RS10460
GTHT12_RS10465	operon_0986	NZ_CP020030.1|gene2092|GTHT12_RS10465
GTHT12_RS10470	operon_0987	NZ_CP020030.1|gene2093|GTHT12_RS10470
GTHT12_RS10475	operon_0987	NZ_CP020030.1|gene2094|GTHT12_RS10475
GTHT12_RS10480	operon_0987	NZ_CP020030.1|gene2095|GTHT12_RS10480
GTHT12_RS10485	operon_0987	NZ_CP020030.1|gene2096|GTHT12_RS10485
GTHT12_RS10490	operon_0987	NZ_CP020030.1|gene2097|GTHT12_RS10490
GTHT12_RS10495	operon_0987	NZ_CP020030.1|gene2098|GTHT12_RS10495
GTHT12_RS10500	operon_0987	NZ_CP020030.1|gene2099|GTHT12_RS10500
GTHT12_RS10505	operon_0987	NZ_CP020030.1|gene2100|GTHT12_RS10505
GTHT12_RS10510	operon_0987	NZ_CP020030.1|gene2101|GTHT12_RS10510
GTHT12_RS10515	operon_0987	NZ_CP020030.1|gene2102|GTHT12_RS10515
GTHT12_RS10520	operon_0987	NZ_CP020030.1|gene2103|GTHT12_RS10520
GTHT12_RS10525	operon_0987	NZ_CP020030.1|gene2104|GTHT12_RS10525
GTHT12_RS10530	operon_0988	NZ_CP020030.1|gene2105|GTHT12_RS10530
GTHT12_RS10535	operon_0989	NZ_CP020030.1|gene2106|GTHT12_RS10535
GTHT12_RS10540	operon_0989	NZ_CP020030.1|gene2107|GTHT12_RS10540
GTHT12_RS10545	operon_0989	NZ_CP020030.1|gene2108|GTHT12_RS10545|murQ
GTHT12_RS10550	operon_0989	NZ_CP020030.1|gene2109|GTHT12_RS10550
GTHT12_RS10555	operon_0990	NZ_CP020030.1|gene2110|GTHT12_RS10555
GTHT12_RS10560	operon_0991	NZ_CP020030.1|gene2111|GTHT12_RS10560
GTHT12_RS10565	operon_0991	NZ_CP020030.1|gene2112|GTHT12_RS10565
GTHT12_RS10570	operon_0992	NZ_CP020030.1|gene2113|GTHT12_RS10570
GTHT12_RS10575	operon_0992	NZ_CP020030.1|gene2114|GTHT12_RS10575|shc
GTHT12_RS10580	operon_0993	NZ_CP020030.1|gene2115|GTHT12_RS10580
GTHT12_RS10585	operon_0993	NZ_CP020030.1|gene2116|GTHT12_RS10585
GTHT12_RS10590	operon_0993	NZ_CP020030.1|gene2117|GTHT12_RS10590
GTHT12_RS10595	operon_0994	NZ_CP020030.1|gene2118|GTHT12_RS10595
GTHT12_RS10600	operon_0994	NZ_CP020030.1|gene2119|GTHT12_RS10600
GTHT12_RS10605	operon_0994	NZ_CP020030.1|gene2120|GTHT12_RS10605
GTHT12_RS10610	operon_0994	NZ_CP020030.1|gene2121|GTHT12_RS10610
GTHT12_RS10615	operon_0994	NZ_CP020030.1|gene2122|GTHT12_RS10615
GTHT12_RS10620	operon_0995	NZ_CP020030.1|gene2123|GTHT12_RS10620
GTHT12_RS10625	operon_0995	NZ_CP020030.1|gene2124|GTHT12_RS10625
GTHT12_RS10630	operon_0995	NZ_CP020030.1|gene2125|GTHT12_RS10630
GTHT12_RS10635	operon_0995	NZ_CP020030.1|gene2126|GTHT12_RS10635
GTHT12_RS10640	operon_0996	NZ_CP020030.1|gene2127|GTHT12_RS10640
GTHT12_RS10645	operon_0997	NZ_CP020030.1|gene2128|GTHT12_RS10645
GTHT12_RS10650	operon_0997	NZ_CP020030.1|gene2129|GTHT12_RS10650
GTHT12_RS10655	operon_0997	NZ_CP020030.1|gene2130|GTHT12_RS10655
GTHT12_RS10660	operon_0997	NZ_CP020030.1|gene2131|GTHT12_RS10660
GTHT12_RS10665	operon_0998	NZ_CP020030.1|gene2132|GTHT12_RS10665
GTHT12_RS10670	operon_0999	NZ_CP020030.1|gene2133|GTHT12_RS10670
GTHT12_RS10675	operon_1000	NZ_CP020030.1|gene2134|GTHT12_RS10675
GTHT12_RS10680	operon_1001	NZ_CP020030.1|gene2135|GTHT12_RS10680
GTHT12_RS10685	operon_1001	NZ_CP020030.1|gene2136|GTHT12_RS10685
GTHT12_RS10690	operon_1001	NZ_CP020030.1|gene2137|GTHT12_RS10690
GTHT12_RS10695	operon_1002	NZ_CP020030.1|gene2138|GTHT12_RS10695
GTHT12_RS10700	operon_1002	NZ_CP020030.1|gene2139|GTHT12_RS10700|pdhA
GTHT12_RS10705	operon_1002	NZ_CP020030.1|gene2140|GTHT12_RS10705
GTHT12_RS10710	operon_1002	NZ_CP020030.1|gene2141|GTHT12_RS10710
GTHT12_RS10715	operon_1002	NZ_CP020030.1|gene2142|GTHT12_RS10715
GTHT12_RS10720	operon_1003	NZ_CP020030.1|gene2143|GTHT12_RS10720
GTHT12_RS10725	operon_1004	NZ_CP020030.1|gene2144|GTHT12_RS10725
GTHT12_RS10730	operon_1005	NZ_CP020030.1|gene2145|GTHT12_RS10730
GTHT12_RS10735	operon_1006	NZ_CP020030.1|gene2146|GTHT12_RS10735
GTHT12_RS10740	operon_1007	NZ_CP020030.1|gene2147|GTHT12_RS10740|paaX
GTHT12_RS10745	operon_1008	NZ_CP020030.1|gene2148|GTHT12_RS10745|pcaF
GTHT12_RS10750	operon_1008	NZ_CP020030.1|gene2149|GTHT12_RS10750
GTHT12_RS10755	operon_1009	NZ_CP020030.1|gene2150|GTHT12_RS10755
GTHT12_RS10760	operon_1009	NZ_CP020030.1|gene2151|GTHT12_RS10760
GTHT12_RS10765	operon_1009	NZ_CP020030.1|gene2152|GTHT12_RS10765
GTHT12_RS10770	operon_1009	NZ_CP020030.1|gene2153|GTHT12_RS10770
GTHT12_RS10775	operon_1009	NZ_CP020030.1|gene2154|GTHT12_RS10775|paaJ
GTHT12_RS10780	operon_1010	NZ_CP020030.1|gene2155|GTHT12_RS10780|paaI
GTHT12_RS10785	operon_1010	NZ_CP020030.1|gene2156|GTHT12_RS10785|paaH
GTHT12_RS10790	operon_1010	NZ_CP020030.1|gene2157|GTHT12_RS10790
GTHT12_RS10795	operon_1010	NZ_CP020030.1|gene2158|GTHT12_RS10795|paaF
GTHT12_RS10800	operon_1011	NZ_CP020030.1|gene2159|GTHT12_RS10800|ilvD
GTHT12_RS10805	operon_1012	NZ_CP020030.1|gene2160|GTHT12_RS10805
GTHT12_RS10810	operon_1012	NZ_CP020030.1|gene2161|GTHT12_RS10810
GTHT12_RS10815	operon_1013	NZ_CP020030.1|gene2162|GTHT12_RS10815
GTHT12_RS10820	operon_1013	NZ_CP020030.1|gene2163|GTHT12_RS10820
GTHT12_RS10825	operon_1014	NZ_CP020030.1|gene2164|GTHT12_RS10825
GTHT12_RS10830	operon_1015	NZ_CP020030.1|gene2165|GTHT12_RS10830
GTHT12_RS10835	operon_1015	NZ_CP020030.1|gene2166|GTHT12_RS10835
GTHT12_RS10840	operon_1016	NZ_CP020030.1|gene2167|GTHT12_RS10840
GTHT12_RS10845	operon_1017	NZ_CP020030.1|gene2168|GTHT12_RS10845|cas2
GTHT12_RS10850	operon_1018	NZ_CP020030.1|gene2169|GTHT12_RS10850
GTHT12_RS10855	operon_1018	NZ_CP020030.1|gene2170|GTHT12_RS10855
GTHT12_RS10860	operon_1018	NZ_CP020030.1|gene2171|GTHT12_RS10860
GTHT12_RS10865	operon_1019	NZ_CP020030.1|gene2172|GTHT12_RS10865
GTHT12_RS10870	operon_1019	NZ_CP020030.1|gene2173|GTHT12_RS10870
GTHT12_RS10875	operon_1019	NZ_CP020030.1|gene2174|GTHT12_RS10875
GTHT12_RS10880	operon_1019	NZ_CP020030.1|gene2175|GTHT12_RS10880
GTHT12_RS10885	operon_1019	NZ_CP020030.1|gene2176|GTHT12_RS10885
GTHT12_RS10890	operon_1020	NZ_CP020030.1|gene2177|GTHT12_RS10890
GTHT12_RS10895	operon_1021	NZ_CP020030.1|gene2178|GTHT12_RS10895
GTHT12_RS10900	operon_1022	NZ_CP020030.1|gene2179|GTHT12_RS10900
GTHT12_RS10905	operon_1023	NZ_CP020030.1|gene2180|GTHT12_RS10905
GTHT12_RS10910	operon_1023	NZ_CP020030.1|gene2181|GTHT12_RS10910
GTHT12_RS10915	operon_1023	NZ_CP020030.1|gene2182|GTHT12_RS10915
GTHT12_RS10920	operon_1024	NZ_CP020030.1|gene2183|GTHT12_RS10920
GTHT12_RS10925	operon_1024	NZ_CP020030.1|gene2184|GTHT12_RS10925
GTHT12_RS10930	operon_1024	NZ_CP020030.1|gene2185|GTHT12_RS10930
GTHT12_RS10935	operon_1024	NZ_CP020030.1|gene2186|GTHT12_RS10935
GTHT12_RS10940	operon_1024	NZ_CP020030.1|gene2187|GTHT12_RS10940
GTHT12_RS10945	operon_1024	NZ_CP020030.1|gene2188|GTHT12_RS10945
GTHT12_RS10950	operon_1024	NZ_CP020030.1|gene2189|GTHT12_RS10950
GTHT12_RS10955	operon_1024	NZ_CP020030.1|gene2190|GTHT12_RS10955
GTHT12_RS10960	operon_1024	NZ_CP020030.1|gene2191|GTHT12_RS10960
GTHT12_RS10965	operon_1024	NZ_CP020030.1|gene2192|GTHT12_RS10965
GTHT12_RS10970	operon_1024	NZ_CP020030.1|gene2193|GTHT12_RS10970
GTHT12_RS10975	operon_1025	NZ_CP020030.1|gene2194|GTHT12_RS10975
GTHT12_RS10980	operon_1025	NZ_CP020030.1|gene2195|GTHT12_RS10980
GTHT12_RS10985	operon_1026	NZ_CP020030.1|gene2196|GTHT12_RS10985
GTHT12_RS10990	operon_1026	NZ_CP020030.1|gene2197|GTHT12_RS10990
GTHT12_RS10995	operon_1026	NZ_CP020030.1|gene2198|GTHT12_RS10995
GTHT12_RS11000	operon_1026	NZ_CP020030.1|gene2199|GTHT12_RS11000
GTHT12_RS11005	operon_1027	NZ_CP020030.1|gene2200|GTHT12_RS11005
GTHT12_RS11010	operon_1027	NZ_CP020030.1|gene2201|GTHT12_RS11010
GTHT12_RS11015	operon_1028	NZ_CP020030.1|gene2202|GTHT12_RS11015
GTHT12_RS11020	operon_1029	NZ_CP020030.1|gene2203|GTHT12_RS11020
GTHT12_RS11025	operon_1029	NZ_CP020030.1|gene2204|GTHT12_RS11025
GTHT12_RS11030	operon_1029	NZ_CP020030.1|gene2205|GTHT12_RS11030
GTHT12_RS11035	operon_1030	NZ_CP020030.1|gene2206|GTHT12_RS11035
GTHT12_RS11040	operon_1031	NZ_CP020030.1|gene2207|GTHT12_RS11040
GTHT12_RS11045	operon_1032	NZ_CP020030.1|gene2208|GTHT12_RS11045
GTHT12_RS11050	operon_1033	NZ_CP020030.1|gene2209|GTHT12_RS11050
GTHT12_RS11055	operon_1034	NZ_CP020030.1|gene2210|GTHT12_RS11055
GTHT12_RS11060	operon_1035	NZ_CP020030.1|gene2211|GTHT12_RS11060
GTHT12_RS11065	operon_1036	NZ_CP020030.1|gene2212|GTHT12_RS11065
GTHT12_RS11070	operon_1036	NZ_CP020030.1|gene2213|GTHT12_RS11070
GTHT12_RS11075	operon_1037	NZ_CP020030.1|gene2214|GTHT12_RS11075
GTHT12_RS11080	operon_1038	NZ_CP020030.1|gene2215|GTHT12_RS11080
GTHT12_RS11085	operon_1039	NZ_CP020030.1|gene2216|GTHT12_RS11085
GTHT12_RS11090	operon_1039	NZ_CP020030.1|gene2217|GTHT12_RS11090
GTHT12_RS11095	operon_1039	NZ_CP020030.1|gene2218|GTHT12_RS11095
GTHT12_RS11100	operon_1039	NZ_CP020030.1|gene2219|GTHT12_RS11100
GTHT12_RS11105	operon_1039	NZ_CP020030.1|gene2220|GTHT12_RS11105
GTHT12_RS11110	operon_1040	NZ_CP020030.1|gene2221|GTHT12_RS11110
GTHT12_RS11115	operon_1041	NZ_CP020030.1|gene2222|GTHT12_RS11115
GTHT12_RS11120	operon_1042	NZ_CP020030.1|gene2223|GTHT12_RS11120
GTHT12_RS11125	operon_1042	NZ_CP020030.1|gene2224|GTHT12_RS11125
GTHT12_RS11130	operon_1042	NZ_CP020030.1|gene2225|GTHT12_RS11130
GTHT12_RS11135	operon_1042	NZ_CP020030.1|gene2226|GTHT12_RS11135
GTHT12_RS11140	operon_1043	NZ_CP020030.1|gene2227|GTHT12_RS11140
GTHT12_RS11145	operon_1044	NZ_CP020030.1|gene2228|GTHT12_RS11145
GTHT12_RS11150	operon_1045	NZ_CP020030.1|gene2229|GTHT12_RS11150
GTHT12_RS11155	operon_1046	NZ_CP020030.1|gene2230|GTHT12_RS11155
GTHT12_RS11160	operon_1046	NZ_CP020030.1|gene2231|GTHT12_RS11160
GTHT12_RS11165	operon_1046	NZ_CP020030.1|gene2232|GTHT12_RS11165
GTHT12_RS11170	operon_1047	NZ_CP020030.1|gene2233|GTHT12_RS11170
GTHT12_RS11175	operon_1047	NZ_CP020030.1|gene2234|GTHT12_RS11175|glsA
GTHT12_RS11180	operon_1048	NZ_CP020030.1|gene2235|GTHT12_RS11180
GTHT12_RS11185	operon_1048	NZ_CP020030.1|gene2236|GTHT12_RS11185
GTHT12_RS11190	operon_1049	NZ_CP020030.1|gene2237|GTHT12_RS11190|sspH
GTHT12_RS11195	operon_1050	NZ_CP020030.1|gene2238|GTHT12_RS11195
GTHT12_RS11200	operon_1050	NZ_CP020030.1|gene2239|GTHT12_RS11200
GTHT12_RS11205	operon_1050	NZ_CP020030.1|gene2240|GTHT12_RS11205
GTHT12_RS11210	operon_1050	NZ_CP020030.1|gene2241|GTHT12_RS11210
GTHT12_RS11215	operon_1051	NZ_CP020030.1|gene2242|GTHT12_RS11215
GTHT12_RS11220	operon_1052	NZ_CP020030.1|gene2243|GTHT12_RS11220
GTHT12_RS11225	operon_1053	NZ_CP020030.1|gene2244|GTHT12_RS11225
GTHT12_RS11230	operon_1054	NZ_CP020030.1|gene2245|GTHT12_RS11230
GTHT12_RS11235	operon_1055	NZ_CP020030.1|gene2246|GTHT12_RS11235
GTHT12_RS11240	operon_1055	NZ_CP020030.1|gene2247|GTHT12_RS11240
GTHT12_RS11245	operon_1055	NZ_CP020030.1|gene2248|GTHT12_RS11245
GTHT12_RS11250	operon_1055	NZ_CP020030.1|gene2249|GTHT12_RS11250
GTHT12_RS11255	operon_1055	NZ_CP020030.1|gene2250|GTHT12_RS11255
GTHT12_RS11260	operon_1055	NZ_CP020030.1|gene2251|GTHT12_RS11260
GTHT12_RS11265	operon_1056	NZ_CP020030.1|gene2252|GTHT12_RS11265
GTHT12_RS11270	operon_1057	NZ_CP020030.1|gene2253|GTHT12_RS11270
GTHT12_RS11275	operon_1057	NZ_CP020030.1|gene2254|GTHT12_RS11275
GTHT12_RS11280	operon_1058	NZ_CP020030.1|gene2255|GTHT12_RS11280
GTHT12_RS11285	operon_1059	NZ_CP020030.1|gene2256|GTHT12_RS11285
GTHT12_RS11290	operon_1059	NZ_CP020030.1|gene2257|GTHT12_RS11290
GTHT12_RS11295	operon_1059	NZ_CP020030.1|gene2258|GTHT12_RS11295
GTHT12_RS11300	operon_1059	NZ_CP020030.1|gene2259|GTHT12_RS11300
GTHT12_RS11305	operon_1059	NZ_CP020030.1|gene2260|GTHT12_RS11305
GTHT12_RS11310	operon_1060	NZ_CP020030.1|gene2261|GTHT12_RS11310
GTHT12_RS11315	operon_1061	NZ_CP020030.1|gene2262|GTHT12_RS11315
GTHT12_RS11320	operon_1062	NZ_CP020030.1|gene2263|GTHT12_RS11320
GTHT12_RS11325	operon_1063	NZ_CP020030.1|gene2264|GTHT12_RS11325
GTHT12_RS11330	operon_1064	NZ_CP020030.1|gene2265|GTHT12_RS11330
GTHT12_RS11335	operon_1064	NZ_CP020030.1|gene2266|GTHT12_RS11335
GTHT12_RS11340	operon_1064	NZ_CP020030.1|gene2267|GTHT12_RS11340
GTHT12_RS11345	operon_1064	NZ_CP020030.1|gene2268|GTHT12_RS11345
GTHT12_RS11350	operon_1065	NZ_CP020030.1|gene2269|GTHT12_RS11350
GTHT12_RS11355	operon_1066	NZ_CP020030.1|gene2270|GTHT12_RS11355
GTHT12_RS11360	operon_1066	NZ_CP020030.1|gene2271|GTHT12_RS11360
GTHT12_RS11365	operon_1067	NZ_CP020030.1|gene2272|GTHT12_RS11365
GTHT12_RS11370	operon_1068	NZ_CP020030.1|gene2273|GTHT12_RS11370
GTHT12_RS11375	operon_1068	NZ_CP020030.1|gene2274|GTHT12_RS11375
GTHT12_RS11380	operon_1069	NZ_CP020030.1|gene2275|GTHT12_RS11380
GTHT12_RS11385	operon_1069	NZ_CP020030.1|gene2276|GTHT12_RS11385|galT
GTHT12_RS11390	operon_1069	NZ_CP020030.1|gene2277|GTHT12_RS11390|galE
GTHT12_RS11395	operon_1069	NZ_CP020030.1|gene2278|GTHT12_RS11395
GTHT12_RS11400	operon_1070	NZ_CP020030.1|gene2279|GTHT12_RS11400
GTHT12_RS11405	operon_1071	NZ_CP020030.1|gene2280|GTHT12_RS11405
GTHT12_RS11410	operon_1072	NZ_CP020030.1|gene2281|GTHT12_RS11410
GTHT12_RS11415	operon_1073	NZ_CP020030.1|gene2282|GTHT12_RS11415
GTHT12_RS11420	operon_1074	NZ_CP020030.1|gene2283|GTHT12_RS11420
GTHT12_RS11425	operon_1074	NZ_CP020030.1|gene2284|GTHT12_RS11425
GTHT12_RS11430	operon_1075	NZ_CP020030.1|gene2285|GTHT12_RS11430
GTHT12_RS11435	operon_1076	NZ_CP020030.1|gene2286|GTHT12_RS11435
GTHT12_RS11440	operon_1076	NZ_CP020030.1|gene2287|GTHT12_RS11440
GTHT12_RS11445	operon_1077	NZ_CP020030.1|gene2288|GTHT12_RS11445
GTHT12_RS11450	operon_1078	NZ_CP020030.1|gene2289|GTHT12_RS11450
GTHT12_RS11455	operon_1079	NZ_CP020030.1|gene2290|GTHT12_RS11455
GTHT12_RS11460	operon_1079	NZ_CP020030.1|gene2291|GTHT12_RS11460
GTHT12_RS11465	operon_1080	NZ_CP020030.1|gene2292|GTHT12_RS11465
GTHT12_RS11470	operon_1080	NZ_CP020030.1|gene2293|GTHT12_RS11470
GTHT12_RS11475	operon_1081	NZ_CP020030.1|gene2294|GTHT12_RS11475
GTHT12_RS11480	operon_1081	NZ_CP020030.1|gene2295|GTHT12_RS11480|nth
GTHT12_RS11485	operon_1081	NZ_CP020030.1|gene2296|GTHT12_RS11485
GTHT12_RS11490	operon_1081	NZ_CP020030.1|gene2297|GTHT12_RS11490|asnC
GTHT12_RS11495	operon_1082	NZ_CP020030.1|gene2298|GTHT12_RS11495
GTHT12_RS11500	operon_1082	NZ_CP020030.1|gene2299|GTHT12_RS11500
GTHT12_RS11505	operon_1082	NZ_CP020030.1|gene2300|GTHT12_RS11505
GTHT12_RS11510	operon_1082	NZ_CP020030.1|gene2301|GTHT12_RS11510
GTHT12_RS11515	operon_1082	NZ_CP020030.1|gene2302|GTHT12_RS11515
GTHT12_RS11520	operon_1082	NZ_CP020030.1|gene2303|GTHT12_RS11520|panD
GTHT12_RS11525	operon_1082	NZ_CP020030.1|gene2304|GTHT12_RS11525
GTHT12_RS11530	operon_1082	NZ_CP020030.1|gene2305|GTHT12_RS11530|panB
GTHT12_RS11535	operon_1083	NZ_CP020030.1|gene2306|GTHT12_RS11535
GTHT12_RS11540	operon_1083	NZ_CP020030.1|gene2307|GTHT12_RS11540
GTHT12_RS11545	operon_1083	NZ_CP020030.1|gene2308|GTHT12_RS11545|bshA
GTHT12_RS11550	operon_1083	NZ_CP020030.1|gene2309|GTHT12_RS11550|bshB1
GTHT12_RS11555	operon_1083	NZ_CP020030.1|gene2310|GTHT12_RS11555|mgsA
GTHT12_RS11560	operon_1083	NZ_CP020030.1|gene2311|GTHT12_RS11560
GTHT12_RS11565	operon_1083	NZ_CP020030.1|gene2312|GTHT12_RS11565
GTHT12_RS11570	operon_1084	NZ_CP020030.1|gene2313|GTHT12_RS11570
GTHT12_RS11575	operon_1085	NZ_CP020030.1|gene2314|GTHT12_RS11575|ypjB
GTHT12_RS11580	operon_1085	NZ_CP020030.1|gene2315|GTHT12_RS11580
GTHT12_RS11585	operon_1085	NZ_CP020030.1|gene2316|GTHT12_RS11585
GTHT12_RS11590	operon_1085	NZ_CP020030.1|gene2317|GTHT12_RS11590
GTHT12_RS11595	operon_1085	NZ_CP020030.1|gene2318|GTHT12_RS11595
GTHT12_RS11600	operon_1085	NZ_CP020030.1|gene2319|GTHT12_RS11600
GTHT12_RS11605	operon_1085	NZ_CP020030.1|gene2320|GTHT12_RS11605
GTHT12_RS11610	operon_1085	NZ_CP020030.1|gene2321|GTHT12_RS11610
GTHT12_RS11615	operon_1086	NZ_CP020030.1|gene2322|GTHT12_RS11615|aroA
GTHT12_RS11620	operon_1086	NZ_CP020030.1|gene2323|GTHT12_RS11620
GTHT12_RS11625	operon_1086	NZ_CP020030.1|gene2324|GTHT12_RS11625
GTHT12_RS11630	operon_1086	NZ_CP020030.1|gene2325|GTHT12_RS11630
GTHT12_RS11635	operon_1086	NZ_CP020030.1|gene2326|GTHT12_RS11635|trpB
GTHT12_RS11640	operon_1086	NZ_CP020030.1|gene2327|GTHT12_RS11640
GTHT12_RS11645	operon_1086	NZ_CP020030.1|gene2328|GTHT12_RS11645
GTHT12_RS11650	operon_1086	NZ_CP020030.1|gene2329|GTHT12_RS11650|trpD
GTHT12_RS11655	operon_1086	NZ_CP020030.1|gene2330|GTHT12_RS11655
GTHT12_RS11660	operon_1087	NZ_CP020030.1|gene2331|GTHT12_RS11660|aroH
GTHT12_RS11665	operon_1087	NZ_CP020030.1|gene2332|GTHT12_RS11665
GTHT12_RS11670	operon_1087	NZ_CP020030.1|gene2333|GTHT12_RS11670
GTHT12_RS11675	operon_1087	NZ_CP020030.1|gene2334|GTHT12_RS11675
GTHT12_RS11680	operon_1087	NZ_CP020030.1|gene2335|GTHT12_RS11680
GTHT12_RS11685	operon_1087	NZ_CP020030.1|gene2336|GTHT12_RS11685|hepT
GTHT12_RS11690	operon_1087	NZ_CP020030.1|gene2337|GTHT12_RS11690
GTHT12_RS11695	operon_1087	NZ_CP020030.1|gene2338|GTHT12_RS11695
GTHT12_RS11700	operon_1087	NZ_CP020030.1|gene2339|GTHT12_RS11700
GTHT12_RS11705	operon_1087	NZ_CP020030.1|gene2340|GTHT12_RS11705|folE
GTHT12_RS11710	operon_1087	NZ_CP020030.1|gene2341|GTHT12_RS11710
GTHT12_RS11715	operon_1088	NZ_CP020030.1|gene2342|GTHT12_RS11715|spoIVA
GTHT12_RS11720	operon_1089	NZ_CP020030.1|gene2343|GTHT12_RS11720
GTHT12_RS11725	operon_1089	NZ_CP020030.1|gene2344|GTHT12_RS11725
GTHT12_RS11730	operon_1090	NZ_CP020030.1|gene2345|GTHT12_RS11730
GTHT12_RS11735	operon_1091	NZ_CP020030.1|gene2346|GTHT12_RS11735
GTHT12_RS11740	operon_1092	NZ_CP020030.1|gene2347|GTHT12_RS11740
GTHT12_RS11745	operon_1092	NZ_CP020030.1|gene2348|GTHT12_RS11745
GTHT12_RS11750	operon_1092	NZ_CP020030.1|gene2349|GTHT12_RS11750
GTHT12_RS11755	operon_1093	NZ_CP020030.1|gene2350|GTHT12_RS11755
GTHT12_RS11760	operon_1094	NZ_CP020030.1|gene2351|GTHT12_RS11760
GTHT12_RS11765	operon_1094	NZ_CP020030.1|gene2352|GTHT12_RS11765
GTHT12_RS11770	operon_1094	NZ_CP020030.1|gene2353|GTHT12_RS11770
GTHT12_RS11775	operon_1094	NZ_CP020030.1|gene2354|GTHT12_RS11775
GTHT12_RS11780	operon_1094	NZ_CP020030.1|gene2355|GTHT12_RS11780
GTHT12_RS11785	operon_1095	NZ_CP020030.1|gene2356|GTHT12_RS11785
GTHT12_RS11790	operon_1095	NZ_CP020030.1|gene2357|GTHT12_RS11790
GTHT12_RS11795	operon_1095	NZ_CP020030.1|gene2358|GTHT12_RS11795
GTHT12_RS11800	operon_1095	NZ_CP020030.1|gene2359|GTHT12_RS11800
GTHT12_RS11805	operon_1095	NZ_CP020030.1|gene2360|GTHT12_RS11805
GTHT12_RS11810	operon_1096	NZ_CP020030.1|gene2361|GTHT12_RS11810|ypeB
GTHT12_RS11815	operon_1096	NZ_CP020030.1|gene2362|GTHT12_RS11815|sleB
GTHT12_RS11820	operon_1097	NZ_CP020030.1|gene2363|GTHT12_RS11820
GTHT12_RS11825	operon_1097	NZ_CP020030.1|gene2364|GTHT12_RS11825
GTHT12_RS11830	operon_1097	NZ_CP020030.1|gene2365|GTHT12_RS11830
GTHT12_RS11835	operon_1097	NZ_CP020030.1|gene2366|GTHT12_RS11835
GTHT12_RS11840	operon_1098	NZ_CP020030.1|gene2367|GTHT12_RS11840
GTHT12_RS11845	operon_1098	NZ_CP020030.1|gene2368|GTHT12_RS11845
GTHT12_RS11850	operon_1098	NZ_CP020030.1|gene2369|GTHT12_RS11850
GTHT12_RS11855	operon_1099	NZ_CP020030.1|gene2370|GTHT12_RS11855
GTHT12_RS11860	operon_1099	NZ_CP020030.1|gene2371|GTHT12_RS11860
GTHT12_RS11865	operon_1099	NZ_CP020030.1|gene2372|GTHT12_RS11865
GTHT12_RS11870	operon_1100	NZ_CP020030.1|gene2373|GTHT12_RS11870
GTHT12_RS11875	operon_1100	NZ_CP020030.1|gene2374|GTHT12_RS11875
GTHT12_RS11880	operon_1100	NZ_CP020030.1|gene2375|GTHT12_RS11880
GTHT12_RS11885	operon_1100	NZ_CP020030.1|gene2376|GTHT12_RS11885
GTHT12_RS11890	operon_1100	NZ_CP020030.1|gene2377|GTHT12_RS11890
GTHT12_RS11895	operon_1101	NZ_CP020030.1|gene2378|GTHT12_RS11895
GTHT12_RS11900	operon_1102	NZ_CP020030.1|gene2379|GTHT12_RS11900
GTHT12_RS11905	operon_1103	NZ_CP020030.1|gene2380|GTHT12_RS11905
GTHT12_RS11910	operon_1104	NZ_CP020030.1|gene2381|GTHT12_RS11910
GTHT12_RS11915	operon_1105	NZ_CP020030.1|gene2382|GTHT12_RS11915
GTHT12_RS11920	operon_1105	NZ_CP020030.1|gene2383|GTHT12_RS11920
GTHT12_RS11925	operon_1105	NZ_CP020030.1|gene2384|GTHT12_RS11925
GTHT12_RS11930	operon_1105	NZ_CP020030.1|gene2385|GTHT12_RS11930
GTHT12_RS11935	operon_1105	NZ_CP020030.1|gene2386|GTHT12_RS11935
GTHT12_RS11940	operon_1105	NZ_CP020030.1|gene2387|GTHT12_RS11940
GTHT12_RS11945	operon_1105	NZ_CP020030.1|gene2388|GTHT12_RS11945
GTHT12_RS11950	operon_1105	NZ_CP020030.1|gene2389|GTHT12_RS11950
GTHT12_RS11955	operon_1105	NZ_CP020030.1|gene2390|GTHT12_RS11955
GTHT12_RS11960	operon_1105	NZ_CP020030.1|gene2391|GTHT12_RS11960
GTHT12_RS11965	operon_1105	NZ_CP020030.1|gene2392|GTHT12_RS11965
GTHT12_RS11970	operon_1105	NZ_CP020030.1|gene2393|GTHT12_RS11970
GTHT12_RS11975	operon_1105	NZ_CP020030.1|gene2394|GTHT12_RS11975|btuC
GTHT12_RS11980	operon_1105	NZ_CP020030.1|gene2395|GTHT12_RS11980
GTHT12_RS11985	operon_1106	NZ_CP020030.1|gene2396|GTHT12_RS11985
GTHT12_RS11990	operon_1107	NZ_CP020030.1|gene2397|GTHT12_RS11990
GTHT12_RS11995	operon_1107	NZ_CP020030.1|gene2398|GTHT12_RS11995
GTHT12_RS12000	operon_1107	NZ_CP020030.1|gene2399|GTHT12_RS12000|phnF
GTHT12_RS12005	operon_1107	NZ_CP020030.1|gene2400|GTHT12_RS12005|nagB
GTHT12_RS12010	operon_1107	NZ_CP020030.1|gene2401|GTHT12_RS12010|nagA
GTHT12_RS12015	operon_1107	NZ_CP020030.1|gene2402|GTHT12_RS12015
GTHT12_RS12020	operon_1107	NZ_CP020030.1|gene2403|GTHT12_RS12020
GTHT12_RS12025	operon_1107	NZ_CP020030.1|gene2404|GTHT12_RS12025|ccsB
GTHT12_RS12030	operon_1107	NZ_CP020030.1|gene2405|GTHT12_RS12030
GTHT12_RS12035	operon_1107	NZ_CP020030.1|gene2406|GTHT12_RS12035
GTHT12_RS12040	operon_1107	NZ_CP020030.1|gene2407|GTHT12_RS12040
GTHT12_RS12045	operon_1108	NZ_CP020030.1|gene2408|GTHT12_RS12045
GTHT12_RS12050	operon_1108	NZ_CP020030.1|gene2409|GTHT12_RS12050
GTHT12_RS12055	operon_1108	NZ_CP020030.1|gene2410|GTHT12_RS12055
GTHT12_RS12060	operon_1109	NZ_CP020030.1|gene2411|GTHT12_RS12060
GTHT12_RS12065	operon_1110	NZ_CP020030.1|gene2412|GTHT12_RS12065
GTHT12_RS12070	operon_1111	NZ_CP020030.1|gene2413|GTHT12_RS12070
GTHT12_RS12075	operon_1111	NZ_CP020030.1|gene2414|GTHT12_RS12075
GTHT12_RS12080	operon_1111	NZ_CP020030.1|gene2415|GTHT12_RS12080|scpB
GTHT12_RS12085	operon_1112	NZ_CP020030.1|gene2416|GTHT12_RS12085
GTHT12_RS12090	operon_1113	NZ_CP020030.1|gene2417|GTHT12_RS12090
GTHT12_RS12095	operon_1114	NZ_CP020030.1|gene2418|GTHT12_RS12095
GTHT12_RS12100	operon_1114	NZ_CP020030.1|gene2419|GTHT12_RS12100
GTHT12_RS12105	operon_1114	NZ_CP020030.1|gene2420|GTHT12_RS12105
GTHT12_RS12110	operon_1114	NZ_CP020030.1|gene2421|GTHT12_RS12110
GTHT12_RS12115	operon_1114	NZ_CP020030.1|gene2422|GTHT12_RS12115|ribD
GTHT12_RS12120	operon_1115	NZ_CP020030.1|gene2423|GTHT12_RS12120
GTHT12_RS12125	operon_1116	NZ_CP020030.1|gene2424|GTHT12_RS12125
GTHT12_RS12130	operon_1117	NZ_CP020030.1|gene2425|GTHT12_RS12130|lysA
GTHT12_RS12135	operon_1118	NZ_CP020030.1|gene2426|GTHT12_RS12135
GTHT12_RS12140	operon_1119	NZ_CP020030.1|gene2427|GTHT12_RS12140
GTHT12_RS12145	operon_1119	NZ_CP020030.1|gene2428|GTHT12_RS12145
GTHT12_RS12150	operon_1119	NZ_CP020030.1|gene2429|GTHT12_RS12150
GTHT12_RS12155	operon_1119	NZ_CP020030.1|gene2430|GTHT12_RS12155|spoVAD
GTHT12_RS12160	operon_1119	NZ_CP020030.1|gene2431|GTHT12_RS12160
GTHT12_RS12165	operon_1119	NZ_CP020030.1|gene2432|GTHT12_RS12165
GTHT12_RS12170	operon_1119	NZ_CP020030.1|gene2433|GTHT12_RS12170
GTHT12_RS12175	operon_1120	NZ_CP020030.1|gene2434|GTHT12_RS12175
GTHT12_RS12180	operon_1121	NZ_CP020030.1|gene2435|GTHT12_RS12180|sigF
GTHT12_RS12185	operon_1121	NZ_CP020030.1|gene2436|GTHT12_RS12185
GTHT12_RS12190	operon_1121	NZ_CP020030.1|gene2437|GTHT12_RS12190|spoIIAA
GTHT12_RS12195	operon_1121	NZ_CP020030.1|gene2438|GTHT12_RS12195
GTHT12_RS12200	operon_1122	NZ_CP020030.1|gene2439|GTHT12_RS12200|deoA
GTHT12_RS12205	operon_1122	NZ_CP020030.1|gene2440|GTHT12_RS12205
GTHT12_RS12210	operon_1122	NZ_CP020030.1|gene2441|GTHT12_RS12210|deoB
GTHT12_RS12215	operon_1122	NZ_CP020030.1|gene2442|GTHT12_RS12215
GTHT12_RS12220	operon_1122	NZ_CP020030.1|gene2443|GTHT12_RS12220
GTHT12_RS12225	operon_1122	NZ_CP020030.1|gene2444|GTHT12_RS12225
GTHT12_RS12230	operon_1122	NZ_CP020030.1|gene2445|GTHT12_RS12230|spoIIM
GTHT12_RS12235	operon_1123	NZ_CP020030.1|gene2446|GTHT12_RS12235
GTHT12_RS12240	operon_1123	NZ_CP020030.1|gene2447|GTHT12_RS12240
GTHT12_RS12245	operon_1124	NZ_CP020030.1|gene2448|GTHT12_RS12245
GTHT12_RS12250	operon_1125	NZ_CP020030.1|gene2449|GTHT12_RS12250
GTHT12_RS12255	operon_1125	NZ_CP020030.1|gene2450|GTHT12_RS12255
GTHT12_RS12260	operon_1126	NZ_CP020030.1|gene2451|GTHT12_RS12260
GTHT12_RS12265	operon_1126	NZ_CP020030.1|gene2452|GTHT12_RS12265
GTHT12_RS12270	operon_1127	NZ_CP020030.1|gene2453|GTHT12_RS12270
GTHT12_RS12275	operon_1127	NZ_CP020030.1|gene2454|GTHT12_RS12275
GTHT12_RS12280	operon_1128	NZ_CP020030.1|gene2455|GTHT12_RS12280
GTHT12_RS12285	operon_1128	NZ_CP020030.1|gene2456|GTHT12_RS12285
GTHT12_RS12290	operon_1129	NZ_CP020030.1|gene2457|GTHT12_RS12290
GTHT12_RS12295	operon_1129	NZ_CP020030.1|gene2458|GTHT12_RS12295
GTHT12_RS12300	operon_1130	NZ_CP020030.1|gene2459|GTHT12_RS12300
GTHT12_RS12305	operon_1131	NZ_CP020030.1|gene2460|GTHT12_RS12305
GTHT12_RS12310	operon_1131	NZ_CP020030.1|gene2461|GTHT12_RS12310
GTHT12_RS12315	operon_1132	NZ_CP020030.1|gene2462|GTHT12_RS12315
GTHT12_RS12320	operon_1133	NZ_CP020030.1|gene2463|GTHT12_RS12320
GTHT12_RS12325	operon_1133	NZ_CP020030.1|gene2464|GTHT12_RS12325
GTHT12_RS12330	operon_1133	NZ_CP020030.1|gene2465|GTHT12_RS12330
GTHT12_RS12335	operon_1134	NZ_CP020030.1|gene2466|GTHT12_RS12335
GTHT12_RS12340	operon_1135	NZ_CP020030.1|gene2467|GTHT12_RS12340
GTHT12_RS12345	operon_1136	NZ_CP020030.1|gene2468|GTHT12_RS12345
GTHT12_RS12350	operon_1137	NZ_CP020030.1|gene2469|GTHT12_RS12350
GTHT12_RS12355	operon_1137	NZ_CP020030.1|gene2470|GTHT12_RS12355
GTHT12_RS12360	operon_1137	NZ_CP020030.1|gene2471|GTHT12_RS12360
GTHT12_RS12365	operon_1138	NZ_CP020030.1|gene2472|GTHT12_RS12365
GTHT12_RS12370	operon_1138	NZ_CP020030.1|gene2473|GTHT12_RS12370|mce
GTHT12_RS12375	operon_1139	NZ_CP020030.1|gene2474|GTHT12_RS12375
GTHT12_RS12380	operon_1139	NZ_CP020030.1|gene2475|GTHT12_RS12380
GTHT12_RS12385	operon_1140	NZ_CP020030.1|gene2476|GTHT12_RS12385
GTHT12_RS12390	operon_1140	NZ_CP020030.1|gene2477|GTHT12_RS12390
GTHT12_RS12395	operon_1140	NZ_CP020030.1|gene2478|GTHT12_RS12395
GTHT12_RS12400	operon_1140	NZ_CP020030.1|gene2479|GTHT12_RS12400
GTHT12_RS12405	operon_1141	NZ_CP020030.1|gene2480|GTHT12_RS12405
GTHT12_RS12410	operon_1141	NZ_CP020030.1|gene2481|GTHT12_RS12410
GTHT12_RS12415	operon_1141	NZ_CP020030.1|gene2482|GTHT12_RS12415
GTHT12_RS12420	operon_1141	NZ_CP020030.1|gene2483|GTHT12_RS12420
GTHT12_RS12425	operon_1142	NZ_CP020030.1|gene2484|GTHT12_RS12425
GTHT12_RS12430	operon_1142	NZ_CP020030.1|gene2485|GTHT12_RS12430
GTHT12_RS12435	operon_1142	NZ_CP020030.1|gene2486|GTHT12_RS12435|lpdA
GTHT12_RS12440	operon_1142	NZ_CP020030.1|gene2487|GTHT12_RS12440
GTHT12_RS12445	operon_1142	NZ_CP020030.1|gene2488|GTHT12_RS12445
GTHT12_RS12450	operon_1142	NZ_CP020030.1|gene2489|GTHT12_RS12450
GTHT12_RS12455	operon_1142	NZ_CP020030.1|gene2490|GTHT12_RS12455
GTHT12_RS12460	operon_1143	NZ_CP020030.1|gene2491|GTHT12_RS12460
GTHT12_RS12465	operon_1144	NZ_CP020030.1|gene2492|GTHT12_RS12465
GTHT12_RS12470	operon_1145	NZ_CP020030.1|gene2493|GTHT12_RS12470
GTHT12_RS12475	operon_1145	NZ_CP020030.1|gene2494|GTHT12_RS12475
GTHT12_RS12480	operon_1146	NZ_CP020030.1|gene2495|GTHT12_RS12480|spo0A
GTHT12_RS12485	operon_1147	NZ_CP020030.1|gene2496|GTHT12_RS12485
GTHT12_RS12490	operon_1148	NZ_CP020030.1|gene2497|GTHT12_RS12490|spoIVB
GTHT12_RS12495	operon_1149	NZ_CP020030.1|gene2498|GTHT12_RS12495|recN
GTHT12_RS12500	operon_1149	NZ_CP020030.1|gene2499|GTHT12_RS12500
GTHT12_RS12505	operon_1149	NZ_CP020030.1|gene2500|GTHT12_RS12505
GTHT12_RS12510	operon_1149	NZ_CP020030.1|gene2501|GTHT12_RS12510
GTHT12_RS12515	operon_1150	NZ_CP020030.1|gene2502|GTHT12_RS12515
GTHT12_RS12520	operon_1151	NZ_CP020030.1|gene2503|GTHT12_RS12520
GTHT12_RS12525	operon_1151	NZ_CP020030.1|gene2504|GTHT12_RS12525
GTHT12_RS12530	operon_1151	NZ_CP020030.1|gene2505|GTHT12_RS12530
GTHT12_RS12535	operon_1151	NZ_CP020030.1|gene2506|GTHT12_RS12535
GTHT12_RS12540	operon_1151	NZ_CP020030.1|gene2507|GTHT12_RS12540
GTHT12_RS12545	operon_1152	NZ_CP020030.1|gene2508|GTHT12_RS12545
GTHT12_RS12550	operon_1152	NZ_CP020030.1|gene2509|GTHT12_RS12550|accC
GTHT12_RS12555	operon_1152	NZ_CP020030.1|gene2510|GTHT12_RS12555|accB
GTHT12_RS12560	operon_1152	NZ_CP020030.1|gene2511|GTHT12_RS12560
GTHT12_RS12565	operon_1152	NZ_CP020030.1|gene2512|GTHT12_RS12565|spoIIIAG
GTHT12_RS12570	operon_1152	NZ_CP020030.1|gene2513|GTHT12_RS12570|spoIIIAF
GTHT12_RS12575	operon_1152	NZ_CP020030.1|gene2514|GTHT12_RS12575|spoIIIAE
GTHT12_RS12580	operon_1152	NZ_CP020030.1|gene2515|GTHT12_RS12580|spoIIIAD
GTHT12_RS12585	operon_1152	NZ_CP020030.1|gene2516|GTHT12_RS12585|spoIIIAC
GTHT12_RS12590	operon_1152	NZ_CP020030.1|gene2517|GTHT12_RS12590
GTHT12_RS12595	operon_1152	NZ_CP020030.1|gene2518|GTHT12_RS12595|spoIIIAA
GTHT12_RS12600	operon_1152	NZ_CP020030.1|gene2519|GTHT12_RS12600
GTHT12_RS12605	operon_1153	NZ_CP020030.1|gene2520|GTHT12_RS12605|efp
GTHT12_RS12610	operon_1153	NZ_CP020030.1|gene2521|GTHT12_RS12610
GTHT12_RS12615	operon_1154	NZ_CP020030.1|gene2522|GTHT12_RS12615
GTHT12_RS12620	operon_1155	NZ_CP020030.1|gene2523|GTHT12_RS12620
GTHT12_RS12625	operon_1155	NZ_CP020030.1|gene2524|GTHT12_RS12625
GTHT12_RS12630	operon_1156	NZ_CP020030.1|gene2525|GTHT12_RS12630
GTHT12_RS12635	operon_1156	NZ_CP020030.1|gene2526|GTHT12_RS12635
GTHT12_RS12640	operon_1156	NZ_CP020030.1|gene2527|GTHT12_RS12640|splB
GTHT12_RS12645	operon_1156	NZ_CP020030.1|gene2528|GTHT12_RS12645
GTHT12_RS12650	operon_1157	NZ_CP020030.1|gene2529|GTHT12_RS12650
GTHT12_RS12655	operon_1157	NZ_CP020030.1|gene2530|GTHT12_RS12655
GTHT12_RS12660	operon_1158	NZ_CP020030.1|gene2531|GTHT12_RS12660
GTHT12_RS12665	operon_1158	NZ_CP020030.1|gene2532|GTHT12_RS12665
GTHT12_RS12670	operon_1159	NZ_CP020030.1|gene2533|GTHT12_RS12670
GTHT12_RS12675	operon_1160	NZ_CP020030.1|gene2534|GTHT12_RS12675
GTHT12_RS12680	operon_1161	NZ_CP020030.1|gene2535|GTHT12_RS12680
GTHT12_RS12685	operon_1161	NZ_CP020030.1|gene2536|GTHT12_RS12685
GTHT12_RS12690	operon_1162	NZ_CP020030.1|gene2537|GTHT12_RS12690
GTHT12_RS12695	operon_1162	NZ_CP020030.1|gene2538|GTHT12_RS12695
GTHT12_RS12700	operon_1162	NZ_CP020030.1|gene2539|GTHT12_RS12700
GTHT12_RS12705	operon_1163	NZ_CP020030.1|gene2540|GTHT12_RS12705
GTHT12_RS12710	operon_1164	NZ_CP020030.1|gene2541|GTHT12_RS12710
GTHT12_RS12715	operon_1165	NZ_CP020030.1|gene2542|GTHT12_RS12715
GTHT12_RS12720	operon_1165	NZ_CP020030.1|gene2543|GTHT12_RS12720
GTHT12_RS12725	operon_1165	NZ_CP020030.1|gene2544|GTHT12_RS12725
GTHT12_RS12730	operon_1165	NZ_CP020030.1|gene2545|GTHT12_RS12730
GTHT12_RS12735	operon_1165	NZ_CP020030.1|gene2546|GTHT12_RS12735|gcvT
GTHT12_RS12740	operon_1166	NZ_CP020030.1|gene2547|GTHT12_RS12740
GTHT12_RS12745	operon_1166	NZ_CP020030.1|gene2548|GTHT12_RS12745
GTHT12_RS12750	operon_1167	NZ_CP020030.1|gene2549|GTHT12_RS12750
GTHT12_RS12755	operon_1167	NZ_CP020030.1|gene2550|GTHT12_RS12755
GTHT12_RS12760	operon_1167	NZ_CP020030.1|gene2551|GTHT12_RS12760
GTHT12_RS12765	operon_1167	NZ_CP020030.1|gene2552|GTHT12_RS12765
GTHT12_RS12770	operon_1167	NZ_CP020030.1|gene2553|GTHT12_RS12770
GTHT12_RS12775	operon_1167	NZ_CP020030.1|gene2554|GTHT12_RS12775
GTHT12_RS12780	operon_1167	NZ_CP020030.1|gene2555|GTHT12_RS12780
GTHT12_RS12785	operon_1167	NZ_CP020030.1|gene2556|GTHT12_RS12785
GTHT12_RS12790	operon_1168	NZ_CP020030.1|gene2557|GTHT12_RS12790
GTHT12_RS12795	operon_1169	NZ_CP020030.1|gene2558|GTHT12_RS12795
GTHT12_RS12800	operon_1170	NZ_CP020030.1|gene2559|GTHT12_RS12800
GTHT12_RS12805	operon_1171	NZ_CP020030.1|gene2560|GTHT12_RS12805
GTHT12_RS12810	operon_1172	NZ_CP020030.1|gene2561|GTHT12_RS12810
GTHT12_RS12815	operon_1173	NZ_CP020030.1|gene2562|GTHT12_RS12815
GTHT12_RS12820	operon_1173	NZ_CP020030.1|gene2563|GTHT12_RS12820
GTHT12_RS12825	operon_1173	NZ_CP020030.1|gene2564|GTHT12_RS12825
GTHT12_RS12830	operon_1173	NZ_CP020030.1|gene2565|GTHT12_RS12830
GTHT12_RS12835	operon_1174	NZ_CP020030.1|gene2566|GTHT12_RS12835
GTHT12_RS12840	operon_1175	NZ_CP020030.1|gene2567|GTHT12_RS12840
GTHT12_RS12845	operon_1175	NZ_CP020030.1|gene2568|GTHT12_RS12845
GTHT12_RS12850	operon_1175	NZ_CP020030.1|gene2569|GTHT12_RS12850
GTHT12_RS12855	operon_1175	NZ_CP020030.1|gene2570|GTHT12_RS12855
GTHT12_RS12860	operon_1175	NZ_CP020030.1|gene2571|GTHT12_RS12860
GTHT12_RS12865	operon_1175	NZ_CP020030.1|gene2572|GTHT12_RS12865|rpmG
GTHT12_RS12870	operon_1176	NZ_CP020030.1|gene2573|GTHT12_RS12870
GTHT12_RS12875	operon_1176	NZ_CP020030.1|gene2574|GTHT12_RS12875
GTHT12_RS12880	operon_1177	NZ_CP020030.1|gene2575|GTHT12_RS12880|phoU
GTHT12_RS12885	operon_1177	NZ_CP020030.1|gene2576|GTHT12_RS12885
GTHT12_RS12890	operon_1177	NZ_CP020030.1|gene2577|GTHT12_RS12890|pstA
GTHT12_RS12895	operon_1177	NZ_CP020030.1|gene2578|GTHT12_RS12895|pstC
GTHT12_RS12900	operon_1177	NZ_CP020030.1|gene2579|GTHT12_RS12900
GTHT12_RS12905	operon_1178	NZ_CP020030.1|gene2580|GTHT12_RS12905
GTHT12_RS12910	operon_1178	NZ_CP020030.1|gene2581|GTHT12_RS12910
GTHT12_RS12915	operon_1178	NZ_CP020030.1|gene2582|GTHT12_RS12915
GTHT12_RS12920	operon_1179	NZ_CP020030.1|gene2583|GTHT12_RS12920
GTHT12_RS12925	operon_1180	NZ_CP020030.1|gene2584|GTHT12_RS12925
GTHT12_RS12930	operon_1180	NZ_CP020030.1|gene2585|GTHT12_RS12930
GTHT12_RS12935	operon_1181	NZ_CP020030.1|gene2586|GTHT12_RS12935
GTHT12_RS12940	operon_1182	NZ_CP020030.1|gene2587|GTHT12_RS12940
GTHT12_RS12945	operon_1183	NZ_CP020030.1|gene2588|GTHT12_RS12945
GTHT12_RS12950	operon_1183	NZ_CP020030.1|gene2589|GTHT12_RS12950
GTHT12_RS12955	operon_1183	NZ_CP020030.1|gene2590|GTHT12_RS12955
GTHT12_RS12960	operon_1183	NZ_CP020030.1|gene2591|GTHT12_RS12960
GTHT12_RS12965	operon_1184	NZ_CP020030.1|gene2592|GTHT12_RS12965
GTHT12_RS12970	operon_1185	NZ_CP020030.1|gene2593|GTHT12_RS12970
GTHT12_RS12975	operon_1185	NZ_CP020030.1|gene2594|GTHT12_RS12975
GTHT12_RS12980	operon_1186	NZ_CP020030.1|gene2595|GTHT12_RS12980
GTHT12_RS12985	operon_1186	NZ_CP020030.1|gene2596|GTHT12_RS12985
GTHT12_RS12990	operon_1187	NZ_CP020030.1|gene2597|GTHT12_RS12990
GTHT12_RS12995	operon_1187	NZ_CP020030.1|gene2598|GTHT12_RS12995
GTHT12_RS13000	operon_1187	NZ_CP020030.1|gene2599|GTHT12_RS13000
GTHT12_RS13005	operon_1187	NZ_CP020030.1|gene2600|GTHT12_RS13005
GTHT12_RS13010	operon_1187	NZ_CP020030.1|gene2601|GTHT12_RS13010
GTHT12_RS13015	operon_1187	NZ_CP020030.1|gene2602|GTHT12_RS13015
GTHT12_RS13020	operon_1188	NZ_CP020030.1|gene2603|GTHT12_RS13020
GTHT12_RS13025	operon_1188	NZ_CP020030.1|gene2604|GTHT12_RS13025
GTHT12_RS13030	operon_1188	NZ_CP020030.1|gene2605|GTHT12_RS13030
GTHT12_RS13035	operon_1188	NZ_CP020030.1|gene2606|GTHT12_RS13035
GTHT12_RS13040	operon_1188	NZ_CP020030.1|gene2607|GTHT12_RS13040
GTHT12_RS13045	operon_1188	NZ_CP020030.1|gene2608|GTHT12_RS13045
GTHT12_RS13050	operon_1188	NZ_CP020030.1|gene2609|GTHT12_RS13050
GTHT12_RS13055	operon_1188	NZ_CP020030.1|gene2610|GTHT12_RS13055
GTHT12_RS13060	operon_1188	NZ_CP020030.1|gene2611|GTHT12_RS13060
GTHT12_RS13065	operon_1188	NZ_CP020030.1|gene2612|GTHT12_RS13065
GTHT12_RS13070	operon_1188	NZ_CP020030.1|gene2613|GTHT12_RS13070|yqfD
GTHT12_RS13075	operon_1188	NZ_CP020030.1|gene2614|GTHT12_RS13075|yqfC
GTHT12_RS13080	operon_1188	NZ_CP020030.1|gene2615|GTHT12_RS13080
GTHT12_RS13085	operon_1188	NZ_CP020030.1|gene2616|GTHT12_RS13085
GTHT12_RS13090	operon_1189	NZ_CP020030.1|gene2617|GTHT12_RS13090
GTHT12_RS13095	operon_1190	NZ_CP020030.1|gene2618|GTHT12_RS13095
GTHT12_RS13100	operon_1191	NZ_CP020030.1|gene2619|GTHT12_RS13100
GTHT12_RS13105	operon_1191	NZ_CP020030.1|gene2620|GTHT12_RS13105
GTHT12_RS13110	operon_1191	NZ_CP020030.1|gene2621|GTHT12_RS13110
GTHT12_RS13115	operon_1191	NZ_CP020030.1|gene2622|GTHT12_RS13115
GTHT12_RS13120	operon_1191	NZ_CP020030.1|gene2623|GTHT12_RS13120
GTHT12_RS13125	operon_1191	NZ_CP020030.1|gene2624|GTHT12_RS13125
GTHT12_RS13130	operon_1191	NZ_CP020030.1|gene2625|GTHT12_RS13130
GTHT12_RS13135	operon_1191	NZ_CP020030.1|gene2626|GTHT12_RS13135
GTHT12_RS13140	operon_1191	NZ_CP020030.1|gene2627|GTHT12_RS13140
GTHT12_RS13145	operon_1191	NZ_CP020030.1|gene2628|GTHT12_RS13145
GTHT12_RS13150	operon_1192	NZ_CP020030.1|gene2629|GTHT12_RS13150
GTHT12_RS13155	operon_1192	NZ_CP020030.1|gene2630|GTHT12_RS13155
GTHT12_RS13160	operon_1192	NZ_CP020030.1|gene2631|GTHT12_RS13160
GTHT12_RS13165	operon_1193	NZ_CP020030.1|gene2632|GTHT12_RS13165
GTHT12_RS13170	operon_1194	NZ_CP020030.1|gene2633|GTHT12_RS13170
GTHT12_RS13175	operon_1195	NZ_CP020030.1|gene2634|GTHT12_RS13175
GTHT12_RS13180	operon_1196	NZ_CP020030.1|gene2635|GTHT12_RS13180
GTHT12_RS13185	operon_1196	NZ_CP020030.1|gene2636|GTHT12_RS13185
GTHT12_RS13190	operon_1196	NZ_CP020030.1|gene2637|GTHT12_RS13190
GTHT12_RS13195	operon_1197	NZ_CP020030.1|gene2638|GTHT12_RS13195
GTHT12_RS13200	operon_1198	NZ_CP020030.1|gene2639|GTHT12_RS13200
GTHT12_RS13205	operon_1198	NZ_CP020030.1|gene2640|GTHT12_RS13205|rsfS
GTHT12_RS13210	operon_1198	NZ_CP020030.1|gene2641|GTHT12_RS13210
GTHT12_RS13215	operon_1198	NZ_CP020030.1|gene2642|GTHT12_RS13215
GTHT12_RS13220	operon_1198	NZ_CP020030.1|gene2643|GTHT12_RS13220
GTHT12_RS13225	operon_1198	NZ_CP020030.1|gene2644|GTHT12_RS13225
GTHT12_RS13230	operon_1198	NZ_CP020030.1|gene2645|GTHT12_RS13230
GTHT12_RS13235	operon_1198	NZ_CP020030.1|gene2646|GTHT12_RS13235
GTHT12_RS13240	operon_1199	NZ_CP020030.1|gene2647|GTHT12_RS13240
GTHT12_RS13245	operon_1200	NZ_CP020030.1|gene2648|GTHT12_RS13245
GTHT12_RS13250	operon_1201	NZ_CP020030.1|gene2649|GTHT12_RS13250|pssA
GTHT12_RS13255	operon_1202	NZ_CP020030.1|gene2650|GTHT12_RS13255
GTHT12_RS13260	operon_1202	NZ_CP020030.1|gene2651|GTHT12_RS13260
GTHT12_RS13265	operon_1203	NZ_CP020030.1|gene2652|GTHT12_RS13265|ytvI
GTHT12_RS13270	operon_1203	NZ_CP020030.1|gene2653|GTHT12_RS13270
GTHT12_RS13275	operon_1204	NZ_CP020030.1|gene2654|GTHT12_RS13275|sigK
GTHT12_RS13280	operon_1205	NZ_CP020030.1|gene2655|GTHT12_RS13280
GTHT12_RS13285	operon_1205	NZ_CP020030.1|gene2656|GTHT12_RS13285
GTHT12_RS13290	operon_1206	NZ_CP020030.1|gene2657|GTHT12_RS13290
GTHT12_RS13295	operon_1206	NZ_CP020030.1|gene2658|GTHT12_RS13295
GTHT12_RS13300	operon_1206	NZ_CP020030.1|gene2659|GTHT12_RS13300
GTHT12_RS13305	operon_1206	NZ_CP020030.1|gene2660|GTHT12_RS13305|mtnN
GTHT12_RS13310	operon_1206	NZ_CP020030.1|gene2661|GTHT12_RS13310
GTHT12_RS13315	operon_1207	NZ_CP020030.1|gene2662|GTHT12_RS13315
GTHT12_RS13320	operon_1208	NZ_CP020030.1|gene2663|GTHT12_RS13320
GTHT12_RS13325	operon_1208	NZ_CP020030.1|gene2664|GTHT12_RS13325
GTHT12_RS13330	operon_1208	NZ_CP020030.1|gene2665|GTHT12_RS13330
GTHT12_RS13335	operon_1208	NZ_CP020030.1|gene2666|GTHT12_RS13335
GTHT12_RS13340	operon_1208	NZ_CP020030.1|gene2667|GTHT12_RS13340
GTHT12_RS13345	operon_1209	NZ_CP020030.1|gene2668|GTHT12_RS13345
GTHT12_RS13350	operon_1209	NZ_CP020030.1|gene2669|GTHT12_RS13350
GTHT12_RS13355	operon_1209	NZ_CP020030.1|gene2670|GTHT12_RS13355
GTHT12_RS13360	operon_1210	NZ_CP020030.1|gene2671|GTHT12_RS13360
GTHT12_RS13365	operon_1211	NZ_CP020030.1|gene2672|GTHT12_RS13365
GTHT12_RS13370	operon_1211	NZ_CP020030.1|gene2673|GTHT12_RS13370
GTHT12_RS13375	operon_1211	NZ_CP020030.1|gene2674|GTHT12_RS13375
GTHT12_RS13380	operon_1211	NZ_CP020030.1|gene2675|GTHT12_RS13380
GTHT12_RS13385	operon_1212	NZ_CP020030.1|gene2676|GTHT12_RS13385
GTHT12_RS13390	operon_1212	NZ_CP020030.1|gene2677|GTHT12_RS13390
GTHT12_RS13395	operon_1212	NZ_CP020030.1|gene2678|GTHT12_RS13395
GTHT12_RS13400	operon_1212	NZ_CP020030.1|gene2679|GTHT12_RS13400
GTHT12_RS13405	operon_1212	NZ_CP020030.1|gene2680|GTHT12_RS13405
GTHT12_RS13410	operon_1212	NZ_CP020030.1|gene2681|GTHT12_RS13410
GTHT12_RS13415	operon_1212	NZ_CP020030.1|gene2682|GTHT12_RS13415
GTHT12_RS13420	operon_1212	NZ_CP020030.1|gene2683|GTHT12_RS13420
GTHT12_RS13425	operon_1212	NZ_CP020030.1|gene2684|GTHT12_RS13425
GTHT12_RS13430	operon_1212	NZ_CP020030.1|gene2685|GTHT12_RS13430
GTHT12_RS13435	operon_1212	NZ_CP020030.1|gene2686|GTHT12_RS13435
GTHT12_RS13440	operon_1213	NZ_CP020030.1|gene2687|GTHT12_RS13440
GTHT12_RS13445	operon_1214	NZ_CP020030.1|gene2688|GTHT12_RS13445
GTHT12_RS13450	operon_1215	NZ_CP020030.1|gene2689|GTHT12_RS13450|ssrS
GTHT12_RS13455	operon_1215	NZ_CP020030.1|gene2690|GTHT12_RS13455
GTHT12_RS13460	operon_1215	NZ_CP020030.1|gene2691|GTHT12_RS13460
GTHT12_RS13465	operon_1216	NZ_CP020030.1|gene2692|GTHT12_RS13465
GTHT12_RS13470	operon_1216	NZ_CP020030.1|gene2693|GTHT12_RS13470|ahpC
GTHT12_RS13475	operon_1217	NZ_CP020030.1|gene2694|GTHT12_RS13475
GTHT12_RS13480	operon_1217	NZ_CP020030.1|gene2695|GTHT12_RS13480
GTHT12_RS13485	operon_1217	NZ_CP020030.1|gene2696|GTHT12_RS13485
GTHT12_RS13490	operon_1217	NZ_CP020030.1|gene2697|GTHT12_RS13490|recJ
GTHT12_RS13495	operon_1217	NZ_CP020030.1|gene2698|GTHT12_RS13495
GTHT12_RS13500	operon_1217	NZ_CP020030.1|gene2699|GTHT12_RS13500
GTHT12_RS13505	operon_1217	NZ_CP020030.1|gene2700|GTHT12_RS13505
GTHT12_RS13510	operon_1218	NZ_CP020030.1|gene2701|GTHT12_RS13510|spoVB
GTHT12_RS13515	operon_1218	NZ_CP020030.1|gene2702|GTHT12_RS13515
GTHT12_RS13520	operon_1219	NZ_CP020030.1|gene2703|GTHT12_RS13520|yajC
GTHT12_RS13525	operon_1219	NZ_CP020030.1|gene2704|GTHT12_RS13525|tgt
GTHT12_RS13530	operon_1219	NZ_CP020030.1|gene2705|GTHT12_RS13530
GTHT12_RS13535	operon_1219	NZ_CP020030.1|gene2706|GTHT12_RS13535
GTHT12_RS13540	operon_1219	NZ_CP020030.1|gene2707|GTHT12_RS13540
GTHT12_RS13545	operon_1219	NZ_CP020030.1|gene2708|GTHT12_RS13545
GTHT12_RS13550	operon_1219	NZ_CP020030.1|gene2709|GTHT12_RS13550
GTHT12_RS13555	operon_1220	NZ_CP020030.1|gene2710|GTHT12_RS13555
GTHT12_RS13560	operon_1220	NZ_CP020030.1|gene2711|GTHT12_RS13560
GTHT12_RS13565	operon_1220	NZ_CP020030.1|gene2712|GTHT12_RS13565|nadE
GTHT12_RS13570	operon_1220	NZ_CP020030.1|gene2713|GTHT12_RS13570
GTHT12_RS13575	operon_1220	NZ_CP020030.1|gene2714|GTHT12_RS13575
GTHT12_RS13580	operon_1221	NZ_CP020030.1|gene2715|GTHT12_RS13580
GTHT12_RS13585	operon_1221	NZ_CP020030.1|gene2716|GTHT12_RS13585
GTHT12_RS13590	operon_1221	NZ_CP020030.1|gene2717|GTHT12_RS13590
GTHT12_RS13595	operon_1222	NZ_CP020030.1|gene2718|GTHT12_RS13595
GTHT12_RS13600	operon_1222	NZ_CP020030.1|gene2719|GTHT12_RS13600
GTHT12_RS13605	operon_1223	NZ_CP020030.1|gene2720|GTHT12_RS13605
GTHT12_RS13610	operon_1223	NZ_CP020030.1|gene2721|GTHT12_RS13610
GTHT12_RS13615	operon_1223	NZ_CP020030.1|gene2722|GTHT12_RS13615
GTHT12_RS13620	operon_1223	NZ_CP020030.1|gene2723|GTHT12_RS13620
GTHT12_RS13625	operon_1224	NZ_CP020030.1|gene2724|GTHT12_RS13625
GTHT12_RS13630	operon_1224	NZ_CP020030.1|gene2725|GTHT12_RS13630
GTHT12_RS13635	operon_1224	NZ_CP020030.1|gene2726|GTHT12_RS13635|rplU
GTHT12_RS13640	operon_1225	NZ_CP020030.1|gene2727|GTHT12_RS13640
GTHT12_RS13645	operon_1225	NZ_CP020030.1|gene2728|GTHT12_RS13645
GTHT12_RS13650	operon_1226	NZ_CP020030.1|gene2729|GTHT12_RS13650|minD
GTHT12_RS13655	operon_1226	NZ_CP020030.1|gene2730|GTHT12_RS13655
GTHT12_RS13660	operon_1226	NZ_CP020030.1|gene2731|GTHT12_RS13660|mreD
GTHT12_RS13665	operon_1226	NZ_CP020030.1|gene2732|GTHT12_RS13665|mreC
GTHT12_RS13670	operon_1226	NZ_CP020030.1|gene2733|GTHT12_RS13670
GTHT12_RS13675	operon_1227	NZ_CP020030.1|gene2734|GTHT12_RS13675
GTHT12_RS13680	operon_1227	NZ_CP020030.1|gene2735|GTHT12_RS13680
GTHT12_RS13685	operon_1227	NZ_CP020030.1|gene2736|GTHT12_RS13685
GTHT12_RS13690	operon_1227	NZ_CP020030.1|gene2737|GTHT12_RS13690
GTHT12_RS13695	operon_1227	NZ_CP020030.1|gene2738|GTHT12_RS13695
GTHT12_RS13700	operon_1227	NZ_CP020030.1|gene2739|GTHT12_RS13700
GTHT12_RS13705	operon_1227	NZ_CP020030.1|gene2740|GTHT12_RS13705
GTHT12_RS13710	operon_1227	NZ_CP020030.1|gene2741|GTHT12_RS13710
GTHT12_RS13715	operon_1227	NZ_CP020030.1|gene2742|GTHT12_RS13715
GTHT12_RS13720	operon_1227	NZ_CP020030.1|gene2743|GTHT12_RS13720
GTHT12_RS13725	operon_1227	NZ_CP020030.1|gene2744|GTHT12_RS13725
GTHT12_RS13730	operon_1227	NZ_CP020030.1|gene2745|GTHT12_RS13730
GTHT12_RS13735	operon_1227	NZ_CP020030.1|gene2746|GTHT12_RS13735
GTHT12_RS13740	operon_1228	NZ_CP020030.1|gene2747|GTHT12_RS13740
GTHT12_RS13745	operon_1229	NZ_CP020030.1|gene2748|GTHT12_RS13745
GTHT12_RS13750	operon_1229	NZ_CP020030.1|gene2749|GTHT12_RS13750
GTHT12_RS13755	operon_1229	NZ_CP020030.1|gene2750|GTHT12_RS13755
GTHT12_RS13760	operon_1230	NZ_CP020030.1|gene2751|GTHT12_RS13760
GTHT12_RS13765	operon_1230	NZ_CP020030.1|gene2752|GTHT12_RS13765
GTHT12_RS13770	operon_1230	NZ_CP020030.1|gene2753|GTHT12_RS13770
GTHT12_RS13775	operon_1230	NZ_CP020030.1|gene2754|GTHT12_RS13775
GTHT12_RS13780	operon_1231	NZ_CP020030.1|gene2755|GTHT12_RS13780
GTHT12_RS13785	operon_1232	NZ_CP020030.1|gene2756|GTHT12_RS13785|ysxE
GTHT12_RS13790	operon_1232	NZ_CP020030.1|gene2757|GTHT12_RS13790|spoVID
GTHT12_RS13795	operon_1232	NZ_CP020030.1|gene2758|GTHT12_RS13795|hemL
GTHT12_RS13800	operon_1232	NZ_CP020030.1|gene2759|GTHT12_RS13800
GTHT12_RS13805	operon_1232	NZ_CP020030.1|gene2760|GTHT12_RS13805
GTHT12_RS13810	operon_1232	NZ_CP020030.1|gene2761|GTHT12_RS13810
GTHT12_RS13815	operon_1232	NZ_CP020030.1|gene2762|GTHT12_RS13815
GTHT12_RS13820	operon_1232	NZ_CP020030.1|gene2763|GTHT12_RS13820
GTHT12_RS13825	operon_1233	NZ_CP020030.1|gene2764|GTHT12_RS13825
GTHT12_RS13830	operon_1234	NZ_CP020030.1|gene2765|GTHT12_RS13830|engB
GTHT12_RS13835	operon_1234	NZ_CP020030.1|gene2766|GTHT12_RS13835|lon
GTHT12_RS13840	operon_1235	NZ_CP020030.1|gene2767|GTHT12_RS13840|lonB
GTHT12_RS13845	operon_1235	NZ_CP020030.1|gene2768|GTHT12_RS13845|clpX
GTHT12_RS13850	operon_1236	NZ_CP020030.1|gene2769|GTHT12_RS13850
GTHT12_RS13855	operon_1237	NZ_CP020030.1|gene2770|GTHT12_RS13855
GTHT12_RS13860	operon_1238	NZ_CP020030.1|gene2771|GTHT12_RS13860|leuD
GTHT12_RS13865	operon_1238	NZ_CP020030.1|gene2772|GTHT12_RS13865|leuC
GTHT12_RS13870	operon_1238	NZ_CP020030.1|gene2773|GTHT12_RS13870|leuB
GTHT12_RS13875	operon_1238	NZ_CP020030.1|gene2774|GTHT12_RS13875
GTHT12_RS13880	operon_1238	NZ_CP020030.1|gene2775|GTHT12_RS13880
GTHT12_RS13885	operon_1238	NZ_CP020030.1|gene2776|GTHT12_RS13885
GTHT12_RS13890	operon_1238	NZ_CP020030.1|gene2777|GTHT12_RS13890|ilvB
GTHT12_RS13895	operon_1238	NZ_CP020030.1|gene2778|GTHT12_RS13895
GTHT12_RS13900	operon_1238	NZ_CP020030.1|gene2779|GTHT12_RS13900
GTHT12_RS13905	operon_1239	NZ_CP020030.1|gene2780|GTHT12_RS13905
GTHT12_RS13910	operon_1239	NZ_CP020030.1|gene2781|GTHT12_RS13910
GTHT12_RS13915	operon_1239	NZ_CP020030.1|gene2782|GTHT12_RS13915
GTHT12_RS13920	operon_1240	NZ_CP020030.1|gene2783|GTHT12_RS13920
GTHT12_RS13925	operon_1240	NZ_CP020030.1|gene2784|GTHT12_RS13925
GTHT12_RS13930	operon_1240	NZ_CP020030.1|gene2785|GTHT12_RS13930
GTHT12_RS13935	operon_1241	NZ_CP020030.1|gene2786|GTHT12_RS13935
GTHT12_RS13940	operon_1242	NZ_CP020030.1|gene2787|GTHT12_RS13940
GTHT12_RS13945	operon_1242	NZ_CP020030.1|gene2788|GTHT12_RS13945
GTHT12_RS13950	operon_1243	NZ_CP020030.1|gene2789|GTHT12_RS13950
GTHT12_RS13955	operon_1244	NZ_CP020030.1|gene2790|GTHT12_RS13955
GTHT12_RS13960	operon_1245	NZ_CP020030.1|gene2791|GTHT12_RS13960
GTHT12_RS13965	operon_1246	NZ_CP020030.1|gene2792|GTHT12_RS13965
GTHT12_RS13970	operon_1246	NZ_CP020030.1|gene2793|GTHT12_RS13970|ssuD
GTHT12_RS13975	operon_1246	NZ_CP020030.1|gene2794|GTHT12_RS13975|ssuE
GTHT12_RS13980	operon_1246	NZ_CP020030.1|gene2795|GTHT12_RS13980
GTHT12_RS13985	operon_1246	NZ_CP020030.1|gene2796|GTHT12_RS13985|ssuB
GTHT12_RS13990	operon_1246	NZ_CP020030.1|gene2797|GTHT12_RS13990|ssuC
GTHT12_RS13995	operon_1247	NZ_CP020030.1|gene2798|GTHT12_RS13995
GTHT12_RS14000	operon_1248	NZ_CP020030.1|gene2799|GTHT12_RS14000|trxA
GTHT12_RS14005	operon_1249	NZ_CP020030.1|gene2800|GTHT12_RS14005
GTHT12_RS14010	operon_1249	NZ_CP020030.1|gene2801|GTHT12_RS14010
GTHT12_RS14015	operon_1249	NZ_CP020030.1|gene2802|GTHT12_RS14015
GTHT12_RS14020	operon_1249	NZ_CP020030.1|gene2803|GTHT12_RS14020
GTHT12_RS14025	operon_1249	NZ_CP020030.1|gene2804|GTHT12_RS14025
GTHT12_RS14030	operon_1250	NZ_CP020030.1|gene2805|GTHT12_RS14030
GTHT12_RS14035	operon_1250	NZ_CP020030.1|gene2806|GTHT12_RS14035
GTHT12_RS14040	operon_1250	NZ_CP020030.1|gene2807|GTHT12_RS14040
GTHT12_RS14045	operon_1250	NZ_CP020030.1|gene2808|GTHT12_RS14045
GTHT12_RS14050	operon_1250	NZ_CP020030.1|gene2809|GTHT12_RS14050
GTHT12_RS14055	operon_1251	NZ_CP020030.1|gene2810|GTHT12_RS14055
GTHT12_RS14060	operon_1252	NZ_CP020030.1|gene2811|GTHT12_RS14060
GTHT12_RS14065	operon_1253	NZ_CP020030.1|gene2812|GTHT12_RS14065
GTHT12_RS14070	operon_1253	NZ_CP020030.1|gene2813|GTHT12_RS14070
GTHT12_RS14075	operon_1254	NZ_CP020030.1|gene2814|GTHT12_RS14075
GTHT12_RS14080	operon_1255	NZ_CP020030.1|gene2815|GTHT12_RS14080
GTHT12_RS14085	operon_1255	NZ_CP020030.1|gene2816|GTHT12_RS14085
GTHT12_RS14090	operon_1256	NZ_CP020030.1|gene2817|GTHT12_RS14090|modA
GTHT12_RS14095	operon_1256	NZ_CP020030.1|gene2818|GTHT12_RS14095
GTHT12_RS14100	operon_1256	NZ_CP020030.1|gene2819|GTHT12_RS14100
GTHT12_RS14105	operon_1257	NZ_CP020030.1|gene2820|GTHT12_RS14105
GTHT12_RS14110	operon_1257	NZ_CP020030.1|gene2821|GTHT12_RS14110|msrA
GTHT12_RS14115	operon_1258	NZ_CP020030.1|gene2822|GTHT12_RS14115|sspI
GTHT12_RS14120	operon_1259	NZ_CP020030.1|gene2823|GTHT12_RS14120
GTHT12_RS14125	operon_1260	NZ_CP020030.1|gene2824|GTHT12_RS14125
GTHT12_RS14130	operon_1260	NZ_CP020030.1|gene2825|GTHT12_RS14130
GTHT12_RS14135	operon_1260	NZ_CP020030.1|gene2826|GTHT12_RS14135
GTHT12_RS14140	operon_1260	NZ_CP020030.1|gene2827|GTHT12_RS14140
GTHT12_RS14145	operon_1260	NZ_CP020030.1|gene2828|GTHT12_RS14145
GTHT12_RS14150	operon_1260	NZ_CP020030.1|gene2829|GTHT12_RS14150
GTHT12_RS14155	operon_1261	NZ_CP020030.1|gene2830|GTHT12_RS14155
GTHT12_RS14160	operon_1262	NZ_CP020030.1|gene2831|GTHT12_RS14160
GTHT12_RS14165	operon_1263	NZ_CP020030.1|gene2832|GTHT12_RS14165
GTHT12_RS14170	operon_1263	NZ_CP020030.1|gene2833|GTHT12_RS14170
GTHT12_RS14175	operon_1263	NZ_CP020030.1|gene2834|GTHT12_RS14175|nrdR
GTHT12_RS14180	operon_1263	NZ_CP020030.1|gene2835|GTHT12_RS14180
GTHT12_RS14185	operon_1263	NZ_CP020030.1|gene2836|GTHT12_RS14185
GTHT12_RS14190	operon_1264	NZ_CP020030.1|gene2837|GTHT12_RS14190
GTHT12_RS14195	operon_1264	NZ_CP020030.1|gene2838|GTHT12_RS14195
GTHT12_RS14200	operon_1264	NZ_CP020030.1|gene2839|GTHT12_RS14200|mutM
GTHT12_RS14205	operon_1265	NZ_CP020030.1|gene2840|GTHT12_RS14205|polA
GTHT12_RS14210	operon_1265	NZ_CP020030.1|gene2841|GTHT12_RS14210
GTHT12_RS14215	operon_1265	NZ_CP020030.1|gene2842|GTHT12_RS14215
GTHT12_RS14220	operon_1266	NZ_CP020030.1|gene2843|GTHT12_RS14220
GTHT12_RS14225	operon_1266	NZ_CP020030.1|gene2844|GTHT12_RS14225|mdh
GTHT12_RS14230	operon_1266	NZ_CP020030.1|gene2845|GTHT12_RS14230
GTHT12_RS14235	operon_1266	NZ_CP020030.1|gene2846|GTHT12_RS14235
GTHT12_RS14240	operon_1267	NZ_CP020030.1|gene2847|GTHT12_RS14240
GTHT12_RS14245	operon_1268	NZ_CP020030.1|gene2848|GTHT12_RS14245|ytvI
GTHT12_RS14250	operon_1269	NZ_CP020030.1|gene2849|GTHT12_RS14250|pyk
GTHT12_RS14255	operon_1269	NZ_CP020030.1|gene2850|GTHT12_RS14255|pfkA
GTHT12_RS14260	operon_1270	NZ_CP020030.1|gene2851|GTHT12_RS14260|accA
GTHT12_RS14265	operon_1270	NZ_CP020030.1|gene2852|GTHT12_RS14265
GTHT12_RS14270	operon_1270	NZ_CP020030.1|gene2853|GTHT12_RS14270
GTHT12_RS14275	operon_1271	NZ_CP020030.1|gene2854|GTHT12_RS14275
GTHT12_RS14280	operon_1272	NZ_CP020030.1|gene2855|GTHT12_RS14280
GTHT12_RS14285	operon_1272	NZ_CP020030.1|gene2856|GTHT12_RS14285
GTHT12_RS14290	operon_1273	NZ_CP020030.1|gene2857|GTHT12_RS14290
GTHT12_RS14295	operon_1274	NZ_CP020030.1|gene2858|GTHT12_RS14295
GTHT12_RS14300	operon_1275	NZ_CP020030.1|gene2859|GTHT12_RS14300
GTHT12_RS14305	operon_1276	NZ_CP020030.1|gene2860|GTHT12_RS14305
GTHT12_RS14310	operon_1277	NZ_CP020030.1|gene2861|GTHT12_RS14310
GTHT12_RS14315	operon_1278	NZ_CP020030.1|gene2862|GTHT12_RS14315
GTHT12_RS14320	operon_1279	NZ_CP020030.1|gene2863|GTHT12_RS14320|ald
GTHT12_RS14325	operon_1279	NZ_CP020030.1|gene2864|GTHT12_RS14325|fabG
GTHT12_RS14330	operon_1280	NZ_CP020030.1|gene2865|GTHT12_RS14330
GTHT12_RS14335	operon_1281	NZ_CP020030.1|gene2866|GTHT12_RS14335|argH
GTHT12_RS14340	operon_1281	NZ_CP020030.1|gene2867|GTHT12_RS14340
GTHT12_RS14345	operon_1282	NZ_CP020030.1|gene2868|GTHT12_RS14345
GTHT12_RS14350	operon_1283	NZ_CP020030.1|gene2869|GTHT12_RS14350
GTHT12_RS14355	operon_1284	NZ_CP020030.1|gene2870|GTHT12_RS14355
GTHT12_RS14360	operon_1285	NZ_CP020030.1|gene2871|GTHT12_RS14360
GTHT12_RS14365	operon_1286	NZ_CP020030.1|gene2872|GTHT12_RS14365
GTHT12_RS14370	operon_1287	NZ_CP020030.1|gene2873|GTHT12_RS14370
GTHT12_RS14375	operon_1287	NZ_CP020030.1|gene2874|GTHT12_RS14375
GTHT12_RS14380	operon_1288	NZ_CP020030.1|gene2875|GTHT12_RS14380|ytfJ
GTHT12_RS14385	operon_1288	NZ_CP020030.1|gene2876|GTHT12_RS14385
GTHT12_RS14390	operon_1289	NZ_CP020030.1|gene2877|GTHT12_RS14390
GTHT12_RS14395	operon_1289	NZ_CP020030.1|gene2878|GTHT12_RS14395|sppA
GTHT12_RS14400	operon_1290	NZ_CP020030.1|gene2879|GTHT12_RS14400
GTHT12_RS14405	operon_1291	NZ_CP020030.1|gene2880|GTHT12_RS14405
GTHT12_RS14410	operon_1291	NZ_CP020030.1|gene2881|GTHT12_RS14410
GTHT12_RS14415	operon_1291	NZ_CP020030.1|gene2882|GTHT12_RS14415
GTHT12_RS14420	operon_1291	NZ_CP020030.1|gene2883|GTHT12_RS14420
GTHT12_RS14425	operon_1291	NZ_CP020030.1|gene2884|GTHT12_RS14425
GTHT12_RS14430	operon_1291	NZ_CP020030.1|gene2885|GTHT12_RS14430
GTHT12_RS14435	operon_1292	NZ_CP020030.1|gene2886|GTHT12_RS14435
GTHT12_RS14440	operon_1292	NZ_CP020030.1|gene2887|GTHT12_RS14440
GTHT12_RS14445	operon_1293	NZ_CP020030.1|gene2888|GTHT12_RS14445
GTHT12_RS14450	operon_1293	NZ_CP020030.1|gene2889|GTHT12_RS14450
GTHT12_RS14455	operon_1294	NZ_CP020030.1|gene2890|GTHT12_RS14455
GTHT12_RS14460	operon_1295	NZ_CP020030.1|gene2891|GTHT12_RS14460
GTHT12_RS14465	operon_1296	NZ_CP020030.1|gene2892|GTHT12_RS14465
GTHT12_RS14470	operon_1297	NZ_CP020030.1|gene2893|GTHT12_RS14470
GTHT12_RS14475	operon_1298	NZ_CP020030.1|gene2894|GTHT12_RS14475
GTHT12_RS14480	operon_1298	NZ_CP020030.1|gene2895|GTHT12_RS14480
GTHT12_RS14485	operon_1298	NZ_CP020030.1|gene2896|GTHT12_RS14485
GTHT12_RS14490	operon_1299	NZ_CP020030.1|gene2897|GTHT12_RS14490
GTHT12_RS14495	operon_1299	NZ_CP020030.1|gene2898|GTHT12_RS14495
GTHT12_RS14500	operon_1300	NZ_CP020030.1|gene2899|GTHT12_RS14500
GTHT12_RS14505	operon_1301	NZ_CP020030.1|gene2900|GTHT12_RS14505
GTHT12_RS14510	operon_1302	NZ_CP020030.1|gene2901|GTHT12_RS14510
GTHT12_RS14515	operon_1303	NZ_CP020030.1|gene2902|GTHT12_RS14515
GTHT12_RS14520	operon_1303	NZ_CP020030.1|gene2903|GTHT12_RS14520
GTHT12_RS14525	operon_1303	NZ_CP020030.1|gene2904|GTHT12_RS14525
GTHT12_RS14530	operon_1304	NZ_CP020030.1|gene2905|GTHT12_RS14530
GTHT12_RS14535	operon_1305	NZ_CP020030.1|gene2906|GTHT12_RS14535
GTHT12_RS14540	operon_1305	NZ_CP020030.1|gene2907|GTHT12_RS14540
GTHT12_RS14545	operon_1306	NZ_CP020030.1|gene2908|GTHT12_RS14545
GTHT12_RS14550	operon_1307	NZ_CP020030.1|gene2909|GTHT12_RS14550
GTHT12_RS14555	operon_1307	NZ_CP020030.1|gene2910|GTHT12_RS14555
GTHT12_RS14560	operon_1307	NZ_CP020030.1|gene2911|GTHT12_RS14560
GTHT12_RS14565	operon_1307	NZ_CP020030.1|gene2912|GTHT12_RS14565
GTHT12_RS14570	operon_1308	NZ_CP020030.1|gene2913|GTHT12_RS14570
GTHT12_RS14575	operon_1309	NZ_CP020030.1|gene2914|GTHT12_RS14575
GTHT12_RS14580	operon_1310	NZ_CP020030.1|gene2915|GTHT12_RS14580
GTHT12_RS14585	operon_1310	NZ_CP020030.1|gene2916|GTHT12_RS14585
GTHT12_RS14590	operon_1310	NZ_CP020030.1|gene2917|GTHT12_RS14590
GTHT12_RS14595	operon_1311	NZ_CP020030.1|gene2918|GTHT12_RS14595
GTHT12_RS14600	operon_1311	NZ_CP020030.1|gene2919|GTHT12_RS14600|ccpA
GTHT12_RS14605	operon_1312	NZ_CP020030.1|gene2920|GTHT12_RS14605
GTHT12_RS14610	operon_1313	NZ_CP020030.1|gene2921|GTHT12_RS14610
GTHT12_RS14615	operon_1313	NZ_CP020030.1|gene2922|GTHT12_RS14615
GTHT12_RS14620	operon_1313	NZ_CP020030.1|gene2923|GTHT12_RS14620
GTHT12_RS14625	operon_1314	NZ_CP020030.1|gene2924|GTHT12_RS14625
GTHT12_RS14630	operon_1314	NZ_CP020030.1|gene2925|GTHT12_RS14630
GTHT12_RS14635	operon_1314	NZ_CP020030.1|gene2926|GTHT12_RS14635
GTHT12_RS14640	operon_1314	NZ_CP020030.1|gene2927|GTHT12_RS14640
GTHT12_RS14645	operon_1314	NZ_CP020030.1|gene2928|GTHT12_RS14645|yjjX
GTHT12_RS14650	operon_1314	NZ_CP020030.1|gene2929|GTHT12_RS14650
GTHT12_RS14655	operon_1315	NZ_CP020030.1|gene2930|GTHT12_RS14655
GTHT12_RS14660	operon_1316	NZ_CP020030.1|gene2931|GTHT12_RS14660
GTHT12_RS14665	operon_1317	NZ_CP020030.1|gene2932|GTHT12_RS14665
GTHT12_RS14670	operon_1318	NZ_CP020030.1|gene2933|GTHT12_RS14670
GTHT12_RS14675	operon_1319	NZ_CP020030.1|gene2934|GTHT12_RS14675
GTHT12_RS14680	operon_1320	NZ_CP020030.1|gene2935|GTHT12_RS14680|pulA
GTHT12_RS14685	operon_1320	NZ_CP020030.1|gene2936|GTHT12_RS14685
GTHT12_RS14690	operon_1320	NZ_CP020030.1|gene2937|GTHT12_RS14690
GTHT12_RS14695	operon_1320	NZ_CP020030.1|gene2938|GTHT12_RS14695
GTHT12_RS14700	operon_1320	NZ_CP020030.1|gene2939|GTHT12_RS14700
GTHT12_RS14705	operon_1321	NZ_CP020030.1|gene2940|GTHT12_RS14705
GTHT12_RS14710	operon_1322	NZ_CP020030.1|gene2941|GTHT12_RS14710
GTHT12_RS14715	operon_1323	NZ_CP020030.1|gene2942|GTHT12_RS14715
GTHT12_RS14720	operon_1324	NZ_CP020030.1|gene2943|GTHT12_RS14720
GTHT12_RS14725	operon_1325	NZ_CP020030.1|gene2944|GTHT12_RS14725
GTHT12_RS14730	operon_1326	NZ_CP020030.1|gene2945|GTHT12_RS14730
GTHT12_RS14735	operon_1327	NZ_CP020030.1|gene2946|GTHT12_RS14735
GTHT12_RS14740	operon_1327	NZ_CP020030.1|gene2947|GTHT12_RS14740
GTHT12_RS14745	operon_1328	NZ_CP020030.1|gene2948|GTHT12_RS14745
GTHT12_RS14750	operon_1328	NZ_CP020030.1|gene2949|GTHT12_RS14750
GTHT12_RS14755	operon_1328	NZ_CP020030.1|gene2950|GTHT12_RS14755
GTHT12_RS14760	operon_1329	NZ_CP020030.1|gene2951|GTHT12_RS14760
GTHT12_RS14765	operon_1329	NZ_CP020030.1|gene2952|GTHT12_RS14765|mraW
GTHT12_RS14770	operon_1330	NZ_CP020030.1|gene2953|GTHT12_RS14770
GTHT12_RS14775	operon_1331	NZ_CP020030.1|gene2954|GTHT12_RS14775
GTHT12_RS14780	operon_1332	NZ_CP020030.1|gene2955|GTHT12_RS14780
GTHT12_RS14785	operon_1333	NZ_CP020030.1|gene2956|GTHT12_RS14785|pckA
GTHT12_RS14790	operon_1334	NZ_CP020030.1|gene2957|GTHT12_RS14790
GTHT12_RS14795	operon_1334	NZ_CP020030.1|gene2958|GTHT12_RS14795
GTHT12_RS14800	operon_1335	NZ_CP020030.1|gene2959|GTHT12_RS14800
GTHT12_RS14805	operon_1335	NZ_CP020030.1|gene2960|GTHT12_RS14805
GTHT12_RS14810	operon_1335	NZ_CP020030.1|gene2961|GTHT12_RS14810
GTHT12_RS14815	operon_1336	NZ_CP020030.1|gene2962|GTHT12_RS14815|ytkD
GTHT12_RS14820	operon_1336	NZ_CP020030.1|gene2963|GTHT12_RS14820
GTHT12_RS14825	operon_1337	NZ_CP020030.1|gene2964|GTHT12_RS14825
GTHT12_RS14830	operon_1337	NZ_CP020030.1|gene2965|GTHT12_RS14830
GTHT12_RS14835	operon_1338	NZ_CP020030.1|gene2966|GTHT12_RS14835
GTHT12_RS14840	operon_1339	NZ_CP020030.1|gene2967|GTHT12_RS14840
GTHT12_RS14845	operon_1340	NZ_CP020030.1|gene2968|GTHT12_RS14845
GTHT12_RS14850	operon_1340	NZ_CP020030.1|gene2969|GTHT12_RS14850
GTHT12_RS14855	operon_1341	NZ_CP020030.1|gene2970|GTHT12_RS14855
GTHT12_RS14860	operon_1342	NZ_CP020030.1|gene2971|GTHT12_RS14860
GTHT12_RS14865	operon_1342	NZ_CP020030.1|gene2972|GTHT12_RS14865
GTHT12_RS14870	operon_1343	NZ_CP020030.1|gene2973|GTHT12_RS14870
GTHT12_RS14875	operon_1343	NZ_CP020030.1|gene2974|GTHT12_RS14875
GTHT12_RS14880	operon_1344	NZ_CP020030.1|gene2975|GTHT12_RS14880|menE
GTHT12_RS14885	operon_1345	NZ_CP020030.1|gene2976|GTHT12_RS14885
GTHT12_RS14890	operon_1345	NZ_CP020030.1|gene2977|GTHT12_RS14890|menH
GTHT12_RS14895	operon_1345	NZ_CP020030.1|gene2978|GTHT12_RS14895
GTHT12_RS14900	operon_1345	NZ_CP020030.1|gene2979|GTHT12_RS14900
GTHT12_RS14905	operon_1346	NZ_CP020030.1|gene2980|GTHT12_RS14905
GTHT12_RS14910	operon_1346	NZ_CP020030.1|gene2981|GTHT12_RS14910
GTHT12_RS14915	operon_1346	NZ_CP020030.1|gene2982|GTHT12_RS14915
GTHT12_RS14920	operon_1347	NZ_CP020030.1|gene2983|GTHT12_RS14920
GTHT12_RS14925	operon_1347	NZ_CP020030.1|gene2984|GTHT12_RS14925
GTHT12_RS14930	operon_1347	NZ_CP020030.1|gene2985|GTHT12_RS14930
GTHT12_RS14935	operon_1347	NZ_CP020030.1|gene2986|GTHT12_RS14935
GTHT12_RS14940	operon_1347	NZ_CP020030.1|gene2987|GTHT12_RS14940|glgB
GTHT12_RS14945	operon_1348	NZ_CP020030.1|gene2988|GTHT12_RS14945
GTHT12_RS14950	operon_1349	NZ_CP020030.1|gene2989|GTHT12_RS14950
GTHT12_RS14955	operon_1350	NZ_CP020030.1|gene2990|GTHT12_RS14955
GTHT12_RS14960	operon_1351	NZ_CP020030.1|gene2991|GTHT12_RS14960
GTHT12_RS14965	operon_1352	NZ_CP020030.1|gene2992|GTHT12_RS14965
GTHT12_RS14970	operon_1353	NZ_CP020030.1|gene2993|GTHT12_RS14970
GTHT12_RS14975	operon_1354	NZ_CP020030.1|gene2994|GTHT12_RS14975
GTHT12_RS14980	operon_1354	NZ_CP020030.1|gene2995|GTHT12_RS14980
GTHT12_RS14985	operon_1355	NZ_CP020030.1|gene2996|GTHT12_RS14985
GTHT12_RS14990	operon_1356	NZ_CP020030.1|gene2997|GTHT12_RS14990
GTHT12_RS14995	operon_1357	NZ_CP020030.1|gene2998|GTHT12_RS14995
GTHT12_RS15000	operon_1358	NZ_CP020030.1|gene2999|GTHT12_RS15000
GTHT12_RS15005	operon_1359	NZ_CP020030.1|gene3000|GTHT12_RS15005
GTHT12_RS15010	operon_1360	NZ_CP020030.1|gene3001|GTHT12_RS15010
GTHT12_RS15015	operon_1360	NZ_CP020030.1|gene3002|GTHT12_RS15015
GTHT12_RS15020	operon_1361	NZ_CP020030.1|gene3003|GTHT12_RS15020|tsaA
GTHT12_RS15025	operon_1361	NZ_CP020030.1|gene3004|GTHT12_RS15025
GTHT12_RS15030	operon_1362	NZ_CP020030.1|gene3005|GTHT12_RS15030
GTHT12_RS15035	operon_1362	NZ_CP020030.1|gene3006|GTHT12_RS15035
GTHT12_RS15040	operon_1363	NZ_CP020030.1|gene3007|GTHT12_RS15040
GTHT12_RS15045	operon_1364	NZ_CP020030.1|gene3008|GTHT12_RS15045
GTHT12_RS15050	operon_1365	NZ_CP020030.1|gene3009|GTHT12_RS15050
GTHT12_RS15055	operon_1366	NZ_CP020030.1|gene3010|GTHT12_RS15055
GTHT12_RS15060	operon_1367	NZ_CP020030.1|gene3011|GTHT12_RS15060
GTHT12_RS15065	operon_1368	NZ_CP020030.1|gene3012|GTHT12_RS15065
GTHT12_RS15070	operon_1368	NZ_CP020030.1|gene3013|GTHT12_RS15070
GTHT12_RS15075	operon_1369	NZ_CP020030.1|gene3014|GTHT12_RS15075
GTHT12_RS15080	operon_1370	NZ_CP020030.1|gene3015|GTHT12_RS15080
GTHT12_RS15085	operon_1370	NZ_CP020030.1|gene3016|GTHT12_RS15085
GTHT12_RS15090	operon_1370	NZ_CP020030.1|gene3017|GTHT12_RS15090
GTHT12_RS15095	operon_1370	NZ_CP020030.1|gene3018|GTHT12_RS15095
GTHT12_RS15100	operon_1371	NZ_CP020030.1|gene3019|GTHT12_RS15100
GTHT12_RS15105	operon_1371	NZ_CP020030.1|gene3020|GTHT12_RS15105
GTHT12_RS15110	operon_1372	NZ_CP020030.1|gene3021|GTHT12_RS15110
GTHT12_RS15115	operon_1373	NZ_CP020030.1|gene3022|GTHT12_RS15115
GTHT12_RS15120	operon_1374	NZ_CP020030.1|gene3023|GTHT12_RS15120
GTHT12_RS15125	operon_1374	NZ_CP020030.1|gene3024|GTHT12_RS15125
GTHT12_RS15130	operon_1374	NZ_CP020030.1|gene3025|GTHT12_RS15130
GTHT12_RS15135	operon_1374	NZ_CP020030.1|gene3026|GTHT12_RS15135
GTHT12_RS15140	operon_1374	NZ_CP020030.1|gene3027|GTHT12_RS15140
GTHT12_RS15145	operon_1374	NZ_CP020030.1|gene3028|GTHT12_RS15145
GTHT12_RS15150	operon_1374	NZ_CP020030.1|gene3029|GTHT12_RS15150
GTHT12_RS15155	operon_1374	NZ_CP020030.1|gene3030|GTHT12_RS15155
GTHT12_RS15160	operon_1374	NZ_CP020030.1|gene3031|GTHT12_RS15160
GTHT12_RS15165	operon_1374	NZ_CP020030.1|gene3032|GTHT12_RS15165
GTHT12_RS15170	operon_1374	NZ_CP020030.1|gene3033|GTHT12_RS15170
GTHT12_RS15175	operon_1374	NZ_CP020030.1|gene3034|GTHT12_RS15175
GTHT12_RS15180	operon_1374	NZ_CP020030.1|gene3035|GTHT12_RS15180
GTHT12_RS15185	operon_1374	NZ_CP020030.1|gene3036|GTHT12_RS15185
GTHT12_RS15190	operon_1374	NZ_CP020030.1|gene3037|GTHT12_RS15190
GTHT12_RS15195	operon_1375	NZ_CP020030.1|gene3038|GTHT12_RS15195
GTHT12_RS15200	operon_1376	NZ_CP020030.1|gene3039|GTHT12_RS15200
GTHT12_RS15205	operon_1376	NZ_CP020030.1|gene3040|GTHT12_RS15205
GTHT12_RS15210	operon_1377	NZ_CP020030.1|gene3041|GTHT12_RS15210
GTHT12_RS15215	operon_1378	NZ_CP020030.1|gene3042|GTHT12_RS15215
GTHT12_RS15220	operon_1379	NZ_CP020030.1|gene3043|GTHT12_RS15220
GTHT12_RS15225	operon_1380	NZ_CP020030.1|gene3044|GTHT12_RS15225
GTHT12_RS15230	operon_1380	NZ_CP020030.1|gene3045|GTHT12_RS15230
GTHT12_RS15235	operon_1381	NZ_CP020030.1|gene3046|GTHT12_RS15235
GTHT12_RS15240	operon_1382	NZ_CP020030.1|gene3047|GTHT12_RS15240
GTHT12_RS15245	operon_1383	NZ_CP020030.1|gene3048|GTHT12_RS15245
GTHT12_RS15250	operon_1383	NZ_CP020030.1|gene3049|GTHT12_RS15250
GTHT12_RS15255	operon_1383	NZ_CP020030.1|gene3050|GTHT12_RS15255
GTHT12_RS15260	operon_1384	NZ_CP020030.1|gene3051|GTHT12_RS15260
GTHT12_RS15265	operon_1385	NZ_CP020030.1|gene3052|GTHT12_RS15265
GTHT12_RS15270	operon_1386	NZ_CP020030.1|gene3053|GTHT12_RS15270
GTHT12_RS15275	operon_1387	NZ_CP020030.1|gene3054|GTHT12_RS15275
GTHT12_RS15280	operon_1388	NZ_CP020030.1|gene3055|GTHT12_RS15280
GTHT12_RS15285	operon_1389	NZ_CP020030.1|gene3056|GTHT12_RS15285
GTHT12_RS15290	operon_1390	NZ_CP020030.1|gene3057|GTHT12_RS15290
GTHT12_RS15295	operon_1391	NZ_CP020030.1|gene3058|GTHT12_RS15295
GTHT12_RS15300	operon_1391	NZ_CP020030.1|gene3059|GTHT12_RS15300
GTHT12_RS15305	operon_1391	NZ_CP020030.1|gene3060|GTHT12_RS15305
GTHT12_RS15310	operon_1391	NZ_CP020030.1|gene3061|GTHT12_RS15310
GTHT12_RS15315	operon_1392	NZ_CP020030.1|gene3062|GTHT12_RS15315
GTHT12_RS15320	operon_1393	NZ_CP020030.1|gene3063|GTHT12_RS15320
GTHT12_RS15325	operon_1393	NZ_CP020030.1|gene3064|GTHT12_RS15325
GTHT12_RS15330	operon_1393	NZ_CP020030.1|gene3065|GTHT12_RS15330
GTHT12_RS15335	operon_1394	NZ_CP020030.1|gene3066|GTHT12_RS15335
GTHT12_RS15340	operon_1394	NZ_CP020030.1|gene3067|GTHT12_RS15340
GTHT12_RS15345	operon_1394	NZ_CP020030.1|gene3068|GTHT12_RS15345
GTHT12_RS15350	operon_1394	NZ_CP020030.1|gene3069|GTHT12_RS15350
GTHT12_RS15355	operon_1394	NZ_CP020030.1|gene3070|GTHT12_RS15355
GTHT12_RS15360	operon_1394	NZ_CP020030.1|gene3071|GTHT12_RS15360
GTHT12_RS15365	operon_1394	NZ_CP020030.1|gene3072|GTHT12_RS15365
GTHT12_RS15370	operon_1395	NZ_CP020030.1|gene3073|GTHT12_RS15370
GTHT12_RS15375	operon_1396	NZ_CP020030.1|gene3074|GTHT12_RS15375
GTHT12_RS15380	operon_1397	NZ_CP020030.1|gene3075|GTHT12_RS15380
GTHT12_RS15385	operon_1397	NZ_CP020030.1|gene3076|GTHT12_RS15385
GTHT12_RS15390	operon_1398	NZ_CP020030.1|gene3077|GTHT12_RS15390
GTHT12_RS15395	operon_1399	NZ_CP020030.1|gene3078|GTHT12_RS15395
GTHT12_RS15400	operon_1400	NZ_CP020030.1|gene3079|GTHT12_RS15400
GTHT12_RS15405	operon_1401	NZ_CP020030.1|gene3080|GTHT12_RS15405
GTHT12_RS15410	operon_1402	NZ_CP020030.1|gene3081|GTHT12_RS15410
GTHT12_RS15415	operon_1402	NZ_CP020030.1|gene3082|GTHT12_RS15415
GTHT12_RS15420	operon_1403	NZ_CP020030.1|gene3083|GTHT12_RS15420
GTHT12_RS15425	operon_1404	NZ_CP020030.1|gene3084|GTHT12_RS15425
GTHT12_RS15430	operon_1404	NZ_CP020030.1|gene3085|GTHT12_RS15430
GTHT12_RS15435	operon_1404	NZ_CP020030.1|gene3086|GTHT12_RS15435
GTHT12_RS15440	operon_1405	NZ_CP020030.1|gene3087|GTHT12_RS15440
GTHT12_RS15445	operon_1406	NZ_CP020030.1|gene3088|GTHT12_RS15445
GTHT12_RS15450	operon_1407	NZ_CP020030.1|gene3089|GTHT12_RS15450
GTHT12_RS15455	operon_1408	NZ_CP020030.1|gene3090|GTHT12_RS15455
GTHT12_RS15460	operon_1408	NZ_CP020030.1|gene3091|GTHT12_RS15460
GTHT12_RS15465	operon_1408	NZ_CP020030.1|gene3092|GTHT12_RS15465
GTHT12_RS15470	operon_1408	NZ_CP020030.1|gene3093|GTHT12_RS15470
GTHT12_RS15475	operon_1408	NZ_CP020030.1|gene3094|GTHT12_RS15475|yutH
GTHT12_RS15480	operon_1409	NZ_CP020030.1|gene3095|GTHT12_RS15480
GTHT12_RS15485	operon_1410	NZ_CP020030.1|gene3096|GTHT12_RS15485
GTHT12_RS15490	operon_1411	NZ_CP020030.1|gene3097|GTHT12_RS15490
GTHT12_RS15495	operon_1412	NZ_CP020030.1|gene3098|GTHT12_RS15495
GTHT12_RS15500	operon_1412	NZ_CP020030.1|gene3099|GTHT12_RS15500
GTHT12_RS15505	operon_1413	NZ_CP020030.1|gene3100|GTHT12_RS15505
GTHT12_RS15510	operon_1414	NZ_CP020030.1|gene3101|GTHT12_RS15510
GTHT12_RS15515	operon_1415	NZ_CP020030.1|gene3102|GTHT12_RS15515|lipA
GTHT12_RS15520	operon_1416	NZ_CP020030.1|gene3103|GTHT12_RS15520
GTHT12_RS15525	operon_1417	NZ_CP020030.1|gene3104|GTHT12_RS15525
GTHT12_RS15530	operon_1417	NZ_CP020030.1|gene3105|GTHT12_RS15530|livG
GTHT12_RS15535	operon_1417	NZ_CP020030.1|gene3106|GTHT12_RS15535
GTHT12_RS15540	operon_1417	NZ_CP020030.1|gene3107|GTHT12_RS15540
GTHT12_RS15545	operon_1417	NZ_CP020030.1|gene3108|GTHT12_RS15545
GTHT12_RS15550	operon_1418	NZ_CP020030.1|gene3109|GTHT12_RS15550|yunB
GTHT12_RS15555	operon_1418	NZ_CP020030.1|gene3110|GTHT12_RS15555
GTHT12_RS15560	operon_1418	NZ_CP020030.1|gene3111|GTHT12_RS15560
GTHT12_RS15565	operon_1418	NZ_CP020030.1|gene3112|GTHT12_RS15565
GTHT12_RS15570	operon_1418	NZ_CP020030.1|gene3113|GTHT12_RS15570
GTHT12_RS15575	operon_1418	NZ_CP020030.1|gene3114|GTHT12_RS15575
GTHT12_RS15580	operon_1419	NZ_CP020030.1|gene3115|GTHT12_RS15580|sufB
GTHT12_RS15585	operon_1419	NZ_CP020030.1|gene3116|GTHT12_RS15585
GTHT12_RS15590	operon_1419	NZ_CP020030.1|gene3117|GTHT12_RS15590
GTHT12_RS15595	operon_1419	NZ_CP020030.1|gene3118|GTHT12_RS15595|sufD
GTHT12_RS15600	operon_1419	NZ_CP020030.1|gene3119|GTHT12_RS15600|sufC
GTHT12_RS15605	operon_1420	NZ_CP020030.1|gene3120|GTHT12_RS15605
GTHT12_RS15610	operon_1421	NZ_CP020030.1|gene3121|GTHT12_RS15610
GTHT12_RS15615	operon_1422	NZ_CP020030.1|gene3122|GTHT12_RS15615
GTHT12_RS15620	operon_1422	NZ_CP020030.1|gene3123|GTHT12_RS15620
GTHT12_RS15625	operon_1422	NZ_CP020030.1|gene3124|GTHT12_RS15625
GTHT12_RS15630	operon_1423	NZ_CP020030.1|gene3125|GTHT12_RS15630
GTHT12_RS15635	operon_1424	NZ_CP020030.1|gene3126|GTHT12_RS15635
GTHT12_RS15640	operon_1424	NZ_CP020030.1|gene3127|GTHT12_RS15640
GTHT12_RS15645	operon_1424	NZ_CP020030.1|gene3128|GTHT12_RS15645
GTHT12_RS15650	operon_1424	NZ_CP020030.1|gene3129|GTHT12_RS15650|gcvH
GTHT12_RS15655	operon_1424	NZ_CP020030.1|gene3130|GTHT12_RS15655
GTHT12_RS15660	operon_1424	NZ_CP020030.1|gene3131|GTHT12_RS15660
GTHT12_RS15665	operon_1424	NZ_CP020030.1|gene3132|GTHT12_RS15665
GTHT12_RS15670	operon_1424	NZ_CP020030.1|gene3133|GTHT12_RS15670
GTHT12_RS15675	operon_1425	NZ_CP020030.1|gene3134|GTHT12_RS15675
GTHT12_RS15680	operon_1426	NZ_CP020030.1|gene3135|GTHT12_RS15680
GTHT12_RS15685	operon_1427	NZ_CP020030.1|gene3136|GTHT12_RS15685
GTHT12_RS15690	operon_1427	NZ_CP020030.1|gene3137|GTHT12_RS15690
GTHT12_RS15695	operon_1427	NZ_CP020030.1|gene3138|GTHT12_RS15695
GTHT12_RS15700	operon_1427	NZ_CP020030.1|gene3139|GTHT12_RS15700
GTHT12_RS15705	operon_1427	NZ_CP020030.1|gene3140|GTHT12_RS15705
GTHT12_RS15710	operon_1428	NZ_CP020030.1|gene3141|GTHT12_RS15710
GTHT12_RS15715	operon_1428	NZ_CP020030.1|gene3142|GTHT12_RS15715
GTHT12_RS15720	operon_1429	NZ_CP020030.1|gene3143|GTHT12_RS15720
GTHT12_RS15725	operon_1430	NZ_CP020030.1|gene3144|GTHT12_RS15725
GTHT12_RS15730	operon_1431	NZ_CP020030.1|gene3145|GTHT12_RS15730
GTHT12_RS15735	operon_1432	NZ_CP020030.1|gene3146|GTHT12_RS15735
GTHT12_RS15740	operon_1432	NZ_CP020030.1|gene3147|GTHT12_RS15740
GTHT12_RS15745	operon_1432	NZ_CP020030.1|gene3148|GTHT12_RS15745
GTHT12_RS15750	operon_1432	NZ_CP020030.1|gene3149|GTHT12_RS15750
GTHT12_RS15755	operon_1433	NZ_CP020030.1|gene3150|GTHT12_RS15755
GTHT12_RS15760	operon_1433	NZ_CP020030.1|gene3151|GTHT12_RS15760|livF
GTHT12_RS15765	operon_1433	NZ_CP020030.1|gene3152|GTHT12_RS15765|livG
GTHT12_RS15770	operon_1433	NZ_CP020030.1|gene3153|GTHT12_RS15770
GTHT12_RS15775	operon_1433	NZ_CP020030.1|gene3154|GTHT12_RS15775
GTHT12_RS15780	operon_1433	NZ_CP020030.1|gene3155|GTHT12_RS15780
GTHT12_RS15785	operon_1433	NZ_CP020030.1|gene3156|GTHT12_RS15785
GTHT12_RS15790	operon_1433	NZ_CP020030.1|gene3157|GTHT12_RS15790|hpaE
GTHT12_RS15795	operon_1433	NZ_CP020030.1|gene3158|GTHT12_RS15795
GTHT12_RS15800	operon_1433	NZ_CP020030.1|gene3159|GTHT12_RS15800
GTHT12_RS15805	operon_1433	NZ_CP020030.1|gene3160|GTHT12_RS15805
GTHT12_RS15810	operon_1433	NZ_CP020030.1|gene3161|GTHT12_RS15810
GTHT12_RS15815	operon_1433	NZ_CP020030.1|gene3162|GTHT12_RS15815|hpaD
GTHT12_RS15820	operon_1433	NZ_CP020030.1|gene3163|GTHT12_RS15820|hpaB
GTHT12_RS15825	operon_1434	NZ_CP020030.1|gene3164|GTHT12_RS15825
GTHT12_RS15830	operon_1435	NZ_CP020030.1|gene3165|GTHT12_RS15830
GTHT12_RS15835	operon_1435	NZ_CP020030.1|gene3166|GTHT12_RS15835
GTHT12_RS15840	operon_1436	NZ_CP020030.1|gene3167|GTHT12_RS15840
GTHT12_RS15845	operon_1437	NZ_CP020030.1|gene3168|GTHT12_RS15845|ssrA
GTHT12_RS15850	operon_1437	NZ_CP020030.1|gene3169|GTHT12_RS15850
GTHT12_RS15855	operon_1437	NZ_CP020030.1|gene3170|GTHT12_RS15855|rnr
GTHT12_RS15860	operon_1437	NZ_CP020030.1|gene3171|GTHT12_RS15860
GTHT12_RS15865	operon_1437	NZ_CP020030.1|gene3172|GTHT12_RS15865
GTHT12_RS15870	operon_1438	NZ_CP020030.1|gene3173|GTHT12_RS15870
GTHT12_RS15875	operon_1439	NZ_CP020030.1|gene3174|GTHT12_RS15875
GTHT12_RS15880	operon_1440	NZ_CP020030.1|gene3175|GTHT12_RS15880
GTHT12_RS15885	operon_1440	NZ_CP020030.1|gene3176|GTHT12_RS15885
GTHT12_RS15890	operon_1440	NZ_CP020030.1|gene3177|GTHT12_RS15890
GTHT12_RS15895	operon_1440	NZ_CP020030.1|gene3178|GTHT12_RS15895|pgk
GTHT12_RS15900	operon_1440	NZ_CP020030.1|gene3179|GTHT12_RS15900|gap
GTHT12_RS15905	operon_1440	NZ_CP020030.1|gene3180|GTHT12_RS15905
GTHT12_RS15910	operon_1440	NZ_CP020030.1|gene3181|GTHT12_RS15910
GTHT12_RS15915	operon_1440	NZ_CP020030.1|gene3182|GTHT12_RS15915
GTHT12_RS15920	operon_1441	NZ_CP020030.1|gene3183|GTHT12_RS15920
GTHT12_RS15925	operon_1442	NZ_CP020030.1|gene3184|GTHT12_RS15925|clpP
GTHT12_RS15930	operon_1443	NZ_CP020030.1|gene3185|GTHT12_RS15930
GTHT12_RS15935	operon_1443	NZ_CP020030.1|gene3186|GTHT12_RS15935|whiA
GTHT12_RS15940	operon_1443	NZ_CP020030.1|gene3187|GTHT12_RS15940
GTHT12_RS15945	operon_1443	NZ_CP020030.1|gene3188|GTHT12_RS15945
GTHT12_RS15950	operon_1443	NZ_CP020030.1|gene3189|GTHT12_RS15950
GTHT12_RS15955	operon_1444	NZ_CP020030.1|gene3190|GTHT12_RS15955|trxB
GTHT12_RS15960	operon_1444	NZ_CP020030.1|gene3191|GTHT12_RS15960
GTHT12_RS15965	operon_1444	NZ_CP020030.1|gene3192|GTHT12_RS15965
GTHT12_RS15970	operon_1444	NZ_CP020030.1|gene3193|GTHT12_RS15970
GTHT12_RS15975	operon_1444	NZ_CP020030.1|gene3194|GTHT12_RS15975
GTHT12_RS15980	operon_1444	NZ_CP020030.1|gene3195|GTHT12_RS15980|hisA
GTHT12_RS15985	operon_1444	NZ_CP020030.1|gene3196|GTHT12_RS15985|hisH
GTHT12_RS15990	operon_1444	NZ_CP020030.1|gene3197|GTHT12_RS15990
GTHT12_RS15995	operon_1444	NZ_CP020030.1|gene3198|GTHT12_RS15995|hisD
GTHT12_RS16000	operon_1444	NZ_CP020030.1|gene3199|GTHT12_RS16000
GTHT12_RS16005	operon_1445	NZ_CP020030.1|gene3200|GTHT12_RS16005
GTHT12_RS16010	operon_1446	NZ_CP020030.1|gene3201|GTHT12_RS16010
GTHT12_RS16015	operon_1446	NZ_CP020030.1|gene3202|GTHT12_RS16015
GTHT12_RS16020	operon_1446	NZ_CP020030.1|gene3203|GTHT12_RS16020
GTHT12_RS16025	operon_1446	NZ_CP020030.1|gene3204|GTHT12_RS16025
GTHT12_RS16030	operon_1447	NZ_CP020030.1|gene3205|GTHT12_RS16030
GTHT12_RS16035	operon_1447	NZ_CP020030.1|gene3206|GTHT12_RS16035
GTHT12_RS16040	operon_1448	NZ_CP020030.1|gene3207|GTHT12_RS16040
GTHT12_RS16045	operon_1448	NZ_CP020030.1|gene3208|GTHT12_RS16045
GTHT12_RS16050	operon_1448	NZ_CP020030.1|gene3209|GTHT12_RS16050
GTHT12_RS16055	operon_1449	NZ_CP020030.1|gene3210|GTHT12_RS16055
GTHT12_RS16060	operon_1450	NZ_CP020030.1|gene3211|GTHT12_RS16060
GTHT12_RS16065	operon_1450	NZ_CP020030.1|gene3212|GTHT12_RS16065
GTHT12_RS16070	operon_1451	NZ_CP020030.1|gene3213|GTHT12_RS16070
GTHT12_RS16075	operon_1452	NZ_CP020030.1|gene3214|GTHT12_RS16075
GTHT12_RS16080	operon_1453	NZ_CP020030.1|gene3215|GTHT12_RS16080
GTHT12_RS16085	operon_1454	NZ_CP020030.1|gene3216|GTHT12_RS16085
GTHT12_RS16090	operon_1454	NZ_CP020030.1|gene3217|GTHT12_RS16090
GTHT12_RS16095	operon_1454	NZ_CP020030.1|gene3218|GTHT12_RS16095|ftsE
GTHT12_RS16100	operon_1455	NZ_CP020030.1|gene3219|GTHT12_RS16100
GTHT12_RS16105	operon_1455	NZ_CP020030.1|gene3220|GTHT12_RS16105
GTHT12_RS16110	operon_1455	NZ_CP020030.1|gene3221|GTHT12_RS16110|prfB
GTHT12_RS16115	operon_1455	NZ_CP020030.1|gene3222|GTHT12_RS16115
GTHT12_RS16120	operon_1455	NZ_CP020030.1|gene3223|GTHT12_RS16120
GTHT12_RS16125	operon_1456	NZ_CP020030.1|gene3224|GTHT12_RS16125|raiA
GTHT12_RS16130	operon_1457	NZ_CP020030.1|gene3225|GTHT12_RS16130
GTHT12_RS16135	operon_1457	NZ_CP020030.1|gene3226|GTHT12_RS16135
GTHT12_RS16140	operon_1457	NZ_CP020030.1|gene3227|GTHT12_RS16140
GTHT12_RS16145	operon_1458	NZ_CP020030.1|gene3228|GTHT12_RS16145
GTHT12_RS16150	operon_1458	NZ_CP020030.1|gene3229|GTHT12_RS16150
GTHT12_RS16155	operon_1459	NZ_CP020030.1|gene3230|GTHT12_RS16155
GTHT12_RS16160	operon_1459	NZ_CP020030.1|gene3231|GTHT12_RS16160
GTHT12_RS16165	operon_1460	NZ_CP020030.1|gene3232|GTHT12_RS16165
GTHT12_RS16170	operon_1460	NZ_CP020030.1|gene3233|GTHT12_RS16170
GTHT12_RS16175	operon_1461	NZ_CP020030.1|gene3234|GTHT12_RS16175
GTHT12_RS16180	operon_1462	NZ_CP020030.1|gene3235|GTHT12_RS16180
GTHT12_RS16185	operon_1463	NZ_CP020030.1|gene3236|GTHT12_RS16185
GTHT12_RS16190	operon_1464	NZ_CP020030.1|gene3237|GTHT12_RS16190
GTHT12_RS16195	operon_1465	NZ_CP020030.1|gene3238|GTHT12_RS16195
GTHT12_RS16200	operon_1466	NZ_CP020030.1|gene3239|GTHT12_RS16200
GTHT12_RS16205	operon_1467	NZ_CP020030.1|gene3240|GTHT12_RS16205
GTHT12_RS16210	operon_1467	NZ_CP020030.1|gene3241|GTHT12_RS16210|csrA
GTHT12_RS16215	operon_1467	NZ_CP020030.1|gene3242|GTHT12_RS16215
GTHT12_RS16220	operon_1467	NZ_CP020030.1|gene3243|GTHT12_RS16220
GTHT12_RS16225	operon_1467	NZ_CP020030.1|gene3244|GTHT12_RS16225
GTHT12_RS16230	operon_1467	NZ_CP020030.1|gene3245|GTHT12_RS16230
GTHT12_RS16235	operon_1467	NZ_CP020030.1|gene3246|GTHT12_RS16235
GTHT12_RS16240	operon_1467	NZ_CP020030.1|gene3247|GTHT12_RS16240|flgM
GTHT12_RS16245	operon_1467	NZ_CP020030.1|gene3248|GTHT12_RS16245
GTHT12_RS16250	operon_1467	NZ_CP020030.1|gene3249|GTHT12_RS16250
GTHT12_RS16255	operon_1467	NZ_CP020030.1|gene3250|GTHT12_RS16255
GTHT12_RS16260	operon_1467	NZ_CP020030.1|gene3251|GTHT12_RS16260|fliS
GTHT12_RS16265	operon_1467	NZ_CP020030.1|gene3252|GTHT12_RS16265
GTHT12_RS16270	operon_1467	NZ_CP020030.1|gene3253|GTHT12_RS16270
GTHT12_RS16275	operon_1467	NZ_CP020030.1|gene3254|GTHT12_RS16275
GTHT12_RS16280	operon_1467	NZ_CP020030.1|gene3255|GTHT12_RS16280
GTHT12_RS16285	operon_1468	NZ_CP020030.1|gene3256|GTHT12_RS16285
GTHT12_RS16290	operon_1469	NZ_CP020030.1|gene3257|GTHT12_RS16290
GTHT12_RS16295	operon_1469	NZ_CP020030.1|gene3258|GTHT12_RS16295
GTHT12_RS16300	operon_1470	NZ_CP020030.1|gene3259|GTHT12_RS16300
GTHT12_RS16305	operon_1470	NZ_CP020030.1|gene3260|GTHT12_RS16305
GTHT12_RS16310	operon_1471	NZ_CP020030.1|gene3261|GTHT12_RS16310
GTHT12_RS16315	operon_1472	NZ_CP020030.1|gene3262|GTHT12_RS16315
GTHT12_RS16320	operon_1472	NZ_CP020030.1|gene3263|GTHT12_RS16320
GTHT12_RS16325	operon_1473	NZ_CP020030.1|gene3264|GTHT12_RS16325
GTHT12_RS16330	operon_1474	NZ_CP020030.1|gene3265|GTHT12_RS16330
GTHT12_RS16335	operon_1475	NZ_CP020030.1|gene3266|GTHT12_RS16335|galE
GTHT12_RS16340	operon_1475	NZ_CP020030.1|gene3267|GTHT12_RS16340
GTHT12_RS16345	operon_1475	NZ_CP020030.1|gene3268|GTHT12_RS16345
GTHT12_RS16350	operon_1475	NZ_CP020030.1|gene3269|GTHT12_RS16350
GTHT12_RS16355	operon_1475	NZ_CP020030.1|gene3270|GTHT12_RS16355
GTHT12_RS16360	operon_1475	NZ_CP020030.1|gene3271|GTHT12_RS16360
GTHT12_RS16365	operon_1476	NZ_CP020030.1|gene3272|GTHT12_RS16365
GTHT12_RS16370	operon_1477	NZ_CP020030.1|gene3273|GTHT12_RS16370
GTHT12_RS16375	operon_1478	NZ_CP020030.1|gene3274|GTHT12_RS16375
GTHT12_RS16380	operon_1478	NZ_CP020030.1|gene3275|GTHT12_RS16380
GTHT12_RS16385	operon_1478	NZ_CP020030.1|gene3276|GTHT12_RS16385|tagD
GTHT12_RS16390	operon_1479	NZ_CP020030.1|gene3277|GTHT12_RS16390
GTHT12_RS16395	operon_1480	NZ_CP020030.1|gene3278|GTHT12_RS16395|csaB
GTHT12_RS16400	operon_1480	NZ_CP020030.1|gene3279|GTHT12_RS16400
GTHT12_RS16405	operon_1481	NZ_CP020030.1|gene3280|GTHT12_RS16405
GTHT12_RS16410	operon_1482	NZ_CP020030.1|gene3281|GTHT12_RS16410
GTHT12_RS16415	operon_1483	NZ_CP020030.1|gene3282|GTHT12_RS16415
GTHT12_RS16420	operon_1484	NZ_CP020030.1|gene3283|GTHT12_RS16420
GTHT12_RS16425	operon_1485	NZ_CP020030.1|gene3284|GTHT12_RS16425
GTHT12_RS16430	operon_1486	NZ_CP020030.1|gene3285|GTHT12_RS16430
GTHT12_RS16435	operon_1487	NZ_CP020030.1|gene3286|GTHT12_RS16435
GTHT12_RS16440	operon_1487	NZ_CP020030.1|gene3287|GTHT12_RS16440
GTHT12_RS16445	operon_1487	NZ_CP020030.1|gene3288|GTHT12_RS16445
GTHT12_RS16450	operon_1488	NZ_CP020030.1|gene3289|GTHT12_RS16450
GTHT12_RS16455	operon_1489	NZ_CP020030.1|gene3290|GTHT12_RS16455
GTHT12_RS16460	operon_1490	NZ_CP020030.1|gene3291|GTHT12_RS16460
GTHT12_RS16465	operon_1491	NZ_CP020030.1|gene3292|GTHT12_RS16465
GTHT12_RS16470	operon_1492	NZ_CP020030.1|gene3293|GTHT12_RS16470
GTHT12_RS16475	operon_1492	NZ_CP020030.1|gene3294|GTHT12_RS16475
GTHT12_RS16480	operon_1493	NZ_CP020030.1|gene3295|GTHT12_RS16480
GTHT12_RS16485	operon_1494	NZ_CP020030.1|gene3296|GTHT12_RS16485
GTHT12_RS16490	operon_1494	NZ_CP020030.1|gene3297|GTHT12_RS16490
GTHT12_RS16495	operon_1494	NZ_CP020030.1|gene3298|GTHT12_RS16495
GTHT12_RS16500	operon_1495	NZ_CP020030.1|gene3299|GTHT12_RS16500
GTHT12_RS16505	operon_1495	NZ_CP020030.1|gene3300|GTHT12_RS16505
GTHT12_RS16510	operon_1496	NZ_CP020030.1|gene3301|GTHT12_RS16510
GTHT12_RS16515	operon_1496	NZ_CP020030.1|gene3302|GTHT12_RS16515
GTHT12_RS16520	operon_1496	NZ_CP020030.1|gene3303|GTHT12_RS16520
GTHT12_RS16525	operon_1497	NZ_CP020030.1|gene3304|GTHT12_RS16525
GTHT12_RS16530	operon_1497	NZ_CP020030.1|gene3305|GTHT12_RS16530
GTHT12_RS16535	operon_1498	NZ_CP020030.1|gene3306|GTHT12_RS16535
GTHT12_RS16540	operon_1499	NZ_CP020030.1|gene3307|GTHT12_RS16540
GTHT12_RS16545	operon_1500	NZ_CP020030.1|gene3308|GTHT12_RS16545
GTHT12_RS16550	operon_1501	NZ_CP020030.1|gene3309|GTHT12_RS16550
GTHT12_RS16555	operon_1501	NZ_CP020030.1|gene3310|GTHT12_RS16555
GTHT12_RS16560	operon_1501	NZ_CP020030.1|gene3311|GTHT12_RS16560|pdhA
GTHT12_RS16565	operon_1501	NZ_CP020030.1|gene3312|GTHT12_RS16565
GTHT12_RS16570	operon_1502	NZ_CP020030.1|gene3313|GTHT12_RS16570
GTHT12_RS16575	operon_1502	NZ_CP020030.1|gene3314|GTHT12_RS16575
GTHT12_RS16580	operon_1503	NZ_CP020030.1|gene3315|GTHT12_RS16580
GTHT12_RS16585	operon_1504	NZ_CP020030.1|gene3316|GTHT12_RS16585
GTHT12_RS16590	operon_1505	NZ_CP020030.1|gene3317|GTHT12_RS16590
GTHT12_RS16595	operon_1506	NZ_CP020030.1|gene3318|GTHT12_RS16595
GTHT12_RS16600	operon_1507	NZ_CP020030.1|gene3319|GTHT12_RS16600
GTHT12_RS16605	operon_1508	NZ_CP020030.1|gene3320|GTHT12_RS16605
GTHT12_RS16610	operon_1509	NZ_CP020030.1|gene3321|GTHT12_RS16610
GTHT12_RS16615	operon_1510	NZ_CP020030.1|gene3322|GTHT12_RS16615
GTHT12_RS16620	operon_1511	NZ_CP020030.1|gene3323|GTHT12_RS16620
GTHT12_RS16625	operon_1512	NZ_CP020030.1|gene3324|GTHT12_RS16625
GTHT12_RS16630	operon_1513	NZ_CP020030.1|gene3325|GTHT12_RS16630|kynU
GTHT12_RS16635	operon_1513	NZ_CP020030.1|gene3326|GTHT12_RS16635
GTHT12_RS16640	operon_1513	NZ_CP020030.1|gene3327|GTHT12_RS16640|kynA
GTHT12_RS16645	operon_1513	NZ_CP020030.1|gene3328|GTHT12_RS16645|kynB
GTHT12_RS16650	operon_1514	NZ_CP020030.1|gene3329|GTHT12_RS16650
GTHT12_RS16655	operon_1514	NZ_CP020030.1|gene3330|GTHT12_RS16655
GTHT12_RS16660	operon_1514	NZ_CP020030.1|gene3331|GTHT12_RS16660
GTHT12_RS16665	operon_1514	NZ_CP020030.1|gene3332|GTHT12_RS16665
GTHT12_RS16670	operon_1514	NZ_CP020030.1|gene3333|GTHT12_RS16670|rbsK
GTHT12_RS16675	operon_1514	NZ_CP020030.1|gene3334|GTHT12_RS16675
GTHT12_RS16680	operon_1515	NZ_CP020030.1|gene3335|GTHT12_RS16680
GTHT12_RS16685	operon_1515	NZ_CP020030.1|gene3336|GTHT12_RS16685
GTHT12_RS16690	operon_1516	NZ_CP020030.1|gene3337|GTHT12_RS16690
GTHT12_RS16695	operon_1516	NZ_CP020030.1|gene3338|GTHT12_RS16695
GTHT12_RS16700	operon_1516	NZ_CP020030.1|gene3339|GTHT12_RS16700
GTHT12_RS16705	operon_1516	NZ_CP020030.1|gene3340|GTHT12_RS16705
GTHT12_RS16710	operon_1517	NZ_CP020030.1|gene3341|GTHT12_RS16710
GTHT12_RS16715	operon_1517	NZ_CP020030.1|gene3342|GTHT12_RS16715
GTHT12_RS16720	operon_1517	NZ_CP020030.1|gene3343|GTHT12_RS16720
GTHT12_RS16725	operon_1518	NZ_CP020030.1|gene3344|GTHT12_RS16725
GTHT12_RS16730	operon_1519	NZ_CP020030.1|gene3345|GTHT12_RS16730
GTHT12_RS16735	operon_1520	NZ_CP020030.1|gene3346|GTHT12_RS16735|brnQ
GTHT12_RS16740	operon_1521	NZ_CP020030.1|gene3347|GTHT12_RS16740
GTHT12_RS16745	operon_1522	NZ_CP020030.1|gene3348|GTHT12_RS16745
GTHT12_RS16750	operon_1523	NZ_CP020030.1|gene3349|GTHT12_RS16750
GTHT12_RS16755	operon_1524	NZ_CP020030.1|gene3350|GTHT12_RS16755
GTHT12_RS16760	operon_1525	NZ_CP020030.1|gene3351|GTHT12_RS16760
GTHT12_RS16765	operon_1526	NZ_CP020030.1|gene3352|GTHT12_RS16765
GTHT12_RS16770	operon_1527	NZ_CP020030.1|gene3353|GTHT12_RS16770
GTHT12_RS16775	operon_1528	NZ_CP020030.1|gene3354|GTHT12_RS16775
GTHT12_RS16780	operon_1528	NZ_CP020030.1|gene3355|GTHT12_RS16780
GTHT12_RS16785	operon_1529	NZ_CP020030.1|gene3356|GTHT12_RS16785
GTHT12_RS16790	operon_1530	NZ_CP020030.1|gene3357|GTHT12_RS16790
GTHT12_RS16795	operon_1531	NZ_CP020030.1|gene3358|GTHT12_RS16795
GTHT12_RS16800	operon_1532	NZ_CP020030.1|gene3359|GTHT12_RS16800
GTHT12_RS16805	operon_1532	NZ_CP020030.1|gene3360|GTHT12_RS16805
GTHT12_RS16810	operon_1533	NZ_CP020030.1|gene3361|GTHT12_RS16810|galU
GTHT12_RS16815	operon_1533	NZ_CP020030.1|gene3362|GTHT12_RS16815
GTHT12_RS16820	operon_1534	NZ_CP020030.1|gene3363|GTHT12_RS16820
GTHT12_RS16825	operon_1534	NZ_CP020030.1|gene3364|GTHT12_RS16825
GTHT12_RS16830	operon_1534	NZ_CP020030.1|gene3365|GTHT12_RS16830
GTHT12_RS16835	operon_1534	NZ_CP020030.1|gene3366|GTHT12_RS16835
GTHT12_RS16840	operon_1534	NZ_CP020030.1|gene3367|GTHT12_RS16840
GTHT12_RS16845	operon_1535	NZ_CP020030.1|gene3368|GTHT12_RS16845
GTHT12_RS16850	operon_1536	NZ_CP020030.1|gene3369|GTHT12_RS16850
GTHT12_RS16855	operon_1537	NZ_CP020030.1|gene3370|GTHT12_RS16855
GTHT12_RS16860	operon_1538	NZ_CP020030.1|gene3371|GTHT12_RS16860
GTHT12_RS16865	operon_1539	NZ_CP020030.1|gene3372|GTHT12_RS16865
GTHT12_RS16870	operon_1540	NZ_CP020030.1|gene3373|GTHT12_RS16870
GTHT12_RS16875	operon_1541	NZ_CP020030.1|gene3374|GTHT12_RS16875
GTHT12_RS16880	operon_1542	NZ_CP020030.1|gene3375|GTHT12_RS16880
GTHT12_RS16885	operon_1543	NZ_CP020030.1|gene3376|GTHT12_RS16885
GTHT12_RS16890	operon_1543	NZ_CP020030.1|gene3377|GTHT12_RS16890
GTHT12_RS16895	operon_1543	NZ_CP020030.1|gene3378|GTHT12_RS16895
GTHT12_RS16900	operon_1544	NZ_CP020030.1|gene3379|GTHT12_RS16900
GTHT12_RS16905	operon_1545	NZ_CP020030.1|gene3380|GTHT12_RS16905
GTHT12_RS16910	operon_1545	NZ_CP020030.1|gene3381|GTHT12_RS16910
GTHT12_RS16915	operon_1546	NZ_CP020030.1|gene3382|GTHT12_RS16915
GTHT12_RS16920	operon_1546	NZ_CP020030.1|gene3383|GTHT12_RS16920
GTHT12_RS16925	operon_1546	NZ_CP020030.1|gene3384|GTHT12_RS16925
GTHT12_RS16930	operon_1546	NZ_CP020030.1|gene3385|GTHT12_RS16930
GTHT12_RS16935	operon_1547	NZ_CP020030.1|gene3386|GTHT12_RS16935
GTHT12_RS16940	operon_1548	NZ_CP020030.1|gene3387|GTHT12_RS16940
GTHT12_RS16945	operon_1548	NZ_CP020030.1|gene3388|GTHT12_RS16945
GTHT12_RS16950	operon_1548	NZ_CP020030.1|gene3389|GTHT12_RS16950
GTHT12_RS16955	operon_1548	NZ_CP020030.1|gene3390|GTHT12_RS16955
GTHT12_RS16960	operon_1548	NZ_CP020030.1|gene3391|GTHT12_RS16960
GTHT12_RS16965	operon_1548	NZ_CP020030.1|gene3392|GTHT12_RS16965
GTHT12_RS16970	operon_1548	NZ_CP020030.1|gene3393|GTHT12_RS16970
GTHT12_RS16975	operon_1549	NZ_CP020030.1|gene3394|GTHT12_RS16975
GTHT12_RS16980	operon_1549	NZ_CP020030.1|gene3395|GTHT12_RS16980
GTHT12_RS16985	operon_1550	NZ_CP020030.1|gene3396|GTHT12_RS16985
GTHT12_RS16990	operon_1551	NZ_CP020030.1|gene3397|GTHT12_RS16990
GTHT12_RS16995	operon_1552	NZ_CP020030.1|gene3398|GTHT12_RS16995
GTHT12_RS17000	operon_1553	NZ_CP020030.1|gene3399|GTHT12_RS17000
GTHT12_RS17005	operon_1553	NZ_CP020030.1|gene3400|GTHT12_RS17005
GTHT12_RS17010	operon_1553	NZ_CP020030.1|gene3401|GTHT12_RS17010
GTHT12_RS17015	operon_1553	NZ_CP020030.1|gene3402|GTHT12_RS17015
GTHT12_RS17020	operon_1554	NZ_CP020030.1|gene3403|GTHT12_RS17020
GTHT12_RS17025	operon_1554	NZ_CP020030.1|gene3404|GTHT12_RS17025
GTHT12_RS17030	operon_1554	NZ_CP020030.1|gene3405|GTHT12_RS17030
GTHT12_RS17035	operon_1555	NZ_CP020030.1|gene3406|GTHT12_RS17035
GTHT12_RS17040	operon_1556	NZ_CP020030.1|gene3407|GTHT12_RS17040
GTHT12_RS17045	operon_1557	NZ_CP020030.1|gene3408|GTHT12_RS17045
GTHT12_RS17050	operon_1558	NZ_CP020030.1|gene3409|GTHT12_RS17050
GTHT12_RS17055	operon_1558	NZ_CP020030.1|gene3410|GTHT12_RS17055
GTHT12_RS17060	operon_1558	NZ_CP020030.1|gene3411|GTHT12_RS17060
GTHT12_RS17065	operon_1559	NZ_CP020030.1|gene3412|GTHT12_RS17065
GTHT12_RS17070	operon_1559	NZ_CP020030.1|gene3413|GTHT12_RS17070
GTHT12_RS17075	operon_1560	NZ_CP020030.1|gene3414|GTHT12_RS17075
GTHT12_RS17080	operon_1561	NZ_CP020030.1|gene3415|GTHT12_RS17080
GTHT12_RS17085	operon_1561	NZ_CP020030.1|gene3416|GTHT12_RS17085
GTHT12_RS17090	operon_1562	NZ_CP020030.1|gene3417|GTHT12_RS17090
GTHT12_RS17095	operon_1563	NZ_CP020030.1|gene3418|GTHT12_RS17095|dcd
GTHT12_RS17100	operon_1563	NZ_CP020030.1|gene3419|GTHT12_RS17100
GTHT12_RS17105	operon_1563	NZ_CP020030.1|gene3420|GTHT12_RS17105
GTHT12_RS17110	operon_1564	NZ_CP020030.1|gene3421|GTHT12_RS17110
GTHT12_RS17115	operon_1564	NZ_CP020030.1|gene3422|GTHT12_RS17115
GTHT12_RS17120	operon_1565	NZ_CP020030.1|gene3423|GTHT12_RS17120
GTHT12_RS17125	operon_1566	NZ_CP020030.1|gene3424|GTHT12_RS17125
GTHT12_RS17130	operon_1567	NZ_CP020030.1|gene3425|GTHT12_RS17130
GTHT12_RS17135	operon_1567	NZ_CP020030.1|gene3426|GTHT12_RS17135
GTHT12_RS17140	operon_1567	NZ_CP020030.1|gene3427|GTHT12_RS17140
GTHT12_RS17145	operon_1567	NZ_CP020030.1|gene3428|GTHT12_RS17145
GTHT12_RS17150	operon_1567	NZ_CP020030.1|gene3429|GTHT12_RS17150
GTHT12_RS17155	operon_1568	NZ_CP020030.1|gene3430|GTHT12_RS17155
GTHT12_RS17160	operon_1569	NZ_CP020030.1|gene3431|GTHT12_RS17160
GTHT12_RS17165	operon_1570	NZ_CP020030.1|gene3432|GTHT12_RS17165
GTHT12_RS17170	operon_1570	NZ_CP020030.1|gene3433|GTHT12_RS17170
GTHT12_RS17175	operon_1571	NZ_CP020030.1|gene3434|GTHT12_RS17175
GTHT12_RS17180	operon_1572	NZ_CP020030.1|gene3435|GTHT12_RS17180
GTHT12_RS17185	operon_1573	NZ_CP020030.1|gene3436|GTHT12_RS17185
GTHT12_RS17190	operon_1573	NZ_CP020030.1|gene3437|GTHT12_RS17190
GTHT12_RS17195	operon_1573	NZ_CP020030.1|gene3438|GTHT12_RS17195
GTHT12_RS17200	operon_1573	NZ_CP020030.1|gene3439|GTHT12_RS17200
GTHT12_RS17205	operon_1574	NZ_CP020030.1|gene3440|GTHT12_RS17205
GTHT12_RS17210	operon_1575	NZ_CP020030.1|gene3441|GTHT12_RS17210|galE
GTHT12_RS17215	operon_1575	NZ_CP020030.1|gene3442|GTHT12_RS17215
GTHT12_RS17220	operon_1576	NZ_CP020030.1|gene3443|GTHT12_RS17220
GTHT12_RS17225	operon_1576	NZ_CP020030.1|gene3444|GTHT12_RS17225
GTHT12_RS17230	operon_1576	NZ_CP020030.1|gene3445|GTHT12_RS17230
GTHT12_RS17235	operon_1576	NZ_CP020030.1|gene3446|GTHT12_RS17235
GTHT12_RS17240	operon_1576	NZ_CP020030.1|gene3447|GTHT12_RS17240
GTHT12_RS17245	operon_1576	NZ_CP020030.1|gene3448|GTHT12_RS17245
GTHT12_RS17250	operon_1576	NZ_CP020030.1|gene3449|GTHT12_RS17250
GTHT12_RS17255	operon_1576	NZ_CP020030.1|gene3450|GTHT12_RS17255
GTHT12_RS17260	operon_1576	NZ_CP020030.1|gene3451|GTHT12_RS17260
GTHT12_RS17265	operon_1576	NZ_CP020030.1|gene3452|GTHT12_RS17265
GTHT12_RS17270	operon_1576	NZ_CP020030.1|gene3453|GTHT12_RS17270
GTHT12_RS17275	operon_1577	NZ_CP020030.1|gene3454|GTHT12_RS17275|gmd
GTHT12_RS17280	operon_1577	NZ_CP020030.1|gene3455|GTHT12_RS17280
GTHT12_RS17285	operon_1577	NZ_CP020030.1|gene3456|GTHT12_RS17285
GTHT12_RS17290	operon_1577	NZ_CP020030.1|gene3457|GTHT12_RS17290|galU
GTHT12_RS17295	operon_1578	NZ_CP020030.1|gene3458|GTHT12_RS17295
GTHT12_RS17300	operon_1579	NZ_CP020030.1|gene3459|GTHT12_RS17300
GTHT12_RS17305	operon_1580	NZ_CP020030.1|gene3460|GTHT12_RS17305
GTHT12_RS17310	operon_1580	NZ_CP020030.1|gene3461|GTHT12_RS17310
GTHT12_RS17315	operon_1580	NZ_CP020030.1|gene3462|GTHT12_RS17315
GTHT12_RS17320	operon_1580	NZ_CP020030.1|gene3463|GTHT12_RS17320
GTHT12_RS17325	operon_1581	NZ_CP020030.1|gene3464|GTHT12_RS17325|fabZ
GTHT12_RS17330	operon_1581	NZ_CP020030.1|gene3465|GTHT12_RS17330
GTHT12_RS17335	operon_1581	NZ_CP020030.1|gene3466|GTHT12_RS17335
GTHT12_RS17340	operon_1581	NZ_CP020030.1|gene3467|GTHT12_RS17340
GTHT12_RS17345	operon_1582	NZ_CP020030.1|gene3468|GTHT12_RS17345
GTHT12_RS17350	operon_1582	NZ_CP020030.1|gene3469|GTHT12_RS17350|spoIIID
GTHT12_RS17355	operon_1583	NZ_CP020030.1|gene3470|GTHT12_RS17355
GTHT12_RS17360	operon_1584	NZ_CP020030.1|gene3471|GTHT12_RS17360
GTHT12_RS17365	operon_1584	NZ_CP020030.1|gene3472|GTHT12_RS17365
GTHT12_RS17370	operon_1584	NZ_CP020030.1|gene3473|GTHT12_RS17370
GTHT12_RS17375	operon_1584	NZ_CP020030.1|gene3474|GTHT12_RS17375
GTHT12_RS17380	operon_1584	NZ_CP020030.1|gene3475|GTHT12_RS17380
GTHT12_RS17385	operon_1585	NZ_CP020030.1|gene3476|GTHT12_RS17385
GTHT12_RS17390	operon_1586	NZ_CP020030.1|gene3477|GTHT12_RS17390
GTHT12_RS17395	operon_1586	NZ_CP020030.1|gene3478|GTHT12_RS17395|spoIID
GTHT12_RS17400	operon_1587	NZ_CP020030.1|gene3479|GTHT12_RS17400|murA
GTHT12_RS17405	operon_1587	NZ_CP020030.1|gene3480|GTHT12_RS17405
GTHT12_RS17410	operon_1588	NZ_CP020030.1|gene3481|GTHT12_RS17410
GTHT12_RS17415	operon_1588	NZ_CP020030.1|gene3482|GTHT12_RS17415
GTHT12_RS17420	operon_1588	NZ_CP020030.1|gene3483|GTHT12_RS17420
GTHT12_RS17425	operon_1588	NZ_CP020030.1|gene3484|GTHT12_RS17425
GTHT12_RS17430	operon_1588	NZ_CP020030.1|gene3485|GTHT12_RS17430
GTHT12_RS17435	operon_1588	NZ_CP020030.1|gene3486|GTHT12_RS17435
GTHT12_RS17440	operon_1588	NZ_CP020030.1|gene3487|GTHT12_RS17440
GTHT12_RS17445	operon_1588	NZ_CP020030.1|gene3488|GTHT12_RS17445
GTHT12_RS17450	operon_1588	NZ_CP020030.1|gene3489|GTHT12_RS17450
GTHT12_RS17455	operon_1588	NZ_CP020030.1|gene3490|GTHT12_RS17455
GTHT12_RS17460	operon_1588	NZ_CP020030.1|gene3491|GTHT12_RS17460
GTHT12_RS17465	operon_1588	NZ_CP020030.1|gene3492|GTHT12_RS17465
GTHT12_RS17470	operon_1589	NZ_CP020030.1|gene3493|GTHT12_RS17470
GTHT12_RS17475	operon_1589	NZ_CP020030.1|gene3494|GTHT12_RS17475|atpD
GTHT12_RS17480	operon_1589	NZ_CP020030.1|gene3495|GTHT12_RS17480
GTHT12_RS17485	operon_1589	NZ_CP020030.1|gene3496|GTHT12_RS17485|atpA
GTHT12_RS17490	operon_1589	NZ_CP020030.1|gene3497|GTHT12_RS17490
GTHT12_RS17495	operon_1589	NZ_CP020030.1|gene3498|GTHT12_RS17495|atpF
GTHT12_RS17500	operon_1590	NZ_CP020030.1|gene3499|GTHT12_RS17500
GTHT12_RS17505	operon_1590	NZ_CP020030.1|gene3500|GTHT12_RS17505
GTHT12_RS17510	operon_1590	NZ_CP020030.1|gene3501|GTHT12_RS17510
GTHT12_RS17515	operon_1590	NZ_CP020030.1|gene3502|GTHT12_RS17515
GTHT12_RS17520	operon_1591	NZ_CP020030.1|gene3503|GTHT12_RS17520
GTHT12_RS17525	operon_1592	NZ_CP020030.1|gene3504|GTHT12_RS17525
GTHT12_RS17530	operon_1592	NZ_CP020030.1|gene3505|GTHT12_RS17530
GTHT12_RS17535	operon_1592	NZ_CP020030.1|gene3506|GTHT12_RS17535|rpiB
GTHT12_RS17540	operon_1592	NZ_CP020030.1|gene3507|GTHT12_RS17540
GTHT12_RS17545	operon_1592	NZ_CP020030.1|gene3508|GTHT12_RS17545
GTHT12_RS17550	operon_1592	NZ_CP020030.1|gene3509|GTHT12_RS17550
GTHT12_RS17555	operon_1593	NZ_CP020030.1|gene3510|GTHT12_RS17555
GTHT12_RS17560	operon_1593	NZ_CP020030.1|gene3511|GTHT12_RS17560|spoIIR
GTHT12_RS17565	operon_1593	NZ_CP020030.1|gene3512|GTHT12_RS17565|prmC
GTHT12_RS17570	operon_1593	NZ_CP020030.1|gene3513|GTHT12_RS17570|prfA
GTHT12_RS17575	operon_1593	NZ_CP020030.1|gene3514|GTHT12_RS17575
GTHT12_RS17580	operon_1594	NZ_CP020030.1|gene3515|GTHT12_RS17580
GTHT12_RS17585	operon_1595	NZ_CP020030.1|gene3516|GTHT12_RS17585
GTHT12_RS17590	operon_1596	NZ_CP020030.1|gene3517|GTHT12_RS17590|rho
GTHT12_RS17595	operon_1597	NZ_CP020030.1|gene3518|GTHT12_RS17595|glpX
GTHT12_RS17600	operon_1597	NZ_CP020030.1|gene3519|GTHT12_RS17600
GTHT12_RS17605	operon_1597	NZ_CP020030.1|gene3520|GTHT12_RS17605|fsa
GTHT12_RS17610	operon_1597	NZ_CP020030.1|gene3521|GTHT12_RS17610|fba
GTHT12_RS17615	operon_1598	NZ_CP020030.1|gene3522|GTHT12_RS17615
GTHT12_RS17620	operon_1599	NZ_CP020030.1|gene3523|GTHT12_RS17620
GTHT12_RS17625	operon_1600	NZ_CP020030.1|gene3524|GTHT12_RS17625
GTHT12_RS17630	operon_1601	NZ_CP020030.1|gene3525|GTHT12_RS17630
GTHT12_RS17635	operon_1602	NZ_CP020030.1|gene3526|GTHT12_RS17635
GTHT12_RS17640	operon_1602	NZ_CP020030.1|gene3527|GTHT12_RS17640
GTHT12_RS17645	operon_1603	NZ_CP020030.1|gene3528|GTHT12_RS17645
GTHT12_RS17650	operon_1603	NZ_CP020030.1|gene3529|GTHT12_RS17650
GTHT12_RS17655	operon_1603	NZ_CP020030.1|gene3530|GTHT12_RS17655
GTHT12_RS17660	operon_1604	NZ_CP020030.1|gene3531|GTHT12_RS17660
GTHT12_RS17665	operon_1605	NZ_CP020030.1|gene3532|GTHT12_RS17665
GTHT12_RS17670	operon_1606	NZ_CP020030.1|gene3533|GTHT12_RS17670|cls
GTHT12_RS17675	operon_1607	NZ_CP020030.1|gene3534|GTHT12_RS17675
GTHT12_RS17680	operon_1607	NZ_CP020030.1|gene3535|GTHT12_RS17680
GTHT12_RS17685	operon_1607	NZ_CP020030.1|gene3536|GTHT12_RS17685
GTHT12_RS17690	operon_1608	NZ_CP020030.1|gene3537|GTHT12_RS17690
GTHT12_RS17695	operon_1608	NZ_CP020030.1|gene3538|GTHT12_RS17695
GTHT12_RS17700	operon_1608	NZ_CP020030.1|gene3539|GTHT12_RS17700|speB
GTHT12_RS17705	operon_1608	NZ_CP020030.1|gene3540|GTHT12_RS17705
GTHT12_RS17710	operon_1609	NZ_CP020030.1|gene3541|GTHT12_RS17710
GTHT12_RS17715	operon_1610	NZ_CP020030.1|gene3542|GTHT12_RS17715
GTHT12_RS17720	operon_1610	NZ_CP020030.1|gene3543|GTHT12_RS17720
GTHT12_RS17725	operon_1611	NZ_CP020030.1|gene3544|GTHT12_RS17725
GTHT12_RS17730	operon_1611	NZ_CP020030.1|gene3545|GTHT12_RS17730
GTHT12_RS17735	operon_1612	NZ_CP020030.1|gene3546|GTHT12_RS17735
GTHT12_RS17740	operon_1612	NZ_CP020030.1|gene3547|GTHT12_RS17740
GTHT12_RS17745	operon_1612	NZ_CP020030.1|gene3548|GTHT12_RS17745
GTHT12_RS17750	operon_1613	NZ_CP020030.1|gene3549|GTHT12_RS17750
GTHT12_RS17755	operon_1614	NZ_CP020030.1|gene3550|GTHT12_RS17755
GTHT12_RS17760	operon_1614	NZ_CP020030.1|gene3551|GTHT12_RS17760
GTHT12_RS17765	operon_1614	NZ_CP020030.1|gene3552|GTHT12_RS17765|pta
GTHT12_RS17770	operon_1615	NZ_CP020030.1|gene3553|GTHT12_RS17770
GTHT12_RS17775	operon_1616	NZ_CP020030.1|gene3554|GTHT12_RS17775
GTHT12_RS17780	operon_1616	NZ_CP020030.1|gene3555|GTHT12_RS17780|gerQ
GTHT12_RS17785	operon_1616	NZ_CP020030.1|gene3556|GTHT12_RS17785
GTHT12_RS17790	operon_1616	NZ_CP020030.1|gene3557|GTHT12_RS17790
GTHT12_RS17795	operon_1617	NZ_CP020030.1|gene3558|GTHT12_RS17795
GTHT12_RS17800	operon_1617	NZ_CP020030.1|gene3559|GTHT12_RS17800
GTHT12_RS17805	operon_1618	NZ_CP020030.1|gene3560|GTHT12_RS17805
GTHT12_RS17810	operon_1618	NZ_CP020030.1|gene3561|GTHT12_RS17810
GTHT12_RS17815	operon_1619	NZ_CP020030.1|gene3562|GTHT12_RS17815
GTHT12_RS17820	operon_1619	NZ_CP020030.1|gene3563|GTHT12_RS17820
GTHT12_RS17825	operon_1619	NZ_CP020030.1|gene3564|GTHT12_RS17825
GTHT12_RS17830	operon_1620	NZ_CP020030.1|gene3565|GTHT12_RS17830
GTHT12_RS17835	operon_1621	NZ_CP020030.1|gene3566|GTHT12_RS17835
GTHT12_RS17840	operon_1622	NZ_CP020030.1|gene3567|GTHT12_RS17840
GTHT12_RS17845	operon_1623	NZ_CP020030.1|gene3568|GTHT12_RS17845
GTHT12_RS17850	operon_1624	NZ_CP020030.1|gene3569|GTHT12_RS17850
GTHT12_RS17855	operon_1625	NZ_CP020030.1|gene3570|GTHT12_RS17855
GTHT12_RS17860	operon_1625	NZ_CP020030.1|gene3571|GTHT12_RS17860
GTHT12_RS17865	operon_1626	NZ_CP020030.1|gene3572|GTHT12_RS17865
GTHT12_RS17870	operon_1626	NZ_CP020030.1|gene3573|GTHT12_RS17870|ald
GTHT12_RS17875	operon_1627	NZ_CP020030.1|gene3574|GTHT12_RS17875|thiD
GTHT12_RS17880	operon_1628	NZ_CP020030.1|gene3575|GTHT12_RS17880|putP
GTHT12_RS17885	operon_1629	NZ_CP020030.1|gene3576|GTHT12_RS17885
GTHT12_RS17890	operon_1629	NZ_CP020030.1|gene3577|GTHT12_RS17890
GTHT12_RS17895	operon_1629	NZ_CP020030.1|gene3578|GTHT12_RS17895
GTHT12_RS17900	operon_1630	NZ_CP020030.1|gene3579|GTHT12_RS17900|qoxD
GTHT12_RS17905	operon_1630	NZ_CP020030.1|gene3580|GTHT12_RS17905|qoxC
GTHT12_RS17910	operon_1630	NZ_CP020030.1|gene3581|GTHT12_RS17910
GTHT12_RS17915	operon_1630	NZ_CP020030.1|gene3582|GTHT12_RS17915|qoxA
GTHT12_RS17920	operon_1631	NZ_CP020030.1|gene3583|GTHT12_RS17920
GTHT12_RS17925	operon_1632	NZ_CP020030.1|gene3584|GTHT12_RS17925
GTHT12_RS17930	operon_1633	NZ_CP020030.1|gene3585|GTHT12_RS17930
GTHT12_RS17935	operon_1633	NZ_CP020030.1|gene3586|GTHT12_RS17935
GTHT12_RS17940	operon_1633	NZ_CP020030.1|gene3587|GTHT12_RS17940
GTHT12_RS17945	operon_1634	NZ_CP020030.1|gene3588|GTHT12_RS17945
GTHT12_RS17950	operon_1635	NZ_CP020030.1|gene3589|GTHT12_RS17950|manA
GTHT12_RS17955	operon_1636	NZ_CP020030.1|gene3590|GTHT12_RS17955
GTHT12_RS17960	operon_1636	NZ_CP020030.1|gene3591|GTHT12_RS17960
GTHT12_RS17965	operon_1637	NZ_CP020030.1|gene3592|GTHT12_RS17965
GTHT12_RS17970	operon_1638	NZ_CP020030.1|gene3593|GTHT12_RS17970
GTHT12_RS17975	operon_1639	NZ_CP020030.1|gene3594|GTHT12_RS17975
GTHT12_RS17980	operon_1640	NZ_CP020030.1|gene3595|GTHT12_RS17980
GTHT12_RS17985	operon_1641	NZ_CP020030.1|gene3596|GTHT12_RS17985
GTHT12_RS17990	operon_1642	NZ_CP020030.1|gene3597|GTHT12_RS17990
GTHT12_RS17995	operon_1643	NZ_CP020030.1|gene3598|GTHT12_RS17995
GTHT12_RS18000	operon_1644	NZ_CP020030.1|gene3599|GTHT12_RS18000
GTHT12_RS18005	operon_1644	NZ_CP020030.1|gene3600|GTHT12_RS18005
GTHT12_RS18010	operon_1645	NZ_CP020030.1|gene3601|GTHT12_RS18010
GTHT12_RS18015	operon_1646	NZ_CP020030.1|gene3602|GTHT12_RS18015
GTHT12_RS18020	operon_1646	NZ_CP020030.1|gene3603|GTHT12_RS18020
GTHT12_RS18025	operon_1647	NZ_CP020030.1|gene3604|GTHT12_RS18025
GTHT12_RS18030	operon_1648	NZ_CP020030.1|gene3605|GTHT12_RS18030
GTHT12_RS18035	operon_1649	NZ_CP020030.1|gene3606|GTHT12_RS18035
GTHT12_RS18040	operon_1649	NZ_CP020030.1|gene3607|GTHT12_RS18040
GTHT12_RS18045	operon_1650	NZ_CP020030.1|gene3608|GTHT12_RS18045
GTHT12_RS18050	operon_1650	NZ_CP020030.1|gene3609|GTHT12_RS18050
GTHT12_RS18055	operon_1650	NZ_CP020030.1|gene3610|GTHT12_RS18055
GTHT12_RS18060	operon_1650	NZ_CP020030.1|gene3611|GTHT12_RS18060
GTHT12_RS18065	operon_1650	NZ_CP020030.1|gene3612|GTHT12_RS18065
GTHT12_RS18070	operon_1651	NZ_CP020030.1|gene3613|GTHT12_RS18070
GTHT12_RS18075	operon_1652	NZ_CP020030.1|gene3614|GTHT12_RS18075
GTHT12_RS18080	operon_1653	NZ_CP020030.1|gene3615|GTHT12_RS18080
GTHT12_RS18085	operon_1653	NZ_CP020030.1|gene3616|GTHT12_RS18085
GTHT12_RS18090	operon_1653	NZ_CP020030.1|gene3617|GTHT12_RS18090
GTHT12_RS18095	operon_1653	NZ_CP020030.1|gene3618|GTHT12_RS18095
GTHT12_RS18100	operon_1653	NZ_CP020030.1|gene3619|GTHT12_RS18100
GTHT12_RS18105	operon_1653	NZ_CP020030.1|gene3620|GTHT12_RS18105
GTHT12_RS18110	operon_1653	NZ_CP020030.1|gene3621|GTHT12_RS18110
GTHT12_RS18115	operon_1653	NZ_CP020030.1|gene3622|GTHT12_RS18115
GTHT12_RS18120	operon_1653	NZ_CP020030.1|gene3623|GTHT12_RS18120
GTHT12_RS18125	operon_1653	NZ_CP020030.1|gene3624|GTHT12_RS18125
GTHT12_RS18130	operon_1654	NZ_CP020030.1|gene3625|GTHT12_RS18130
GTHT12_RS18135	operon_1655	NZ_CP020030.1|gene3626|GTHT12_RS18135
GTHT12_RS18140	operon_1655	NZ_CP020030.1|gene3627|GTHT12_RS18140
GTHT12_RS18145	operon_1655	NZ_CP020030.1|gene3628|GTHT12_RS18145
GTHT12_RS18150	operon_1655	NZ_CP020030.1|gene3629|GTHT12_RS18150
GTHT12_RS18155	operon_1655	NZ_CP020030.1|gene3630|GTHT12_RS18155|rpsR
GTHT12_RS18160	operon_1655	NZ_CP020030.1|gene3631|GTHT12_RS18160
GTHT12_RS18165	operon_1655	NZ_CP020030.1|gene3632|GTHT12_RS18165
GTHT12_RS18170	operon_1656	NZ_CP020030.1|gene3633|GTHT12_RS18170|ychF
GTHT12_RS18175	operon_1656	NZ_CP020030.1|gene3634|GTHT12_RS18175
GTHT12_RS18180	operon_1656	NZ_CP020030.1|gene3635|GTHT12_RS18180
GTHT12_RS18185	operon_1656	NZ_CP020030.1|gene3636|GTHT12_RS18185
GTHT12_RS18190	operon_1657	NZ_CP020030.1|gene3637|GTHT12_RS18190|yyaC
GTHT12_RS18195	operon_1658	NZ_CP020030.1|gene3638|GTHT12_RS18195
GTHT12_RS18200	operon_1658	NZ_CP020030.1|gene3639|GTHT12_RS18200
GTHT12_RS18205	operon_1658	NZ_CP020030.1|gene3640|GTHT12_RS18205
GTHT12_RS18210	operon_1658	NZ_CP020030.1|gene3641|GTHT12_RS18210|noc
GTHT12_RS18215	operon_1659	NZ_CP020030.1|gene3642|GTHT12_RS18215
GTHT12_RS18220	operon_1659	NZ_CP020030.1|gene3643|GTHT12_RS18220
GTHT12_RS18225	operon_1659	NZ_CP020030.1|gene3644|GTHT12_RS18225
GTHT12_RS18230	operon_1660	NZ_CP020030.1|gene3645|GTHT12_RS18230
GTHT12_RS18235	operon_1660	NZ_CP020030.1|gene3646|GTHT12_RS18235
GTHT12_RS18240	operon_1660	NZ_CP020030.1|gene3647|GTHT12_RS18240
GTHT12_RS18245	operon_1660	NZ_CP020030.1|gene3648|GTHT12_RS18245