Locus_tag	OperonID	Description
2017DRC48_0005	operon_0001	MW794144.1|gene-2017DRC48_0005|2017DRC48_0005
2017DRC48_0010	operon_0002	MW794144.1|gene-2017DRC48_0010|2017DRC48_0010
2017DRC48_0015	operon_0002	MW794144.1|gene-2017DRC48_0015|2017DRC48_0015
2017DRC48_0020	operon_0002	MW794144.1|gene-2017DRC48_0020|2017DRC48_0020
2017DRC48_0025	operon_0002	MW794144.1|gene-2017DRC48_0025|2017DRC48_0025
2017DRC48_0030	operon_0003	MW794144.1|gene-2017DRC48_0030|2017DRC48_0030
2017DRC48_0035	operon_0003	MW794144.1|gene-2017DRC48_0035|2017DRC48_0035
2017DRC48_0040	operon_0003	MW794144.1|gene-2017DRC48_0040|2017DRC48_0040
2017DRC48_0045	operon_0003	MW794144.1|gene-2017DRC48_0045|2017DRC48_0045
2017DRC48_0050	operon_0003	MW794144.1|gene-2017DRC48_0050|2017DRC48_0050
2017DRC48_0055	operon_0004	MW794144.1|gene-2017DRC48_0055|2017DRC48_0055
2017DRC48_0060	operon_0004	MW794144.1|gene-2017DRC48_0060|2017DRC48_0060
2017DRC48_0065	operon_0004	MW794144.1|gene-2017DRC48_0065|2017DRC48_0065
2017DRC48_0070	operon_0004	MW794144.1|gene-2017DRC48_0070|2017DRC48_0070
2017DRC48_0075	operon_0004	MW794144.1|gene-2017DRC48_0075|2017DRC48_0075
2017DRC48_0080	operon_0004	MW794144.1|gene-2017DRC48_0080|2017DRC48_0080
2017DRC48_0085	operon_0005	MW794144.1|gene-2017DRC48_0085|2017DRC48_0085
2017DRC48_0090	operon_0006	MW794144.1|gene-2017DRC48_0090|2017DRC48_0090
2017DRC48_0095	operon_0007	MW794144.1|gene-2017DRC48_0095|2017DRC48_0095
2017DRC48_0100	operon_0008	MW794144.1|gene-2017DRC48_0100|2017DRC48_0100
2017DRC48_0105	operon_0009	MW794144.1|gene-2017DRC48_0105|2017DRC48_0105
2017DRC48_0110	operon_0010	MW794144.1|gene-2017DRC48_0110|2017DRC48_0110
2017DRC48_0115	operon_0011	MW794144.1|gene-2017DRC48_0115|2017DRC48_0115
2017DRC48_0120	operon_0011	MW794144.1|gene-2017DRC48_0120|2017DRC48_0120
2017DRC48_0125	operon_0011	MW794144.1|gene-2017DRC48_0125|2017DRC48_0125
2017DRC48_0130	operon_0011	MW794144.1|gene-2017DRC48_0130|2017DRC48_0130
2017DRC48_0135	operon_0012	MW794144.1|gene-2017DRC48_0135|2017DRC48_0135
2017DRC48_0140	operon_0012	MW794144.1|gene-2017DRC48_0140|2017DRC48_0140
2017DRC48_0145	operon_0012	MW794144.1|gene-2017DRC48_0145|2017DRC48_0145
2017DRC48_0150	operon_0012	MW794144.1|gene-2017DRC48_0150|2017DRC48_0150
2017DRC48_0155	operon_0013	MW794144.1|gene-2017DRC48_0155|2017DRC48_0155
2017DRC48_0160	operon_0013	MW794144.1|gene-2017DRC48_0160|2017DRC48_0160
2017DRC48_0165	operon_0013	MW794144.1|gene-2017DRC48_0165|2017DRC48_0165
2017DRC48_0170	operon_0013	MW794144.1|gene-2017DRC48_0170|2017DRC48_0170
2017DRC48_0175	operon_0013	MW794144.1|gene-2017DRC48_0175|2017DRC48_0175
2017DRC48_0180	operon_0013	MW794144.1|gene-2017DRC48_0180|2017DRC48_0180
2017DRC48_0185	operon_0013	MW794144.1|gene-2017DRC48_0185|2017DRC48_0185
2017DRC48_0190	operon_0013	MW794144.1|gene-2017DRC48_0190|2017DRC48_0190
2017DRC48_0195	operon_0013	MW794144.1|gene-2017DRC48_0195|2017DRC48_0195
2017DRC48_0200	operon_0013	MW794144.1|gene-2017DRC48_0200|2017DRC48_0200
2017DRC48_0205	operon_0013	MW794144.1|gene-2017DRC48_0205|2017DRC48_0205
2017DRC48_0210	operon_0013	MW794144.1|gene-2017DRC48_0210|2017DRC48_0210
2017DRC48_0215	operon_0013	MW794144.1|gene-2017DRC48_0215|2017DRC48_0215
2017DRC48_0220	operon_0013	MW794144.1|gene-2017DRC48_0220|2017DRC48_0220
2017DRC48_0225	operon_0013	MW794144.1|gene-2017DRC48_0225|2017DRC48_0225
2017DRC48_0235	operon_0014	MW794144.1|gene-2017DRC48_0235|2017DRC48_0235
2017DRC48_0240	operon_0014	MW794144.1|gene-2017DRC48_0240|2017DRC48_0240
2017DRC48_0245	operon_0014	MW794144.1|gene-2017DRC48_0245|2017DRC48_0245
2017DRC48_0250	operon_0014	MW794144.1|gene-2017DRC48_0250|2017DRC48_0250
2017DRC48_0255	operon_0014	MW794144.1|gene-2017DRC48_0255|2017DRC48_0255|pexA
2017DRC48_0260	operon_0014	MW794144.1|gene-2017DRC48_0260|2017DRC48_0260
2017DRC48_0265	operon_0015	MW794144.1|gene-2017DRC48_0265|2017DRC48_0265
2017DRC48_0270	operon_0015	MW794144.1|gene-2017DRC48_0270|2017DRC48_0270
2017DRC48_0275	operon_0016	MW794144.1|gene-2017DRC48_0275|2017DRC48_0275
2017DRC48_0280	operon_0016	MW794144.1|gene-2017DRC48_0280|2017DRC48_0280
2017DRC48_0285	operon_0016	MW794144.1|gene-2017DRC48_0285|2017DRC48_0285
2017DRC48_0290	operon_0016	MW794144.1|gene-2017DRC48_0290|2017DRC48_0290|DNA pol
2017DRC48_0295	operon_0016	MW794144.1|gene-2017DRC48_0295|2017DRC48_0295
2017DRC48_0300	operon_0016	MW794144.1|gene-2017DRC48_0300|2017DRC48_0300
2017DRC48_0305	operon_0016	MW794144.1|gene-2017DRC48_0305|2017DRC48_0305
2017DRC48_0310	operon_0016	MW794144.1|gene-2017DRC48_0310|2017DRC48_0310
2017DRC48_0315	operon_0016	MW794144.1|gene-2017DRC48_0315|2017DRC48_0315
2017DRC48_0320	operon_0016	MW794144.1|gene-2017DRC48_0320|2017DRC48_0320
2017DRC48_0325	operon_0016	MW794144.1|gene-2017DRC48_0325|2017DRC48_0325
2017DRC48_0330	operon_0016	MW794144.1|gene-2017DRC48_0330|2017DRC48_0330
2017DRC48_0335	operon_0016	MW794144.1|gene-2017DRC48_0335|2017DRC48_0335
2017DRC48_0340	operon_0017	MW794144.1|gene-2017DRC48_0340|2017DRC48_0340
2017DRC48_0345	operon_0018	MW794144.1|gene-2017DRC48_0345|2017DRC48_0345
2017DRC48_0350	operon_0018	MW794144.1|gene-2017DRC48_0350|2017DRC48_0350
2017DRC48_0355	operon_0018	MW794144.1|gene-2017DRC48_0355|2017DRC48_0355
2017DRC48_0360	operon_0018	MW794144.1|gene-2017DRC48_0360|2017DRC48_0360
2017DRC48_0365	operon_0018	MW794144.1|gene-2017DRC48_0365|2017DRC48_0365
2017DRC48_0370	operon_0018	MW794144.1|gene-2017DRC48_0370|2017DRC48_0370
2017DRC48_0375	operon_0018	MW794144.1|gene-2017DRC48_0375|2017DRC48_0375
2017DRC48_0380	operon_0018	MW794144.1|gene-2017DRC48_0380|2017DRC48_0380
2017DRC48_0385	operon_0018	MW794144.1|gene-2017DRC48_0385|2017DRC48_0385
2017DRC48_0390	operon_0018	MW794144.1|gene-2017DRC48_0390|2017DRC48_0390
2017DRC48_0395	operon_0018	MW794144.1|gene-2017DRC48_0395|2017DRC48_0395
2017DRC48_0400	operon_0019	MW794144.1|gene-2017DRC48_0400|2017DRC48_0400|hdgA
2017DRC48_0405	operon_0020	MW794144.1|gene-2017DRC48_0405|2017DRC48_0405
2017DRC48_0410	operon_0021	MW794144.1|gene-2017DRC48_0410|2017DRC48_0410
2017DRC48_0415	operon_0021	MW794144.1|gene-2017DRC48_0415|2017DRC48_0415
2017DRC48_0420	operon_0021	MW794144.1|gene-2017DRC48_0420|2017DRC48_0420
2017DRC48_0425	operon_0022	MW794144.1|gene-2017DRC48_0425|2017DRC48_0425
2017DRC48_0430	operon_0022	MW794144.1|gene-2017DRC48_0430|2017DRC48_0430
2017DRC48_0435	operon_0022	MW794144.1|gene-2017DRC48_0435|2017DRC48_0435
2017DRC48_0440	operon_0023	MW794144.1|gene-2017DRC48_0440|2017DRC48_0440
2017DRC48_0445	operon_0024	MW794144.1|gene-2017DRC48_0445|2017DRC48_0445
2017DRC48_0450	operon_0024	MW794144.1|gene-2017DRC48_0450|2017DRC48_0450
2017DRC48_0455	operon_0025	MW794144.1|gene-2017DRC48_0455|2017DRC48_0455
2017DRC48_0460	operon_0025	MW794144.1|gene-2017DRC48_0460|2017DRC48_0460
2017DRC48_0465	operon_0025	MW794144.1|gene-2017DRC48_0465|2017DRC48_0465
2017DRC48_0470	operon_0025	MW794144.1|gene-2017DRC48_0470|2017DRC48_0470
2017DRC48_0475	operon_0026	MW794144.1|gene-2017DRC48_0475|2017DRC48_0475
2017DRC48_0480	operon_0026	MW794144.1|gene-2017DRC48_0480|2017DRC48_0480
2017DRC48_0485	operon_0026	MW794144.1|gene-2017DRC48_0485|2017DRC48_0485
2017DRC48_0490	operon_0026	MW794144.1|gene-2017DRC48_0490|2017DRC48_0490
2017DRC48_0495	operon_0026	MW794144.1|gene-2017DRC48_0495|2017DRC48_0495
2017DRC48_0500	operon_0026	MW794144.1|gene-2017DRC48_0500|2017DRC48_0500
2017DRC48_0505	operon_0026	MW794144.1|gene-2017DRC48_0505|2017DRC48_0505
2017DRC48_0510	operon_0026	MW794144.1|gene-2017DRC48_0510|2017DRC48_0510
2017DRC48_0515	operon_0026	MW794144.1|gene-2017DRC48_0515|2017DRC48_0515
2017DRC48_0520	operon_0026	MW794144.1|gene-2017DRC48_0520|2017DRC48_0520
2017DRC48_0525	operon_0026	MW794144.1|gene-2017DRC48_0525|2017DRC48_0525
2017DRC48_0530	operon_0026	MW794144.1|gene-2017DRC48_0530|2017DRC48_0530
2017DRC48_0535	operon_0026	MW794144.1|gene-2017DRC48_0535|2017DRC48_0535
2017DRC48_0540	operon_0027	MW794144.1|gene-2017DRC48_0540|2017DRC48_0540
2017DRC48_0545	operon_0028	MW794144.1|gene-2017DRC48_0545|2017DRC48_0545
2017DRC48_0550	operon_0028	MW794144.1|gene-2017DRC48_0550|2017DRC48_0550
2017DRC48_0555	operon_0028	MW794144.1|gene-2017DRC48_0555|2017DRC48_0555
2017DRC48_0560	operon_0028	MW794144.1|gene-2017DRC48_0560|2017DRC48_0560
2017DRC48_0565	operon_0028	MW794144.1|gene-2017DRC48_0565|2017DRC48_0565
2017DRC48_0570	operon_0028	MW794144.1|gene-2017DRC48_0570|2017DRC48_0570|nrdD
2017DRC48_0575	operon_0028	MW794144.1|gene-2017DRC48_0575|2017DRC48_0575|nrdG
2017DRC48_0580	operon_0028	MW794144.1|gene-2017DRC48_0580|2017DRC48_0580
2017DRC48_0585	operon_0028	MW794144.1|gene-2017DRC48_0585|2017DRC48_0585
2017DRC48_0590	operon_0029	MW794144.1|gene-2017DRC48_0590|2017DRC48_0590
2017DRC48_0595	operon_0029	MW794144.1|gene-2017DRC48_0595|2017DRC48_0595
2017DRC48_0600	operon_0029	MW794144.1|gene-2017DRC48_0600|2017DRC48_0600
2017DRC48_0605	operon_0030	MW794144.1|gene-2017DRC48_0605|2017DRC48_0605
2017DRC48_0610	operon_0031	MW794144.1|gene-2017DRC48_0610|2017DRC48_0610
2017DRC48_0615	operon_0032	MW794144.1|gene-2017DRC48_0615|2017DRC48_0615|tcgA
2017DRC48_0620	operon_0033	MW794144.1|gene-2017DRC48_0620|2017DRC48_0620
2017DRC48_0625	operon_0033	MW794144.1|gene-2017DRC48_0625|2017DRC48_0625
2017DRC48_0630	operon_0033	MW794144.1|gene-2017DRC48_0630|2017DRC48_0630
2017DRC48_0635	operon_0033	MW794144.1|gene-2017DRC48_0635|2017DRC48_0635
2017DRC48_0640	operon_0033	MW794144.1|gene-2017DRC48_0640|2017DRC48_0640
2017DRC48_0645	operon_0033	MW794144.1|gene-2017DRC48_0645|2017DRC48_0645
2017DRC48_0650	operon_0034	MW794144.1|gene-2017DRC48_0650|2017DRC48_0650|terL
2017DRC48_0655	operon_0035	MW794144.1|gene-2017DRC48_0655|2017DRC48_0655|terL
2017DRC48_0660	operon_0035	MW794144.1|gene-2017DRC48_0660|2017DRC48_0660|tcgB
2017DRC48_0665	operon_0035	MW794144.1|gene-2017DRC48_0665|2017DRC48_0665
2017DRC48_0670	operon_0035	MW794144.1|gene-2017DRC48_0670|2017DRC48_0670
2017DRC48_0675	operon_0036	MW794144.1|gene-2017DRC48_0675|2017DRC48_0675
2017DRC48_0680	operon_0036	MW794144.1|gene-2017DRC48_0680|2017DRC48_0680
2017DRC48_0685	operon_0037	MW794144.1|gene-2017DRC48_0685|2017DRC48_0685
2017DRC48_0690	operon_0038	MW794144.1|gene-2017DRC48_0690|2017DRC48_0690
2017DRC48_0695	operon_0038	MW794144.1|gene-2017DRC48_0695|2017DRC48_0695|teaA
2017DRC48_0700	operon_0038	MW794144.1|gene-2017DRC48_0700|2017DRC48_0700|arrA
2017DRC48_0705	operon_0038	MW794144.1|gene-2017DRC48_0705|2017DRC48_0705
2017DRC48_0710	operon_0039	MW794144.1|gene-2017DRC48_0710|2017DRC48_0710
2017DRC48_0715	operon_0039	MW794144.1|gene-2017DRC48_0715|2017DRC48_0715
2017DRC48_0720	operon_0039	MW794144.1|gene-2017DRC48_0720|2017DRC48_0720
2017DRC48_0725	operon_0039	MW794144.1|gene-2017DRC48_0725|2017DRC48_0725
2017DRC48_0730	operon_0039	MW794144.1|gene-2017DRC48_0730|2017DRC48_0730
2017DRC48_0735	operon_0039	MW794144.1|gene-2017DRC48_0735|2017DRC48_0735
2017DRC48_0740	operon_0039	MW794144.1|gene-2017DRC48_0740|2017DRC48_0740
2017DRC48_0745	operon_0039	MW794144.1|gene-2017DRC48_0745|2017DRC48_0745|helA
2017DRC48_0750	operon_0039	MW794144.1|gene-2017DRC48_0750|2017DRC48_0750
2017DRC48_0755	operon_0039	MW794144.1|gene-2017DRC48_0755|2017DRC48_0755
2017DRC48_0760	operon_0039	MW794144.1|gene-2017DRC48_0760|2017DRC48_0760
2017DRC48_0765	operon_0039	MW794144.1|gene-2017DRC48_0765|2017DRC48_0765
2017DRC48_0770	operon_0039	MW794144.1|gene-2017DRC48_0770|2017DRC48_0770
2017DRC48_0775	operon_0039	MW794144.1|gene-2017DRC48_0775|2017DRC48_0775
2017DRC48_0780	operon_0039	MW794144.1|gene-2017DRC48_0780|2017DRC48_0780
2017DRC48_0785	operon_0039	MW794144.1|gene-2017DRC48_0785|2017DRC48_0785
2017DRC48_0790	operon_0039	MW794144.1|gene-2017DRC48_0790|2017DRC48_0790
2017DRC48_0795	operon_0039	MW794144.1|gene-2017DRC48_0795|2017DRC48_0795
2017DRC48_0800	operon_0039	MW794144.1|gene-2017DRC48_0800|2017DRC48_0800
2017DRC48_0805	operon_0039	MW794144.1|gene-2017DRC48_0805|2017DRC48_0805
2017DRC48_0810	operon_0039	MW794144.1|gene-2017DRC48_0810|2017DRC48_0810
2017DRC48_0815	operon_0040	MW794144.1|gene-2017DRC48_0815|2017DRC48_0815
2017DRC48_0820	operon_0040	MW794144.1|gene-2017DRC48_0820|2017DRC48_0820
2017DRC48_0825	operon_0040	MW794144.1|gene-2017DRC48_0825|2017DRC48_0825
2017DRC48_0830	operon_0040	MW794144.1|gene-2017DRC48_0830|2017DRC48_0830
2017DRC48_0835	operon_0040	MW794144.1|gene-2017DRC48_0835|2017DRC48_0835
2017DRC48_0840	operon_0040	MW794144.1|gene-2017DRC48_0840|2017DRC48_0840
2017DRC48_0845	operon_0040	MW794144.1|gene-2017DRC48_0845|2017DRC48_0845
2017DRC48_0850	operon_0040	MW794144.1|gene-2017DRC48_0850|2017DRC48_0850
2017DRC48_0855	operon_0040	MW794144.1|gene-2017DRC48_0855|2017DRC48_0855
2017DRC48_0860	operon_0040	MW794144.1|gene-2017DRC48_0860|2017DRC48_0860|rdgC
2017DRC48_0865	operon_0040	MW794144.1|gene-2017DRC48_0865|2017DRC48_0865
2017DRC48_0870	operon_0040	MW794144.1|gene-2017DRC48_0870|2017DRC48_0870
2017DRC48_0875	operon_0040	MW794144.1|gene-2017DRC48_0875|2017DRC48_0875
2017DRC48_0880	operon_0040	MW794144.1|gene-2017DRC48_0880|2017DRC48_0880
2017DRC48_0885	operon_0040	MW794144.1|gene-2017DRC48_0885|2017DRC48_0885
2017DRC48_0890	operon_0040	MW794144.1|gene-2017DRC48_0890|2017DRC48_0890
2017DRC48_0895	operon_0040	MW794144.1|gene-2017DRC48_0895|2017DRC48_0895
2017DRC48_0900	operon_0040	MW794144.1|gene-2017DRC48_0900|2017DRC48_0900
2017DRC48_0905	operon_0040	MW794144.1|gene-2017DRC48_0905|2017DRC48_0905
2017DRC48_0910	operon_0040	MW794144.1|gene-2017DRC48_0910|2017DRC48_0910
2017DRC48_0915	operon_0041	MW794144.1|gene-2017DRC48_0915|2017DRC48_0915
2017DRC48_0920	operon_0041	MW794144.1|gene-2017DRC48_0920|2017DRC48_0920
2017DRC48_0925	operon_0041	MW794144.1|gene-2017DRC48_0925|2017DRC48_0925
2017DRC48_0930	operon_0041	MW794144.1|gene-2017DRC48_0930|2017DRC48_0930
2017DRC48_0935	operon_0041	MW794144.1|gene-2017DRC48_0935|2017DRC48_0935
2017DRC48_0940	operon_0041	MW794144.1|gene-2017DRC48_0940|2017DRC48_0940
2017DRC48_0945	operon_0041	MW794144.1|gene-2017DRC48_0945|2017DRC48_0945
2017DRC48_0950	operon_0041	MW794144.1|gene-2017DRC48_0950|2017DRC48_0950
2017DRC48_0955	operon_0041	MW794144.1|gene-2017DRC48_0955|2017DRC48_0955
2017DRC48_0960	operon_0041	MW794144.1|gene-2017DRC48_0960|2017DRC48_0960
2017DRC48_0965	operon_0041	MW794144.1|gene-2017DRC48_0965|2017DRC48_0965
2017DRC48_0970	operon_0041	MW794144.1|gene-2017DRC48_0970|2017DRC48_0970
2017DRC48_0975	operon_0041	MW794144.1|gene-2017DRC48_0975|2017DRC48_0975
2017DRC48_0980	operon_0041	MW794144.1|gene-2017DRC48_0980|2017DRC48_0980
2017DRC48_0985	operon_0041	MW794144.1|gene-2017DRC48_0985|2017DRC48_0985
2017DRC48_0990	operon_0041	MW794144.1|gene-2017DRC48_0990|2017DRC48_0990
2017DRC48_0995	operon_0041	MW794144.1|gene-2017DRC48_0995|2017DRC48_0995
2017DRC48_1000	operon_0041	MW794144.1|gene-2017DRC48_1000|2017DRC48_1000
2017DRC48_1005	operon_0041	MW794144.1|gene-2017DRC48_1005|2017DRC48_1005
2017DRC48_1010	operon_0041	MW794144.1|gene-2017DRC48_1010|2017DRC48_1010
2017DRC48_1015	operon_0042	MW794144.1|gene-2017DRC48_1015|2017DRC48_1015|nrdA
2017DRC48_1020	operon_0042	MW794144.1|gene-2017DRC48_1020|2017DRC48_1020|nrdB
2017DRC48_1025	operon_0042	MW794144.1|gene-2017DRC48_1025|2017DRC48_1025
2017DRC48_1030	operon_0043	MW794144.1|gene-2017DRC48_1030|2017DRC48_1030
2017DRC48_1035	operon_0043	MW794144.1|gene-2017DRC48_1035|2017DRC48_1035
2017DRC48_1040	operon_0043	MW794144.1|gene-2017DRC48_1040|2017DRC48_1040
2017DRC48_1045	operon_0043	MW794144.1|gene-2017DRC48_1045|2017DRC48_1045
2017DRC48_1050	operon_0043	MW794144.1|gene-2017DRC48_1050|2017DRC48_1050
2017DRC48_1055	operon_0043	MW794144.1|gene-2017DRC48_1055|2017DRC48_1055
2017DRC48_1060	operon_0043	MW794144.1|gene-2017DRC48_1060|2017DRC48_1060
2017DRC48_1065	operon_0043	MW794144.1|gene-2017DRC48_1065|2017DRC48_1065
2017DRC48_1070	operon_0043	MW794144.1|gene-2017DRC48_1070|2017DRC48_1070
2017DRC48_1075	operon_0043	MW794144.1|gene-2017DRC48_1075|2017DRC48_1075
2017DRC48_1080	operon_0043	MW794144.1|gene-2017DRC48_1080|2017DRC48_1080
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2017DRC48_1090	operon_0043	MW794144.1|gene-2017DRC48_1090|2017DRC48_1090
2017DRC48_1095	operon_0043	MW794144.1|gene-2017DRC48_1095|2017DRC48_1095
2017DRC48_1100	operon_0043	MW794144.1|gene-2017DRC48_1100|2017DRC48_1100
2017DRC48_1105	operon_0043	MW794144.1|gene-2017DRC48_1105|2017DRC48_1105
2017DRC48_1110	operon_0043	MW794144.1|gene-2017DRC48_1110|2017DRC48_1110
2017DRC48_1115	operon_0043	MW794144.1|gene-2017DRC48_1115|2017DRC48_1115
2017DRC48_1120	operon_0044	MW794144.1|gene-2017DRC48_1120|2017DRC48_1120
2017DRC48_1125	operon_0044	MW794144.1|gene-2017DRC48_1125|2017DRC48_1125
2017DRC48_1130	operon_0044	MW794144.1|gene-2017DRC48_1130|2017DRC48_1130
2017DRC48_1135	operon_0045	MW794144.1|gene-2017DRC48_1135|2017DRC48_1135
2017DRC48_1140	operon_0045	MW794144.1|gene-2017DRC48_1140|2017DRC48_1140
2017DRC48_0005	operon_0047	MW794144.1|gene-2017DRC48_0005|2017DRC48_0005
2017DRC48_0010	operon_0048	MW794144.1|gene-2017DRC48_0010|2017DRC48_0010
2017DRC48_0015	operon_0048	MW794144.1|gene-2017DRC48_0015|2017DRC48_0015
2017DRC48_0020	operon_0048	MW794144.1|gene-2017DRC48_0020|2017DRC48_0020
2017DRC48_0025	operon_0048	MW794144.1|gene-2017DRC48_0025|2017DRC48_0025
2017DRC48_0030	operon_0049	MW794144.1|gene-2017DRC48_0030|2017DRC48_0030
2017DRC48_0035	operon_0049	MW794144.1|gene-2017DRC48_0035|2017DRC48_0035
2017DRC48_0040	operon_0049	MW794144.1|gene-2017DRC48_0040|2017DRC48_0040
2017DRC48_0045	operon_0049	MW794144.1|gene-2017DRC48_0045|2017DRC48_0045
2017DRC48_0050	operon_0049	MW794144.1|gene-2017DRC48_0050|2017DRC48_0050
2017DRC48_0055	operon_0050	MW794144.1|gene-2017DRC48_0055|2017DRC48_0055
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2017DRC48_0065	operon_0050	MW794144.1|gene-2017DRC48_0065|2017DRC48_0065
2017DRC48_0070	operon_0050	MW794144.1|gene-2017DRC48_0070|2017DRC48_0070
2017DRC48_0075	operon_0050	MW794144.1|gene-2017DRC48_0075|2017DRC48_0075
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2017DRC48_0090	operon_0052	MW794144.1|gene-2017DRC48_0090|2017DRC48_0090
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2017DRC48_0100	operon_0054	MW794144.1|gene-2017DRC48_0100|2017DRC48_0100
2017DRC48_0105	operon_0055	MW794144.1|gene-2017DRC48_0105|2017DRC48_0105
2017DRC48_0110	operon_0056	MW794144.1|gene-2017DRC48_0110|2017DRC48_0110
2017DRC48_0115	operon_0057	MW794144.1|gene-2017DRC48_0115|2017DRC48_0115
2017DRC48_0120	operon_0057	MW794144.1|gene-2017DRC48_0120|2017DRC48_0120
2017DRC48_0125	operon_0057	MW794144.1|gene-2017DRC48_0125|2017DRC48_0125
2017DRC48_0130	operon_0057	MW794144.1|gene-2017DRC48_0130|2017DRC48_0130
2017DRC48_0135	operon_0058	MW794144.1|gene-2017DRC48_0135|2017DRC48_0135
2017DRC48_0140	operon_0058	MW794144.1|gene-2017DRC48_0140|2017DRC48_0140
2017DRC48_0145	operon_0058	MW794144.1|gene-2017DRC48_0145|2017DRC48_0145
2017DRC48_0150	operon_0058	MW794144.1|gene-2017DRC48_0150|2017DRC48_0150
2017DRC48_0155	operon_0059	MW794144.1|gene-2017DRC48_0155|2017DRC48_0155
2017DRC48_0160	operon_0059	MW794144.1|gene-2017DRC48_0160|2017DRC48_0160
2017DRC48_0165	operon_0059	MW794144.1|gene-2017DRC48_0165|2017DRC48_0165
2017DRC48_0170	operon_0059	MW794144.1|gene-2017DRC48_0170|2017DRC48_0170
2017DRC48_0175	operon_0059	MW794144.1|gene-2017DRC48_0175|2017DRC48_0175
2017DRC48_0180	operon_0059	MW794144.1|gene-2017DRC48_0180|2017DRC48_0180
2017DRC48_0185	operon_0059	MW794144.1|gene-2017DRC48_0185|2017DRC48_0185
2017DRC48_0190	operon_0059	MW794144.1|gene-2017DRC48_0190|2017DRC48_0190
2017DRC48_0195	operon_0059	MW794144.1|gene-2017DRC48_0195|2017DRC48_0195
2017DRC48_0200	operon_0059	MW794144.1|gene-2017DRC48_0200|2017DRC48_0200
2017DRC48_0205	operon_0059	MW794144.1|gene-2017DRC48_0205|2017DRC48_0205
2017DRC48_0210	operon_0059	MW794144.1|gene-2017DRC48_0210|2017DRC48_0210
2017DRC48_0215	operon_0059	MW794144.1|gene-2017DRC48_0215|2017DRC48_0215
2017DRC48_0220	operon_0059	MW794144.1|gene-2017DRC48_0220|2017DRC48_0220
2017DRC48_0225	operon_0059	MW794144.1|gene-2017DRC48_0225|2017DRC48_0225
2017DRC48_0235	operon_0060	MW794144.1|gene-2017DRC48_0235|2017DRC48_0235
2017DRC48_0240	operon_0060	MW794144.1|gene-2017DRC48_0240|2017DRC48_0240
2017DRC48_0245	operon_0060	MW794144.1|gene-2017DRC48_0245|2017DRC48_0245
2017DRC48_0250	operon_0060	MW794144.1|gene-2017DRC48_0250|2017DRC48_0250
2017DRC48_0255	operon_0060	MW794144.1|gene-2017DRC48_0255|2017DRC48_0255|pexA
2017DRC48_0260	operon_0060	MW794144.1|gene-2017DRC48_0260|2017DRC48_0260
2017DRC48_0265	operon_0061	MW794144.1|gene-2017DRC48_0265|2017DRC48_0265
2017DRC48_0270	operon_0061	MW794144.1|gene-2017DRC48_0270|2017DRC48_0270
2017DRC48_0275	operon_0062	MW794144.1|gene-2017DRC48_0275|2017DRC48_0275
2017DRC48_0280	operon_0062	MW794144.1|gene-2017DRC48_0280|2017DRC48_0280
2017DRC48_0285	operon_0062	MW794144.1|gene-2017DRC48_0285|2017DRC48_0285
2017DRC48_0290	operon_0062	MW794144.1|gene-2017DRC48_0290|2017DRC48_0290|DNA pol
2017DRC48_0295	operon_0062	MW794144.1|gene-2017DRC48_0295|2017DRC48_0295
2017DRC48_0300	operon_0062	MW794144.1|gene-2017DRC48_0300|2017DRC48_0300
2017DRC48_0305	operon_0062	MW794144.1|gene-2017DRC48_0305|2017DRC48_0305
2017DRC48_0310	operon_0062	MW794144.1|gene-2017DRC48_0310|2017DRC48_0310
2017DRC48_0315	operon_0062	MW794144.1|gene-2017DRC48_0315|2017DRC48_0315
2017DRC48_0320	operon_0062	MW794144.1|gene-2017DRC48_0320|2017DRC48_0320
2017DRC48_0325	operon_0062	MW794144.1|gene-2017DRC48_0325|2017DRC48_0325
2017DRC48_0330	operon_0062	MW794144.1|gene-2017DRC48_0330|2017DRC48_0330
2017DRC48_0335	operon_0062	MW794144.1|gene-2017DRC48_0335|2017DRC48_0335
2017DRC48_0340	operon_0063	MW794144.1|gene-2017DRC48_0340|2017DRC48_0340
2017DRC48_0345	operon_0064	MW794144.1|gene-2017DRC48_0345|2017DRC48_0345
2017DRC48_0350	operon_0064	MW794144.1|gene-2017DRC48_0350|2017DRC48_0350
2017DRC48_0355	operon_0064	MW794144.1|gene-2017DRC48_0355|2017DRC48_0355
2017DRC48_0360	operon_0064	MW794144.1|gene-2017DRC48_0360|2017DRC48_0360
2017DRC48_0365	operon_0064	MW794144.1|gene-2017DRC48_0365|2017DRC48_0365
2017DRC48_0370	operon_0064	MW794144.1|gene-2017DRC48_0370|2017DRC48_0370
2017DRC48_0375	operon_0064	MW794144.1|gene-2017DRC48_0375|2017DRC48_0375
2017DRC48_0380	operon_0064	MW794144.1|gene-2017DRC48_0380|2017DRC48_0380
2017DRC48_0385	operon_0064	MW794144.1|gene-2017DRC48_0385|2017DRC48_0385
2017DRC48_0390	operon_0064	MW794144.1|gene-2017DRC48_0390|2017DRC48_0390
2017DRC48_0395	operon_0064	MW794144.1|gene-2017DRC48_0395|2017DRC48_0395
2017DRC48_0400	operon_0065	MW794144.1|gene-2017DRC48_0400|2017DRC48_0400|hdgA
2017DRC48_0405	operon_0066	MW794144.1|gene-2017DRC48_0405|2017DRC48_0405
2017DRC48_0410	operon_0067	MW794144.1|gene-2017DRC48_0410|2017DRC48_0410
2017DRC48_0415	operon_0067	MW794144.1|gene-2017DRC48_0415|2017DRC48_0415
2017DRC48_0420	operon_0067	MW794144.1|gene-2017DRC48_0420|2017DRC48_0420
2017DRC48_0425	operon_0068	MW794144.1|gene-2017DRC48_0425|2017DRC48_0425
2017DRC48_0430	operon_0068	MW794144.1|gene-2017DRC48_0430|2017DRC48_0430
2017DRC48_0435	operon_0068	MW794144.1|gene-2017DRC48_0435|2017DRC48_0435
2017DRC48_0440	operon_0069	MW794144.1|gene-2017DRC48_0440|2017DRC48_0440
2017DRC48_0445	operon_0070	MW794144.1|gene-2017DRC48_0445|2017DRC48_0445
2017DRC48_0450	operon_0070	MW794144.1|gene-2017DRC48_0450|2017DRC48_0450
2017DRC48_0455	operon_0071	MW794144.1|gene-2017DRC48_0455|2017DRC48_0455
2017DRC48_0460	operon_0071	MW794144.1|gene-2017DRC48_0460|2017DRC48_0460
2017DRC48_0465	operon_0071	MW794144.1|gene-2017DRC48_0465|2017DRC48_0465
2017DRC48_0470	operon_0071	MW794144.1|gene-2017DRC48_0470|2017DRC48_0470
2017DRC48_0475	operon_0072	MW794144.1|gene-2017DRC48_0475|2017DRC48_0475
2017DRC48_0480	operon_0072	MW794144.1|gene-2017DRC48_0480|2017DRC48_0480
2017DRC48_0485	operon_0072	MW794144.1|gene-2017DRC48_0485|2017DRC48_0485
2017DRC48_0490	operon_0072	MW794144.1|gene-2017DRC48_0490|2017DRC48_0490
2017DRC48_0495	operon_0072	MW794144.1|gene-2017DRC48_0495|2017DRC48_0495
2017DRC48_0500	operon_0072	MW794144.1|gene-2017DRC48_0500|2017DRC48_0500
2017DRC48_0505	operon_0072	MW794144.1|gene-2017DRC48_0505|2017DRC48_0505
2017DRC48_0510	operon_0072	MW794144.1|gene-2017DRC48_0510|2017DRC48_0510
2017DRC48_0515	operon_0072	MW794144.1|gene-2017DRC48_0515|2017DRC48_0515
2017DRC48_0520	operon_0072	MW794144.1|gene-2017DRC48_0520|2017DRC48_0520
2017DRC48_0525	operon_0072	MW794144.1|gene-2017DRC48_0525|2017DRC48_0525
2017DRC48_0530	operon_0072	MW794144.1|gene-2017DRC48_0530|2017DRC48_0530
2017DRC48_0535	operon_0072	MW794144.1|gene-2017DRC48_0535|2017DRC48_0535
2017DRC48_0540	operon_0073	MW794144.1|gene-2017DRC48_0540|2017DRC48_0540
2017DRC48_0545	operon_0074	MW794144.1|gene-2017DRC48_0545|2017DRC48_0545
2017DRC48_0550	operon_0074	MW794144.1|gene-2017DRC48_0550|2017DRC48_0550
2017DRC48_0555	operon_0074	MW794144.1|gene-2017DRC48_0555|2017DRC48_0555
2017DRC48_0560	operon_0074	MW794144.1|gene-2017DRC48_0560|2017DRC48_0560
2017DRC48_0565	operon_0074	MW794144.1|gene-2017DRC48_0565|2017DRC48_0565
2017DRC48_0570	operon_0074	MW794144.1|gene-2017DRC48_0570|2017DRC48_0570|nrdD
2017DRC48_0575	operon_0074	MW794144.1|gene-2017DRC48_0575|2017DRC48_0575|nrdG
2017DRC48_0580	operon_0074	MW794144.1|gene-2017DRC48_0580|2017DRC48_0580
2017DRC48_0585	operon_0074	MW794144.1|gene-2017DRC48_0585|2017DRC48_0585
2017DRC48_0590	operon_0075	MW794144.1|gene-2017DRC48_0590|2017DRC48_0590
2017DRC48_0595	operon_0075	MW794144.1|gene-2017DRC48_0595|2017DRC48_0595
2017DRC48_0600	operon_0075	MW794144.1|gene-2017DRC48_0600|2017DRC48_0600
2017DRC48_0605	operon_0076	MW794144.1|gene-2017DRC48_0605|2017DRC48_0605
2017DRC48_0610	operon_0077	MW794144.1|gene-2017DRC48_0610|2017DRC48_0610
2017DRC48_0615	operon_0078	MW794144.1|gene-2017DRC48_0615|2017DRC48_0615|tcgA
2017DRC48_0620	operon_0079	MW794144.1|gene-2017DRC48_0620|2017DRC48_0620
2017DRC48_0625	operon_0079	MW794144.1|gene-2017DRC48_0625|2017DRC48_0625
2017DRC48_0630	operon_0079	MW794144.1|gene-2017DRC48_0630|2017DRC48_0630
2017DRC48_0635	operon_0079	MW794144.1|gene-2017DRC48_0635|2017DRC48_0635
2017DRC48_0640	operon_0079	MW794144.1|gene-2017DRC48_0640|2017DRC48_0640
2017DRC48_0645	operon_0079	MW794144.1|gene-2017DRC48_0645|2017DRC48_0645
2017DRC48_0650	operon_0080	MW794144.1|gene-2017DRC48_0650|2017DRC48_0650|terL
2017DRC48_0655	operon_0081	MW794144.1|gene-2017DRC48_0655|2017DRC48_0655|terL
2017DRC48_0660	operon_0081	MW794144.1|gene-2017DRC48_0660|2017DRC48_0660|tcgB
2017DRC48_0665	operon_0081	MW794144.1|gene-2017DRC48_0665|2017DRC48_0665
2017DRC48_0670	operon_0081	MW794144.1|gene-2017DRC48_0670|2017DRC48_0670
2017DRC48_0675	operon_0082	MW794144.1|gene-2017DRC48_0675|2017DRC48_0675
2017DRC48_0680	operon_0082	MW794144.1|gene-2017DRC48_0680|2017DRC48_0680
2017DRC48_0685	operon_0083	MW794144.1|gene-2017DRC48_0685|2017DRC48_0685
2017DRC48_0690	operon_0084	MW794144.1|gene-2017DRC48_0690|2017DRC48_0690
2017DRC48_0695	operon_0084	MW794144.1|gene-2017DRC48_0695|2017DRC48_0695|teaA
2017DRC48_0700	operon_0084	MW794144.1|gene-2017DRC48_0700|2017DRC48_0700|arrA
2017DRC48_0705	operon_0084	MW794144.1|gene-2017DRC48_0705|2017DRC48_0705
2017DRC48_0710	operon_0085	MW794144.1|gene-2017DRC48_0710|2017DRC48_0710
2017DRC48_0715	operon_0085	MW794144.1|gene-2017DRC48_0715|2017DRC48_0715
2017DRC48_0720	operon_0085	MW794144.1|gene-2017DRC48_0720|2017DRC48_0720
2017DRC48_0725	operon_0085	MW794144.1|gene-2017DRC48_0725|2017DRC48_0725
2017DRC48_0730	operon_0085	MW794144.1|gene-2017DRC48_0730|2017DRC48_0730
2017DRC48_0735	operon_0085	MW794144.1|gene-2017DRC48_0735|2017DRC48_0735
2017DRC48_0740	operon_0085	MW794144.1|gene-2017DRC48_0740|2017DRC48_0740
2017DRC48_0745	operon_0085	MW794144.1|gene-2017DRC48_0745|2017DRC48_0745|helA
2017DRC48_0750	operon_0085	MW794144.1|gene-2017DRC48_0750|2017DRC48_0750
2017DRC48_0755	operon_0085	MW794144.1|gene-2017DRC48_0755|2017DRC48_0755
2017DRC48_0760	operon_0085	MW794144.1|gene-2017DRC48_0760|2017DRC48_0760
2017DRC48_0765	operon_0085	MW794144.1|gene-2017DRC48_0765|2017DRC48_0765
2017DRC48_0770	operon_0085	MW794144.1|gene-2017DRC48_0770|2017DRC48_0770
2017DRC48_0775	operon_0085	MW794144.1|gene-2017DRC48_0775|2017DRC48_0775
2017DRC48_0780	operon_0085	MW794144.1|gene-2017DRC48_0780|2017DRC48_0780
2017DRC48_0785	operon_0085	MW794144.1|gene-2017DRC48_0785|2017DRC48_0785
2017DRC48_0790	operon_0085	MW794144.1|gene-2017DRC48_0790|2017DRC48_0790
2017DRC48_0795	operon_0085	MW794144.1|gene-2017DRC48_0795|2017DRC48_0795
2017DRC48_0800	operon_0085	MW794144.1|gene-2017DRC48_0800|2017DRC48_0800
2017DRC48_0805	operon_0085	MW794144.1|gene-2017DRC48_0805|2017DRC48_0805
2017DRC48_0810	operon_0085	MW794144.1|gene-2017DRC48_0810|2017DRC48_0810
2017DRC48_0815	operon_0086	MW794144.1|gene-2017DRC48_0815|2017DRC48_0815
2017DRC48_0820	operon_0086	MW794144.1|gene-2017DRC48_0820|2017DRC48_0820
2017DRC48_0825	operon_0086	MW794144.1|gene-2017DRC48_0825|2017DRC48_0825
2017DRC48_0830	operon_0086	MW794144.1|gene-2017DRC48_0830|2017DRC48_0830
2017DRC48_0835	operon_0086	MW794144.1|gene-2017DRC48_0835|2017DRC48_0835
2017DRC48_0840	operon_0086	MW794144.1|gene-2017DRC48_0840|2017DRC48_0840
2017DRC48_0845	operon_0086	MW794144.1|gene-2017DRC48_0845|2017DRC48_0845
2017DRC48_0850	operon_0086	MW794144.1|gene-2017DRC48_0850|2017DRC48_0850
2017DRC48_0855	operon_0086	MW794144.1|gene-2017DRC48_0855|2017DRC48_0855
2017DRC48_0860	operon_0086	MW794144.1|gene-2017DRC48_0860|2017DRC48_0860|rdgC
2017DRC48_0865	operon_0086	MW794144.1|gene-2017DRC48_0865|2017DRC48_0865
2017DRC48_0870	operon_0086	MW794144.1|gene-2017DRC48_0870|2017DRC48_0870
2017DRC48_0875	operon_0086	MW794144.1|gene-2017DRC48_0875|2017DRC48_0875
2017DRC48_0880	operon_0086	MW794144.1|gene-2017DRC48_0880|2017DRC48_0880
2017DRC48_0885	operon_0086	MW794144.1|gene-2017DRC48_0885|2017DRC48_0885
2017DRC48_0890	operon_0086	MW794144.1|gene-2017DRC48_0890|2017DRC48_0890
2017DRC48_0895	operon_0086	MW794144.1|gene-2017DRC48_0895|2017DRC48_0895
2017DRC48_0900	operon_0086	MW794144.1|gene-2017DRC48_0900|2017DRC48_0900
2017DRC48_0905	operon_0086	MW794144.1|gene-2017DRC48_0905|2017DRC48_0905
2017DRC48_0910	operon_0086	MW794144.1|gene-2017DRC48_0910|2017DRC48_0910
2017DRC48_0915	operon_0087	MW794144.1|gene-2017DRC48_0915|2017DRC48_0915
2017DRC48_0920	operon_0087	MW794144.1|gene-2017DRC48_0920|2017DRC48_0920
2017DRC48_0925	operon_0087	MW794144.1|gene-2017DRC48_0925|2017DRC48_0925
2017DRC48_0930	operon_0087	MW794144.1|gene-2017DRC48_0930|2017DRC48_0930
2017DRC48_0935	operon_0087	MW794144.1|gene-2017DRC48_0935|2017DRC48_0935
2017DRC48_0940	operon_0087	MW794144.1|gene-2017DRC48_0940|2017DRC48_0940
2017DRC48_0945	operon_0087	MW794144.1|gene-2017DRC48_0945|2017DRC48_0945
2017DRC48_0950	operon_0087	MW794144.1|gene-2017DRC48_0950|2017DRC48_0950
2017DRC48_0955	operon_0087	MW794144.1|gene-2017DRC48_0955|2017DRC48_0955
2017DRC48_0960	operon_0087	MW794144.1|gene-2017DRC48_0960|2017DRC48_0960
2017DRC48_0965	operon_0087	MW794144.1|gene-2017DRC48_0965|2017DRC48_0965
2017DRC48_0970	operon_0087	MW794144.1|gene-2017DRC48_0970|2017DRC48_0970
2017DRC48_0975	operon_0087	MW794144.1|gene-2017DRC48_0975|2017DRC48_0975
2017DRC48_0980	operon_0087	MW794144.1|gene-2017DRC48_0980|2017DRC48_0980
2017DRC48_0985	operon_0087	MW794144.1|gene-2017DRC48_0985|2017DRC48_0985
2017DRC48_0990	operon_0087	MW794144.1|gene-2017DRC48_0990|2017DRC48_0990
2017DRC48_0995	operon_0087	MW794144.1|gene-2017DRC48_0995|2017DRC48_0995
2017DRC48_1000	operon_0087	MW794144.1|gene-2017DRC48_1000|2017DRC48_1000
2017DRC48_1005	operon_0087	MW794144.1|gene-2017DRC48_1005|2017DRC48_1005
2017DRC48_1010	operon_0087	MW794144.1|gene-2017DRC48_1010|2017DRC48_1010
2017DRC48_1015	operon_0088	MW794144.1|gene-2017DRC48_1015|2017DRC48_1015|nrdA
2017DRC48_1020	operon_0088	MW794144.1|gene-2017DRC48_1020|2017DRC48_1020|nrdB
2017DRC48_1025	operon_0088	MW794144.1|gene-2017DRC48_1025|2017DRC48_1025
2017DRC48_1030	operon_0089	MW794144.1|gene-2017DRC48_1030|2017DRC48_1030
2017DRC48_1035	operon_0089	MW794144.1|gene-2017DRC48_1035|2017DRC48_1035
2017DRC48_1040	operon_0089	MW794144.1|gene-2017DRC48_1040|2017DRC48_1040
2017DRC48_1045	operon_0089	MW794144.1|gene-2017DRC48_1045|2017DRC48_1045
2017DRC48_1050	operon_0089	MW794144.1|gene-2017DRC48_1050|2017DRC48_1050
2017DRC48_1055	operon_0089	MW794144.1|gene-2017DRC48_1055|2017DRC48_1055
2017DRC48_1060	operon_0089	MW794144.1|gene-2017DRC48_1060|2017DRC48_1060
2017DRC48_1065	operon_0089	MW794144.1|gene-2017DRC48_1065|2017DRC48_1065
2017DRC48_1070	operon_0089	MW794144.1|gene-2017DRC48_1070|2017DRC48_1070
2017DRC48_1075	operon_0089	MW794144.1|gene-2017DRC48_1075|2017DRC48_1075
2017DRC48_1080	operon_0089	MW794144.1|gene-2017DRC48_1080|2017DRC48_1080
2017DRC48_1085	operon_0089	MW794144.1|gene-2017DRC48_1085|2017DRC48_1085
2017DRC48_1090	operon_0089	MW794144.1|gene-2017DRC48_1090|2017DRC48_1090
2017DRC48_1095	operon_0089	MW794144.1|gene-2017DRC48_1095|2017DRC48_1095
2017DRC48_1100	operon_0089	MW794144.1|gene-2017DRC48_1100|2017DRC48_1100
2017DRC48_1105	operon_0089	MW794144.1|gene-2017DRC48_1105|2017DRC48_1105
2017DRC48_1110	operon_0089	MW794144.1|gene-2017DRC48_1110|2017DRC48_1110
2017DRC48_1115	operon_0089	MW794144.1|gene-2017DRC48_1115|2017DRC48_1115
2017DRC48_1120	operon_0090	MW794144.1|gene-2017DRC48_1120|2017DRC48_1120
2017DRC48_1125	operon_0090	MW794144.1|gene-2017DRC48_1125|2017DRC48_1125
2017DRC48_1130	operon_0090	MW794144.1|gene-2017DRC48_1130|2017DRC48_1130
2017DRC48_1135	operon_0091	MW794144.1|gene-2017DRC48_1135|2017DRC48_1135
2017DRC48_1140	operon_0091	MW794144.1|gene-2017DRC48_1140|2017DRC48_1140