AlfalfaGEDB | MS.gene90367

M. sativa cultivar XinJiangDaYe / MS.gene90367

KEGG: K05674
GO: GO:0000166 GO:0003674 GO:0003824 GO:0005215 GO:0005488 GO:0005524 GO:0005575 GO:0006810 GO:0008144 GO:0008150 GO:0015399 GO:0016021 GO:0016462 GO:0016787 GO:0016817 GO:0016818 GO:0016887 GO:0017076 GO:0017111 GO:0022804 GO:0022857 GO:0030554 GO:0031224 GO:0032553 GO:0032555 GO:0032559 GO:0035639 GO:0036094 GO:0042626 GO:0043167 GO:0043168 GO:0051179 GO:0051234 GO:0055085 GO:0097159 GO:0097367 GO:0110165 GO:1901265 GO:1901363
PFAM: PF00005.30 PF00664.26

Nr:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene90367.t1	KEH39650.1	94.7	1247	59	1	1	1240	20	1266	0.00E+00	2317.3

Swissprot:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene90367.t1	Q9SKX0	62.6	1232	405	10	11	1240	27	1204	0.0e+00	1449.5

Trembl:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene90367.t1	A0A072VNC5	94.7	1247	59	1	1	1240	20	1266	0.0e+00	2317.3

TFs/TRs:

Gene ID	Type	Classification

Protein Kinases:

Gene ID	Type	Classification

Network:

Co-expression Network:

Gene1	Gene2	correlation coefficient	p_value	FDR

PPI:

Gene1	Gene2	Type
MS.gene90367	MS.gene05450	PPI
MS.gene90367	MS.gene36547	PPI
MS.gene90367	MS.gene052380	PPI
MS.gene90367	MS.gene052802	PPI
MS.gene90367	MS.gene33438	PPI
MS.gene90367	MS.gene006196	PPI
MS.gene038050	MS.gene90367	PPI
MS.gene90367	MS.gene046329	PPI
MS.gene90367	MS.gene36548	PPI
MS.gene90367	MS.gene072126	PPI
MS.gene90367	MS.gene011172	PPI
MS.gene90367	MS.gene68530	PPI
MS.gene016542	MS.gene90367	PPI
MS.gene90367	MS.gene44292	PPI
MS.gene90367	MS.gene37001	PPI
MS.gene90367	MS.gene37004	PPI
MS.gene90367	MS.gene30362	PPI
MS.gene022708	MS.gene90367	PPI
MS.gene90367	MS.gene072121	PPI
MS.gene90367	MS.gene94826	PPI
MS.gene90367	MS.gene05452	PPI
MS.gene86196	MS.gene90367	PPI
MS.gene90367	MS.gene068312	PPI
MS.gene90367	MS.gene20723	PPI
MS.gene90367	MS.gene29186	PPI
MS.gene90367	MS.gene07206	PPI
MS.gene068310	MS.gene90367	PPI
MS.gene98831	MS.gene90367	PPI
MS.gene86024	MS.gene90367	PPI
MS.gene90367	MS.gene063786	PPI
MS.gene60651	MS.gene90367	PPI
MS.gene90367	MS.gene45438	PPI
MS.gene90367	MS.gene027706	PPI
MS.gene90367	MS.gene068320	PPI
MS.gene019883	MS.gene90367	PPI
MS.gene90367	MS.gene82575	PPI
MS.gene33437	MS.gene90367	PPI
MS.gene90367	MS.gene039516	PPI
MS.gene23418	MS.gene90367	PPI
MS.gene90367	MS.gene33696	PPI
MS.gene90367	MS.gene52056	PPI
MS.gene90367	MS.gene027726	PPI
MS.gene33446	MS.gene90367	PPI
MS.gene90367	MS.gene74732	PPI
MS.gene90367	MS.gene74727	PPI
MS.gene90367	MS.gene59189	PPI
MS.gene90367	MS.gene66209	PPI
MS.gene90367	MS.gene25154	PPI
MS.gene90367	MS.gene33443	PPI
MS.gene90367	MS.gene33444	PPI
MS.gene90367	MS.gene80833	PPI
MS.gene90367	MS.gene072125	PPI
MS.gene90367	MS.gene019887	PPI
MS.gene90367	MS.gene07886	PPI
MS.gene90367	MS.gene052810	PPI
MS.gene90367	MS.gene019882	PPI
MS.gene39339	MS.gene90367	PPI
MS.gene018634	MS.gene90367	PPI
MS.gene90367	MS.gene07892	PPI
MS.gene90367	MS.gene068316	PPI
MS.gene016553	MS.gene90367	PPI
MS.gene90367	MS.gene74722	PPI
MS.gene90367	MS.gene052809	PPI
MS.gene90367	MS.gene011170	PPI
MS.gene90367	MS.gene93947	PPI
MS.gene90367	MS.gene066239	PPI
MS.gene90367	MS.gene063811	PPI
MS.gene90367	MS.gene29169	PPI
MS.gene90367	MS.gene83362	PPI
MS.gene24990	MS.gene90367	PPI
MS.gene89541	MS.gene90367	PPI
MS.gene90367	MS.gene39337	PPI
MS.gene90367	MS.gene25153	PPI
MS.gene90367	MS.gene88438	PPI
MS.gene052806	MS.gene90367	PPI
MS.gene97154	MS.gene90367	PPI
MS.gene90367	MS.gene97155	PPI
MS.gene90367	MS.gene33693	PPI
MS.gene90367	MS.gene33697	PPI
MS.gene90367	MS.gene020726	PPI
MS.gene90367	MS.gene44293	PPI
MS.gene72056	MS.gene90367	PPI
MS.gene07890	MS.gene90367	PPI
MS.gene90367	MS.gene86219	PPI
MS.gene90367	MS.gene37002	PPI
MS.gene90367	MS.gene44310	PPI
MS.gene90367	MS.gene039515	PPI
MS.gene90367	MS.gene046328	PPI
MS.gene07893	MS.gene90367	PPI
MS.gene90367	MS.gene022705	PPI
MS.gene30365	MS.gene90367	PPI
MS.gene90367	MS.gene072122	PPI
MS.gene90367	MS.gene30366	PPI
MS.gene90367	MS.gene45435	PPI
MS.gene90367	MS.gene068309	PPI
MS.gene90367	MS.gene027691	PPI
MS.gene90367	MS.gene068306	PPI
MS.gene90367	MS.gene52055	PPI
MS.gene88452	MS.gene90367	PPI
MS.gene90367	MS.gene064295	PPI
MS.gene90367	MS.gene24001	PPI
MS.gene90367	MS.gene86025	PPI
MS.gene90367	MS.gene019881	PPI

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene90367.t1	MTR_2g105190	94.707	1247	59	1	1	1240	20	1266	0.0	2343
MS.gene90367.t1	MTR_2g105190	95.366	1230	57	0	11	1240	43	1272	0.0	2333
MS.gene90367.t1	MTR_2g105190	28.125	224	142	4	614	821	1259	1479	6.27e-18	90.5
MS.gene90367.t1	MTR_3g011820	31.115	1067	680	17	196	1240	270	1303	1.71e-160	522
MS.gene90367.t1	MTR_3g011840	31.138	1063	672	18	196	1234	154	1180	5.84e-159	514
MS.gene90367.t1	MTR_2g436710	30.726	1074	679	19	192	1240	258	1291	2.57e-157	510
MS.gene90367.t1	MTR_2g436710	28.358	201	129	3	612	799	1276	1474	4.67e-14	78.2
MS.gene90367.t1	MTR_1g069450	29.991	1087	699	17	194	1240	250	1314	2.67e-155	505
MS.gene90367.t1	MTR_2g436680	31.197	1061	665	21	207	1240	266	1288	7.41e-154	501
MS.gene90367.t1	MTR_2g436680	27.805	205	125	3	612	799	1273	1471	7.18e-14	77.4
MS.gene90367.t1	MTR_2g019020	30.835	1054	686	13	198	1234	51	1078	1.65e-152	496
MS.gene90367.t1	MTR_2g019020	30.777	1056	688	13	196	1234	232	1261	1.76e-152	496
MS.gene90367.t1	MTR_1g088680	31.022	1067	665	26	207	1240	275	1303	2.34e-152	497
MS.gene90367.t1	MTR_1g088680	27.941	204	126	3	612	799	1288	1486	1.39e-12	73.2
MS.gene90367.t1	MTR_2g019020	30.857	1050	683	13	202	1234	1	1024	4.61e-152	493
MS.gene90367.t1	MTR_2g019020	30.777	1056	688	13	196	1234	232	1261	1.92e-151	496
MS.gene90367.t1	MTR_8g061970	30.993	1068	663	21	207	1240	261	1288	2.50e-151	494
MS.gene90367.t1	MTR_8g061970	27.861	201	130	3	612	799	1273	1471	2.49e-13	75.5
MS.gene90367.t1	MTR_2g436730	31.099	1074	675	19	192	1240	256	1289	1.18e-149	489
MS.gene90367.t1	MTR_2g436730	28.358	201	129	2	612	799	1274	1472	1.84e-13	75.9
MS.gene90367.t1	MTR_3g056700	30.166	1084	687	21	194	1239	38	1089	4.50e-146	475
MS.gene90367.t1	MTR_3g056700	26.148	283	180	5	530	799	1007	1273	8.72e-16	83.6
MS.gene90367.t1	MTR_3g056705	28.276	1114	723	15	169	1239	257	1337	8.90e-146	480
MS.gene90367.t1	MTR_3g056705	25.163	306	199	5	542	830	1264	1556	3.62e-17	88.2
MS.gene90367.t1	MTR_5g033030	29.653	1123	707	24	163	1237	186	1273	7.91e-145	476
MS.gene90367.t1	MTR_5g033030	25.532	282	163	7	542	799	1201	1459	2.70e-16	85.5
MS.gene90367.t1	MTR_5g094830	30.712	1068	675	25	201	1237	245	1278	1.19e-144	476
MS.gene90367.t1	MTR_5g094830	26.761	284	177	6	542	811	1206	1472	1.38e-17	89.7
MS.gene90367.t1	MTR_8g080050	29.096	1172	740	27	110	1240	107	1228	1.20e-144	474
MS.gene90367.t1	MTR_7g098690	29.844	1089	684	17	194	1240	248	1298	5.03e-144	474
MS.gene90367.t1	MTR_7g098690	23.148	432	264	13	415	811	1089	1487	1.00e-13	77.0
MS.gene90367.t1	MTR_8g016070	29.928	1106	707	20	167	1240	181	1250	1.07e-139	461
MS.gene90367.t1	MTR_8g016070	24.906	265	165	5	551	798	1185	1432	1.98e-15	82.4
MS.gene90367.t1	MTR_6g034265	30.095	1050	694	14	203	1240	236	1257	1.52e-137	456
MS.gene90367.t1	MTR_5g094810	30.160	1061	671	21	201	1237	249	1263	4.82e-137	454
MS.gene90367.t1	MTR_5g094810	28.169	213	134	4	612	811	1251	1457	2.29e-15	82.4
MS.gene90367.t1	MTR_5g033320	28.792	1167	762	21	107	1237	130	1263	3.32e-136	452
MS.gene90367.t1	MTR_5g033320	28.169	213	134	4	612	811	1251	1457	4.21e-17	87.8
MS.gene90367.t1	MTR_6g034220	29.722	1080	713	16	176	1240	210	1258	6.58e-136	451
MS.gene90367.t1	MTR_6g034220	25.822	213	139	5	612	811	1243	1449	6.63e-11	67.8
MS.gene90367.t1	MTR_0019s0020	29.472	1079	717	12	176	1240	161	1209	1.67e-135	446
MS.gene90367.t1	MTR_6g034270	30.733	1051	678	18	207	1240	59	1076	3.01e-135	446
MS.gene90367.t1	MTR_6g034270	26.291	213	138	5	612	811	1061	1267	4.50e-11	68.2
MS.gene90367.t1	MTR_0019s0020	29.564	1079	716	12	176	1240	161	1209	1.56e-134	446
MS.gene90367.t1	MTR_0019s0020	29.564	1079	716	12	176	1240	161	1209	1.67e-134	446
MS.gene90367.t1	MTR_0019s0020	24.373	279	179	7	547	811	1140	1400	2.31e-11	69.3
MS.gene90367.t1	MTR_6g034310	29.434	1077	712	16	173	1240	205	1242	6.03e-133	441
MS.gene90367.t1	MTR_6g034310	29.434	1077	712	16	173	1240	205	1242	2.56e-132	441
MS.gene90367.t1	MTR_6g034310	23.656	279	181	7	547	811	1173	1433	6.90e-11	67.8
MS.gene90367.t1	MTR_8g015970	28.336	1094	726	16	173	1240	9	1070	1.29e-131	436
MS.gene90367.t1	MTR_8g015970	26.022	269	165	5	545	796	999	1250	1.33e-15	82.8
MS.gene90367.t1	MTR_8g015970	28.336	1094	726	16	173	1240	13	1074	1.86e-131	435
MS.gene90367.t1	MTR_8g015970	26.022	269	165	5	545	796	1003	1254	1.19e-15	83.2
MS.gene90367.t1	MTR_8g015970	28.715	1097	718	19	173	1240	9	1070	2.98e-131	435
MS.gene90367.t1	MTR_8g015970	25.552	317	193	8	545	842	999	1291	5.31e-16	84.3
MS.gene90367.t1	MTR_1g099280	29.571	1072	688	18	195	1240	230	1260	3.15e-131	438
MS.gene90367.t1	MTR_8g015970	28.715	1097	718	19	173	1240	13	1074	4.51e-131	434
MS.gene90367.t1	MTR_8g015970	25.552	317	193	8	545	842	1003	1295	5.45e-16	84.3
MS.gene90367.t1	MTR_1g099280	29.571	1072	688	18	195	1240	255	1285	7.67e-131	437
MS.gene90367.t1	MTR_6g034755	29.222	1054	701	15	202	1240	244	1267	9.60e-131	437
MS.gene90367.t1	MTR_6g034755	23.774	265	175	6	547	798	1198	1448	2.31e-11	69.3
MS.gene90367.t1	MTR_6g034350	28.653	1054	707	14	202	1240	244	1267	1.12e-128	431
MS.gene90367.t1	MTR_0196s0020	29.612	1057	706	14	195	1240	230	1259	6.84e-128	429
MS.gene90367.t1	MTR_6g034230	29.282	1086	716	16	173	1240	208	1259	9.63e-127	426
MS.gene90367.t1	MTR_6g034230	23.574	263	175	6	549	798	1192	1441	8.34e-11	67.4
MS.gene90367.t1	MTR_6g034335	28.893	1066	706	16	194	1240	232	1264	1.12e-126	426
MS.gene90367.t1	MTR_8g040620	28.741	1096	711	20	173	1240	188	1241	3.32e-126	424
MS.gene90367.t1	MTR_8g040620	26.199	271	166	5	545	798	1170	1423	3.07e-16	85.1
MS.gene90367.t1	MTR_8g040170	28.168	1097	707	18	175	1240	13	1059	1.02e-125	420
MS.gene90367.t1	MTR_8g040170	25.461	271	168	5	545	798	988	1241	2.98e-15	82.0
MS.gene90367.t1	MTR_8g040170	30.332	933	588	12	336	1240	1	899	1.14e-125	416
MS.gene90367.t1	MTR_8g040170	25.177	282	168	7	542	798	826	1089	5.44e-13	74.3
MS.gene90367.t1	MTR_6g034310	30.373	912	600	11	336	1240	1	884	6.41e-125	413
MS.gene90367.t1	MTR_8g015980	28.044	1084	731	16	173	1240	185	1235	1.16e-123	417
MS.gene90367.t1	MTR_8g015980	25.461	271	168	5	545	798	1164	1417	1.92e-15	82.4
MS.gene90367.t1	MTR_1g099280	28.731	1072	663	19	195	1240	230	1226	3.54e-123	413
MS.gene90367.t1	MTR_0019s0020	30.051	975	645	12	176	1138	161	1110	1.73e-122	407
MS.gene90367.t1	MTR_6g084320	28.545	1086	708	20	172	1240	173	1207	2.51e-121	410
MS.gene90367.t1	MTR_6g084320	24.444	315	195	7	547	841	1138	1429	3.30e-12	72.0
MS.gene90367.t1	MTR_2g019020	31.840	826	522	12	426	1234	5	806	4.03e-118	396
MS.gene90367.t1	MTR_3g056675	27.654	1121	676	25	168	1239	2	1036	6.63e-117	394
MS.gene90367.t1	MTR_3g056675	24.173	393	249	9	421	799	863	1220	1.44e-17	89.4
MS.gene90367.t1	MTR_8g016020	29.794	923	602	14	333	1240	127	1018	4.94e-116	392
MS.gene90367.t1	MTR_8g016020	25.658	304	183	6	512	798	923	1200	4.59e-16	84.3
MS.gene90367.t1	MTR_6g084320	28.633	929	619	16	172	1085	173	1072	3.72e-107	364
MS.gene90367.t1	MTR_0019s0020	29.864	884	583	12	176	1047	161	1019	8.27e-106	359
MS.gene90367.t1	MTR_8g009640	32.574	439	283	3	318	756	1	426	3.00e-69	250
MS.gene90367.t1	MTR_8g009640	32.828	198	126	2	1045	1240	433	625	3.96e-24	110
MS.gene90367.t1	MTR_8g009640	25.630	238	153	5	608	827	606	837	4.95e-12	71.2
MS.gene90367.t1	MTR_8g016010	27.575	602	345	11	659	1239	14	545	1.73e-59	220
MS.gene90367.t1	MTR_8g016010	24.516	310	191	7	506	798	445	728	2.61e-12	72.0
MS.gene90367.t1	MTR_3g056645	29.147	422	271	11	833	1240	58	465	2.46e-45	176
MS.gene90367.t1	MTR_3g056645	24.791	359	226	8	455	799	320	648	3.03e-17	87.8
MS.gene90367.t1	MTR_8g042520	27.835	388	266	5	856	1240	77	453	7.65e-39	155
MS.gene90367.t1	MTR_8g042520	24.373	279	179	7	547	811	384	644	5.57e-11	67.4
MS.gene90367.t1	MTR_8g016000	23.222	478	346	6	175	648	25	485	1.78e-31	130
MS.gene90367.t1	MTR_7g051100	23.346	514	342	13	612	1085	373	874	1.05e-27	122
MS.gene90367.t1	MTR_7g051100	32.353	204	117	6	618	803	1017	1217	3.39e-20	97.8
MS.gene90367.t1	MTR_6g009030	23.587	513	344	15	611	1085	376	878	1.44e-27	122
MS.gene90367.t1	MTR_6g009030	30.705	241	138	9	612	826	1015	1252	3.91e-20	97.8
MS.gene90367.t1	MTR_6g009110	23.251	529	344	16	611	1088	383	900	9.13e-26	116
MS.gene90367.t1	MTR_6g009110	31.193	218	126	7	624	820	1046	1260	5.70e-19	94.0
MS.gene90367.t1	MTR_6g009200	23.164	531	345	15	611	1085	376	899	3.44e-25	114
MS.gene90367.t1	MTR_6g009200	25.214	468	286	18	403	826	826	1273	1.92e-20	99.0
MS.gene90367.t1	MTR_3g093430	21.618	717	460	25	583	1240	355	1028	7.80e-24	109
MS.gene90367.t1	MTR_3g093430	28.333	240	141	7	613	825	1014	1249	2.12e-18	92.0
MS.gene90367.t1	MTR_6g009150	22.932	532	341	16	611	1085	377	896	2.11e-23	108
MS.gene90367.t1	MTR_6g009150	30.290	241	139	8	612	826	1033	1270	1.55e-20	99.0
MS.gene90367.t1	MTR_3g086430	32.051	234	135	7	611	824	1016	1245	2.64e-22	104
MS.gene90367.t1	MTR_3g086430	25.352	355	223	11	661	979	423	771	1.78e-16	85.9
MS.gene90367.t1	MTR_6g008800	24.248	499	322	16	611	1061	376	866	3.08e-22	104
MS.gene90367.t1	MTR_6g008800	30.870	230	135	8	612	820	1023	1249	6.92e-20	97.1
MS.gene90367.t1	MTR_6g008820	32.618	233	127	9	624	830	709	937	4.08e-22	103
MS.gene90367.t1	MTR_6g008820	28.175	252	148	9	611	833	42	289	9.83e-21	99.4
MS.gene90367.t1	MTR_6g008820	32.618	233	127	9	624	830	901	1129	4.96e-22	103
MS.gene90367.t1	MTR_6g008820	28.175	252	148	9	611	833	234	481	1.18e-20	99.4
MS.gene90367.t1	MTR_6g008820	32.618	233	127	9	624	830	817	1045	5.43e-22	103
MS.gene90367.t1	MTR_6g008820	28.452	239	138	9	624	833	163	397	2.19e-19	95.1
MS.gene90367.t1	MTR_6g008820	32.618	233	127	9	624	830	1031	1259	5.77e-22	103
MS.gene90367.t1	MTR_6g008820	28.175	252	148	9	611	833	364	611	1.37e-20	99.4
MS.gene90367.t1	MTR_6g009070	24.034	466	296	15	611	1021	316	778	1.10e-21	102
MS.gene90367.t1	MTR_6g009070	30.165	242	140	9	612	827	950	1188	1.11e-19	96.3
MS.gene90367.t1	MTR_1g025560	30.702	228	133	6	613	820	1011	1233	1.14e-21	102
MS.gene90367.t1	MTR_4g123990	28.030	264	162	8	595	838	380	635	4.94e-21	100
MS.gene90367.t1	MTR_4g123990	29.870	231	141	6	613	825	1053	1280	3.01e-18	91.7
MS.gene90367.t1	MTR_4g124050	22.774	483	305	12	595	1023	398	866	1.03e-20	99.8
MS.gene90367.t1	MTR_7g102070	28.016	257	157	7	612	845	442	693	1.18e-20	99.4
MS.gene90367.t1	MTR_7g102070	27.869	244	155	6	613	839	1098	1337	4.44e-19	94.4
MS.gene90367.t1	MTR_1g063170	28.125	256	156	7	613	845	416	666	1.55e-20	99.0
MS.gene90367.t1	MTR_1g063170	28.879	232	141	6	613	824	1072	1299	6.61e-20	97.1
MS.gene90367.t1	MTR_4g124000	27.376	263	165	8	595	838	380	635	2.54e-20	98.2
MS.gene90367.t1	MTR_6g088670	33.171	205	121	3	613	803	1019	1221	2.70e-20	98.2
MS.gene90367.t1	MTR_6g088670	28.319	226	143	6	611	819	374	597	4.43e-15	81.3
MS.gene90367.t1	MTR_3g107800	22.650	468	305	14	595	1028	398	842	2.71e-20	98.2
MS.gene90367.t1	MTR_3g107800	30.583	206	124	6	613	802	1043	1245	1.41e-17	89.4
MS.gene90367.t1	MTR_4g124050	22.774	483	305	12	595	1023	398	866	2.87e-20	98.2
MS.gene90367.t1	MTR_4g124050	30.918	207	122	7	613	802	1067	1269	5.25e-18	90.9
MS.gene90367.t1	MTR_5g029750	27.517	298	187	8	566	844	334	621	3.41e-20	97.8
MS.gene90367.t1	MTR_5g029750	32.381	210	118	7	612	803	1005	1208	9.05e-20	96.7
MS.gene90367.t1	MTR_4g124000	27.376	263	165	8	595	838	380	635	5.00e-20	97.4
MS.gene90367.t1	MTR_4g124000	31.000	200	119	5	619	802	1059	1255	3.34e-17	88.2
MS.gene90367.t1	MTR_3g080220	27.273	264	166	8	595	840	397	652	5.33e-20	97.4
MS.gene90367.t1	MTR_3g080220	30.500	200	122	4	619	803	1076	1273	1.39e-16	86.3
MS.gene90367.t1	MTR_1g086080	23.742	497	304	20	588	1023	382	864	5.70e-20	97.4
MS.gene90367.t1	MTR_1g086080	29.268	205	128	5	613	802	1061	1263	6.67e-16	84.0
MS.gene90367.t1	MTR_4g081190	32.381	210	120	5	611	803	1005	1209	6.61e-20	97.1
MS.gene90367.t1	MTR_4g081190	30.732	205	126	4	613	803	360	562	5.07e-17	87.4
MS.gene90367.t1	MTR_6g009080	30.455	220	129	6	618	816	235	451	6.68e-20	95.1
MS.gene90367.t1	MTR_4g124040	27.203	261	168	7	595	838	430	685	7.53e-20	97.1
MS.gene90367.t1	MTR_4g124040	31.658	199	119	5	619	802	1112	1308	8.32e-18	90.1
MS.gene90367.t1	MTR_4g124040	27.203	261	168	7	595	838	198	453	9.25e-20	96.3
MS.gene90367.t1	MTR_4g124040	31.658	199	119	5	619	802	880	1076	1.07e-17	89.7
MS.gene90367.t1	MTR_4g124040	27.203	261	168	7	595	838	375	630	1.00e-19	96.3
MS.gene90367.t1	MTR_4g124040	31.658	199	119	5	619	802	1057	1253	1.02e-17	89.7
MS.gene90367.t1	MTR_6g011680	31.839	223	132	7	612	818	1024	1242	2.30e-19	95.1
MS.gene90367.t1	MTR_6g011680	30.688	189	109	6	624	795	391	574	4.62e-16	84.3
MS.gene90367.t1	MTR_4g077930	27.305	282	177	8	597	855	380	656	4.57e-19	94.4
MS.gene90367.t1	MTR_4g077930	27.305	282	177	8	597	855	271	547	5.06e-19	94.0
MS.gene90367.t1	MTR_4g077930	31.068	206	123	6	613	802	942	1144	1.67e-18	92.4
MS.gene90367.t1	MTR_4g077930	27.305	282	177	8	597	855	380	656	7.87e-19	93.6
MS.gene90367.t1	MTR_4g077930	31.068	206	123	6	613	802	1051	1253	1.93e-18	92.4
MS.gene90367.t1	MTR_4g109720	23.636	385	250	10	455	815	257	621	8.86e-19	92.4
MS.gene90367.t1	MTR_1g086150	24.913	289	182	10	588	848	377	658	1.54e-18	92.4
MS.gene90367.t1	MTR_1g086150	29.756	205	127	5	613	802	1056	1258	8.28e-18	90.1
MS.gene90367.t1	MTR_1g086095	29.756	205	127	5	613	802	273	475	5.92e-18	89.0
MS.gene90367.t1	MTR_2g018350	22.851	477	304	15	624	1043	387	856	1.07e-17	89.7
MS.gene90367.t1	MTR_2g018350	30.435	207	123	5	613	802	1033	1235	3.09e-15	81.6
MS.gene90367.t1	MTR_2g018320	28.936	235	147	7	620	837	381	612	3.10e-17	88.2
MS.gene90367.t1	MTR_2g018320	29.381	194	120	4	624	802	1042	1233	2.06e-13	75.9
MS.gene90367.t1	MTR_8g022270	30.732	205	126	3	613	803	1259	1461	4.75e-17	87.8
MS.gene90367.t1	MTR_8g022270	27.477	222	141	7	611	816	613	830	2.21e-14	79.0
MS.gene90367.t1	MTR_6g465300	31.731	208	122	5	613	803	488	692	1.15e-16	85.9
MS.gene90367.t1	MTR_2g018530	28.017	232	144	8	620	831	391	619	1.16e-16	86.3
MS.gene90367.t1	MTR_2g018530	28.155	206	129	6	613	802	1042	1244	1.01e-12	73.6
MS.gene90367.t1	MTR_6g465300	31.731	208	122	5	613	803	488	692	1.70e-16	85.5
MS.gene90367.t1	MTR_6g078080	27.039	233	150	7	620	835	387	616	1.70e-15	82.8
MS.gene90367.t1	MTR_6g078080	28.384	229	145	6	613	825	1038	1263	3.37e-15	81.6
MS.gene90367.t1	MTR_1g059830	27.615	239	153	7	583	804	366	601	2.54e-15	81.3
MS.gene90367.t1	MTR_1g115430	25.676	222	149	4	627	835	430	648	5.37e-15	80.9
MS.gene90367.t1	MTR_1g115430	29.665	209	126	5	612	803	1162	1366	1.45e-14	79.7
MS.gene90367.t1	MTR_7g023340	25.095	263	177	6	586	835	400	655	8.87e-15	80.5
MS.gene90367.t1	MTR_7g023340	30.144	209	125	5	612	803	1135	1339	1.56e-14	79.3
MS.gene90367.t1	MTR_7g023340	25.095	263	177	6	586	835	400	655	1.01e-14	80.1
MS.gene90367.t1	MTR_7g023340	30.144	209	125	5	612	803	1171	1375	1.51e-14	79.7
MS.gene90367.t1	MTR_8g066710	33.562	146	90	5	661	803	592	733	1.69e-14	79.0
MS.gene90367.t1	MTR_8g066710	23.494	332	216	10	714	1024	19	333	4.90e-14	77.4
MS.gene90367.t1	MTR_0874s0020	31.034	145	93	2	1098	1240	11	150	2.77e-14	76.6
MS.gene90367.t1	MTR_0874s0020	25.630	238	153	5	608	827	131	362	1.88e-12	70.9
MS.gene90367.t1	MTR_5g075955	26.471	204	134	4	613	802	481	682	7.18e-14	77.0
MS.gene90367.t1	MTR_5g075955	26.471	204	134	4	613	802	369	570	7.69e-14	76.6
MS.gene90367.t1	MTR_5g094820	27.604	192	124	3	612	790	904	1093	1.16e-13	76.6
MS.gene90367.t1	MTR_7g079540	27.402	281	144	10	573	810	64	327	4.04e-13	72.8
MS.gene90367.t1	MTR_1309s0010	25.571	219	139	5	613	817	443	651	5.45e-13	73.9
MS.gene90367.t1	MTR_5g075960	23.343	347	218	9	486	802	356	684	7.31e-13	73.6
MS.gene90367.t1	MTR_6g009090	29.282	181	108	6	624	788	404	580	8.24e-13	73.2
MS.gene90367.t1	MTR_8g107410	29.808	208	112	6	613	798	35	230	2.07e-12	69.3

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene90367.t1	AT2G07680	63.937	1209	403	7	33	1240	44	1220	0.0	1510
MS.gene90367.t1	AT2G07680	32.487	197	115	6	614	796	1207	1399	1.54e-18	92.8
MS.gene90367.t1	AT2G07680	65.913	1150	362	6	92	1240	1	1121	0.0	1489
MS.gene90367.t1	AT2G07680	32.487	197	115	6	614	796	1108	1300	1.65e-18	92.4
MS.gene90367.t1	AT2G07680	62.862	1209	394	8	33	1240	44	1198	0.0	1470
MS.gene90367.t1	AT2G07680	32.487	197	115	6	614	796	1185	1377	1.55e-18	92.8
MS.gene90367.t1	AT2G07680	62.779	1209	392	8	33	1240	44	1195	0.0	1470
MS.gene90367.t1	AT2G07680	32.487	197	115	6	614	796	1182	1374	1.61e-18	92.8
MS.gene90367.t1	AT2G07680	62.893	1210	398	8	33	1240	44	1204	0.0	1469
MS.gene90367.t1	AT2G07680	32.487	197	115	6	614	796	1191	1383	1.48e-18	92.8
MS.gene90367.t1	AT2G07680	64.446	1156	378	7	33	1187	44	1167	0.0	1446
MS.gene90367.t1	AT2G34660	31.839	1071	679	13	194	1240	229	1272	1.72e-163	530
MS.gene90367.t1	AT2G34660	28.636	220	140	5	613	818	1258	1474	9.07e-11	67.4
MS.gene90367.t1	AT2G34660	31.839	1071	679	13	194	1240	229	1272	1.72e-163	530
MS.gene90367.t1	AT2G34660	28.636	220	140	5	613	818	1258	1474	9.07e-11	67.4
MS.gene90367.t1	AT1G30400	31.343	1072	688	13	183	1234	218	1261	9.24e-163	527
MS.gene90367.t1	AT1G30400	27.313	227	150	2	613	826	1253	1477	3.02e-11	68.9
MS.gene90367.t1	AT1G30400	31.343	1072	688	13	183	1234	218	1261	9.24e-163	527
MS.gene90367.t1	AT1G30400	27.313	227	150	2	613	826	1253	1477	3.02e-11	68.9
MS.gene90367.t1	AT2G34660	32.591	988	625	11	273	1240	19	985	1.36e-160	515
MS.gene90367.t1	AT1G04120	29.538	1256	770	27	59	1240	84	1298	1.01e-151	495
MS.gene90367.t1	AT1G04120	29.538	1256	770	27	59	1240	84	1298	1.40e-151	495
MS.gene90367.t1	AT1G30410	30.499	1082	710	18	175	1240	210	1265	4.96e-151	490
MS.gene90367.t1	AT1G30410	30.499	1082	710	18	175	1240	95	1150	5.78e-151	490
MS.gene90367.t1	AT2G47800	30.627	1084	672	23	197	1240	261	1304	1.82e-150	492
MS.gene90367.t1	AT2G47800	28.571	210	129	3	612	805	1289	1493	1.70e-12	72.8
MS.gene90367.t1	AT1G30410	30.499	1082	710	18	175	1240	210	1265	6.45e-150	490
MS.gene90367.t1	AT1G30410	30.499	1082	710	18	175	1240	210	1265	6.45e-150	490
MS.gene90367.t1	AT1G30410	30.499	1082	710	18	175	1240	210	1265	6.45e-150	490
MS.gene90367.t1	AT3G62700	28.768	1234	758	28	85	1240	137	1327	5.42e-149	488
MS.gene90367.t1	AT3G62700	24.719	267	169	4	549	799	1260	1510	1.41e-12	73.2
MS.gene90367.t1	AT1G30410	30.507	1085	709	19	175	1240	210	1268	1.57e-148	486
MS.gene90367.t1	AT3G13080	29.442	1182	742	25	113	1237	150	1296	1.87e-148	486
MS.gene90367.t1	AT3G13080	29.526	1182	741	26	113	1237	150	1296	3.65e-148	486
MS.gene90367.t1	AT3G13080	25.172	290	191	4	542	818	1225	1501	3.88e-17	88.2
MS.gene90367.t1	AT3G13080	29.442	1182	742	25	113	1237	150	1296	4.14e-148	485
MS.gene90367.t1	AT3G13080	25.746	268	173	4	542	796	1225	1479	9.20e-17	87.0
MS.gene90367.t1	AT1G30420	30.622	1045	682	16	204	1232	240	1257	8.31e-148	484
MS.gene90367.t1	AT3G60160	30.064	1101	717	16	169	1240	209	1285	3.66e-143	469
MS.gene90367.t1	AT1G04120	28.981	1256	742	28	59	1240	84	1263	6.52e-143	471
MS.gene90367.t1	AT3G60160	30.154	1101	716	17	169	1240	173	1249	3.41e-142	468
MS.gene90367.t1	AT3G60160	28.125	224	146	3	608	818	1230	1451	2.45e-14	79.0
MS.gene90367.t1	AT3G60160	30.064	1101	717	16	169	1240	209	1285	4.70e-142	469
MS.gene90367.t1	AT3G60160	28.125	224	146	3	608	818	1266	1487	2.27e-14	79.0
MS.gene90367.t1	AT3G13090	28.646	1152	765	19	113	1237	125	1246	3.72e-132	441
MS.gene90367.t1	AT3G13090	24.752	303	201	5	542	830	1175	1464	3.24e-16	85.1
MS.gene90367.t1	AT3G13100	30.840	976	622	15	284	1237	79	1023	1.21e-128	427
MS.gene90367.t1	AT3G13100	25.862	290	189	4	542	818	952	1228	4.98e-17	87.8
MS.gene90367.t1	AT3G59140	30.160	1061	680	21	202	1240	216	1237	5.33e-128	429
MS.gene90367.t1	AT3G60970	31.007	874	558	12	370	1240	1	832	1.14e-127	419
MS.gene90367.t1	AT3G60970	26.941	219	145	2	613	818	818	1034	1.50e-13	76.3
MS.gene90367.t1	AT3G13100	29.692	1071	691	17	194	1237	233	1268	2.17e-127	428
MS.gene90367.t1	AT3G13100	25.862	290	189	4	542	818	1197	1473	3.18e-17	88.6
MS.gene90367.t1	AT3G21250	28.349	1090	728	17	173	1240	187	1245	2.00e-119	405
MS.gene90367.t1	AT3G21250	23.420	269	172	4	547	798	1176	1427	1.29e-14	79.7
MS.gene90367.t1	AT3G21250	28.440	1090	727	17	173	1240	193	1251	2.76e-119	405
MS.gene90367.t1	AT3G21250	23.420	269	172	4	547	798	1182	1433	1.14e-14	80.1
MS.gene90367.t1	AT3G13080	29.436	975	618	18	113	1037	150	1104	1.94e-118	396
MS.gene90367.t1	AT3G13080	29.436	975	618	18	113	1037	150	1104	1.94e-118	396
MS.gene90367.t1	AT3G21250	28.073	1090	720	18	173	1240	187	1234	6.01e-114	389
MS.gene90367.t1	AT3G21250	23.420	269	172	4	547	798	1165	1416	1.29e-14	79.7
MS.gene90367.t1	AT3G21250	28.165	1090	719	18	173	1240	193	1240	7.09e-114	389
MS.gene90367.t1	AT3G21250	23.420	269	172	4	547	798	1171	1422	1.11e-14	80.1
MS.gene90367.t1	AT1G30420	29.384	861	568	14	204	1050	240	1074	8.64e-112	377
MS.gene90367.t1	AT3G21250	30.779	822	516	16	441	1240	39	829	4.63e-104	354
MS.gene90367.t1	AT3G21250	23.420	269	172	4	547	798	760	1011	1.95e-14	79.0
MS.gene90367.t1	AT3G21250	30.779	822	516	16	441	1240	39	829	4.63e-104	354
MS.gene90367.t1	AT3G21250	23.420	269	172	4	547	798	760	1011	1.95e-14	79.0
MS.gene90367.t1	AT1G71330	29.712	313	194	8	686	976	2	310	9.41e-33	130
MS.gene90367.t1	AT3G28345	24.466	515	319	19	619	1085	382	874	3.59e-26	117
MS.gene90367.t1	AT3G28345	24.706	510	285	20	357	812	765	1229	3.84e-21	101
MS.gene90367.t1	AT4G25960	28.094	299	178	9	566	844	379	660	1.21e-23	109
MS.gene90367.t1	AT4G25960	31.818	198	111	7	624	803	1058	1249	7.46e-18	90.5
MS.gene90367.t1	AT3G28415	26.588	425	250	16	613	992	363	770	1.81e-23	108
MS.gene90367.t1	AT3G28415	31.982	222	127	8	612	812	1000	1218	6.65e-22	103
MS.gene90367.t1	AT3G28415	26.588	425	250	16	613	992	355	762	2.18e-23	108
MS.gene90367.t1	AT3G28415	31.982	222	127	8	612	812	992	1210	7.65e-22	103
MS.gene90367.t1	AT1G27940	29.921	254	159	7	568	807	132	380	1.58e-22	105
MS.gene90367.t1	AT1G27940	30.973	226	137	5	613	821	807	1030	2.18e-21	101
MS.gene90367.t1	AT1G27940	29.921	254	159	7	568	807	346	594	2.40e-22	105
MS.gene90367.t1	AT1G27940	30.973	226	137	5	613	821	1021	1244	3.31e-21	101
MS.gene90367.t1	AT1G10680	23.894	452	304	15	612	1037	377	814	3.67e-22	104
MS.gene90367.t1	AT1G10680	31.980	197	112	6	624	803	1010	1201	6.38e-19	94.0
MS.gene90367.t1	AT1G10680	23.894	452	304	15	612	1037	377	814	4.03e-22	104
MS.gene90367.t1	AT1G10680	32.432	148	80	4	624	754	1010	1154	2.07e-12	72.4
MS.gene90367.t1	AT3G28360	31.222	221	130	7	612	812	997	1215	4.50e-22	103
MS.gene90367.t1	AT3G28360	25.587	426	273	14	600	992	353	767	8.58e-22	103
MS.gene90367.t1	AT3G28390	25.485	412	266	13	613	992	364	766	6.69e-22	103
MS.gene90367.t1	AT3G28390	31.100	209	124	6	612	803	996	1201	2.10e-19	95.5
MS.gene90367.t1	AT3G28380	23.899	477	282	16	613	1030	376	830	7.34e-22	103
MS.gene90367.t1	AT3G28380	31.532	222	128	8	612	812	1011	1229	2.83e-21	101
MS.gene90367.t1	AT1G28010	32.743	226	131	6	613	820	1023	1245	1.21e-21	102
MS.gene90367.t1	AT1G28010	28.740	254	162	7	568	807	347	595	2.37e-20	98.6
MS.gene90367.t1	AT5G46540	23.820	445	293	15	618	1020	379	819	8.93e-21	100
MS.gene90367.t1	AT5G46540	32.039	206	121	6	613	802	1022	1224	2.77e-18	91.7
MS.gene90367.t1	AT4G01820	24.025	487	320	15	595	1043	350	824	2.41e-20	98.2
MS.gene90367.t1	AT4G01820	23.848	499	328	16	588	1046	341	827	4.88e-20	97.4
MS.gene90367.t1	AT4G01820	31.500	200	111	7	624	803	1012	1205	1.93e-15	82.4
MS.gene90367.t1	AT2G47000	23.958	480	290	16	619	1034	405	873	6.11e-20	97.1
MS.gene90367.t1	AT2G47000	23.958	480	290	16	619	1034	405	873	7.95e-20	96.7
MS.gene90367.t1	AT2G47000	23.958	480	290	16	619	1034	405	873	7.95e-20	96.7
MS.gene90367.t1	AT2G47000	23.909	481	291	16	619	1035	405	874	1.07e-19	96.3
MS.gene90367.t1	AT3G62150	28.017	232	145	6	618	832	425	651	1.48e-19	95.9
MS.gene90367.t1	AT3G62150	31.500	200	118	6	619	802	1075	1271	8.33e-18	90.1
MS.gene90367.t1	AT3G62150	28.017	232	145	6	618	832	425	651	1.48e-19	95.9
MS.gene90367.t1	AT3G62150	31.500	200	118	6	619	802	1075	1271	8.33e-18	90.1
MS.gene90367.t1	AT3G62150	28.017	232	145	6	618	832	425	651	1.48e-19	95.9
MS.gene90367.t1	AT3G62150	31.500	200	118	6	619	802	1075	1271	8.33e-18	90.1
MS.gene90367.t1	AT2G36910	28.879	232	141	6	613	824	1041	1268	2.17e-19	95.5
MS.gene90367.t1	AT2G36910	27.344	256	158	7	613	845	385	635	3.09e-19	95.1
MS.gene90367.t1	AT3G28860	30.531	226	141	5	612	823	1026	1249	4.14e-19	94.4
MS.gene90367.t1	AT3G28860	24.541	436	276	15	624	1015	393	819	9.72e-18	90.1
MS.gene90367.t1	AT4G01830	31.401	207	124	4	613	803	1002	1206	5.72e-19	94.0
MS.gene90367.t1	AT4G01830	26.190	252	163	7	595	830	355	599	2.83e-17	88.6
MS.gene90367.t1	AT4G01830	31.401	207	124	4	613	803	768	972	5.90e-19	94.0
MS.gene90367.t1	AT4G01830	25.573	262	168	8	588	830	112	365	3.22e-17	88.2
MS.gene90367.t1	AT2G47000	28.340	247	150	8	619	843	405	646	6.25e-19	94.0
MS.gene90367.t1	AT2G47000	32.673	202	113	6	619	802	1065	1261	1.66e-18	92.4
MS.gene90367.t1	AT2G47000	28.340	247	150	8	619	843	405	646	6.25e-19	94.0
MS.gene90367.t1	AT2G47000	32.673	202	113	6	619	802	1065	1261	1.66e-18	92.4
MS.gene90367.t1	AT2G47000	28.340	247	150	8	619	843	405	646	6.25e-19	94.0
MS.gene90367.t1	AT2G47000	32.673	202	113	6	619	802	1065	1261	1.66e-18	92.4
MS.gene90367.t1	AT1G02520	30.693	202	121	4	619	803	1055	1254	1.01e-17	90.1
MS.gene90367.t1	AT1G02520	26.766	269	170	7	606	859	395	651	1.94e-16	85.9
MS.gene90367.t1	AT1G02520	30.693	202	121	4	619	803	1055	1254	1.01e-17	90.1
MS.gene90367.t1	AT1G02520	26.766	269	170	7	606	859	395	651	1.94e-16	85.9
MS.gene90367.t1	AT1G02520	30.693	202	121	4	619	803	1055	1254	1.01e-17	90.1
MS.gene90367.t1	AT1G02520	26.766	269	170	7	606	859	395	651	1.94e-16	85.9
MS.gene90367.t1	AT4G18050	31.658	199	119	5	619	802	1016	1212	1.03e-17	90.1
MS.gene90367.t1	AT4G18050	28.049	246	146	8	620	839	377	617	2.74e-17	88.6
MS.gene90367.t1	AT4G18050	31.658	199	119	5	619	802	1026	1222	1.13e-17	89.7
MS.gene90367.t1	AT4G18050	28.049	246	146	8	620	839	387	627	3.05e-17	88.6
MS.gene90367.t1	AT5G39040	29.048	210	128	8	611	803	411	616	3.23e-17	87.4
MS.gene90367.t1	AT1G02530	30.198	202	122	4	619	803	1050	1249	6.65e-17	87.4
MS.gene90367.t1	AT1G02530	28.261	230	139	7	606	818	382	602	6.67e-16	84.0
MS.gene90367.t1	AT1G02530	28.261	230	139	7	606	818	382	602	6.22e-16	84.0
MS.gene90367.t1	AT5G03910	28.049	246	153	5	583	809	382	622	1.15e-15	82.4
MS.gene90367.t1	AT4G25450	30.332	211	129	4	613	807	487	695	2.66e-15	81.6
MS.gene90367.t1	AT2G39480	30.144	209	125	5	612	803	1174	1378	2.91e-15	82.0
MS.gene90367.t1	AT2G39480	27.895	190	122	4	627	803	443	630	4.12e-15	81.6
MS.gene90367.t1	AT2G39480	30.144	209	125	5	612	803	994	1198	2.94e-15	82.0
MS.gene90367.t1	AT2G39480	27.895	190	122	4	627	803	263	450	3.37e-15	81.6
MS.gene90367.t1	AT5G58270	27.451	204	132	4	613	802	494	695	4.73e-15	80.9
MS.gene90367.t1	AT4G25450	30.332	211	129	4	613	807	318	526	5.34e-15	80.1
MS.gene90367.t1	AT3G55320	30.622	209	124	5	612	803	1175	1379	1.28e-14	79.7
MS.gene90367.t1	AT3G55320	27.368	190	123	4	627	803	445	632	4.05e-14	78.2
MS.gene90367.t1	AT1G70610	28.295	258	144	8	577	807	257	500	1.71e-14	78.6
MS.gene90367.t1	AT1G70610	28.295	258	144	8	577	807	438	681	2.17e-14	78.6
MS.gene90367.t1	AT4G28620	25.854	205	136	3	613	803	454	656	6.22e-14	77.0
MS.gene90367.t1	AT1G67940	29.500	200	122	3	613	798	44	238	1.63e-13	72.8
MS.gene90367.t1	AT4G28630	24.878	205	138	4	613	803	452	654	1.36e-12	72.8

Find 0 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE

CRISPR-Local

CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region

CRISPR-GE

badsite warning	sgRNA_sequence	Strand	Position	Region	GC_content

Chromosome	Type	Strat	End	Strand	Name
15084	gene	87757	98598	87757	ID=MS.gene90367
15084	mRNA	87757	98598	87757	ID=MS.gene90367.t1;Parent=MS.gene90367
15084	exon	98571	98598	98571	ID=MS.gene90367.t1.exon1;Parent=MS.gene90367.t1
15084	CDS	98571	98598	98571	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	98359	98453	98359	ID=MS.gene90367.t1.exon2;Parent=MS.gene90367.t1
15084	CDS	98359	98453	98359	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	97954	98109	97954	ID=MS.gene90367.t1.exon3;Parent=MS.gene90367.t1
15084	CDS	97954	98109	97954	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	97741	97872	97741	ID=MS.gene90367.t1.exon4;Parent=MS.gene90367.t1
15084	CDS	97741	97872	97741	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	97553	97653	97553	ID=MS.gene90367.t1.exon5;Parent=MS.gene90367.t1
15084	CDS	97553	97653	97553	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	97203	97266	97203	ID=MS.gene90367.t1.exon6;Parent=MS.gene90367.t1
15084	CDS	97203	97266	97203	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	96377	96628	96377	ID=MS.gene90367.t1.exon7;Parent=MS.gene90367.t1
15084	CDS	96377	96628	96377	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	95691	95760	95691	ID=MS.gene90367.t1.exon8;Parent=MS.gene90367.t1
15084	CDS	95691	95760	95691	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	95398	95458	95398	ID=MS.gene90367.t1.exon9;Parent=MS.gene90367.t1
15084	CDS	95398	95458	95398	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	94747	94834	94747	ID=MS.gene90367.t1.exon10;Parent=MS.gene90367.t1
15084	CDS	94747	94834	94747	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	94477	94595	94477	ID=MS.gene90367.t1.exon11;Parent=MS.gene90367.t1
15084	CDS	94477	94595	94477	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	94008	94105	94008	ID=MS.gene90367.t1.exon12;Parent=MS.gene90367.t1
15084	CDS	94008	94105	94008	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	93614	93680	93614	ID=MS.gene90367.t1.exon13;Parent=MS.gene90367.t1
15084	CDS	93614	93680	93614	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	93167	93284	93167	ID=MS.gene90367.t1.exon14;Parent=MS.gene90367.t1
15084	CDS	93167	93284	93167	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	92921	93037	92921	ID=MS.gene90367.t1.exon15;Parent=MS.gene90367.t1
15084	CDS	92921	93037	92921	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	92717	92797	92717	ID=MS.gene90367.t1.exon16;Parent=MS.gene90367.t1
15084	CDS	92717	92797	92717	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	92369	92617	92369	ID=MS.gene90367.t1.exon17;Parent=MS.gene90367.t1
15084	CDS	92369	92617	92369	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	91941	92042	91941	ID=MS.gene90367.t1.exon18;Parent=MS.gene90367.t1
15084	CDS	91941	92042	91941	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	91799	91866	91799	ID=MS.gene90367.t1.exon19;Parent=MS.gene90367.t1
15084	CDS	91799	91866	91799	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	91519	91650	91519	ID=MS.gene90367.t1.exon20;Parent=MS.gene90367.t1
15084	CDS	91519	91650	91519	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	91268	91415	91268	ID=MS.gene90367.t1.exon21;Parent=MS.gene90367.t1
15084	CDS	91268	91415	91268	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	90487	90767	90487	ID=MS.gene90367.t1.exon22;Parent=MS.gene90367.t1
15084	CDS	90487	90767	90487	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	90209	90368	90209	ID=MS.gene90367.t1.exon23;Parent=MS.gene90367.t1
15084	CDS	90209	90368	90209	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	89701	89876	89701	ID=MS.gene90367.t1.exon24;Parent=MS.gene90367.t1
15084	CDS	89701	89876	89701	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	89506	89617	89506	ID=MS.gene90367.t1.exon25;Parent=MS.gene90367.t1
15084	CDS	89506	89617	89506	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	89358	89411	89358	ID=MS.gene90367.t1.exon26;Parent=MS.gene90367.t1
15084	CDS	89358	89411	89358	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	89159	89281	89159	ID=MS.gene90367.t1.exon27;Parent=MS.gene90367.t1
15084	CDS	89159	89281	89159	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	88477	88575	88477	ID=MS.gene90367.t1.exon28;Parent=MS.gene90367.t1
15084	CDS	88477	88575	88477	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	88217	88309	88217	ID=MS.gene90367.t1.exon29;Parent=MS.gene90367.t1
15084	CDS	88217	88309	88217	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	88023	88133	88023	ID=MS.gene90367.t1.exon30;Parent=MS.gene90367.t1
15084	CDS	88023	88133	88023	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1
15084	exon	87757	87936	87757	ID=MS.gene90367.t1.exon31;Parent=MS.gene90367.t1
15084	CDS	87757	87936	87757	ID=cds.MS.gene90367.t1;Parent=MS.gene90367.t1

Gene Sequence

>MS.gene90367

GTATGGGATGAAAAAGGATTCTCCGAGTGTTTCCAAGACATATATCCTTACTTTTTTTTTTTTTGAGATTGTAGTTTTAAGTTTCTGCATGACAATTTTTCCCCTTGTATGAATTTATTTTCCTTAATAACCCATACTGTTTTAGGTTTTTCAGTGAATGTAGTGACTATTGTTATGATTGTTGTGCTTGGAATTAAACAAAAGATTGGTGGCCGAGGAGCTCAGAGATCGGACATTCAGGTACTAGTAGCTGATCTTGTGATTTTAAAAGGGTTTTGAGAAGGCACAAGAAACGTACCACAAAGAAACTGCCCTGTTTTATATTCATAACACAGTTCTTTGCAAGCTTTCAACTCTGTTCTATACAGTAATAGAGCTCATAGATTGTCCATTAATTGTCATACATTGTTGAATGATCTATGTATTATAGTACATACCTGCGATGAGATAATTCTATTCATGTTTGATACTTTTGAAATGAATCAACAGATGAGTCTTCCGGAGAAATTCGTCCTTTATTTTGTACCACCCATTGGAGCATGTTGTTCAGTTTTGGAAATAATTTTTCTGCTGAAGAAAGAACATGATGGTCACTTTGTTAGATATCATAAGTGGTTTCATAGCTGTTCTGAGTTGTTGGTGTGGGTAAGTTTCCTGATTTTTAGTTGTCCGCTTCTCAAGAGTTTAATGCATTTGATTTAAATATCAACTTATGCCTATATGTAGGCAAATATCATTCTCTTCACCAAGTGTGCAAGCAGTCACTGCATAGTCTTCAACCGTGTCTTATGTTTCTGGTGGATTCTGAAACCAATGTTGGGGATTTTCCATTTGATAACCAAGTTTCCATCATTGGAGGTGCCGTTATTTTGTGGCTACTTCATTTTCAAATAAATCTTGTACCATATGATAGATGTCAAAGATTTGGGATAATTTTCATTTCAGGTTTCAGCATGCATCTTGGAAAGTTTAGTTGTACTCTTGAATTTATCATTTGGCGTAGTTATCAATGTGATCAGGATAAAGAGATTATCTTCCAAAAGCAGGTATATACTGGTCTATCATTCTTATATAATCCTTTCTTTTTAAGATTAGTGATAAGTATTAATAATTTTTTTAAAGGTGGTCCATGAGACAGTTGATAGCTCAACTGTTCTCCCAGTTCACTTTCCTTATGTGTCCTAACATATTCAAAATGATTTGATCTTATAACTGTACCAAGTGAATGAAGTGCATTTCATTTAATTGTCTGTGTCATTTAGTATATGCAGTATATGTTTTGCTTCCAAATTACATCAAAAGCTCTTGACTGAACTGCTGTCATAATTTTAGTTTATTGGAAGATCCGCTTCTTTCTAATAGAGGGGACCTTGAGGAAGGTGGTAATCATGACCTTGTAAGTACATGTTGTCACTTGTAACTCTCTTCTCAAACTGCGCTAGTCTCACTTAAGATAATTAGTCTCTGATATACGTGCAGGCTATAATTGTTAGATTTGAATGCAATTTATTTCTTGCATACTGTTTGTTTACACAATGAGTGGACATGTCAGGGGGAAATGTGAAAATCTGTTGTTGAATTTGACGGTGTCAAATGGTTTCATAAACTTTCAACTTTGAAAACTTTCAGTAGTTAGCTTATGCTTGAAGAAATTGCTAACTTCAAATTTTGATTCCAAAGTATGAACTTTTTAACATGGAACTAATGGATGGGTTTACAGTTGAGTTTTTTTAACTTACGAGCGGCGGGAATATAATTCCCTAACCAGAAATAGATAAAAAAATTGTTGAAAACATTTGTCTGACTTGGTGGTTAATTACCAAATTGAAAGCTGGCAGGTTTATTTGCCAAAGACTTTCTGCGTAAAATTGATATGCTGTCTAATCATCACCTCTGTTTTGTTTTTCTTAAACTTTTTTTAAGATTGATATGCTCTCATTAGTTGACTCTTTCAATCTTTCTTTCTGAAGGGAAATAACGGTAACTTTTGGGATTTTATGACTTTCAAATCCATAAGTCCTGTAATGAATCAAGGTGTGCTAAAGCAATTAGACTCTGACGATCTTCTGCCACTACTACCTGATATGGGTCCTTCTTTCTGTCATGATATAATTTTGAATAGCTGGCAAGCTCAAGTGAGTAATAATAGTTCAAATCCATCCTTGTTTAGAGCACTTTGTAATGCGTATGGATGGCCATATCTCTGCCTTGGTTTATTGAAGGTATTTTTCTACACCAAATCACAGTTTCAACTCTTGTGCTGCTAGATAAATCTAAGTTCCTAAAATTTTGAAGCTTGCACTTTCTCTATTTATATACGATATTTACTCTATATGTTTAAGCTTCCTGCTATAGGCTGGTGTAACACCGCTTCCTTCAAACATATTTTACATGTATCTAACATTTATTAGATGACACCAATTCTTACCAATACCCAGATAGTGAATGTATTGCATCTGTCCTATATCCTAGTTAGTAGTGCTGATACCTTGACGTGTTTTAAATGTTTAGATGCTGAATGGACTGCCATGTCAATTTAAAAGTAGGATTACATGGAGTATCACTTCAATTTAATGGCTTTGACACCTTGACAGTTGAATTATTTACTTTATTGTTCACTACTTGTTCAGAAAATATGATTTTTCCAAATGATATGTAGTTTTTATCCTGTCCTTTTTTTTTATAGTATTGACTTGCCTTTTGTGAAGTAAATTCATGTCAATATTAAAAAACCAATTCCTTTCCTAAGAAGAAACCAAAATTATGATCTAACTATGTTTTATTTTATTTTATTTCATTTTGTGCTCTAGAACTACAAAGTATTTGAAATTCTTCCAGGTGATAAATGATGGTATTGGTTTTGCGGGACCATTGCTTCTCAACAAGCTGATCAAGTTTCTTCAACAAGGTTTCAACAATAAATTCATTGAAATGCTTCTCCATTATATCACACTCTTTGTGCTTACTGCTTTTATTTCATAATCTTCAATACATAAATTCATTTGCCAAACTAAACATGGTAACAACAATAATGGTCTCATCCCCCCTTTCTTTCCGGAGAATTGTTTTTTTCTAGCTTCTTATCAGCCAATTCACACAAAAACCTAAAATATTGGTTCCATTTTTGTTACATCTTTCAGGTTCAGCAAGTTGGGATGGGTATTTACTTGCACTATCCTTGGGTCTCACATCAATAATTAAGTAAGTTTGTATTTATATAATTCAGTGCTTGTCTACTTCTTGCTGCTACTTTGGATGCTTTATCTTTCACTATATCAAATCAAAGATTTATTGACAAACATCTTTATGGTTGATTGATTTGTTCAAAACTCATTCTGATACTATTGATAGTTTGAAAAAAAAAAGTACAAAATAATATTCTATCGATTAACTAACTGCTTTTCATTTGGTAGAATTCCTACATAATTGTGTAAATAACATAGAAATCAGAAAGACTGAAAAGTTAAAACCTATGATTCATTATCTTGATTTAATGGAAAATGAAACTATGTTGGTGTGTTTGATATATCCAAACCCCATTAAAAAAGCAACCATATGTAGAGAAACAAAGAGAAATGATTCTCTTAATGAACTACACACGCACATGTTTAATGCCTTTTACTTATGTTGGTCAATATTTTCATGTTGCATATCTGACTTTGAGCAACCTATGTTGGATCTGTATGAATTTATATAAGTTCTTTAATGCATTTTTTGCTGCATTTACCAATAGCAATTAGTAAATCAGTGTCCTTCTGTTCTAGATCTTTTTTAGATACACAATATACTTTTCGTCTTTCCAAACTGAAGCTAAAGCTGCGATCTAGTATCATGACTCTAATCTATGAGAAGGTATGCTAAAAATTTATTGTCTGTACATAAAAATGAAATGCGCATGCTGTCCCCCTCCCCCCAAATGATGATGTTTTTGATTCACATATATGACTTCTACAATCTAGCAACCTCATCCTAAAATGTGTATATTGTTTAATGTTGTTTCAAGTGTCTATATGTGAACCTAGCAGAGCGTTCAAAATTCACAAATGGAGAAATTCAAACATTTATGTCGGTGGATGCTGACCGAACTGTCAACTTGTGTAATAGTTTCCATGATATGTGGAGGTACTCCCTTAATTTTTAGGGTATTTCATCAAACTATCTTTTTCCTTATCTCCTGAATATTTATAGTCCTACAGGCTTATTGTCTTGTAAAGAGCTTTCAGTGTTTTACCTACAATAAAAACTATTTCTAAAATTTAATTATTTTTTGTATATGATTTTTATTAAGGATTACAAATATAATTTCGGCATCACCTACTTTCACGTGTAATCGAATTTTGAGTTATTAGCTGTATGTGATGATTGAGTTTAACCTAAATGTATTTGATGAAACCATCTTCTGTAGTCTACAATTGATGTCAAATCATGAATGTTAATGTTTTAATGACGTTTAAATTGCATATATCTTAAACATTGTGGCTTTATTGTTTCAGCCTGCCTTTACAGATTGGAGTGGCCCTTTATCTTTTGTATACTCAAGTCAAATTTGCTTTTGTGTCTGGATTAGCAATAACCATTTTATTGATACCAGGTAGAACCGTCACTCTAACAAAATTTCAGTTAATTTTTTATTTGTTTTTCACCTACTTGTGTGCATCAGTAACTGAACTGAATTCTCAAGAGAAATTTATACTTGTGGCACTTGAGTGATGTAACACATAACACATCACTGAACTAAGTTGTTAACCATTCTCTACACTGCAGTTCCCATTCTCATCAATAACAGGTCTCAAAATTGAATACTTAGATTAAAACAAATTAAAAAAAAAAAAAACTCATTTTAATATACAAAAATATAGTCAAGTCTTTATTTATTGAAAAAAGTAGTTTATTTATTATTGAATTTTAATTGATGCAGTGAATAAATGGATATCAACATTGATTGCAAGGGCAACTGAGCAAATGATGAAGCAGAAGGATGAAAGGTATCCATACATTATTGCCTTTCCCATAAGTAATAATTTATTTTTCTTTTTCTTTGGGGACAGTGACCTCCTTTGCATTTAGGGGATCCTTTATCCTCTATACTCATTATAATTATTGTGTGTTTGTCTTTATAAATTTTCATATTTTTATCCAAAAATAAATTTGTGAAGAATACTTGGTCAGCAGTGATTTGATTCATATTTCTAGCAGTTGCTTACCTTTTTTTTTCTTCCTAATTTTACCATTTTCCTTCATTCTGTTGGACATTAATGGACGAATATTACCAAAGCTACTGGTACATATAATATTAACATTATGCTTCTTTCAGGATTCGTAGAACAGGAGAACTTTTGACTTATATTCGCACTTTGAAGATGTATGGATGGGAACTTCTTTTTTCTAGTTGGTTAATGGAGACAAGATCCTTGGAAGTGAAACACTTGGCTGTAAGCCTTTTATGCAAAAAAGCTCTTAGAAGCTGCTAAGCTAGTGTTTAAGAATGGCACAATCAAACGGAATGCTTTCCTTTTCTTCTTATTTTATTTTGATCATCATGTTTCATCTGTGTTTTATAGACTCGGAAGTACTTGGATGCATGGTGTGTATTCTTTTGGGCTACAACACCATCACTCTTTTCTCTTTGCACATTTGGACTCTTTGCTTTGATGGGACATCAACTTGATGCTGCAACGGTATTTTAAGCTTGTTATACCTAGTCTTACTGATAAATTTTTCTTTCTTTTTATTTTTCATTTAATTATTTTTTCTGTCAGTTGTTTAGAGATTTCATGCGGTCAAGCAAATCTTAATTCCAGGTTTTCACTTGTATTGCTTTGTTTAACACACTGATTTCGCCACTTAATTCATTCCCTTGGGTGATTAATGGATTGATTGATGTGAGTCTCCTATATTCCATATGAATTTTATCAACAGAAGTAACTTTTTTACACATTCGTTAGTTTTTAGAATGAAAAGAATCTCTAACTCCACTGTAGGCCATCATATCTTCCAGACGGTTGAGTAGGTTTCTCTCTTGCCCTGAACATAGACGGGAAGTGGGAGAGAACAGTTCCTGTTCATCATCATTCCTGAGTAAACAGCCAGATTCTTTACAAGATTTGGCTGTCTTTATCCAAGACGCATGCTGTTCTTGGTCAAGTGGTGATGAAGAAGCAATAAATCTGGTGTTGAATCGCGTGACTCTTAGCCTGTTCAAGGGTTCCTTTGTTGCAGTTATTGGAGAGGTCAGATCCTTGTTTGAATTTTGTCAATGTCTTTATCCAGTAAAATAAAAACAGTGTCAAACGCGGTAAAGAAATTACAATAGATATCTGCCTATCACGTTTCCATATCACATTGCTAATAGATATTTGAAATCTTTAGTTCAAAATATGAGAAATAGGTCATGATCCTCCCACTTAGTCATCTGCGTCTGTTAGAATCATCAGTAATTTTAATATTCGACAATTAAATTTGATAAATTAAATGGAAAGAAATGCACATCACCTAATATCTGAAGCACACCCACAGTTACATTTATAATTTCACTTTACCAGCTGCATATGTTCAGGTTGGTTCCGGTAAATCGTCCCTGATATATTCAATTCTCGGAGAAATGCGGCTTGATCATGGATCTATTTATTCCCATGGATCTGTAGCTTATGTACCACAGGTTTGTATGTGATAATACCATATATATAACCTCAGAATGAAATTTCTTATTTCTTAATTTCCCAAAACTCTCAGGTCCCTTGGATTATATCTGGAACAGTTCGTGACAACATATTATTTGGGAAAAGCTATAATCCCGAAAGGTATAACACCTTCAACAATCTAATACTTTTTATCTGATTGAATCTTAGACCTATTTCCTCTGATTCCTGTGAACTTAAACTTTACAAGCATGTTTTGAACAAACGAAGTTTTGCTCTTTCCTCTTTATTATCTTCCTACTGTAAGCAGGTATGCGGATACAATAAATGCATGTGCGTTGGATGTTGATATCTCATCGATGGTTGGTGGTGACATGGCTTATATTGGAGAGAAAGGAGTCAACTTATCAGGTGGACAGAGAGCTCGTCTTGCGTTGGCAAGGTGCAAGCTACCGTTTCACCTTTCACCACACTAGCTTATATGTGGTTTTTATGATTTAATTATTATAATGAAGAAAAAGAACTAAATATTGTCTAATTGGCAGGGTACTGTATCATGACTCAGATGTTATTATGCTCGATGACATCCTGAGTGCAGTTGATGTACAAGTTGCTCAGTGGATCTTACACAATGCCATTCTTGGTCCACTTATGAAGGGAAAAACCCGATTGCTCTGTACCCACAACATTCAGGTTGTTGTGTACTCTCTTTACAATTATTTTATGTTTGTGTCTGTGTTGTTTGTATGAATTTGCACTGAATGATACTTAAGGACTACTACAGTATTCCATAACATTTTACCAAAATTTTGTTTCTCAAAATTCATCATAGGATTGAATATACTATCTTATATATCATATATGTAAGATTTTTACCTTAATCCAAAATTATTTAATCAATCATTGAGGTATATCAAGATTAATATTATCTTTGTGAAATATATAAAAATAAGAACTATTTGAGTATAAACTTATTTATGTTTAAAATCTTATGAGATTTGACACAAATAATCAATGTAATATGTAGTTATGTTTTAATGGTTGGATCAACAAGAATCACACTGTATCTAAAATTATGAGTGGCATAATAATCAAAGTATTACCCCAATATAATTGGATTCCTCCTATATATTTATATTTGTTTGTGTATTGTACGAGGGTTAGCATAATGATGTGTCTAAATTTATATGCAGGCAATATCTTCTGCAGATATGATTGTTGTATTGGACAAAGGACACATAAAGTGGATGGGAAGTTCAGCTGACTTTCCAACTTCTTTATATACAGCATTCTCCCCATTGAATGAAATGGATTCAACTTCACATAATCCTCAGAAATCTTGCAGCACAAATTCTTCTATATCCGAGGAGCAGTCTCTTCCTGATAGAATTGTCATGCATGCTCTGGAGGGAGCAGAGGATGTAATTGAAGTTGAGTTGAGGAAAGAAGGGAAAGTTGAACTTGGAGTGTATAAGTGAGTATAAACACATTGATTGTTGATATCAGTCATGTATGAGGAGCTTAAGTTGTCAATTTTTTAAGTGATCTTTTGCGATTTAAATTGTACATTAACACTTTAGTGTCTTATGCAGGAACTATGCTGCTTTTACTGGCTGGTTCATTGCCATTATTATATGTCTATCAGCTATTCTGATGCAAGCTTCGCGCAATGGAAATGATTTATGGCTTTCATATTGGGTTGATTCCACAACGGAAGACGGTCAAACAAGTTACTCTATGTCTTTCTATCTGGTAATGGGCTGATCTGTAGTGATGGATTCCTTAGTACCTTTTTTGCAGGATATACTGTTGATAGAATAAATATTTTTTGGCACTGTGTATAATTCAAGAAGCAGAACAAAATACTTTTATTCCAAAACTTTTTTTTACATAAAATACTGAGAATTTCTTGAAGTTCCTTATTTTTTTTATAATTTGGAATCCCCTACTATCATTCTGTAAAGATCATGGTGGAAATATTAAGCTTAATTGAAAGTTCTTTTTTTTCTGTTCATAACATCTAGTTACCGTCGGCTACTAATAAATGTAACTTTCTAATTTTGAGATGATAATTAATGCCCCAGGCTATACTATGTCTCTTTTGTATTATGAATTCCCTTTTTACATTGGTGAGGGCGTTCTCTTTTGCATTTGGTGGCTTACAAGCGGCAACCAAGGTACACAATAGATTGCTCAGCAAGCTTATCAATGCACCTGTGCAATTCTTTGATCAGACCCCTGGCGGAAGAATACTGAATAGGTTAGAATATGATGCCTTCAAGCCATTGCAGATTATACACATATGAGATTTGTAGACTTCATGATTTATAATGTTTTGTGCAGGTTATCTTCAGATCTTTATACAATCGATGATTCTCTTCCATTTATTTTGAACATTCTCCTGGCTAATTTTGTAGGCCTTCTGGGTATTGCAATTATTTTGTCTTACGTACAGGTATTCGTAATTTTTCTTAGTTTTTCTTATGCACTGAGATTTTGAAATTTGCATTAATTGTCTCCATCATCAATATATTTTTATATTTTTGTAGATCTTCTTCTTAGTTCTGCTATTGCCATTTTGGTATATATACAGTAGACTTCAGGTACTCATTTTGCTTATTATCATTCTCTTGGATTTAACCATTCTGCTGGTTGAACTGACCAATGCAATGGCTTCAGTTCTTCTACAGGTCAACATCGAGAGAATTACGACGACTGGATAGTGTTTCTCGCTCACCAATATATACATCTTTCACCGAAACACTTGACGGTTCATCAACTATAAGGGCATTTAAATCTGAGGTAGATGCATTTGTCATTTTACAGAAATAATAATAATAATAATAAGTAGAAATTTGTTTTCATGTATATTACATAGATCATAACAGTTATAGGTAAGGAGTGTCATTGAATGACTTCCAATTCTTACTGCTACCATCATTTAAAAGCTAATTCAATTGTAAATGCGGAGGAAGTAATCTTTGAACTATGGATCATGAGGTTGGAGAAACTTTTGCACCATGTAGAAGAACTTTACTAATAACTTAAGATGTGATGATGAACATTGTTTATGGATGAGAAATAGTTATCTTTTTAAAATATACTTATCATATCCATGAACCATATGAAAAATGGTGCATAGAATGGGCCTATTGGTACTGATAATTAAATTTGTGTTTCAAAAACCCAGTTTAACTGTGTGAAATTTCTTCAAGAAATTTTGTTTATCCATAACCTAAGATTTTACTCGTGGAAGGTTTGTTTCTTTGCTCTTCTCAGGTTATCATTTGCTTACCATATCACCGTGTGCTGAGTTGAGATTTTCATACCAGCCTTTTGAATTTGTGCAACTGTTTAACTCTGGTACAATGGTCATTGTGGACAGGACTTTTTCTTTTCCAAATTTACTGACCACATAACACTATATCAAAAGACTTCCTATACAGAGATAGTGGCGAGTCTCTGGCTTTCCTTGCGTCTTCAGGTATGTGGCTTTCCTTTTGAGTTTACTGACATTTCAATCAAAGAAAAAAGGGCAATGCACCTAAAGCTTTACACTTTGCAAAATTAGTTGTTCAATATTATATTAGATTTGAACTTACAAAATCTGGAATATCAATTCTTTTGTTGCTAATAATGACTTTCTTCCAGTTATTAGCTGCATTTATCATCTCATTCATAGCCCTGATGGCTGTTGCCGGATCTCATGGCAGTTTGCCTATCAATTTTGGCACCCCAGGACTGGTTTGTTTTCCTCTTAGCAAATATCTGAATTGATCTACCGACAAATACAAAAAACTTATCATGACATTTAATTTTTTCAACAGGTTGGATTGGCCCTCTCGTACGCGGCACCAATTGTGTCCCTGCTGGGGAGTTTCCTAACAAGTTTCACTGAAACAGAAAAAGAAATGGTTTCAATCGAAAGAGCCCATCAAGTATGGATAGACTTGTTATCTCACTTAGTAGAAAGATATTTAAACGTATAGACTCCAATACTTATCATACATTAAATGTTTTCTAGTACATGGATATCCCTCAAGAAGAACAAGCTGGATGTCAATACTTGAATCCGGATTGGCCAAATCAAGGAGTTATTGAATTTCAACGTGTGACTTTGAAATATATGCCATCTTTACCAGCTGCACTCTGCAATATTAGTTTTAAAATTGAAGGAGGGACACAGGTAATGCATGATACTTAA

Protein sequence

>MS.gene90367.t1

VWDEKGFSECFSVNVVTIVMIVVLGIKQKIGGRGAQRSDIQMSLPEKFVLYFVPPIGACCSVLEIIFLLKKEHDGHFVRYHKWFHSCSELLVWANIILFTKCASSHCIVFNRVLCFWWILKPMLGIFHLITKFPSLEVSACILESLVVLLNLSFGVVINVIRIKRLSSKSSLLEDPLLSNRGDLEEGGNHDLGNNGNFWDFMTFKSISPVMNQGVLKQLDSDDLLPLLPDMGPSFCHDIILNSWQAQVSNNSSNPSLFRALCNAYGWPYLCLGLLKVINDGIGFAGPLLLNKLIKFLQQGSASWDGYLLALSLGLTSIIKSFLDTQYTFRLSKLKLKLRSSIMTLIYEKCLYVNLAERSKFTNGEIQTFMSVDADRTVNLCNSFHDMWSLPLQIGVALYLLYTQVKFAFVSGLAITILLIPVNKWISTLIARATEQMMKQKDERIRRTGELLTYIRTLKMYGWELLFSSWLMETRSLEVKHLATRKYLDAWCVFFWATTPSLFSLCTFGLFALMGHQLDAATVFTCIALFNTLISPLNSFPWVINGLIDAIISSRRLSRFLSCPEHRREVGENSSCSSSFLSKQPDSLQDLAVFIQDACCSWSSGDEEAINLVLNRVTLSLFKGSFVAVIGEVGSGKSSLIYSILGEMRLDHGSIYSHGSVAYVPQVPWIISGTVRDNILFGKSYNPERYADTINACALDVDISSMVGGDMAYIGEKGVNLSGGQRARLALARVLYHDSDVIMLDDILSAVDVQVAQWILHNAILGPLMKGKTRLLCTHNIQAISSADMIVVLDKGHIKWMGSSADFPTSLYTAFSPLNEMDSTSHNPQKSCSTNSSISEEQSLPDRIVMHALEGAEDVIEVELRKEGKVELGVYKNYAAFTGWFIAIIICLSAILMQASRNGNDLWLSYWVDSTTEDGQTSYSMSFYLAILCLFCIMNSLFTLVRAFSFAFGGLQAATKVHNRLLSKLINAPVQFFDQTPGGRILNRLSSDLYTIDDSLPFILNILLANFVGLLGIAIILSYVQIFFLVLLLPFWYIYSRLQFFYRSTSRELRRLDSVSRSPIYTSFTETLDGSSTIRAFKSEDFFFSKFTDHITLYQKTSYTEIVASLWLSLRLQLLAAFIISFIALMAVAGSHGSLPINFGTPGLVGLALSYAAPIVSLLGSFLTSFTETEKEMVSIERAHQYMDIPQEEQAGCQYLNPDWPNQGVIEFQRVTLKYMPSLPAALCNISFKIEGGTQVMHDT