Locus_tag	OperonID	Description
GLX_30630	operon_0001	NC_016021.1|gene0|GLX_30630
GLX_30640	operon_0002	NC_016021.1|gene1|GLX_30640
GLX_30650	operon_0003	NC_016021.1|gene2|GLX_30650
GLX_30660	operon_0003	NC_016021.1|gene3|GLX_30660
GLX_30670	operon_0003	NC_016021.1|gene4|GLX_30670
GLX_30680	operon_0003	NC_016021.1|gene5|GLX_30680
GLX_30690	operon_0003	NC_016021.1|gene6|GLX_30690
GLX_30700	operon_0003	NC_016021.1|gene7|GLX_30700
GLX_30710	operon_0003	NC_016021.1|gene8|GLX_30710
GLX_30720	operon_0003	NC_016021.1|gene9|GLX_30720
GLX_30730	operon_0003	NC_016021.1|gene10|GLX_30730
GLX_30740	operon_0003	NC_016021.1|gene11|GLX_30740|traG
GLX_30750	operon_0003	NC_016021.1|gene12|GLX_30750
GLX_30760	operon_0003	NC_016021.1|gene13|GLX_30760
GLX_30770	operon_0003	NC_016021.1|gene14|GLX_30770
GLX_30780	operon_0003	NC_016021.1|gene15|GLX_30780
GLX_30790	operon_0003	NC_016021.1|gene16|GLX_30790
GLX_30800	operon_0003	NC_016021.1|gene17|GLX_30800
GLX_30810	operon_0003	NC_016021.1|gene18|GLX_30810
GLX_30820	operon_0004	NC_016021.1|gene19|GLX_30820
GLX_30830	operon_0005	NC_016021.1|gene20|GLX_30830
GLX_30840	operon_0005	NC_016021.1|gene21|GLX_30840
GLX_30850	operon_0006	NC_016021.1|gene22|GLX_30850
GLX_30860	operon_0007	NC_016021.1|gene23|GLX_30860
GLX_30870	operon_0007	NC_016021.1|gene24|GLX_30870
GLX_30880	operon_0008	NC_016021.1|gene25|GLX_30880
GLX_30890	operon_0008	NC_016021.1|gene26|GLX_30890
GLX_30900	operon_0009	NC_016021.1|gene27|GLX_30900
GLX_30910	operon_0009	NC_016021.1|gene28|GLX_30910
GLX_30920	operon_0009	NC_016021.1|gene29|GLX_30920
GLX_30930	operon_0009	NC_016021.1|gene30|GLX_30930
GLX_30940	operon_0009	NC_016021.1|gene31|GLX_30940
GLX_30950	operon_0009	NC_016021.1|gene32|GLX_30950
GLX_30960	operon_0009	NC_016021.1|gene33|GLX_30960
GLX_30970	operon_0010	NC_016021.1|gene34|GLX_30970
GLX_30980	operon_0010	NC_016021.1|gene35|GLX_30980
GLX_30990	operon_0010	NC_016021.1|gene36|GLX_30990
GLX_31000	operon_0010	NC_016021.1|gene37|GLX_31000
GLX_31010	operon_0010	NC_016021.1|gene38|GLX_31010
GLX_31020	operon_0010	NC_016021.1|gene39|GLX_31020
GLX_31030	operon_0011	NC_016021.1|gene40|GLX_31030
GLX_31040	operon_0012	NC_016021.1|gene41|GLX_31040
GLX_31050	operon_0013	NC_016021.1|gene42|GLX_31050
GLX_31060	operon_0013	NC_016021.1|gene43|GLX_31060
GLX_31070	operon_0013	NC_016021.1|gene44|GLX_31070
GLX_31080	operon_0014	NC_016021.1|gene45|GLX_31080
GLX_31090	operon_0014	NC_016021.1|gene46|GLX_31090
GLX_31100	operon_0014	NC_016021.1|gene47|GLX_31100
GLX_31110	operon_0014	NC_016021.1|gene48|GLX_31110
GLX_31120	operon_0015	NC_016021.1|gene49|GLX_31120
GLX_31130	operon_0015	NC_016021.1|gene50|GLX_31130
GLX_31140	operon_0016	NC_016021.1|gene51|GLX_31140
GLX_31150	operon_0016	NC_016021.1|gene52|GLX_31150
GLX_31160	operon_0017	NC_016021.1|gene53|GLX_31160
GLX_31170	operon_0017	NC_016021.1|gene54|GLX_31170
GLX_31180	operon_0018	NC_016021.1|gene55|GLX_31180
GLX_31190	operon_0018	NC_016021.1|gene56|GLX_31190
GLX_31200	operon_0019	NC_016021.1|gene57|GLX_31200
GLX_31210	operon_0019	NC_016021.1|gene58|GLX_31210
GLX_31220	operon_0019	NC_016021.1|gene59|GLX_31220
GLX_31230	operon_0019	NC_016021.1|gene60|GLX_31230
GLX_31240	operon_0020	NC_016021.1|gene61|GLX_31240
GLX_31250	operon_0020	NC_016021.1|gene62|GLX_31250
GLX_31260	operon_0021	NC_016021.1|gene63|GLX_31260
GLX_31270	operon_0022	NC_016021.1|gene64|GLX_31270
GLX_31280	operon_0022	NC_016021.1|gene65|GLX_31280
GLX_31290	operon_0023	NC_016021.1|gene66|GLX_31290
GLX_31300	operon_0023	NC_016021.1|gene67|GLX_31300
GLX_31310	operon_0024	NC_016021.1|gene68|GLX_31310
GLX_31320	operon_0024	NC_016021.1|gene69|GLX_31320
GLX_31330	operon_0025	NC_016021.1|gene70|GLX_31330
GLX_31340	operon_0025	NC_016021.1|gene71|GLX_31340
GLX_31350	operon_0025	NC_016021.1|gene72|GLX_31350
GLX_31360	operon_0026	NC_016021.1|gene73|GLX_31360
GLX_31370	operon_0026	NC_016021.1|gene74|GLX_31370
GLX_31380	operon_0027	NC_016021.1|gene75|GLX_31380
GLX_31390	operon_0027	NC_016021.1|gene76|GLX_31390
GLX_31400	operon_0028	NC_016021.1|gene77|GLX_31400