AlfalfaGEDB | MS.gene065903

M. sativa cultivar XinJiangDaYe / MS.gene065903

KEGG: -
GO: GO:0003674 GO:0003824 GO:0005215 GO:0005488 GO:0005506 GO:0005575 GO:0006810 GO:0006811 GO:0006812 GO:0008150 GO:0008152 GO:0008324 GO:0015075 GO:0015077 GO:0015078 GO:0015291 GO:0015297 GO:0015298 GO:0015299 GO:0015318 GO:0016021 GO:0016491 GO:0016705 GO:0020037 GO:0022804 GO:0022853 GO:0022857 GO:0022890 GO:0031224 GO:0043167 GO:0043169 GO:0046872 GO:0046906 GO:0046914 GO:0048037 GO:0051179 GO:0051234 GO:0055085 GO:0055114 GO:0097159 GO:0110165 GO:1901363
PFAM: PF00067.25 PF00999.24

Nr:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene065903.t1	XP_003607446.2	97.4	817	21	0	1	817	1	817	0.00E+00	1555

Swissprot:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene065903.t1	Q9LUN4	69.6	796	225	3	8	803	10	788	1.3e-312	1073.5

Trembl:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene065903.t1	G7JST6	97.4	817	21	0	1	817	1	817	0.0e+00	1555.0

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.gene065903	MS.gene21639	PPI
MS.gene065903	MS.gene072755	PPI
MS.gene065903	MS.gene048589	PPI
MS.gene41603	MS.gene065903	PPI
MS.gene061890	MS.gene065903	PPI
MS.gene036840	MS.gene065903	PPI
MS.gene38550	MS.gene065903	PPI
MS.gene018570	MS.gene065903	PPI
MS.gene024658	MS.gene065903	PPI
MS.gene065903	MS.gene09864	PPI
MS.gene61455	MS.gene065903	PPI
MS.gene061889	MS.gene065903	PPI
MS.gene018569	MS.gene065903	PPI
MS.gene008590	MS.gene065903	PPI
MS.gene22334	MS.gene065903	PPI
MS.gene072756	MS.gene065903	PPI
MS.gene22333	MS.gene065903	PPI
MS.gene09863	MS.gene065903	PPI
MS.gene62468	MS.gene065903	PPI
MS.gene21627	MS.gene065903	PPI
MS.gene065366	MS.gene065903	PPI
MS.gene024657	MS.gene065903	PPI

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene065903.t1	MTR_4g078120	97.430	817	21	0	1	817	1	817	0.0	1635
MS.gene065903.t1	MTR_4g123583	78.765	810	171	1	1	810	1	809	0.0	1279
MS.gene065903.t1	MTR_5g009780	60.961	812	295	5	3	809	6	800	0.0	990
MS.gene065903.t1	MTR_5g009770	61.881	787	283	5	3	787	6	777	0.0	983
MS.gene065903.t1	MTR_5g009800	58.503	788	289	6	3	787	6	758	0.0	922
MS.gene065903.t1	MTR_4g078110	89.979	479	33	1	862	1340	16	479	0.0	887
MS.gene065903.t1	MTR_5g009770	59.649	684	258	6	129	809	1	669	0.0	806
MS.gene065903.t1	MTR_8g093780	46.193	788	407	11	8	787	13	791	0.0	709
MS.gene065903.t1	MTR_3g096380	45.997	787	408	9	8	787	14	790	0.0	704
MS.gene065903.t1	MTR_7g099800	49.360	859	349	19	12	818	8	832	0.0	672
MS.gene065903.t1	MTR_2g011520	43.846	780	413	10	15	787	3	764	0.0	659
MS.gene065903.t1	MTR_7g099820	48.005	802	364	16	13	785	5	782	0.0	649
MS.gene065903.t1	MTR_7g099750	47.209	860	359	22	12	818	8	825	0.0	642
MS.gene065903.t1	MTR_1g103670	63.675	468	169	1	867	1334	27	493	0.0	636
MS.gene065903.t1	MTR_7g099820	52.941	663	287	9	13	658	5	659	0.0	636
MS.gene065903.t1	MTR_1g031700	63.248	468	171	1	873	1340	33	499	0.0	635
MS.gene065903.t1	MTR_1g103680	64.831	472	165	1	867	1338	28	498	0.0	608
MS.gene065903.t1	MTR_8g046240	56.445	512	214	3	828	1338	3	506	0.0	605
MS.gene065903.t1	MTR_1g037370	61.752	468	178	1	873	1340	30	496	0.0	590
MS.gene065903.t1	MTR_8g046210	57.004	514	208	3	828	1338	3	506	0.0	581
MS.gene065903.t1	MTR_5g007460	57.652	477	198	2	868	1340	3	479	0.0	580
MS.gene065903.t1	MTR_5g007450	56.485	478	198	3	864	1340	32	500	0.0	572
MS.gene065903.t1	MTR_5g007550	56.276	478	199	3	864	1340	32	500	0.0	567
MS.gene065903.t1	MTR_2g073420	55.745	470	199	2	869	1338	39	499	0.0	545
MS.gene065903.t1	MTR_1g055325	54.506	466	198	2	874	1339	54	505	1.10e-176	533
MS.gene065903.t1	MTR_7g075610	51.168	471	225	3	870	1335	30	500	5.87e-170	516
MS.gene065903.t1	MTR_1g091003	52.876	452	210	2	867	1318	27	475	1.05e-166	506
MS.gene065903.t1	MTR_2g073440	52.155	464	196	2	870	1333	29	466	1.20e-166	506
MS.gene065903.t1	MTR_1g091010	51.549	452	216	2	870	1321	29	477	3.61e-163	498
MS.gene065903.t1	MTR_1g091023	51.663	451	215	2	871	1321	31	478	3.08e-162	495
MS.gene065903.t1	MTR_7g075390	50.420	476	229	4	865	1333	24	499	5.18e-152	469
MS.gene065903.t1	MTR_7g075580	48.904	456	227	4	885	1335	45	499	4.15e-149	461
MS.gene065903.t1	MTR_2g073480	51.765	425	179	2	909	1333	1	399	1.91e-148	455
MS.gene065903.t1	MTR_7g075600	49.011	455	228	2	885	1335	45	499	3.24e-146	453
MS.gene065903.t1	MTR_0608s0010	59.437	355	129	2	873	1227	33	372	6.96e-143	439
MS.gene065903.t1	MTR_7g075540	47.033	455	231	4	885	1333	45	495	3.17e-142	443
MS.gene065903.t1	MTR_1g097240	46.921	471	245	3	869	1334	22	492	5.62e-130	410
MS.gene065903.t1	MTR_3g031170	32.656	787	485	11	8	786	29	778	7.08e-129	417
MS.gene065903.t1	MTR_5g056720	44.191	439	207	4	897	1334	20	421	2.06e-124	392
MS.gene065903.t1	MTR_5g067690	32.630	806	499	13	3	787	10	792	9.02e-122	399
MS.gene065903.t1	MTR_3g037270	31.679	786	498	17	20	787	25	789	9.55e-117	385
MS.gene065903.t1	MTR_5g074380	31.472	788	486	17	16	786	76	826	1.07e-115	384
MS.gene065903.t1	MTR_2g040100	31.689	811	490	20	20	792	36	820	1.31e-115	383
MS.gene065903.t1	MTR_3g071990	29.494	790	510	13	8	786	12	765	1.94e-115	381
MS.gene065903.t1	MTR_5g074360	30.759	790	489	17	16	786	31	781	4.32e-115	380
MS.gene065903.t1	MTR_3g037260	31.599	788	498	16	20	787	21	787	5.62e-115	380
MS.gene065903.t1	MTR_1g043400	31.064	808	507	15	6	787	2	785	2.63e-114	378
MS.gene065903.t1	MTR_0002s1180	31.479	791	502	14	16	787	17	786	3.83e-114	378
MS.gene065903.t1	MTR_1g031710	54.167	336	117	4	1007	1340	7	307	2.12e-113	358
MS.gene065903.t1	MTR_5g074340	30.534	786	500	15	15	786	30	783	8.30e-113	374
MS.gene065903.t1	MTR_7g103450	39.451	474	276	6	867	1331	39	510	2.16e-112	363
MS.gene065903.t1	MTR_1g045870	30.979	807	494	16	6	787	2	770	1.45e-110	367
MS.gene065903.t1	MTR_1g116890	40.552	471	271	6	873	1334	33	503	8.84e-106	345
MS.gene065903.t1	MTR_3g025260	38.877	463	267	7	884	1333	42	501	4.43e-105	343
MS.gene065903.t1	MTR_3g071990	30.028	716	454	13	82	786	4	683	7.72e-103	344
MS.gene065903.t1	MTR_3g031160	28.911	799	504	18	8	786	24	778	1.83e-102	345
MS.gene065903.t1	MTR_5g074320	31.081	740	454	17	65	786	10	711	2.67e-102	343
MS.gene065903.t1	MTR_3g024520	37.797	463	272	5	884	1333	42	501	2.86e-100	330
MS.gene065903.t1	MTR_3g025230	37.797	463	272	5	884	1333	42	501	9.93e-100	329
MS.gene065903.t1	MTR_4g102310	36.481	466	285	8	874	1334	39	498	1.09e-98	326
MS.gene065903.t1	MTR_3g436540	37.395	476	287	7	866	1334	32	503	1.32e-98	325
MS.gene065903.t1	MTR_4g109470	36.285	463	273	6	884	1331	41	496	1.44e-98	325
MS.gene065903.t1	MTR_3g057860	35.282	479	295	8	870	1340	33	504	1.53e-97	322
MS.gene065903.t1	MTR_3g436390	38.055	473	278	9	866	1331	28	492	2.65e-97	322
MS.gene065903.t1	MTR_8g020940	35.821	469	293	4	874	1336	36	502	3.55e-96	319
MS.gene065903.t1	MTR_5g094570	37.422	481	271	10	868	1334	32	496	1.29e-95	317
MS.gene065903.t1	MTR_6g084770	35.546	467	289	6	873	1331	36	498	1.71e-95	317
MS.gene065903.t1	MTR_5g073250	37.263	475	280	8	868	1334	32	496	2.19e-95	316
MS.gene065903.t1	MTR_3g071880	28.736	783	512	19	16	775	20	779	4.16e-95	325
MS.gene065903.t1	MTR_7g092620	36.111	468	287	4	873	1331	33	497	7.25e-95	315
MS.gene065903.t1	MTR_3g057910	36.667	480	287	7	870	1340	34	505	1.28e-94	314
MS.gene065903.t1	MTR_5g019010	35.924	476	288	6	870	1334	30	499	2.56e-94	313
MS.gene065903.t1	MTR_5g018980	37.288	472	274	7	871	1327	31	495	6.53e-94	312
MS.gene065903.t1	MTR_3g498715	29.441	805	481	20	11	782	38	788	7.23e-94	321
MS.gene065903.t1	MTR_6g015940	29.084	808	497	18	6	786	27	785	2.76e-93	319
MS.gene065903.t1	MTR_3g076530	35.699	479	294	7	866	1336	29	501	6.18e-93	310
MS.gene065903.t1	MTR_4g037755	29.442	771	491	16	49	796	38	778	6.53e-93	318
MS.gene065903.t1	MTR_4g062500	35.950	484	290	8	870	1334	31	513	6.53e-93	310
MS.gene065903.t1	MTR_4g102280	36.123	454	280	7	886	1334	56	504	1.54e-92	309
MS.gene065903.t1	MTR_0171s0010	34.681	470	289	7	875	1331	36	500	4.10e-92	308
MS.gene065903.t1	MTR_3g057800	34.244	476	298	6	871	1339	33	500	4.38e-92	307
MS.gene065903.t1	MTR_2g065360	34.490	461	295	5	873	1329	6	463	6.54e-92	305
MS.gene065903.t1	MTR_8g020950	34.755	469	298	4	874	1336	38	504	2.13e-91	305
MS.gene065903.t1	MTR_0171s0020	33.404	473	302	8	868	1331	30	498	2.90e-91	305
MS.gene065903.t1	MTR_3g076560	35.443	474	289	10	867	1331	44	509	5.36e-91	305
MS.gene065903.t1	MTR_0181s0030	34.534	472	298	6	869	1334	29	495	6.88e-91	304
MS.gene065903.t1	MTR_5g073320	35.443	474	291	6	868	1334	32	497	7.05e-91	304
MS.gene065903.t1	MTR_8g085260	28.234	804	511	15	6	786	29	789	1.41e-90	311
MS.gene065903.t1	MTR_3g057980	34.818	494	299	7	853	1339	20	497	2.96e-90	302
MS.gene065903.t1	MTR_3g071870	28.679	795	493	21	16	775	33	788	3.05e-90	311
MS.gene065903.t1	MTR_5g018990	35.865	474	285	7	873	1334	34	500	4.39e-90	301
MS.gene065903.t1	MTR_8g020960	33.962	477	306	5	867	1336	30	504	1.97e-89	300
MS.gene065903.t1	MTR_5g070710	33.263	472	306	4	868	1334	30	497	5.41e-89	298
MS.gene065903.t1	MTR_5g021390	33.747	483	289	10	873	1337	43	512	6.22e-89	299
MS.gene065903.t1	MTR_5g073230	35.818	483	262	10	868	1334	35	485	1.23e-88	297
MS.gene065903.t1	MTR_4g071710	35.062	482	285	11	867	1328	30	503	1.29e-88	298
MS.gene065903.t1	MTR_5g094560	35.073	479	285	9	868	1334	32	496	1.37e-88	297
MS.gene065903.t1	MTR_4g062510	34.615	468	284	7	885	1331	48	514	3.01e-88	297
MS.gene065903.t1	MTR_5g094550	34.864	479	286	9	868	1334	32	496	3.60e-88	296
MS.gene065903.t1	MTR_6g053320	29.825	741	428	20	93	793	84	772	1.37e-87	303
MS.gene065903.t1	MTR_5g094540	36.306	471	280	9	868	1329	32	491	1.51e-87	294
MS.gene065903.t1	MTR_3g031030	30.103	774	478	22	49	796	38	774	1.80e-87	303
MS.gene065903.t1	MTR_4g104610	34.599	474	290	8	875	1335	29	495	8.49e-87	292
MS.gene065903.t1	MTR_5g070850	33.970	471	300	5	871	1334	34	500	1.16e-86	292
MS.gene065903.t1	MTR_3g057970	34.382	477	297	7	868	1339	27	492	2.04e-86	291
MS.gene065903.t1	MTR_4g029520	27.995	768	524	17	35	787	25	778	2.43e-86	300
MS.gene065903.t1	MTR_3g057900	33.962	477	302	6	868	1339	30	498	3.80e-86	290
MS.gene065903.t1	MTR_7g056103	33.263	472	301	6	873	1332	32	501	4.64e-86	290
MS.gene065903.t1	MTR_3g058220	34.362	486	300	9	865	1340	27	503	8.91e-86	290
MS.gene065903.t1	MTR_8g076290	33.544	474	293	7	875	1335	36	500	2.23e-85	288
MS.gene065903.t1	MTR_3g110700	27.494	782	528	15	24	787	15	775	6.08e-85	295
MS.gene065903.t1	MTR_5g070690	34.728	478	293	8	868	1334	29	498	1.19e-84	286
MS.gene065903.t1	MTR_5g070800	34.728	478	293	8	868	1334	29	498	1.19e-84	286
MS.gene065903.t1	MTR_5g070700	32.909	471	305	4	871	1334	34	500	1.80e-84	286
MS.gene065903.t1	MTR_4g048580	34.728	478	288	10	868	1334	32	496	2.23e-84	285
MS.gene065903.t1	MTR_1g107295	34.188	468	283	8	885	1331	49	512	2.95e-84	286
MS.gene065903.t1	MTR_5g094520	34.864	479	286	9	868	1334	63	527	3.18e-84	286
MS.gene065903.t1	MTR_5g070920	33.476	466	300	4	875	1334	38	499	3.70e-84	285
MS.gene065903.t1	MTR_8g091690	32.976	467	285	6	873	1334	27	470	4.10e-84	284
MS.gene065903.t1	MTR_3g058210	33.619	467	296	7	869	1327	32	492	8.12e-84	284
MS.gene065903.t1	MTR_5g088470	26.650	803	522	21	9	786	28	788	1.69e-83	291
MS.gene065903.t1	MTR_3g058000	34.249	473	290	8	874	1334	38	501	2.68e-83	283
MS.gene065903.t1	MTR_4g104660	33.121	471	305	6	870	1333	42	509	2.70e-83	283
MS.gene065903.t1	MTR_7g028020	33.846	455	274	7	869	1306	26	470	3.55e-83	283
MS.gene065903.t1	MTR_3g058060	33.954	483	287	8	869	1334	33	500	4.16e-83	285
MS.gene065903.t1	MTR_4g104640	34.188	468	295	7	876	1333	50	514	4.48e-83	282
MS.gene065903.t1	MTR_3g020780	32.842	475	302	7	874	1334	35	506	4.73e-83	282
MS.gene065903.t1	MTR_4g089055	32.558	473	300	6	874	1337	52	514	5.44e-83	282
MS.gene065903.t1	MTR_5g094660	33.824	476	294	7	868	1334	32	495	5.91e-83	281
MS.gene065903.t1	MTR_7g027960	34.066	455	273	7	869	1306	26	470	6.20e-83	282
MS.gene065903.t1	MTR_8g468780	34.554	437	263	8	909	1331	1	428	1.06e-82	278
MS.gene065903.t1	MTR_3g058110	32.231	484	309	8	862	1334	26	501	1.51e-82	280
MS.gene065903.t1	MTR_4g089020	32.427	478	310	6	867	1337	21	492	1.58e-82	280
MS.gene065903.t1	MTR_3g083850	27.261	807	506	19	11	786	28	784	4.40e-82	287
MS.gene065903.t1	MTR_5g095290	35.073	479	282	12	868	1334	35	496	4.43e-82	279
MS.gene065903.t1	MTR_1g035140	33.966	474	286	8	874	1334	37	496	4.76e-82	279
MS.gene065903.t1	MTR_1g023730	34.820	471	287	9	875	1327	33	501	7.24e-82	279
MS.gene065903.t1	MTR_0059s0170	35.095	473	284	10	874	1334	37	498	8.68e-82	278
MS.gene065903.t1	MTR_5g088450	27.887	814	507	23	6	786	25	791	2.82e-81	285
MS.gene065903.t1	MTR_4g089030	32.225	481	311	7	868	1337	40	516	3.02e-81	277
MS.gene065903.t1	MTR_8g469300	34.211	456	269	8	894	1331	55	497	4.69e-81	276
MS.gene065903.t1	MTR_4g089025	31.381	478	317	6	868	1337	43	517	6.13e-81	276
MS.gene065903.t1	MTR_7g085870	26.076	813	520	20	13	786	24	794	3.80e-80	283
MS.gene065903.t1	MTR_5g088430	26.420	810	526	18	10	792	28	794	4.88e-80	281
MS.gene065903.t1	MTR_4g133750	34.167	480	294	9	867	1334	30	499	7.70e-80	273
MS.gene065903.t1	MTR_4g026200	33.966	474	307	5	868	1336	22	494	9.95e-80	272
MS.gene065903.t1	MTR_8g466180	33.051	472	297	8	874	1334	34	497	1.02e-79	272
MS.gene065903.t1	MTR_3g058240	33.544	474	301	6	874	1339	1	468	1.08e-78	268
MS.gene065903.t1	MTR_1g035190	35.021	474	286	8	873	1334	19	482	2.16e-78	268
MS.gene065903.t1	MTR_5g095220	32.470	502	288	12	846	1334	3	466	3.43e-78	267
MS.gene065903.t1	MTR_6g035115	32.473	465	302	5	874	1334	37	493	4.99e-78	267
MS.gene065903.t1	MTR_0638s0020	32.328	464	264	8	869	1328	2	419	7.39e-78	265
MS.gene065903.t1	MTR_3g058390	34.335	466	292	6	870	1327	31	490	9.74e-78	267
MS.gene065903.t1	MTR_0022s0290	32.922	486	300	9	862	1327	27	506	1.07e-77	267
MS.gene065903.t1	MTR_5g072980	32.636	478	299	8	874	1337	33	501	1.21e-77	266
MS.gene065903.t1	MTR_5g072930	32.636	478	299	8	874	1337	33	501	1.21e-77	266
MS.gene065903.t1	MTR_3g058250	33.691	466	295	6	870	1327	31	490	1.36e-77	266
MS.gene065903.t1	MTR_4g104550	32.833	466	306	5	874	1335	28	490	2.16e-77	265
MS.gene065903.t1	MTR_5g088790	26.683	802	530	14	11	786	45	814	2.34e-77	274
MS.gene065903.t1	MTR_5g095260	33.264	478	291	11	869	1334	36	497	1.25e-76	263
MS.gene065903.t1	MTR_5g073020	31.950	482	297	8	874	1337	33	501	2.13e-76	263
MS.gene065903.t1	MTR_1g442730	34.801	477	289	8	870	1334	30	496	5.36e-76	261
MS.gene065903.t1	MTR_4g026050	32.484	471	313	4	870	1336	25	494	6.19e-75	258
MS.gene065903.t1	MTR_7g087520	29.375	480	318	7	874	1336	37	512	9.60e-75	258
MS.gene065903.t1	MTR_7g053000	25.714	805	534	15	11	786	45	814	1.43e-74	266
MS.gene065903.t1	MTR_6g035100	33.684	475	289	9	873	1334	34	495	1.94e-74	257
MS.gene065903.t1	MTR_4g035330	34.839	465	284	8	874	1336	30	477	3.31e-74	256
MS.gene065903.t1	MTR_7g052680	25.839	805	533	15	11	786	45	814	4.72e-74	265
MS.gene065903.t1	MTR_0554s0020	33.402	485	296	6	869	1339	32	503	4.82e-74	256
MS.gene065903.t1	MTR_5g045770	34.177	474	306	5	869	1338	24	495	6.04e-74	255
MS.gene065903.t1	MTR_7g052970	25.714	805	534	15	11	786	45	814	9.11e-74	264
MS.gene065903.t1	MTR_7g012860	31.857	474	318	5	867	1336	26	498	1.04e-73	255
MS.gene065903.t1	MTR_0287s0060	31.857	474	318	5	867	1336	26	498	1.04e-73	255
MS.gene065903.t1	MTR_4g025970	34.025	482	297	7	869	1338	24	496	2.05e-73	254
MS.gene065903.t1	MTR_5g016410	33.943	492	292	11	863	1339	18	491	2.08e-73	254
MS.gene065903.t1	MTR_4g088195	30.833	480	296	11	875	1329	35	503	3.34e-73	254
MS.gene065903.t1	MTR_4g094772	33.405	464	292	7	874	1336	33	480	3.10e-72	250
MS.gene065903.t1	MTR_5g094840	35.570	447	276	6	874	1315	44	483	3.18e-72	251
MS.gene065903.t1	MTR_4g088170	30.290	482	298	10	875	1329	35	505	3.61e-72	251
MS.gene065903.t1	MTR_5g088840	25.371	808	534	17	11	786	45	815	7.82e-72	258
MS.gene065903.t1	MTR_6g462640	31.546	485	304	8	870	1339	31	502	1.07e-71	249
MS.gene065903.t1	MTR_0171s0030	31.116	421	270	7	926	1334	1	413	1.10e-71	246
MS.gene065903.t1	MTR_5g023680	34.801	477	292	7	871	1336	2	470	1.43e-71	248
MS.gene065903.t1	MTR_3g058400	33.047	466	299	6	869	1327	32	491	1.64e-71	249
MS.gene065903.t1	MTR_3g058230	32.019	431	276	7	909	1334	1	419	1.87e-71	246
MS.gene065903.t1	MTR_7g012330	30.867	473	320	6	868	1336	28	497	4.45e-71	247
MS.gene065903.t1	MTR_5g094520	33.257	436	267	8	909	1334	1	422	1.68e-70	243
MS.gene065903.t1	MTR_4g088160	30.063	479	301	11	875	1329	35	503	2.96e-70	246
MS.gene065903.t1	MTR_4g095050	32.454	493	299	11	862	1340	24	496	1.26e-69	243
MS.gene065903.t1	MTR_6g034965	31.303	476	299	10	873	1334	34	495	1.38e-69	243
MS.gene065903.t1	MTR_1g090987	62.874	167	61	1	1155	1321	1	166	1.63e-69	231
MS.gene065903.t1	MTR_4g077210	31.441	458	296	8	883	1331	44	492	2.18e-69	243
MS.gene065903.t1	MTR_1g023700	33.403	479	303	8	875	1337	34	512	3.43e-69	242
MS.gene065903.t1	MTR_1g023720	33.056	481	302	9	875	1337	33	511	7.54e-69	241
MS.gene065903.t1	MTR_4g094775	30.508	472	304	7	874	1336	32	488	2.01e-68	239
MS.gene065903.t1	MTR_6g008530	31.855	496	309	14	864	1334	31	522	4.73e-68	239
MS.gene065903.t1	MTR_6g008640	32.421	475	294	11	882	1334	47	516	5.84e-68	239
MS.gene065903.t1	MTR_2g010530	33.405	467	295	7	874	1334	34	490	8.45e-68	238
MS.gene065903.t1	MTR_4g104540	31.735	438	286	8	909	1340	1	431	8.71e-68	236
MS.gene065903.t1	MTR_6g008620	31.663	499	302	15	864	1334	31	518	2.33e-67	238
MS.gene065903.t1	MTR_3g058380	32.057	418	266	7	919	1327	2	410	4.85e-67	233
MS.gene065903.t1	MTR_8g091680	29.605	456	258	8	885	1329	39	442	5.09e-67	234
MS.gene065903.t1	MTR_7g092600	33.476	466	274	12	884	1327	49	500	9.10e-66	232
MS.gene065903.t1	MTR_6g008600	30.162	494	319	10	864	1334	30	520	1.10e-65	233
MS.gene065903.t1	MTR_5g016440	31.317	463	306	6	873	1333	30	482	1.49e-65	231
MS.gene065903.t1	MTR_4g025980	32.627	472	300	6	875	1336	31	494	1.60e-65	231
MS.gene065903.t1	MTR_4g018800	31.663	499	304	13	864	1334	29	518	2.43e-65	232
MS.gene065903.t1	MTR_6g008500	31.447	477	286	9	865	1303	27	500	3.45e-65	231
MS.gene065903.t1	MTR_5g470730	31.980	394	257	4	873	1259	36	425	2.51e-64	225
MS.gene065903.t1	MTR_6g008430	32.099	486	294	15	875	1336	40	513	3.84e-64	228
MS.gene065903.t1	MTR_4g088425	32.328	464	304	5	875	1334	40	497	5.90e-64	227
MS.gene065903.t1	MTR_2g437840	30.453	486	312	8	863	1336	17	488	1.71e-63	225
MS.gene065903.t1	MTR_6g008650	31.328	482	292	14	882	1334	47	518	2.76e-63	226
MS.gene065903.t1	MTR_5g075450	29.540	457	296	9	863	1302	22	469	1.89e-62	223
MS.gene065903.t1	MTR_3g014880	32.636	478	292	14	882	1334	47	519	5.60e-62	222
MS.gene065903.t1	MTR_2g437880	33.047	466	285	11	886	1338	44	495	9.39e-62	220
MS.gene065903.t1	MTR_8g036185	28.632	475	311	7	884	1334	44	514	1.79e-61	220
MS.gene065903.t1	MTR_3g077460	29.748	437	251	10	873	1306	6	389	2.03e-60	213
MS.gene065903.t1	MTR_6g022450	30.252	476	308	12	875	1334	38	505	2.58e-60	216
MS.gene065903.t1	MTR_5g045250	30.876	434	286	9	876	1304	62	486	6.15e-60	216
MS.gene065903.t1	MTR_8g012585	29.556	450	300	6	901	1336	1	447	3.13e-59	212
MS.gene065903.t1	MTR_8g080520	30.645	434	287	9	877	1304	70	495	9.66e-59	212
MS.gene065903.t1	MTR_1g082340	95.876	97	4	0	452	548	82	178	1.70e-58	202
MS.gene065903.t1	MTR_2g450040	30.928	485	305	11	873	1336	36	511	2.63e-58	211
MS.gene065903.t1	MTR_6g042610	32.207	444	276	11	882	1302	42	483	3.85e-58	210
MS.gene065903.t1	MTR_5g070830	31.701	388	248	6	957	1334	230	610	1.36e-57	211
MS.gene065903.t1	MTR_8g012590	30.000	470	306	12	875	1334	38	494	1.47e-57	208
MS.gene065903.t1	MTR_4g026030	39.474	266	158	2	1073	1336	78	342	1.13e-56	201
MS.gene065903.t1	MTR_4g088400	28.964	473	317	6	875	1334	47	513	1.49e-56	206
MS.gene065903.t1	MTR_5g061460	90.099	101	10	0	448	548	11	111	1.92e-56	193
MS.gene065903.t1	MTR_1g097220	28.542	480	304	15	877	1335	64	525	5.40e-56	204
MS.gene065903.t1	MTR_7g075570	37.113	291	104	3	1043	1333	6	217	7.78e-56	194
MS.gene065903.t1	MTR_4g026080	46.429	196	105	0	1139	1334	1	196	2.73e-55	191
MS.gene065903.t1	MTR_6g042540	31.532	444	278	12	882	1302	42	482	5.79e-55	201
MS.gene065903.t1	MTR_6g084900	40.191	209	124	1	1120	1327	48	256	8.46e-55	192
MS.gene065903.t1	MTR_5g093960	54.359	195	83	2	1144	1338	16	204	1.33e-54	192
MS.gene065903.t1	MTR_1g492820	27.974	454	308	11	874	1313	45	493	6.37e-54	198
MS.gene065903.t1	MTR_8g104100	36.400	250	149	5	1089	1329	4	252	2.91e-53	188
MS.gene065903.t1	MTR_4g104570	42.132	197	112	1	1139	1335	1	195	1.86e-52	183
MS.gene065903.t1	MTR_0451s0010	34.848	264	165	5	1070	1328	51	312	2.51e-52	187
MS.gene065903.t1	MTR_8g104030	33.459	266	167	5	1073	1329	7	271	7.53e-52	184
MS.gene065903.t1	MTR_6g008630	30.719	459	237	15	882	1336	49	430	7.85e-52	189
MS.gene065903.t1	MTR_3g467220	27.824	478	328	9	873	1336	44	518	8.84e-51	189
MS.gene065903.t1	MTR_8g073950	26.763	482	331	12	873	1336	39	516	1.56e-50	188
MS.gene065903.t1	MTR_3g076550	28.033	478	266	13	865	1333	60	468	1.98e-50	186
MS.gene065903.t1	MTR_1g111240	28.384	458	305	10	885	1326	76	526	3.09e-50	187
MS.gene065903.t1	MTR_8g073960	26.556	482	332	12	873	1336	43	520	4.00e-50	187
MS.gene065903.t1	MTR_3g057870	40.580	207	118	1	1134	1340	39	240	4.99e-50	177
MS.gene065903.t1	MTR_3g465680	30.534	393	265	6	17	404	44	433	1.07e-49	192
MS.gene065903.t1	MTR_3g465680	28.606	409	224	16	398	786	555	915	3.42e-36	149
MS.gene065903.t1	MTR_4g131830	26.786	448	306	10	874	1304	33	475	2.77e-48	181
MS.gene065903.t1	MTR_1g107300	41.791	201	104	4	1137	1328	1	197	4.11e-48	171
MS.gene065903.t1	MTR_3g025250	34.237	295	147	5	1043	1333	20	271	8.59e-48	173
MS.gene065903.t1	MTR_4g133760	29.817	436	244	10	909	1334	1	384	1.28e-47	176
MS.gene065903.t1	MTR_3g467200	27.664	441	297	9	884	1306	60	496	1.10e-46	177
MS.gene065903.t1	MTR_8g027040	28.571	469	310	14	876	1333	86	540	1.93e-46	176
MS.gene065903.t1	MTR_2g105360	27.329	483	308	12	873	1333	32	493	3.32e-46	175
MS.gene065903.t1	MTR_3g467290	25.602	457	319	10	868	1304	44	499	7.88e-46	174
MS.gene065903.t1	MTR_3g465300	26.991	452	306	10	873	1306	46	491	1.48e-45	173
MS.gene065903.t1	MTR_1750s0010	48.322	149	77	0	1139	1287	2	150	1.60e-45	161
MS.gene065903.t1	MTR_5g026520	26.829	492	315	16	871	1332	26	502	1.59e-44	170
MS.gene065903.t1	MTR_7g052895	23.757	543	385	9	11	532	45	579	7.96e-44	172
MS.gene065903.t1	MTR_4g088420	39.394	198	115	2	1139	1334	31	225	1.09e-43	159
MS.gene065903.t1	MTR_5g034900	27.733	494	311	15	874	1333	31	512	2.59e-43	166
MS.gene065903.t1	MTR_3g057170	42.391	184	89	1	1139	1322	1	167	3.48e-43	155
MS.gene065903.t1	MTR_5g094510	36.078	255	135	5	1085	1335	7	237	3.86e-43	158
MS.gene065903.t1	MTR_4g025940	46.626	163	87	0	1165	1327	1	163	9.22e-43	154
MS.gene065903.t1	MTR_5g018500	40.957	188	105	3	1150	1334	3	187	1.13e-41	152
MS.gene065903.t1	MTR_8g063280	26.819	481	306	14	871	1325	27	487	7.28e-41	159
MS.gene065903.t1	MTR_5g094460	42.945	163	93	0	1167	1329	212	374	2.28e-40	154
MS.gene065903.t1	MTR_5g094460	38.519	135	71	5	868	992	23	155	4.51e-16	82.4
MS.gene065903.t1	MTR_2g010250	25.673	483	332	13	870	1333	26	500	8.77e-40	155
MS.gene065903.t1	MTR_2g010330	25.446	448	314	10	898	1332	61	501	2.03e-39	154
MS.gene065903.t1	MTR_5g070973	38.012	171	105	1	1165	1334	1	171	3.08e-38	141
MS.gene065903.t1	MTR_2g010320	25.821	457	314	11	898	1338	57	504	1.63e-37	149
MS.gene065903.t1	MTR_8g076390	24.230	487	318	15	882	1336	52	519	1.81e-37	149
MS.gene065903.t1	MTR_5g070840	38.235	170	98	2	1165	1327	1	170	3.79e-37	138
MS.gene065903.t1	MTR_8g016550	39.130	184	84	1	1139	1322	1	156	5.19e-37	137
MS.gene065903.t1	MTR_2g010300	25.410	488	311	18	870	1333	26	484	1.19e-36	146
MS.gene065903.t1	MTR_2g010290	25.364	481	320	15	870	1333	69	527	3.12e-36	145
MS.gene065903.t1	MTR_2g010280	26.170	470	309	16	888	1333	43	498	5.61e-36	144
MS.gene065903.t1	MTR_8g098565	26.237	465	292	14	898	1333	59	501	9.39e-36	144
MS.gene065903.t1	MTR_2g010380	25.618	445	309	15	905	1333	68	506	1.52e-34	140
MS.gene065903.t1	MTR_4g088405	39.000	200	117	2	1137	1334	231	427	2.49e-34	138
MS.gene065903.t1	MTR_8g076372	24.101	473	324	15	882	1336	52	507	7.10e-33	135
MS.gene065903.t1	MTR_8g063260	27.233	459	304	14	868	1305	26	475	2.62e-31	130
MS.gene065903.t1	MTR_5g094500	40.769	130	77	0	1210	1339	9	138	1.10e-29	115
MS.gene065903.t1	MTR_4g057645	42.857	112	63	1	1218	1328	13	124	3.32e-29	114
MS.gene065903.t1	MTR_1g023830	95.918	49	2	0	500	548	1	49	5.35e-28	108
MS.gene065903.t1	MTR_4g062530	25.088	283	197	3	884	1160	45	318	9.01e-28	118
MS.gene065903.t1	MTR_4g062530	39.785	93	46	2	1242	1324	328	420	4.21e-15	80.1
MS.gene065903.t1	MTR_8g035680	25.806	372	235	11	966	1311	133	489	1.72e-27	119
MS.gene065903.t1	MTR_8g035760	26.005	373	232	12	966	1311	133	488	2.01e-27	119
MS.gene065903.t1	MTR_5g083560	31.365	271	149	7	526	786	55	298	7.57e-27	114
MS.gene065903.t1	MTR_1g107305	29.018	224	158	1	885	1107	49	272	1.79e-26	113
MS.gene065903.t1	MTR_8g104080	30.622	209	141	1	873	1081	35	239	1.96e-26	111
MS.gene065903.t1	MTR_5g070980	34.000	200	128	1	871	1070	34	229	2.61e-26	109
MS.gene065903.t1	MTR_7g079440	23.349	424	302	10	898	1309	211	623	2.13e-25	114
MS.gene065903.t1	MTR_8g035680	25.706	354	222	11	984	1311	4	342	5.19e-25	108
MS.gene065903.t1	MTR_8g089800	25.272	459	293	19	867	1307	36	462	8.23e-25	110
MS.gene065903.t1	MTR_2g031930	25.597	461	272	16	874	1307	45	461	2.08e-24	109
MS.gene065903.t1	MTR_8g035780	26.289	388	255	10	966	1331	127	505	3.96e-24	108
MS.gene065903.t1	MTR_2g031930	25.386	453	269	15	874	1299	41	451	7.72e-24	107
MS.gene065903.t1	MTR_8g092760	24.495	396	204	13	894	1287	132	434	1.21e-23	106
MS.gene065903.t1	MTR_1g102220	23.848	369	248	10	966	1312	127	484	2.78e-23	105
MS.gene065903.t1	MTR_5g094535	31.604	212	108	8	868	1071	32	214	3.55e-23	100
MS.gene065903.t1	MTR_6g039630	31.884	207	128	5	874	1077	34	230	4.50e-23	101
MS.gene065903.t1	MTR_0608s0030	57.692	78	32	1	1100	1177	1	77	2.35e-22	92.8
MS.gene065903.t1	MTR_3g104560	24.597	496	312	17	876	1325	44	523	2.70e-22	103
MS.gene065903.t1	MTR_5g082520	24.307	469	287	14	868	1312	22	446	2.86e-22	102
MS.gene065903.t1	MTR_3g112120	23.984	492	305	18	871	1337	38	485	3.81e-22	102
MS.gene065903.t1	MTR_3g070380	24.138	464	286	15	865	1304	20	441	4.45e-22	102
MS.gene065903.t1	MTR_2g031920	25.166	453	287	18	874	1307	41	460	4.57e-22	102
MS.gene065903.t1	MTR_5g092150	30.043	233	154	4	1078	1306	219	446	6.21e-22	101
MS.gene065903.t1	MTR_5g073240	44.915	118	59	3	868	981	76	191	7.13e-22	95.1
MS.gene065903.t1	MTR_4g025950	29.167	240	153	4	869	1098	24	256	1.24e-21	97.8
MS.gene065903.t1	MTR_4g471620	31.138	167	101	1	867	1033	30	182	1.27e-21	94.7
MS.gene065903.t1	MTR_1g015860	22.445	499	314	14	876	1325	41	515	1.45e-21	100
MS.gene065903.t1	MTR_6g034940	29.218	243	146	7	1073	1305	228	454	1.97e-21	100
MS.gene065903.t1	MTR_8g035860	24.611	386	270	10	966	1334	126	507	3.31e-21	99.8
MS.gene065903.t1	MTR_1g062190	23.653	427	293	12	898	1306	101	512	4.95e-21	99.4
MS.gene065903.t1	MTR_8g035820	24.490	392	263	9	966	1334	126	507	9.26e-21	98.2
MS.gene065903.t1	MTR_8g035810	25.195	385	269	8	966	1334	127	508	9.74e-21	98.2
MS.gene065903.t1	MTR_7g079440	22.642	371	264	10	898	1257	211	569	2.64e-20	97.4
MS.gene065903.t1	MTR_4g026070	26.991	226	163	2	875	1098	30	255	7.15e-20	92.4
MS.gene065903.t1	MTR_7g006900	24.857	350	246	11	966	1311	114	450	1.88e-19	94.0
MS.gene065903.t1	MTR_5g014850	41.237	97	54	2	1182	1277	48	142	3.32e-19	88.6
MS.gene065903.t1	MTR_3g057880	41.667	132	57	4	806	931	1	118	3.77e-19	85.1
MS.gene065903.t1	MTR_2g086040	27.731	238	158	5	1087	1322	255	480	4.10e-19	92.8
MS.gene065903.t1	MTR_0155s0010	36.434	129	81	1	863	990	5	133	7.39e-19	85.1
MS.gene065903.t1	MTR_6g017325	24.796	367	256	12	966	1325	149	502	8.78e-19	92.0
MS.gene065903.t1	MTR_8g076940	26.400	250	162	7	1063	1308	229	460	9.50e-19	91.7
MS.gene065903.t1	MTR_5g018480	23.846	260	182	4	875	1121	41	297	2.22e-18	88.2
MS.gene065903.t1	MTR_5g094670	36.196	163	80	5	868	1025	32	175	4.77e-18	86.3
MS.gene065903.t1	MTR_4g086040	24.946	461	273	16	870	1306	34	445	6.37e-18	89.0
MS.gene065903.t1	MTR_2g023680	22.525	404	273	11	898	1283	87	468	7.48e-18	89.0
MS.gene065903.t1	MTR_5g070685	57.353	68	29	0	868	935	32	99	7.92e-18	81.3
MS.gene065903.t1	MTR_8g012970	25.427	468	272	19	869	1307	40	459	8.15e-18	89.0
MS.gene065903.t1	MTR_0025s0110	26.761	213	149	4	1099	1306	289	499	8.39e-18	89.0
MS.gene065903.t1	MTR_5g009110	27.751	209	122	4	1127	1307	188	395	1.07e-17	87.8
MS.gene065903.t1	MTR_0608s0020	55.738	61	27	0	1007	1067	7	67	1.33e-17	79.0
MS.gene065903.t1	MTR_5g009110	27.751	209	122	4	1127	1307	336	543	1.34e-17	88.6
MS.gene065903.t1	MTR_1g101040	27.053	207	139	6	1107	1306	287	488	1.42e-17	88.2
MS.gene065903.t1	MTR_5g093950	44.737	76	42	0	926	1001	1	76	2.05e-17	78.6
MS.gene065903.t1	MTR_5g019140	21.654	508	331	14	877	1337	42	529	2.19e-17	87.8
MS.gene065903.t1	MTR_1g101050	27.841	176	118	5	1138	1309	317	487	3.59e-17	87.0
MS.gene065903.t1	MTR_4g005230	28.315	279	174	10	1046	1307	188	457	9.63e-17	85.5
MS.gene065903.t1	MTR_5g091760	24.353	464	282	17	868	1306	32	451	1.03e-16	85.1
MS.gene065903.t1	MTR_4g078090	77.778	45	10	0	1293	1337	21	65	1.18e-16	76.6
MS.gene065903.t1	MTR_6g004670	26.957	230	158	6	1089	1309	253	481	1.49e-16	85.1
MS.gene065903.t1	MTR_7g096340	29.437	231	134	7	1082	1302	258	469	1.95e-16	84.7
MS.gene065903.t1	MTR_1g069200	26.425	193	133	5	1118	1306	298	485	2.15e-16	84.3
MS.gene065903.t1	MTR_6g072490	27.273	176	119	5	1138	1309	319	489	2.32e-16	84.3
MS.gene065903.t1	MTR_4g119660	20.825	509	334	14	877	1337	27	514	2.84e-16	84.0
MS.gene065903.t1	MTR_5g021220	23.422	491	285	21	860	1307	24	466	2.95e-16	84.0
MS.gene065903.t1	MTR_3g467130	21.962	469	319	14	864	1319	22	456	2.99e-16	84.0
MS.gene065903.t1	MTR_5g020020	25.386	453	294	16	871	1308	33	456	3.44e-16	83.6
MS.gene065903.t1	MTR_8g098435	28.947	190	120	4	1109	1287	274	459	4.49e-16	83.6
MS.gene065903.t1	MTR_1g060550	28.205	234	150	4	1085	1308	258	483	6.90e-16	82.8
MS.gene065903.t1	MTR_4g075110	23.529	238	165	3	1108	1333	312	544	1.04e-15	82.4
MS.gene065903.t1	MTR_3g104560	27.316	421	258	17	917	1325	4	388	1.16e-15	81.3
MS.gene065903.t1	MTR_2g072270	23.659	410	274	12	914	1306	109	496	1.35e-15	82.0
MS.gene065903.t1	MTR_5g070010	28.426	197	119	4	1109	1287	270	462	1.54e-15	81.6
MS.gene065903.t1	MTR_8g076510	22.581	465	289	19	875	1312	40	460	2.29e-15	80.9
MS.gene065903.t1	MTR_8g016180	22.421	504	300	19	863	1330	26	474	2.30e-15	80.9
MS.gene065903.t1	MTR_4g012320	32.704	159	99	4	1136	1287	20	177	2.37e-15	77.4
MS.gene065903.t1	MTR_8g469360	30.000	170	116	3	1138	1306	230	397	2.59e-15	80.5
MS.gene065903.t1	MTR_4g113650	28.824	170	119	2	1138	1306	324	492	3.69e-15	80.5
MS.gene065903.t1	MTR_1g019410	23.841	453	285	17	868	1302	29	439	3.74e-15	80.5
MS.gene065903.t1	MTR_8g042020	23.310	429	286	13	895	1306	94	496	3.96e-15	80.5
MS.gene065903.t1	MTR_4g054920	27.273	220	148	5	1088	1303	274	485	4.31e-15	80.5
MS.gene065903.t1	MTR_6g069000	22.271	458	283	16	873	1302	39	451	5.93e-15	79.7
MS.gene065903.t1	MTR_5g014250	26.432	227	155	5	1085	1307	245	463	6.03e-15	79.7
MS.gene065903.t1	MTR_7g055793	26.364	220	144	5	1084	1302	236	438	6.18e-15	79.7
MS.gene065903.t1	MTR_0147s0030	23.168	423	291	13	894	1303	100	501	6.24e-15	80.1
MS.gene065903.t1	MTR_7g055793	26.364	220	144	5	1084	1302	291	493	6.31e-15	79.7
MS.gene065903.t1	MTR_4g102290	50.000	64	32	0	1165	1228	1	64	6.85e-15	72.0
MS.gene065903.t1	MTR_6g069000	22.052	458	284	16	873	1302	49	461	7.85e-15	79.3
MS.gene065903.t1	MTR_1g035940	26.562	192	135	3	1127	1312	295	486	8.19e-15	79.3
MS.gene065903.t1	MTR_8g006495	25.984	254	171	6	1060	1306	100	343	1.26e-14	77.8
MS.gene065903.t1	MTR_1g022040	21.946	442	262	15	897	1303	80	473	2.02e-14	78.2
MS.gene065903.t1	MTR_2g072400	23.270	318	222	8	1023	1325	201	511	2.40e-14	78.2
MS.gene065903.t1	MTR_6g015910	26.009	223	156	6	1093	1312	229	445	2.94e-14	77.4
MS.gene065903.t1	MTR_8g077810	25.108	462	282	17	874	1308	33	457	4.13e-14	77.4
MS.gene065903.t1	MTR_2g072380	24.215	223	157	5	1093	1306	105	324	4.57e-14	75.9
MS.gene065903.t1	MTR_2g097840	33.083	133	75	3	1202	1334	10	128	4.58e-14	70.9
MS.gene065903.t1	MTR_7g096320	25.701	214	144	5	1095	1302	266	470	5.55e-14	76.6
MS.gene065903.t1	MTR_2g055470	25.194	258	176	7	1060	1306	240	491	5.62e-14	77.0
MS.gene065903.t1	MTR_2g055430	24.806	258	177	7	1060	1306	240	491	6.41e-14	76.6
MS.gene065903.t1	MTR_6g004590	29.412	170	113	4	1136	1299	313	481	8.24e-14	76.3
MS.gene065903.t1	MTR_8g030590	27.604	192	122	4	1109	1287	277	464	1.06e-13	75.9
MS.gene065903.t1	MTR_4g088415	23.265	245	170	4	875	1105	45	285	1.06e-13	75.1
MS.gene065903.t1	MTR_6g004600	26.768	198	135	5	1111	1299	285	481	1.06e-13	75.9
MS.gene065903.t1	MTR_1g036270	28.934	197	123	5	1128	1312	300	491	1.07e-13	75.9
MS.gene065903.t1	MTR_5g020020	27.948	229	152	5	1086	1308	161	382	1.20e-13	75.1
MS.gene065903.t1	MTR_3g007320	25.112	223	158	5	1093	1312	229	445	1.78e-13	75.1
MS.gene065903.t1	MTR_5g014240	21.145	454	302	13	874	1307	45	462	1.93e-13	75.1
MS.gene065903.t1	MTR_2g072340	24.645	211	148	4	1105	1306	281	489	2.67e-13	74.7
MS.gene065903.t1	MTR_2g072380	24.215	223	157	5	1093	1306	245	464	2.74e-13	74.7
MS.gene065903.t1	MTR_1g035670	21.809	376	255	11	963	1312	119	481	3.59e-13	74.3
MS.gene065903.t1	MTR_1g037550	23.902	205	141	3	1110	1299	309	513	3.68e-13	74.3
MS.gene065903.t1	MTR_1g070345	25.628	199	134	4	1111	1303	282	472	3.98e-13	73.9
MS.gene065903.t1	MTR_3g463060	25.121	207	143	4	1087	1287	256	456	4.58e-13	73.9
MS.gene065903.t1	MTR_1g035830	24.885	217	151	4	1108	1312	270	486	4.82e-13	73.9
MS.gene065903.t1	MTR_2g072310	23.767	223	158	5	1093	1306	105	324	5.25e-13	72.4
MS.gene065903.t1	MTR_1g070365	25.628	199	134	4	1111	1303	282	472	5.58e-13	73.6
MS.gene065903.t1	MTR_7g033570	28.042	189	129	4	1101	1283	257	444	7.86e-13	73.2
MS.gene065903.t1	MTR_8g035810	24.920	313	218	7	966	1262	127	438	1.46e-12	72.0
MS.gene065903.t1	MTR_1g015860	21.914	397	249	11	876	1228	41	420	1.65e-12	71.6
MS.gene065903.t1	MTR_2g072250	24.498	249	176	5	1067	1306	242	487	1.67e-12	72.0
MS.gene065903.t1	MTR_8g008530	26.818	220	145	5	1088	1306	288	492	1.87e-12	72.0
MS.gene065903.t1	MTR_7g033580	27.670	206	133	6	1091	1283	242	444	2.17e-12	71.6
MS.gene065903.t1	MTR_8g042060	23.377	231	165	5	1085	1306	234	461	2.66e-12	71.2
MS.gene065903.t1	MTR_5g095230	24.242	231	163	6	1062	1283	237	464	2.96e-12	71.2
MS.gene065903.t1	MTR_8g042060	23.377	231	165	5	1085	1306	270	497	3.02e-12	71.2
MS.gene065903.t1	MTR_3g093530	26.609	233	156	8	1085	1311	279	502	3.38e-12	71.2
MS.gene065903.t1	MTR_7g098550	29.412	170	114	3	1138	1306	314	478	3.81e-12	70.9
MS.gene065903.t1	MTR_7g098550	29.412	170	114	3	1138	1306	306	470	3.86e-12	70.9
MS.gene065903.t1	MTR_0408s0010	45.000	60	31	1	1246	1303	2	61	4.08e-12	64.3
MS.gene065903.t1	MTR_7g088330	21.655	411	286	16	914	1302	80	476	4.28e-12	70.9
MS.gene065903.t1	MTR_1g035580	21.330	361	258	10	966	1309	121	472	7.12e-12	70.1
MS.gene065903.t1	MTR_2g072260	25.301	249	174	5	1067	1306	239	484	1.25e-11	69.3
MS.gene065903.t1	MTR_3g083860	25.339	221	127	7	10	225	28	215	1.46e-11	66.2
MS.gene065903.t1	MTR_7g029275	22.269	476	301	16	877	1311	39	486	1.54e-11	68.9
MS.gene065903.t1	MTR_1g036130	24.893	233	145	7	1101	1312	262	485	1.95e-11	68.6
MS.gene065903.t1	MTR_1g037560	22.705	207	139	4	1110	1299	307	509	1.99e-11	68.9
MS.gene065903.t1	MTR_8g088470	27.230	213	141	7	1077	1279	229	437	2.02e-11	68.6
MS.gene065903.t1	MTR_8g042000	24.803	254	172	7	1065	1306	251	497	4.40e-11	67.8
MS.gene065903.t1	MTR_5g025610	27.111	225	143	7	1085	1303	225	434	7.11e-11	66.6

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene065903.t1	AT3G17630	69.549	798	226	3	8	805	10	790	0.0	1100
MS.gene065903.t1	AT3G17630	69.549	798	226	3	8	805	10	790	0.0	1100
MS.gene065903.t1	AT5G41610	61.567	804	288	8	1	795	1	792	0.0	959
MS.gene065903.t1	AT5G41610	61.567	804	288	8	1	795	1	792	0.0	959
MS.gene065903.t1	AT4G23700	59.925	801	301	10	1	787	1	795	0.0	933
MS.gene065903.t1	AT4G23700	59.925	801	301	10	1	787	1	795	0.0	933
MS.gene065903.t1	AT5G41610	61.141	736	266	7	68	795	1	724	0.0	867
MS.gene065903.t1	AT1G64170	52.404	811	337	13	4	790	10	795	0.0	780
MS.gene065903.t1	AT2G13620	48.399	812	393	12	8	812	15	807	0.0	721
MS.gene065903.t1	AT3G53720	50.858	816	355	17	12	788	8	816	0.0	683
MS.gene065903.t1	AT3G53720	49.866	748	329	17	80	788	3	743	0.0	591
MS.gene065903.t1	AT1G33720	46.497	471	245	4	873	1337	37	506	1.00e-145	452
MS.gene065903.t1	AT2G45550	46.383	470	245	4	874	1337	38	506	8.30e-145	450
MS.gene065903.t1	AT3G61040	47.009	468	241	3	873	1337	32	495	8.93e-144	447
MS.gene065903.t1	AT2G45560	45.073	477	255	4	867	1337	31	506	6.80e-143	445
MS.gene065903.t1	AT2G45570	45.553	461	243	4	884	1337	48	507	3.81e-138	432
MS.gene065903.t1	AT2G45580	45.275	455	241	3	884	1331	48	501	1.20e-137	431
MS.gene065903.t1	AT1G05580	34.112	771	475	10	29	787	50	799	1.70e-132	429
MS.gene065903.t1	AT1G05580	34.463	708	431	10	92	787	2	688	3.10e-120	393
MS.gene065903.t1	AT2G31910	31.400	793	489	13	19	787	26	787	7.78e-116	383
MS.gene065903.t1	AT1G33720	47.826	368	186	3	969	1331	2	368	1.02e-114	365
MS.gene065903.t1	AT1G33720	47.826	368	186	3	969	1331	2	368	1.02e-114	365
MS.gene065903.t1	AT1G33720	47.826	368	186	3	969	1331	2	368	1.02e-114	365
MS.gene065903.t1	AT1G33730	47.934	363	181	4	975	1331	4	364	6.89e-114	362
MS.gene065903.t1	AT1G33730	47.934	363	181	4	975	1331	4	364	6.89e-114	362
MS.gene065903.t1	AT1G06970	31.566	792	495	15	8	786	28	785	5.49e-111	370
MS.gene065903.t1	AT1G33720	44.020	393	189	4	969	1331	2	393	5.73e-107	345
MS.gene065903.t1	AT2G31910	31.944	720	435	13	92	787	2	690	5.00e-104	348
MS.gene065903.t1	AT2G31910	31.944	720	435	13	92	787	2	690	5.00e-104	348
MS.gene065903.t1	AT5G07990	36.897	477	282	8	869	1333	28	497	1.49e-102	337
MS.gene065903.t1	AT3G61040	44.536	366	196	3	873	1235	32	393	1.97e-100	326
MS.gene065903.t1	AT3G52970	39.958	478	268	10	873	1334	35	509	3.28e-100	330
MS.gene065903.t1	AT3G52970	39.184	490	269	9	873	1334	35	523	7.82e-100	330
MS.gene065903.t1	AT2G45580	44.669	347	184	3	992	1331	2	347	3.20e-99	322
MS.gene065903.t1	AT4G12320	36.989	465	283	7	874	1331	42	503	8.38e-99	326
MS.gene065903.t1	AT2G30240	30.528	796	497	17	8	786	30	786	1.05e-97	333
MS.gene065903.t1	AT4G12300	37.931	464	278	7	874	1331	42	501	1.45e-97	323
MS.gene065903.t1	AT5G25180	34.656	479	297	6	864	1334	19	489	1.16e-94	314
MS.gene065903.t1	AT2G45580	42.697	356	196	3	884	1232	48	402	2.58e-94	310
MS.gene065903.t1	AT5G25140	34.519	478	299	5	864	1334	19	489	6.01e-94	312
MS.gene065903.t1	AT4G12330	36.564	454	276	7	884	1331	56	503	8.15e-94	312
MS.gene065903.t1	AT5G44620	35.841	452	283	3	884	1331	56	504	1.18e-92	309
MS.gene065903.t1	AT5G25120	34.188	468	294	7	874	1334	29	489	1.70e-90	302
MS.gene065903.t1	AT4G12310	35.824	455	282	6	884	1331	54	505	2.77e-90	303
MS.gene065903.t1	AT3G26300	33.333	471	304	5	873	1337	30	496	1.22e-89	300
MS.gene065903.t1	AT5G25130	35.084	476	297	8	865	1334	20	489	1.44e-89	300
MS.gene065903.t1	AT5G37060	27.612	804	520	13	18	786	53	829	3.23e-87	304
MS.gene065903.t1	AT3G26310	31.906	467	308	4	876	1336	32	494	5.44e-86	290
MS.gene065903.t1	AT5G01690	28.125	800	505	19	8	786	17	767	6.73e-86	298
MS.gene065903.t1	AT5G58460	27.646	803	519	14	18	786	53	827	7.86e-86	300
MS.gene065903.t1	AT2G40890	32.099	486	308	6	863	1335	16	492	1.31e-85	289
MS.gene065903.t1	AT5G57260	32.218	478	306	6	872	1337	28	499	1.41e-85	289
MS.gene065903.t1	AT3G26330	31.780	472	312	4	875	1340	32	499	9.54e-83	281
MS.gene065903.t1	AT4G37430	33.333	474	290	9	874	1334	28	488	3.94e-82	279
MS.gene065903.t1	AT4G22710	32.731	443	291	5	895	1334	75	513	4.26e-82	280
MS.gene065903.t1	AT5G22900	26.779	829	516	19	11	786	27	817	1.15e-81	287
MS.gene065903.t1	AT4G22690	32.731	443	291	5	895	1334	106	544	1.47e-81	279
MS.gene065903.t1	AT4G13770	31.799	478	311	9	873	1340	29	501	1.53e-80	275
MS.gene065903.t1	AT3G44900	26.962	790	519	16	27	786	51	812	2.97e-80	283
MS.gene065903.t1	AT1G13080	32.272	471	313	4	870	1334	27	497	5.02e-80	273
MS.gene065903.t1	AT3G26320	30.704	469	315	5	875	1337	32	496	1.93e-79	271
MS.gene065903.t1	AT3G26170	31.301	492	313	7	864	1339	20	502	6.48e-78	267
MS.gene065903.t1	AT3G26180	31.753	485	320	5	864	1339	20	502	1.11e-77	266
MS.gene065903.t1	AT3G48280	31.381	478	308	7	865	1335	21	485	1.13e-77	266
MS.gene065903.t1	AT3G26280	34.232	482	298	10	865	1334	23	497	1.18e-77	266
MS.gene065903.t1	AT3G26280	34.232	482	298	10	865	1334	40	514	1.43e-77	267
MS.gene065903.t1	AT4G36220	32.340	470	285	10	881	1328	47	505	1.63e-77	266
MS.gene065903.t1	AT5G04330	33.404	470	295	11	875	1331	33	497	2.48e-77	266
MS.gene065903.t1	AT3G52080	28.015	796	520	20	29	796	24	794	9.75e-77	272
MS.gene065903.t1	AT3G48270	30.556	468	302	7	876	1335	33	485	3.20e-76	262
MS.gene065903.t1	AT3G26270	30.977	481	316	6	864	1334	22	496	4.49e-76	262
MS.gene065903.t1	AT3G26200	32.919	483	304	6	865	1334	19	494	4.87e-76	261
MS.gene065903.t1	AT2G28180	28.264	789	495	21	28	786	61	808	1.08e-75	269
MS.gene065903.t1	AT3G26290	32.563	476	311	4	865	1334	22	493	1.78e-75	260
MS.gene065903.t1	AT3G26190	32.427	478	303	6	870	1334	24	494	2.04e-75	260
MS.gene065903.t1	AT5G57220	32.985	479	280	10	874	1337	30	482	2.21e-75	259
MS.gene065903.t1	AT5G06900	33.547	468	285	11	874	1331	34	485	4.04e-75	259
MS.gene065903.t1	AT3G26290	32.563	476	311	4	865	1334	35	506	4.72e-75	259
MS.gene065903.t1	AT1G79400	26.864	778	544	13	24	792	17	778	5.76e-75	266
MS.gene065903.t1	AT4G37410	32.292	480	286	10	874	1336	30	487	1.01e-74	258
MS.gene065903.t1	AT2G24180	31.435	474	309	5	874	1340	36	500	1.43e-74	258
MS.gene065903.t1	AT5G01680	26.551	806	520	21	8	786	15	775	2.29e-74	265
MS.gene065903.t1	AT4G31940	32.305	486	297	9	876	1334	33	513	2.32e-74	258
MS.gene065903.t1	AT3G44250	33.891	478	295	7	870	1334	24	493	7.63e-74	255
MS.gene065903.t1	AT3G48300	31.317	463	299	7	876	1334	31	478	1.01e-73	254
MS.gene065903.t1	AT3G48300	31.317	463	299	7	876	1334	33	480	1.07e-73	254
MS.gene065903.t1	AT5G67310	31.102	463	302	7	874	1331	42	492	2.53e-73	254
MS.gene065903.t1	AT3G48310	29.526	464	312	6	875	1334	33	485	3.14e-73	253
MS.gene065903.t1	AT5G10600	31.656	477	304	11	864	1331	36	499	4.38e-73	254
MS.gene065903.t1	AT1G13110	30.390	487	314	8	864	1334	22	499	7.52e-73	253
MS.gene065903.t1	AT4G37370	32.415	472	289	12	874	1334	30	482	1.29e-72	252
MS.gene065903.t1	AT3G26210	31.670	461	300	6	884	1334	41	496	1.72e-72	251
MS.gene065903.t1	AT3G48290	29.718	461	309	6	875	1331	34	483	7.71e-72	249
MS.gene065903.t1	AT2G30770	30.621	467	313	6	870	1331	29	489	9.93e-72	249
MS.gene065903.t1	AT2G02580	33.053	475	306	6	870	1337	27	496	1.21e-71	249
MS.gene065903.t1	AT1G16380	25.064	782	547	15	30	792	19	780	4.24e-71	255
MS.gene065903.t1	AT3G26230	30.271	479	323	4	865	1334	17	493	1.89e-70	246
MS.gene065903.t1	AT1G08150	27.448	776	496	20	27	775	62	797	2.17e-70	254
MS.gene065903.t1	AT3G26150	29.006	493	323	8	864	1339	20	502	3.86e-70	245
MS.gene065903.t1	AT4G37320	31.612	484	300	13	866	1336	21	486	4.03e-70	244
MS.gene065903.t1	AT4G37340	33.049	469	287	11	874	1331	30	482	4.16e-70	244
MS.gene065903.t1	AT1G74550	30.672	476	297	9	870	1335	25	477	7.49e-70	243
MS.gene065903.t1	AT3G53300	32.558	473	303	7	873	1334	27	494	1.18e-69	243
MS.gene065903.t1	AT5G10610	31.687	486	292	13	863	1331	21	483	2.14e-69	243
MS.gene065903.t1	AT1G01280	29.399	466	310	6	884	1336	42	501	2.31e-69	243
MS.gene065903.t1	AT4G31500	30.490	469	317	8	868	1329	23	489	2.95e-69	242
MS.gene065903.t1	AT4G31970	32.238	487	295	12	876	1334	33	512	5.29e-69	242
MS.gene065903.t1	AT4G37310	32.298	483	303	12	866	1333	22	495	5.51e-69	242
MS.gene065903.t1	AT4G15360	32.415	472	292	11	874	1331	40	498	8.31e-69	242
MS.gene065903.t1	AT3G26160	31.393	481	319	7	867	1338	23	501	9.93e-69	241
MS.gene065903.t1	AT1G11610	31.435	474	309	7	863	1331	27	489	1.60e-68	240
MS.gene065903.t1	AT3G44910	26.701	779	486	18	28	777	35	757	1.71e-68	247
MS.gene065903.t1	AT3G20140	31.250	480	304	12	867	1334	35	500	2.15e-68	240
MS.gene065903.t1	AT4G37400	31.027	448	291	7	895	1336	52	487	2.64e-68	239
MS.gene065903.t1	AT4G37360	31.635	471	300	9	872	1334	28	484	2.66e-68	239
MS.gene065903.t1	AT3G53280	32.347	473	308	6	870	1334	24	492	3.74e-68	239
MS.gene065903.t1	AT4G13310	30.131	458	297	7	862	1307	20	466	1.04e-67	238
MS.gene065903.t1	AT4G13290	30.769	455	290	7	862	1307	21	459	2.07e-67	236
MS.gene065903.t1	AT1G11610	31.702	470	305	7	863	1327	27	485	2.10e-67	237
MS.gene065903.t1	AT5G22910	26.010	792	505	19	21	775	37	784	2.27e-67	244
MS.gene065903.t1	AT3G48290	28.542	487	307	8	875	1331	34	509	5.13e-67	236
MS.gene065903.t1	AT2G23190	30.820	451	282	12	868	1305	69	502	7.91e-67	236
MS.gene065903.t1	AT1G13090	31.788	453	297	7	870	1312	24	474	8.68e-67	234
MS.gene065903.t1	AT4G37330	32.773	476	288	13	872	1336	29	483	1.43e-66	234
MS.gene065903.t1	AT3G48320	31.116	466	304	7	875	1335	33	486	1.60e-66	234
MS.gene065903.t1	AT1G74540	31.778	450	274	8	869	1304	24	454	2.74e-66	233
MS.gene065903.t1	AT5G24950	30.043	466	310	8	874	1331	32	489	8.47e-66	232
MS.gene065903.t1	AT2G30750	31.478	467	309	6	870	1331	29	489	5.41e-65	229
MS.gene065903.t1	AT3G28740	32.143	476	295	13	872	1336	37	495	2.02e-64	228
MS.gene065903.t1	AT5G06905	31.410	468	296	8	868	1313	25	489	2.35e-64	228
MS.gene065903.t1	AT2G42250	29.032	465	317	5	873	1327	40	501	2.83e-64	228
MS.gene065903.t1	AT2G14100	29.451	455	300	9	888	1332	58	501	3.91e-64	228
MS.gene065903.t1	AT2G23220	30.233	473	302	13	870	1331	42	497	4.85e-64	228
MS.gene065903.t1	AT1G66540	33.508	382	233	7	957	1331	1	368	5.55e-64	223
MS.gene065903.t1	AT3G26220	31.106	479	319	4	865	1334	20	496	9.52e-64	226
MS.gene065903.t1	AT3G20940	31.144	472	302	11	874	1332	42	503	2.34e-63	226
MS.gene065903.t1	AT3G26830	29.870	462	310	9	870	1321	24	481	1.33e-62	223
MS.gene065903.t1	AT3G44930	25.163	767	525	13	28	777	35	769	1.58e-62	229
MS.gene065903.t1	AT5G35715	29.252	441	288	8	909	1334	1	432	8.77e-62	219
MS.gene065903.t1	AT5G36220	29.363	487	311	12	865	1336	24	492	2.70e-61	219
MS.gene065903.t1	AT3G20110	28.480	467	310	8	877	1334	42	493	9.15e-61	218
MS.gene065903.t1	AT4G31950	29.752	484	300	10	876	1334	33	501	1.04e-60	218
MS.gene065903.t1	AT1G13100	29.844	449	285	9	883	1312	37	474	1.09e-60	217
MS.gene065903.t1	AT3G20130	30.330	455	286	12	895	1333	64	503	1.16e-60	218
MS.gene065903.t1	AT3G20960	29.688	448	286	8	900	1332	68	501	1.22e-60	218
MS.gene065903.t1	AT2G28170	25.475	789	515	18	27	786	54	798	1.61e-60	224
MS.gene065903.t1	AT5G42580	28.315	445	296	8	894	1332	60	487	1.99e-60	216
MS.gene065903.t1	AT1G13080	31.921	354	235	4	987	1334	26	379	6.87e-60	211
MS.gene065903.t1	AT4G15330	29.979	467	307	10	871	1326	35	492	1.10e-59	214
MS.gene065903.t1	AT5G24960	29.247	465	323	5	870	1331	29	490	1.53e-59	214
MS.gene065903.t1	AT4G15350	29.783	460	299	10	886	1332	48	496	1.80e-59	214
MS.gene065903.t1	AT3G20120	29.605	456	299	9	888	1332	56	500	5.93e-59	213
MS.gene065903.t1	AT3G20090	29.646	452	291	11	895	1332	65	503	1.14e-58	212
MS.gene065903.t1	AT1G08140	25.505	792	522	22	24	786	51	803	1.50e-58	218
MS.gene065903.t1	AT3G25180	29.769	477	318	8	867	1334	34	502	1.78e-58	211
MS.gene065903.t1	AT3G32047	28.111	434	293	7	894	1319	63	485	3.33e-58	210
MS.gene065903.t1	AT3G20950	29.832	476	304	12	874	1331	42	505	4.48e-58	210
MS.gene065903.t1	AT1G50520	29.933	451	290	11	896	1332	66	504	8.52e-58	210
MS.gene065903.t1	AT3G20080	27.800	500	321	11	849	1333	30	504	1.07e-57	209
MS.gene065903.t1	AT3G20080	27.800	500	321	11	849	1333	30	504	1.07e-57	209
MS.gene065903.t1	AT5G42590	28.571	476	325	7	866	1333	24	492	1.40e-57	208
MS.gene065903.t1	AT2G27000	30.000	450	293	10	895	1332	61	500	1.83e-57	208
MS.gene065903.t1	AT1G13710	31.364	440	279	14	876	1304	55	482	2.07e-57	208
MS.gene065903.t1	AT3G20100	28.788	462	306	11	884	1332	51	502	2.80e-57	207
MS.gene065903.t1	AT1G66540	34.169	319	196	5	1013	1331	5	309	3.35e-57	201
MS.gene065903.t1	AT2G25160	29.839	496	315	13	868	1340	30	515	5.13e-57	207
MS.gene065903.t1	AT5G47990	29.581	453	289	9	895	1332	64	501	2.14e-56	205
MS.gene065903.t1	AT2G46660	29.764	467	300	14	876	1331	72	521	4.82e-56	204
MS.gene065903.t1	AT3G61880	30.835	467	300	11	876	1331	68	522	6.76e-56	204
MS.gene065903.t1	AT3G61880	30.544	478	306	11	876	1337	68	535	2.33e-55	203
MS.gene065903.t1	AT1G74110	30.155	451	285	12	876	1304	65	507	4.55e-55	202
MS.gene065903.t1	AT5G05260	28.747	487	320	10	871	1335	37	518	9.78e-55	201
MS.gene065903.t1	AT2G45560	36.704	267	162	4	874	1134	38	303	3.31e-54	192
MS.gene065903.t1	AT1G50560	29.011	455	296	10	895	1334	65	507	1.32e-53	197
MS.gene065903.t1	AT3G20960	30.435	391	243	8	957	1332	22	398	1.54e-53	194
MS.gene065903.t1	AT3G44920	25.949	790	502	17	28	783	35	775	4.48e-53	201
MS.gene065903.t1	AT3G26180	35.968	253	160	2	1089	1339	116	368	2.45e-52	189
MS.gene065903.t1	AT3G26180	52.778	72	34	0	864	935	20	91	2.71e-14	76.6
MS.gene065903.t1	AT2G45560	42.381	210	118	2	867	1073	31	240	2.46e-52	184
MS.gene065903.t1	AT3G10560	26.403	481	338	11	863	1334	35	508	3.91e-52	192
MS.gene065903.t1	AT4G15380	26.351	444	306	8	900	1334	69	500	7.59e-52	192
MS.gene065903.t1	AT1G28430	27.352	457	296	12	895	1332	62	501	2.22e-50	187
MS.gene065903.t1	AT1G01190	28.662	471	306	13	849	1304	44	499	2.58e-50	187
MS.gene065903.t1	AT1G01190	28.662	471	306	13	849	1304	49	504	2.69e-50	188
MS.gene065903.t1	AT5G05260	28.189	486	292	12	871	1335	37	486	3.07e-50	186
MS.gene065903.t1	AT3G20130	30.334	389	240	13	961	1333	102	475	3.80e-50	186
MS.gene065903.t1	AT5G25900	28.172	465	312	8	881	1334	50	503	6.39e-50	186
MS.gene065903.t1	AT3G20120	29.867	375	241	9	969	1332	1	364	1.16e-49	181
MS.gene065903.t1	AT3G20120	29.867	375	241	9	969	1332	1	364	1.16e-49	181
MS.gene065903.t1	AT3G20120	29.867	375	241	9	969	1332	1	364	1.16e-49	181
MS.gene065903.t1	AT5G09970	28.184	479	314	16	876	1338	71	535	1.99e-49	185
MS.gene065903.t1	AT2G30490	27.907	430	293	7	885	1302	44	468	2.85e-49	184
MS.gene065903.t1	AT5G36220	30.435	322	209	5	1015	1336	40	346	6.94e-49	178
MS.gene065903.t1	AT1G08135	23.929	794	518	19	27	788	57	796	1.89e-48	187
MS.gene065903.t1	AT5G04630	27.191	445	304	10	874	1304	38	476	3.25e-48	181
MS.gene065903.t1	AT2G27010	28.188	447	285	10	895	1331	57	477	5.05e-48	180
MS.gene065903.t1	AT4G39950	27.310	487	322	13	865	1327	44	522	7.80e-48	181
MS.gene065903.t1	AT1G58260	25.813	461	317	10	873	1310	36	494	8.92e-48	180
MS.gene065903.t1	AT1G79370	25.910	467	316	11	873	1309	39	505	2.59e-47	179
MS.gene065903.t1	AT4G39950	27.310	487	322	13	865	1327	84	562	2.62e-47	180
MS.gene065903.t1	AT4G15330	27.409	467	291	11	871	1326	35	464	2.88e-47	177
MS.gene065903.t1	AT3G20090	29.365	378	240	11	969	1332	1	365	2.92e-46	172
MS.gene065903.t1	AT4G20240	28.536	403	278	7	865	1263	24	420	4.77e-46	173
MS.gene065903.t1	AT5G04660	27.169	438	289	11	886	1304	53	479	2.08e-45	172
MS.gene065903.t1	AT2G22330	26.819	481	327	13	874	1336	58	531	3.08e-45	173
MS.gene065903.t1	AT2G22330	26.819	481	327	13	874	1336	81	554	5.63e-45	172
MS.gene065903.t1	AT2G05180	28.075	374	253	6	895	1260	63	428	6.13e-45	169
MS.gene065903.t1	AT1G11600	26.754	456	309	11	868	1304	29	478	7.33e-45	171
MS.gene065903.t1	AT1G16410	24.619	459	325	9	869	1306	40	498	1.16e-44	171
MS.gene065903.t1	AT3G20080	27.441	379	249	9	969	1333	1	367	1.41e-44	167
MS.gene065903.t1	AT3G20080	27.441	379	249	9	969	1333	1	367	1.41e-44	167
MS.gene065903.t1	AT3G20080	27.441	379	249	9	969	1333	1	367	1.41e-44	167
MS.gene065903.t1	AT3G20080	27.441	379	249	9	969	1333	1	367	1.41e-44	167
MS.gene065903.t1	AT4G13310	28.534	382	251	6	862	1232	20	390	5.73e-44	165
MS.gene065903.t1	AT1G16400	25.821	457	314	12	873	1306	43	497	8.18e-44	168
MS.gene065903.t1	AT1G64940	24.494	494	328	13	870	1335	29	505	1.48e-41	161
MS.gene065903.t1	AT3G10570	23.454	469	328	12	886	1336	55	510	3.35e-41	160
MS.gene065903.t1	AT3G20935	39.000	200	111	4	1139	1332	134	328	1.68e-40	154
MS.gene065903.t1	AT1G64930	24.646	495	337	15	865	1335	23	505	6.31e-39	153
MS.gene065903.t1	AT3G53290	29.216	421	255	10	927	1334	11	401	5.49e-38	148
MS.gene065903.t1	AT4G20240	27.763	371	259	6	865	1232	24	388	8.96e-38	147
MS.gene065903.t1	AT1G64950	24.694	490	336	14	868	1335	26	504	7.41e-37	147
MS.gene065903.t1	AT2G12190	25.304	494	330	16	868	1335	26	506	2.37e-34	139
MS.gene065903.t1	AT5G35917	25.205	488	295	15	871	1335	39	479	1.99e-33	136
MS.gene065903.t1	AT5G61320	25.714	455	290	14	906	1339	66	493	4.03e-33	135
MS.gene065903.t1	AT3G03470	24.494	494	325	15	870	1332	27	503	5.30e-33	135
MS.gene065903.t1	AT2G25160	28.158	380	246	10	868	1227	30	402	7.13e-33	133
MS.gene065903.t1	AT3G25180	28.841	371	242	8	867	1224	34	395	1.34e-31	129
MS.gene065903.t1	AT5G24960	27.100	369	258	5	869	1232	28	390	1.34e-31	129
MS.gene065903.t1	AT1G16410	23.467	375	271	8	869	1227	40	414	8.52e-30	124
MS.gene065903.t1	AT1G64900	24.576	472	330	11	881	1335	38	500	3.16e-28	121
MS.gene065903.t1	AT3G53305	45.255	137	70	1	1183	1319	181	312	5.48e-28	117
MS.gene065903.t1	AT2G44890	24.581	358	254	6	966	1308	126	482	9.29e-28	119
MS.gene065903.t1	AT3G61035	31.559	263	151	9	884	1135	52	296	1.32e-27	115
MS.gene065903.t1	AT2G45510	23.269	361	255	5	966	1308	126	482	2.61e-26	115
MS.gene065903.t1	AT2G44890	24.719	356	238	6	966	1308	126	464	1.94e-25	112
MS.gene065903.t1	AT3G19270	25.107	466	287	18	864	1311	24	445	4.21e-25	111
MS.gene065903.t1	AT1G57750	26.216	370	236	14	965	1313	123	476	9.13e-25	110
MS.gene065903.t1	AT1G19630	28.302	265	169	9	1073	1333	225	472	5.52e-23	104
MS.gene065903.t1	AT3G14640	24.279	416	291	11	900	1306	87	487	6.30e-23	105
MS.gene065903.t1	AT3G14640	24.279	416	291	11	900	1306	109	509	1.07e-22	104
MS.gene065903.t1	AT3G19270	24.837	459	283	18	864	1304	24	438	1.40e-22	103
MS.gene065903.t1	AT3G53130	25.121	414	265	12	898	1287	101	493	8.83e-22	101
MS.gene065903.t1	AT2G21910	27.948	229	153	5	1111	1327	277	505	2.43e-21	100
MS.gene065903.t1	AT1G31800	21.986	423	309	10	898	1309	132	544	2.82e-21	100
MS.gene065903.t1	AT4G39490	28.448	232	147	5	1101	1313	265	496	3.16e-21	99.8
MS.gene065903.t1	AT1G47620	27.004	237	158	7	1106	1327	278	514	3.54e-21	99.8
MS.gene065903.t1	AT4G39510	28.774	212	145	4	1108	1313	274	485	5.05e-21	99.0
MS.gene065903.t1	AT1G19630	27.660	235	154	7	1073	1304	225	446	1.17e-20	97.4
MS.gene065903.t1	AT4G39480	27.444	266	166	8	1089	1327	247	512	2.05e-20	97.1
MS.gene065903.t1	AT3G14650	22.912	419	291	11	900	1306	87	485	2.72e-20	96.7
MS.gene065903.t1	AT3G14660	24.038	416	290	12	900	1306	87	485	2.72e-20	96.7
MS.gene065903.t1	AT4G32170	26.906	223	157	4	1096	1312	260	482	5.10e-20	95.9
MS.gene065903.t1	AT5G02900	27.626	257	165	8	1091	1327	223	478	6.10e-20	95.5
MS.gene065903.t1	AT1G57750	27.019	322	199	13	965	1266	123	428	8.12e-20	94.7
MS.gene065903.t1	AT2G23180	30.000	220	139	7	1108	1313	274	492	1.52e-19	94.4
MS.gene065903.t1	AT4G39500	26.957	230	158	4	1111	1330	289	518	1.66e-19	94.4
MS.gene065903.t1	AT4G39500	26.957	230	158	4	1111	1330	239	468	1.76e-19	94.0
MS.gene065903.t1	AT1G65340	28.365	208	141	4	1111	1313	279	483	2.30e-19	94.0
MS.gene065903.t1	AT5G52320	28.992	238	153	6	1087	1311	246	480	2.59e-19	93.6
MS.gene065903.t1	AT5G52320	28.992	238	153	6	1087	1311	246	480	3.27e-19	93.2
MS.gene065903.t1	AT3G14610	23.040	421	289	13	900	1306	86	485	7.30e-19	92.4
MS.gene065903.t1	AT3G14660	25.418	299	212	7	1011	1306	49	339	7.49e-19	90.5
MS.gene065903.t1	AT3G14630	28.226	248	171	6	1062	1306	238	481	7.80e-19	92.0
MS.gene065903.t1	AT1G05160	23.297	455	278	16	874	1299	45	457	8.30e-19	92.0
MS.gene065903.t1	AT1G05160	23.297	455	278	16	874	1299	45	457	8.30e-19	92.0
MS.gene065903.t1	AT4G19230	22.876	459	292	16	863	1306	25	436	1.01e-18	91.7
MS.gene065903.t1	AT5G05690	23.391	466	267	12	874	1304	31	441	1.25e-18	91.3
MS.gene065903.t1	AT5G35920	37.838	111	67	1	1196	1304	6	116	1.42e-18	84.7
MS.gene065903.t1	AT3G14630	28.226	248	171	6	1062	1306	293	536	1.52e-18	91.7
MS.gene065903.t1	AT3G56630	25.902	305	197	12	1011	1299	168	459	1.99e-18	90.9
MS.gene065903.t1	AT5G05690	29.949	197	129	4	1111	1304	132	322	3.00e-18	88.6
MS.gene065903.t1	AT3G44970	24.784	464	283	16	870	1308	31	453	3.50e-18	90.1
MS.gene065903.t1	AT1G13150	25.778	225	145	5	1093	1299	263	483	7.81e-18	89.4
MS.gene065903.t1	AT5G08250	28.311	219	141	4	1111	1313	302	520	8.60e-18	89.4
MS.gene065903.t1	AT5G08250	28.311	219	141	4	1111	1313	240	458	9.28e-18	88.6
MS.gene065903.t1	AT1G13140	23.035	369	247	10	966	1306	138	497	1.36e-17	88.6
MS.gene065903.t1	AT2G26710	22.551	439	305	10	880	1306	73	488	1.37e-17	88.2
MS.gene065903.t1	AT3G26125	22.281	377	250	11	966	1307	138	506	2.29e-17	87.8
MS.gene065903.t1	AT3G14690	21.718	419	296	11	900	1306	122	520	4.62e-17	87.0
MS.gene065903.t1	AT5G38450	24.025	487	311	15	877	1325	46	511	5.03e-17	86.7
MS.gene065903.t1	AT5G58860	27.000	200	132	3	1102	1287	263	462	5.09e-17	86.7
MS.gene065903.t1	AT3G14690	21.718	419	296	11	900	1306	87	485	5.39e-17	86.3
MS.gene065903.t1	AT1G13090	26.923	234	167	2	870	1099	24	257	6.62e-17	83.6
MS.gene065903.t1	AT5G52400	25.962	208	149	4	1096	1302	285	488	6.80e-17	86.3
MS.gene065903.t1	AT2G26170	22.052	458	310	12	876	1302	47	488	7.39e-17	86.3
MS.gene065903.t1	AT4G15110	26.923	208	123	4	1127	1306	344	550	1.29e-16	85.5
MS.gene065903.t1	AT1G34540	27.570	214	143	6	1097	1302	257	466	3.19e-16	84.0
MS.gene065903.t1	AT1G69500	21.026	390	252	7	965	1306	115	496	4.10e-16	83.6
MS.gene065903.t1	AT3G14620	22.406	424	276	13	905	1306	96	488	4.47e-16	83.6
MS.gene065903.t1	AT1G67110	25.649	308	217	7	1024	1325	204	505	6.84e-16	82.8
MS.gene065903.t1	AT1G13140	27.568	185	124	3	1132	1306	287	471	1.61e-15	81.6
MS.gene065903.t1	AT2G32440	26.818	220	149	5	1085	1299	242	454	2.35e-15	81.3
MS.gene065903.t1	AT2G32440	26.818	220	149	5	1085	1299	242	454	2.35e-15	81.3
MS.gene065903.t1	AT1G24540	19.946	371	269	8	965	1312	134	499	2.35e-15	81.3
MS.gene065903.t1	AT1G11680	27.165	254	168	7	1060	1306	215	458	2.91e-15	80.9
MS.gene065903.t1	AT1G01600	27.897	233	145	6	1074	1287	239	467	5.21e-15	80.5
MS.gene065903.t1	AT5G23190	26.728	217	146	3	1110	1313	304	520	1.07e-14	79.3
MS.gene065903.t1	AT1G63710	25.751	233	151	5	1109	1325	276	502	1.44e-14	79.0
MS.gene065903.t1	AT2G27690	22.619	252	186	4	1087	1333	244	491	1.77e-14	78.6
MS.gene065903.t1	AT3G50660	24.847	491	287	18	870	1311	35	492	2.21e-14	78.2
MS.gene065903.t1	AT2G46960	27.500	200	141	3	1085	1283	154	350	3.29e-14	77.0
MS.gene065903.t1	AT4G00360	25.108	231	157	4	1096	1313	264	491	3.91e-14	77.4
MS.gene065903.t1	AT2G46960	27.500	200	141	3	1085	1283	270	466	6.93e-14	76.6
MS.gene065903.t1	AT5G24900	26.471	170	122	3	1138	1306	216	383	3.01e-13	73.9
MS.gene065903.t1	AT5G24910	27.059	170	121	3	1138	1306	338	505	3.22e-13	74.7
MS.gene065903.t1	AT2G46950	27.083	240	166	7	1052	1287	290	524	3.60e-13	74.3
MS.gene065903.t1	AT5G24900	26.471	170	122	3	1138	1306	333	500	7.40e-13	73.2
MS.gene065903.t1	AT3G61035	29.189	185	106	7	958	1135	18	184	1.23e-12	70.1
MS.gene065903.t1	AT3G61035	29.189	185	106	7	958	1135	18	184	2.44e-12	68.2
MS.gene065903.t1	AT3G61035	29.189	185	106	7	958	1135	18	184	2.44e-12	68.2
MS.gene065903.t1	AT4G36380	29.936	157	102	3	1154	1310	344	492	3.22e-12	71.2
MS.gene065903.t1	AT3G13730	31.977	172	105	5	1158	1327	329	490	3.56e-12	70.9
MS.gene065903.t1	AT4G20235	37.662	77	47	1	1232	1307	255	331	5.77e-12	69.3
MS.gene065903.t1	AT5G14400	26.606	218	124	5	1098	1307	149	338	1.66e-11	68.2
MS.gene065903.t1	AT5G14400	26.606	218	124	5	1098	1307	203	392	2.60e-11	67.8
MS.gene065903.t1	AT2G45970	26.289	194	123	5	1109	1287	276	464	3.18e-11	68.2

Find 295 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE

CRISPR-Local

CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
TCCTTGCTCGGTTGGAATTT+TGG	0.066676	4.1:-27096902	MS.gene065903:CDS
GCCAAATTAGCTGAAATTTA+TGG	0.075341	4.1:-27080114	MS.gene065903:CDS
CTTCCCCTCTTGTTTCTTTA+TGG	0.077928	4.1:-27098558	MS.gene065903:CDS
GCCATAAATTTCAGCTAATT+TGG	0.147164	4.1:+27080113	None:intergenic
GTAATTGCATTTCAAGCTTA+TGG	0.179873	4.1:-27097126	MS.gene065903:CDS
TATAGCAAGTAAAGGCTTTA+TGG	0.181728	4.1:+27098492	None:intergenic
TTTATTATTGCTTGTAAATA+AGG	0.185932	4.1:+27077622	None:intergenic
TCCGATCTTAAGAATCTTTC+CGG	0.197966	4.1:+27077433	None:intergenic
ACATATCTGTACAATTAATA+AGG	0.206129	4.1:+27099536	None:intergenic
ATTGATTTGGTTGATTCTTC+TGG	0.207340	4.1:-27079715	MS.gene065903:CDS
TTCCCCTCTTGTTTCTTTAT+GGG	0.217933	4.1:-27098557	MS.gene065903:CDS
GAATAAGAGCAATCTGATTT+TGG	0.226807	4.1:-27096485	MS.gene065903:CDS
GGTTCAAAAGTCATGATAAA+TGG	0.228448	4.1:+27091995	None:intergenic
AGCTGTTATACCAATCAATT+TGG	0.229645	4.1:+27096687	None:intergenic
ATGAACATGGAGGACAAATT+TGG	0.231194	4.1:-27077250	MS.gene065903:CDS
ACCCACACATGTGCATCTTT+TGG	0.236321	4.1:+27077514	None:intergenic
GTTTGACCCACAAGGTATTA+AGG	0.239661	4.1:-27079602	MS.gene065903:CDS
CCAATGAAGGCCACTTCTAA+TGG	0.246725	4.1:-27099597	MS.gene065903:CDS
GAAATAATGGCATGCCCTTT+TGG	0.250974	4.1:-27097182	MS.gene065903:CDS
GCTCTTGCAATAGCTCTTTC+AGG	0.255129	4.1:-27098589	MS.gene065903:CDS
AACAAGAAGATGATCGATTT+TGG	0.257022	4.1:-27096609	MS.gene065903:CDS
TCTTACCTGTTTCACCTCTT+TGG	0.269509	4.1:-27079933	MS.gene065903:CDS
AGTTGTCTCTTCACCTAAAA+TGG	0.273709	4.1:-27080052	MS.gene065903:CDS
ATTGGTATTCATGCTCTCTT+TGG	0.275653	4.1:-27098373	MS.gene065903:CDS
TTGGTAGAAATTCTAGTGTT+TGG	0.276480	4.1:-27077477	MS.gene065903:CDS
TGGTCCTGTTGGAAGCTATT+TGG	0.282128	4.1:-27096407	MS.gene065903:CDS
AGATCGGAAATTGATGTTAA+AGG	0.291601	4.1:-27077418	MS.gene065903:CDS
CAAGAACTGGAACAAATAAT+TGG	0.294144	4.1:-27077685	MS.gene065903:CDS
GTTAATGAAGCTGTTGATAT+TGG	0.295333	4.1:-27079790	MS.gene065903:CDS
AAAGCCTTTACTTGCTATAA+TGG	0.296096	4.1:-27098488	MS.gene065903:CDS
GTTTGAATTGTTTATGAGTT+TGG	0.296730	4.1:+27080218	None:intergenic
TGATTCTATTAGATTGATTA+AGG	0.297215	4.1:+27097305	None:intergenic
AGCTGTTGATATTGGAAATA+TGG	0.318698	4.1:-27079782	MS.gene065903:CDS
TTGATGAGAGTAAGGGAATT+AGG	0.322694	4.1:-27079861	MS.gene065903:CDS
ATAGGAAACCTCCTTCAATT+AGG	0.322720	4.1:-27080159	MS.gene065903:CDS
TCTTCTTGTTTATCTTCATC+TGG	0.325379	4.1:+27096622	None:intergenic
ATGGGTTTGAAGTATTTCTT+TGG	0.326326	4.1:+27080029	None:intergenic
TGGTAGAAATTCTAGTGTTT+GGG	0.328662	4.1:-27077476	MS.gene065903:CDS
TATTAGTGGAGCACTTTCTT+GGG	0.331925	4.1:-27098212	MS.gene065903:CDS
CCAGAGATAAATGTTGGATT+TGG	0.336454	4.1:+27079419	None:intergenic
TTCTTATAGTCCTCAACTTC+AGG	0.341227	4.1:-27092025	MS.gene065903:intron
CATAAACACCAACGAGTTGA+TGG	0.341640	4.1:-27096985	MS.gene065903:CDS
GTTCATAAGGCAAGAAATAA+TGG	0.341864	4.1:-27097195	MS.gene065903:CDS
CTATTAGTGGAGCACTTTCT+TGG	0.342232	4.1:-27098213	MS.gene065903:CDS
GAATCATCGCAACTCGCTTT+TGG	0.342247	4.1:+27097019	None:intergenic
AGATATTCATCCATTGGTTA+TGG	0.342800	4.1:-27096323	MS.gene065903:CDS
CTCTTTGGAGCGTTTGTAGC+TGG	0.348558	4.1:-27098358	MS.gene065903:CDS
TTATACACTGCCACCACTAT+TGG	0.350992	4.1:+27097435	None:intergenic
GCCTTATGCATAGCCCTTGC+TGG	0.353372	4.1:-27098844	MS.gene065903:CDS
ATTGTTGCTGTCAAAACCTT+TGG	0.358719	4.1:+27079501	None:intergenic
CCTTGATATCTTCCAACGTT+TGG	0.361286	4.1:-27079551	MS.gene065903:CDS
TGCCTTATGAACCATTGTTA+TGG	0.361294	4.1:+27097206	None:intergenic
AGGGTCAAAGCTTCTCTAAA+AGG	0.366872	4.1:+27098109	None:intergenic
CAATGAAGGCCACTTCTAAT+GGG	0.367620	4.1:-27099596	MS.gene065903:CDS
AATGTTGTTGTAGCTTTCTT+CGG	0.368301	4.1:-27096826	MS.gene065903:CDS
CTTGAAATGCAATTACCATT+TGG	0.373268	4.1:+27097133	None:intergenic
CCATTAGAAGTGGCCTTCAT+TGG	0.373450	4.1:+27099597	None:intergenic
AGCTTACACCATTTGGTGCT+GGG	0.374187	4.1:-27077384	MS.gene065903:CDS
CATATATGCAATGCACTTGA+TGG	0.376324	4.1:-27097250	MS.gene065903:CDS
GTTATATTTACTGCTTGCTT+TGG	0.381877	4.1:-27098175	MS.gene065903:CDS
CAAGACTCTTGATGAGAGTA+AGG	0.391541	4.1:-27079869	MS.gene065903:CDS
ATCACATTCCCATTTGTACT+TGG	0.392656	4.1:-27098820	MS.gene065903:CDS
TGGTTCAGTTGGTGAATTCA+AGG	0.396074	4.1:-27079695	MS.gene065903:CDS
CCGGGTAAAACATTGGCATT+TGG	0.398158	4.1:-27096712	MS.gene065903:CDS
TTTAGAGAAGCTTTGACCCT+TGG	0.398592	4.1:-27098106	MS.gene065903:CDS
CCAGTAGCACCTTTGCTAGA+TGG	0.399351	4.1:-27096448	MS.gene065903:CDS
GAGCTTACACCATTTGGTGC+TGG	0.401873	4.1:-27077385	MS.gene065903:CDS
TATCAGACTCTCTTTGTTGC+GGG	0.402730	4.1:-27077787	MS.gene065903:intron
TGGGTCAATGTGTGGGCTAT+TGG	0.404010	4.1:-27077496	MS.gene065903:CDS
AATTTCGAGCTTACACCATT+TGG	0.407629	4.1:-27077391	MS.gene065903:CDS
TGAACATGGAGGACAAATTT+GGG	0.408665	4.1:-27077249	MS.gene065903:CDS
GTGCCAATGCCAAGTACAAA+TGG	0.411262	4.1:+27098811	None:intergenic
TCCTTCACAGGTTCACCCTC+AGG	0.411786	4.1:+27098454	None:intergenic
CCAACGAGTTGATGGAACTA+TGG	0.413496	4.1:-27096977	MS.gene065903:CDS
TTACTAGGACCCTCAGCAAT+TGG	0.414653	4.1:-27099012	MS.gene065903:CDS
TCTCTCCAAAGAGGTGAAAC+AGG	0.414675	4.1:+27079928	None:intergenic
TGGGTTCTACTTTGTGGTGT+TGG	0.416147	4.1:-27098538	MS.gene065903:CDS
TTTGTTCATCACTTGGGTGT+TGG	0.417253	4.1:+27079444	None:intergenic
ATTAATTGTACAGATATGTT+TGG	0.419171	4.1:-27099532	MS.gene065903:CDS
GTCAAAAGCAAAACAAGAAC+TGG	0.419191	4.1:-27077698	MS.gene065903:CDS
CCTCAGCAATTGGGAGGAAC+AGG	0.419963	4.1:-27099002	MS.gene065903:CDS
CCATCTAGCAAAGGTGCTAC+TGG	0.420352	4.1:+27096448	None:intergenic
CCTACTCCTCTTCCCTTCAT+AGG	0.423527	4.1:-27080177	MS.gene065903:CDS
TTGAAGGAGGTTTCCTATGA+AGG	0.423659	4.1:+27080164	None:intergenic
CTGTTCCTCCCAATTGCTGA+GGG	0.426519	4.1:+27099003	None:intergenic
ACTAATGTAGCTACTATTAG+TGG	0.426835	4.1:-27098226	MS.gene065903:CDS
CGAGGGACTAAGAATGGAAC+TGG	0.429715	4.1:+27077577	None:intergenic
GGAGCTAGTTGTGAATATAA+TGG	0.430521	4.1:-27079674	MS.gene065903:CDS
GATGGAACTATGGAATCATT+AGG	0.430780	4.1:-27096967	MS.gene065903:CDS
TCTTTATGGGTTCTACTTTG+TGG	0.431113	4.1:-27098544	MS.gene065903:CDS
GCTTGCTTTGGAAAAGTTGT+TGG	0.431269	4.1:-27098163	MS.gene065903:CDS
ATGCGTTCGATACGCAAAAC+AGG	0.432662	4.1:-27098874	MS.gene065903:CDS
TTTGACCCACAAGGTATTAA+GGG	0.434037	4.1:-27079601	MS.gene065903:CDS
CTAGAAATAAGAAGAATAGA+AGG	0.436879	4.1:+27098914	None:intergenic
GATTAAGGTAGGAATGTTGT+AGG	0.437399	4.1:+27097320	None:intergenic
AAAACAGTGAGTGAAATTCC+AGG	0.441950	4.1:+27096751	None:intergenic
AGCCATAACAATGGTTCATA+AGG	0.442015	4.1:-27097208	MS.gene065903:CDS
AATTTCATCTACGCTAGAAT+GGG	0.444246	4.1:-27077755	MS.gene065903:CDS
CAATTTCATCTACGCTAGAA+TGG	0.445674	4.1:-27077756	MS.gene065903:CDS
TGAAGAATCTATAGTTTATG+AGG	0.445781	4.1:-27096557	MS.gene065903:CDS
CTATTCTTCTTATTTCTAGT+AGG	0.446847	4.1:-27098910	MS.gene065903:CDS
TTTAGGTGAAGAGACAACTA+TGG	0.447448	4.1:+27080056	None:intergenic
AGAGATGAAATTGCTGTCAT+AGG	0.447748	4.1:+27097078	None:intergenic
TGTGCTGAGCTTGGTCCTGT+TGG	0.449228	4.1:-27096418	MS.gene065903:CDS
CCTAGCTTTAGACTCATGAT+TGG	0.449597	4.1:+27080090	None:intergenic
GTCATGAACTTGCACAGCAT+TGG	0.450017	4.1:+27079978	None:intergenic
TCATGAACTTGCACAGCATT+GGG	0.452145	4.1:+27079979	None:intergenic
ATTAACATCTTTGTTTATTG+TGG	0.452653	4.1:+27098771	None:intergenic
GGCATTGTTGTTCCTAAGGA+TGG	0.454690	4.1:-27098337	MS.gene065903:CDS
GCATTTGGTGCCAAATTGAT+TGG	0.454735	4.1:-27096697	MS.gene065903:CDS
CATATCTGTACAATTAATAA+GGG	0.456561	4.1:+27099537	None:intergenic
TATGGTGATCCTCTCCTAGC+TGG	0.459919	4.1:+27097411	None:intergenic
TATAGTTTATGAGGAAAGGT+TGG	0.460120	4.1:-27096548	MS.gene065903:CDS
TATTTGATAAGAATTGATCA+TGG	0.463685	4.1:+27080010	None:intergenic
AGCTGGCATTGTTGTTCCTA+AGG	0.464868	4.1:-27098341	MS.gene065903:CDS
AGTATCCTAAGCTCTGTGTC+TGG	0.465681	4.1:+27097360	None:intergenic
CACTCATTTCGCGTAATGAA+TGG	0.465697	4.1:-27096943	MS.gene065903:CDS
AATACAAATGTGGAAATTTG+TGG	0.467273	4.1:-27077547	MS.gene065903:CDS
TTTAAAATTTATAACTCCGC+CGG	0.470716	4.1:-27096731	MS.gene065903:CDS
CCAAACGTTGGAAGATATCA+AGG	0.472254	4.1:+27079551	None:intergenic
AGGATGTTGCATTTGATGTT+GGG	0.473976	4.1:-27077328	MS.gene065903:CDS
TTAGAAGTGGCCTTCATTGG+TGG	0.474237	4.1:+27099600	None:intergenic
GGCTTGATCAATGTTTAGAA+AGG	0.475094	4.1:+27079465	None:intergenic
TTGTAACTGTGTTGAGGGAA+AGG	0.475546	4.1:-27096507	MS.gene065903:CDS
CCTGTTCCTCCCAATTGCTG+AGG	0.475723	4.1:+27099002	None:intergenic
TTTCATCACCACACCAATAG+TGG	0.476008	4.1:-27097448	MS.gene065903:CDS
TTATCAGACTCTCTTTGTTG+CGG	0.476249	4.1:-27077788	MS.gene065903:intron
TTGGTTGATCGCGGCCTTGG+AGG	0.476860	4.1:-27096883	MS.gene065903:CDS
TCCAGCAAGGGCTATGCATA+AGG	0.479938	4.1:+27098843	None:intergenic
ACTTAGCCACGCTCCTTGCT+CGG	0.480167	4.1:-27096914	MS.gene065903:CDS
AAAGTACCAGAGATAAATGT+TGG	0.481124	4.1:+27079413	None:intergenic
AGATATTGTAACTGTGTTGA+GGG	0.481278	4.1:-27096512	MS.gene065903:CDS
ACTTGGCATTGGCACCTCAC+TGG	0.481962	4.1:-27098803	MS.gene065903:CDS
GTTGATTCTTCTGGTTCAGT+TGG	0.483837	4.1:-27079706	MS.gene065903:CDS
TACTAGGACCCTCAGCAATT+GGG	0.484048	4.1:-27099011	MS.gene065903:CDS
TGGTTGATCGCGGCCTTGGA+GGG	0.485004	4.1:-27096882	MS.gene065903:CDS
TATTGTGGAGGACCTCTTAA+CGG	0.487652	4.1:-27095055	MS.gene065903:CDS
TCTCATGAATACCAAGGGAT+TGG	0.488737	4.1:-27098080	MS.gene065903:CDS
ATTTGCAATATGTGTTGTAA+TGG	0.490511	4.1:-27097484	MS.gene065903:CDS
GCTGGGAGGCGAATTTGTCC+TGG	0.490823	4.1:-27077367	MS.gene065903:CDS
CTGTCAATGATGTTGCTGCT+TGG	0.491013	4.1:-27098621	MS.gene065903:CDS
TAAAACAGATATTCATCCAT+TGG	0.491166	4.1:-27096329	MS.gene065903:CDS
ACTCGTTGGTGTTTATGAAA+CGG	0.493531	4.1:+27096991	None:intergenic
GAAGCCAAATAGCTTCCAAC+AGG	0.493769	4.1:+27096403	None:intergenic
TACGACCCTTAATACCTTGT+GGG	0.493790	4.1:+27079596	None:intergenic
TTCCCATTTGTACTTGGCAT+TGG	0.494111	4.1:-27098814	MS.gene065903:CDS
AATTGTACAGATATGTTTGG+TGG	0.496042	4.1:-27099529	MS.gene065903:CDS
ACCGGAAAGATTCTTAAGAT+CGG	0.496475	4.1:-27077434	MS.gene065903:CDS
ATGAAAACATGGAAGGCTGC+TGG	0.497137	4.1:+27098748	None:intergenic
CCAAATCCAACATTTATCTC+TGG	0.499516	4.1:-27079419	MS.gene065903:intron
TTAGCCATTATAGCAAGTAA+AGG	0.499517	4.1:+27098484	None:intergenic
CTAGCTTTAGACTCATGATT+GGG	0.501042	4.1:+27080091	None:intergenic
ACATGACAACAAAGACCAAA+TGG	0.502030	4.1:-27097148	MS.gene065903:CDS
GAGGATGTTGCATTTGATGT+TGG	0.503286	4.1:-27077329	MS.gene065903:CDS
CATGAATACCAAGGGATTGG+TGG	0.503412	4.1:-27098077	MS.gene065903:CDS
TGAACCATTGTTATGGCTGA+AGG	0.506107	4.1:+27097213	None:intergenic
TCTATTAGATTGATTAAGGT+AGG	0.507378	4.1:+27097309	None:intergenic
TAAGGGAAGTGCATAATCCA+TGG	0.509239	4.1:+27099554	None:intergenic
ACCAAAATTCCAACCGAGCA+AGG	0.509906	4.1:+27096901	None:intergenic
CACATGTGTGGGTCAATGTG+TGG	0.511025	4.1:-27077504	MS.gene065903:CDS
AATCTATAGTTTATGAGGAA+AGG	0.511325	4.1:-27096552	MS.gene065903:CDS
TCAGTCAAAACACCAGCAAA+AGG	0.511406	4.1:+27098313	None:intergenic
AACATGTCCACCACCAATGA+AGG	0.511745	4.1:-27099610	MS.gene065903:CDS
TGAAGGAGGTTTCCTATGAA+GGG	0.512034	4.1:+27080165	None:intergenic
AAGATCCAGACACAGAGCTT+AGG	0.515149	4.1:-27097365	MS.gene065903:CDS
CCAGCAAAAGGACCATCCTT+AGG	0.517602	4.1:+27098325	None:intergenic
CACAACCGATGTTGGTCGTA+TGG	0.517934	4.1:-27098659	MS.gene065903:CDS
AGCCACGCTCCTTGCTCGGT+TGG	0.520274	4.1:-27096910	MS.gene065903:CDS
ACACCATGTACTGGTGTGTC+AGG	0.520431	4.1:+27096277	None:intergenic
CCACTAGACACAAAATAAAG+TGG	0.521769	4.1:+27098256	None:intergenic
CTCTTTGCTAACGTTAAACC+AGG	0.525292	4.1:+27077349	None:intergenic
TTTAACTGGAAATTGGAGGA+TGG	0.526080	4.1:-27077289	MS.gene065903:CDS
AATTTCAGCTAATTTGGCTA+AGG	0.528580	4.1:+27080119	None:intergenic
GAAGTGGCCTTCATTGGTGG+TGG	0.529547	4.1:+27099603	None:intergenic
ATTCGCCTCCCAGCACCAAA+TGG	0.531417	4.1:+27077376	None:intergenic
TTAAAATTTATAACTCCGCC+GGG	0.531879	4.1:-27096730	MS.gene065903:CDS
TGCCAATGCCAAGTACAAAT+GGG	0.532684	4.1:+27098812	None:intergenic
AAGATATTGTAACTGTGTTG+AGG	0.533146	4.1:-27096513	MS.gene065903:CDS
ATATACACACCTCCGTTAAG+AGG	0.535130	4.1:+27095043	None:intergenic
CAAATGTAAATCTCCTTCAC+AGG	0.535425	4.1:+27098442	None:intergenic
AAACTTCTCACAACCGATGT+TGG	0.539573	4.1:-27098667	MS.gene065903:CDS
AGGTTTCCTATGAAGGGAAG+AGG	0.542167	4.1:+27080171	None:intergenic
ATTTGATAAGAATTGATCAT+GGG	0.542288	4.1:+27080011	None:intergenic
TGGTAATTTACCTGAAGTTG+AGG	0.546766	4.1:+27092015	None:intergenic
ATGCAGGGAGGAATATTACT+AGG	0.549080	4.1:-27099027	MS.gene065903:intron
ATGACTTCTGCAATAACTCT+AGG	0.550504	4.1:+27099459	None:intergenic
TCCCAAAAGATGCACATGTG+TGG	0.551212	4.1:-27077516	MS.gene065903:CDS
AATGAGCTCCACCAATCCCT+TGG	0.552682	4.1:+27098069	None:intergenic
TTTCTTAAGTCTCTCCAAAG+AGG	0.553266	4.1:+27079919	None:intergenic
CCTATGAAGGGAAGAGGAGT+AGG	0.553921	4.1:+27080177	None:intergenic
ATGAGAATAGCAGAACATCC+TGG	0.554571	4.1:-27096769	MS.gene065903:CDS
GGTGGTGGACATGTTGAACC+AGG	0.555124	4.1:+27099618	None:intergenic
GCTAGGATTCGAGCAAGGAC+AGG	0.555675	4.1:+27098697	None:intergenic
GGTCGTACATCTGTTTATGC+TGG	0.557437	4.1:-27079580	MS.gene065903:CDS
TTGATCAACGGTTGAAGATG+AGG	0.558635	4.1:-27079528	MS.gene065903:CDS
CTGGTTTAACGTTAGCAAAG+AGG	0.559431	4.1:-27077348	MS.gene065903:CDS
AAGGGAAGAGGAGTAGGTCC+TGG	0.560551	4.1:+27080183	None:intergenic
GGATTTCTCATGAATACCAA+GGG	0.560991	4.1:-27098085	MS.gene065903:CDS
TATTCATCCATTGGTTATGG+AGG	0.562130	4.1:-27096320	MS.gene065903:CDS
TGAGAAGTTTGAGTTCAGCT+AGG	0.563629	4.1:+27098680	None:intergenic
CTTGATACACTAGCCAACAT+TGG	0.566464	4.1:-27098937	MS.gene065903:CDS
GGACTTGAGTTGTCCCTCCA+AGG	0.568272	4.1:+27096869	None:intergenic
CCCAAAAGATGCACATGTGT+GGG	0.569849	4.1:-27077515	MS.gene065903:CDS
GATCGCGAAGCACTTGCGTA+CGG	0.570816	4.1:-27096793	MS.gene065903:CDS
GGACAAATTTGGGATAACAT+TGG	0.572066	4.1:-27077239	MS.gene065903:CDS
ATTAGTGGAGCACTTTCTTG+GGG	0.572192	4.1:-27098211	MS.gene065903:CDS
TGGATTTCTCATGAATACCA+AGG	0.573049	4.1:-27098086	MS.gene065903:CDS
AACTCCGCCGGGTAAAACAT+TGG	0.573285	4.1:-27096719	MS.gene065903:CDS
GGGTCAAACATCCTAAGTGC+AGG	0.573580	4.1:+27079616	None:intergenic
TCAGAAACCTCCATAACCAA+TGG	0.575195	4.1:+27096313	None:intergenic
AGAATGTCATGCTATATTTG+TGG	0.578961	4.1:+27079953	None:intergenic
CCATAGTTCCATCAACTCGT+TGG	0.579409	4.1:+27096977	None:intergenic
CCTTCACAGGTTCACCCTCA+GGG	0.580813	4.1:+27098455	None:intergenic
CCCTGAGGGTGAACCTGTGA+AGG	0.581418	4.1:-27098455	MS.gene065903:CDS
TCCAACGTTTGGTTGATCAA+CGG	0.582350	4.1:-27079540	MS.gene065903:CDS
GTTGTTGTAGCTTTCTTCGG+AGG	0.582576	4.1:-27096823	MS.gene065903:CDS
GAAGAATAGAAGGCCAATGT+TGG	0.582577	4.1:+27098924	None:intergenic
ATGCCTGACACACCAGTACA+TGG	0.583477	4.1:-27096280	MS.gene065903:CDS
CCAATCATGAGTCTAAAGCT+AGG	0.583687	4.1:-27080090	MS.gene065903:CDS
ATTTGGGATAACATTGGCAA+AGG	0.584802	4.1:-27077233	MS.gene065903:CDS
GGAAGTGATTGTGCTGAGCT+TGG	0.585556	4.1:-27096427	MS.gene065903:CDS
TGTAAGAAACATCACTTGCA+TGG	0.585634	4.1:+27096848	None:intergenic
AGAAACAAGAGGGGAAGTGT+TGG	0.586477	4.1:+27098564	None:intergenic
ATGGCTAAACGATGCCCTGA+GGG	0.587468	4.1:-27098469	MS.gene065903:CDS
TTGAAATGCCCCATTAGAAG+TGG	0.589578	4.1:+27099587	None:intergenic
CTTAGGATGTTTGACCCACA+AGG	0.591015	4.1:-27079610	MS.gene065903:CDS
ACCGTTGATCAACCAAACGT+TGG	0.592482	4.1:+27079539	None:intergenic
CTGGAACAAATAATTGGCAA+AGG	0.592566	4.1:-27077679	MS.gene065903:CDS
GAGCAACGCCCATGAAAACA+TGG	0.592836	4.1:+27098737	None:intergenic
TGTACTGATACACCATGTAC+TGG	0.593171	4.1:+27096268	None:intergenic
GATTCGAGCAAGGACAGGAA+AGG	0.595062	4.1:+27098702	None:intergenic
AAAGTAATAAAAGTGTCAGA+TGG	0.596338	4.1:-27096652	MS.gene065903:CDS
TGGGAATGTGATTCCAGCAA+GGG	0.596813	4.1:+27098831	None:intergenic
CAACATCGGCAAGGATCGCA+AGG	0.599446	4.1:-27098041	MS.gene065903:intron
GAAAATAGAAGATATGAACA+TGG	0.601054	4.1:-27077263	MS.gene065903:CDS
AAGGGAAGTGCATAATCCAT+GGG	0.601133	4.1:+27099555	None:intergenic
TAGGAATGTTGTAGGTGCTG+TGG	0.603732	4.1:+27097328	None:intergenic
TCGAAAAGCAAATACAAATG+TGG	0.604082	4.1:-27077557	MS.gene065903:CDS
TCAAACATCAAGCTTCCACC+AGG	0.605367	4.1:-27080201	MS.gene065903:CDS
AAGACTCTTGATGAGAGTAA+GGG	0.606440	4.1:-27079868	MS.gene065903:CDS
TGATCAACGGTTGAAGATGA+GGG	0.607335	4.1:-27079527	MS.gene065903:CDS
TAGCGTAGATGAAATTGTAT+CGG	0.608495	4.1:+27077762	None:intergenic
AAATTGAAAATGGCTACCCC+TGG	0.608511	4.1:-27099636	None:intergenic
ATCTACGCTAGAATGGGGAA+TGG	0.613292	4.1:-27077749	MS.gene065903:CDS
AGATTGTGTCATGACTATTG+TGG	0.614870	4.1:-27095070	MS.gene065903:CDS
TGGTATTCATGAGAAATCCA+AGG	0.617918	4.1:+27098089	None:intergenic
AATCTAATAGAATCATCAAG+AGG	0.619281	4.1:-27097297	MS.gene065903:CDS
TGTTGGTCGTATGGCAATGT+CGG	0.623884	4.1:-27098650	MS.gene065903:CDS
ATTTCAACATGAAAATCCCA+TGG	0.624328	4.1:-27099571	MS.gene065903:CDS
TACGCTAGAATGGGGAATGG+CGG	0.626899	4.1:-27077746	MS.gene065903:CDS
GTGTATAAACCAGCTAGGAG+AGG	0.627924	4.1:-27097420	MS.gene065903:CDS
ATGGGAATGTGATTCCAGCA+AGG	0.628568	4.1:+27098830	None:intergenic
GTGAATATAATGGAAGAATG+TGG	0.629866	4.1:-27079664	MS.gene065903:CDS
TGGCAGTGTATAAACCAGCT+AGG	0.630922	4.1:-27097425	MS.gene065903:CDS
AGGTGAAGAGACAACTATGG+TGG	0.631329	4.1:+27080059	None:intergenic
GGAAGAGGAGTAGGTCCTGG+TGG	0.635873	4.1:+27080186	None:intergenic
GAACCCATAAAGAAACAAGA+GGG	0.636193	4.1:+27098554	None:intergenic
TCAAGAGGAACACGAAAGCG+AGG	0.639084	4.1:-27097282	MS.gene065903:CDS
AGAACCCATAAAGAAACAAG+AGG	0.639265	4.1:+27098553	None:intergenic
AATATGTGTTGTAATGGCAC+TGG	0.641607	4.1:-27097478	MS.gene065903:CDS
CATTGCCATACGACCAACAT+CGG	0.642823	4.1:+27098654	None:intergenic
CAATCACTTCCATCTAGCAA+AGG	0.642844	4.1:+27096439	None:intergenic
GTACGACCCTTAATACCTTG+TGG	0.643151	4.1:+27079595	None:intergenic
GGGACTAAGAATGGAACTGG+AGG	0.643980	4.1:+27077580	None:intergenic
AACGCCCATGAAAACATGGA+AGG	0.646352	4.1:+27098741	None:intergenic
ACATGTGTGGGTCAATGTGT+GGG	0.648979	4.1:-27077503	MS.gene065903:CDS
CACTGCCACCACTATTGGTG+TGG	0.650997	4.1:+27097440	None:intergenic
ATTTCATCTACGCTAGAATG+GGG	0.652251	4.1:-27077754	MS.gene065903:CDS
TCTAGCAAAGGTGCTACTGG+AGG	0.652663	4.1:+27096451	None:intergenic
GGTATTCATGAGAAATCCAA+GGG	0.653988	4.1:+27098090	None:intergenic
GAGCTCATTGTTCTCAACAT+CGG	0.654678	4.1:-27098055	MS.gene065903:CDS
AGCAAGCAGTAAATATAACA+AGG	0.654704	4.1:+27098179	None:intergenic
TTGAAGATGAGGGAAGCCAA+AGG	0.654911	4.1:-27079517	MS.gene065903:CDS
TCGAGCAAGGACAGGAAAGG+CGG	0.656633	4.1:+27098705	None:intergenic
GTTCAGCTAGGATTCGAGCA+AGG	0.657730	4.1:+27098692	None:intergenic
TAGGACCCTCAGCAATTGGG+AGG	0.658603	4.1:-27099008	MS.gene065903:CDS
CATTGTTCTCAACATCGGCA+AGG	0.658985	4.1:-27098050	MS.gene065903:CDS
AATGAAGGCCACTTCTAATG+GGG	0.660527	4.1:-27099595	MS.gene065903:CDS
GTACATGGTGTATCAGTACA+TGG	0.661502	4.1:-27096265	MS.gene065903:intron
TTCCAACCGAGCAAGGAGCG+TGG	0.665669	4.1:+27096908	None:intergenic
TGGTGGACATGTTGAACCAG+GGG	0.666826	4.1:+27099620	None:intergenic
CATCACCACACCAATAGTGG+TGG	0.670110	4.1:-27097445	MS.gene065903:CDS
ATAACTCTAGGTTGTCTAAG+CGG	0.670281	4.1:+27099471	None:intergenic
GGACTAAGAATGGAACTGGA+GGG	0.672321	4.1:+27077581	None:intergenic
TTACACCATTTGGTGCTGGG+AGG	0.674496	4.1:-27077381	MS.gene065903:CDS
GTGGTGGACATGTTGAACCA+GGG	0.677255	4.1:+27099619	None:intergenic
AAGACCTTCAGCCATAACAA+TGG	0.677825	4.1:-27097217	MS.gene065903:CDS
AATTTGGCTAAGGATTTGTG+AGG	0.690002	4.1:+27080129	None:intergenic
AATGGCTAAACGATGCCCTG+AGG	0.690285	4.1:-27098470	MS.gene065903:CDS
AATAGAAGATATGAACATGG+AGG	0.694701	4.1:-27077260	MS.gene065903:CDS
AACCCATAAAGAAACAAGAG+GGG	0.701581	4.1:+27098555	None:intergenic
ATGTCATGCTATATTTGTGG+TGG	0.704372	4.1:+27079956	None:intergenic
TTGTGTCATGACTATTGTGG+AGG	0.731633	4.1:-27095067	MS.gene065903:CDS
TGTGGAGGACCTCTTAACGG+AGG	0.737661	4.1:-27095052	MS.gene065903:intron
TGTGGCGCGAAGAACCAGTG+AGG	0.782808	4.1:+27098789	None:intergenic

CRISPR-GE

badsite warning	sgRNA_sequence	Strand	Position	Region	GC_content

Chromosome	Type	Strat	End	Strand	Name
chr4.1	gene	27077192	27099649	27077192	ID=MS.gene065903
chr4.1	mRNA	27077192	27099649	27077192	ID=MS.gene065903.t1;Parent=MS.gene065903
chr4.1	exon	27099458	27099649	27099458	ID=MS.gene065903.t1.exon1;Parent=MS.gene065903.t1
chr4.1	CDS	27099458	27099649	27099458	ID=cds.MS.gene065903.t1;Parent=MS.gene065903.t1
chr4.1	exon	27098042	27099043	27098042	ID=MS.gene065903.t1.exon2;Parent=MS.gene065903.t1
chr4.1	CDS	27098042	27099043	27098042	ID=cds.MS.gene065903.t1;Parent=MS.gene065903.t1
chr4.1	exon	27096266	27097523	27096266	ID=MS.gene065903.t1.exon3;Parent=MS.gene065903.t1
chr4.1	CDS	27096266	27097523	27096266	ID=cds.MS.gene065903.t1;Parent=MS.gene065903.t1
chr4.1	exon	27095053	27095090	27095053	ID=MS.gene065903.t1.exon4;Parent=MS.gene065903.t1
chr4.1	CDS	27095053	27095090	27095053	ID=cds.MS.gene065903.t1;Parent=MS.gene065903.t1
chr4.1	exon	27091941	27092038	27091941	ID=MS.gene065903.t1.exon5;Parent=MS.gene065903.t1
chr4.1	CDS	27091941	27092038	27091941	ID=cds.MS.gene065903.t1;Parent=MS.gene065903.t1
chr4.1	exon	27079420	27080242	27079420	ID=MS.gene065903.t1.exon6;Parent=MS.gene065903.t1
chr4.1	CDS	27079420	27080242	27079420	ID=cds.MS.gene065903.t1;Parent=MS.gene065903.t1
chr4.1	exon	27077192	27077803	27077192	ID=MS.gene065903.t1.exon7;Parent=MS.gene065903.t1
chr4.1	CDS	27077192	27077803	27077192	ID=cds.MS.gene065903.t1;Parent=MS.gene065903.t1

Gene Sequence

>MS.gene065903

ATGGCTACCCCTGGTTCAACATGTCCACCACCAATGAAGGCCACTTCTAATGGGGCATTTCAACATGAAAATCCCATGGATTATGCACTTCCCTTATTAATTGTACAGATATGTTTGGTGGTCGCTTTTACAAGATTCATTGCATTTCTTTGCAAGCCGCTTAGACAACCTAGAGTTATTGCAGAAGTCATTGTAAGCACTTTTTTTCTTCTTAATATTATAGAACCTTTCATTGCTTTTATTTCATTTCTTTTTTATAATTATTTTAAATGGATACATCCCTATATTATTATTTTTAAATATGTTTTTTTTCTATTTGCCCTTAAAATTGCAAGGGTTGGTCTTTTTAGTTCGTGAAATTTGTGTATTGACAAAAACATCTTTAAATTTGTAAGAACATCAATCAATTTAGTCATTCTATCAAGTTCTTCTGTTACGTGTGACACATTACAATATTTTGTTATCATGTGTCAAACTCAGAATCTCTAAATCATGATATTGACTATTTTGTTTGAGTTCTTCTTATTCAAATTCATACACAAAATTAATTTGAGTTTGGATTTGCATGTCTCACATAATATTTGTGCTGTTGAAAAACAAATGCAGGGAGGAATATTACTAGGACCCTCAGCAATTGGGAGGAACAGGAAATTTCTAGATACATTCTTCCCTAAAAGAAGCTTAACAGTTCTTGATACACTAGCCAACATTGGCCTTCTATTCTTCTTATTTCTAGTAGGTCTTGAACTCGACATGCGTTCGATACGCAAAACAGGTTCAAAAGCCTTATGCATAGCCCTTGCTGGAATCACATTCCCATTTGTACTTGGCATTGGCACCTCACTGGTTCTTCGCGCCACAATAAACAAAGATGTTAATCCAGCAGCCTTCCATGTTTTCATGGGCGTTGCTCTTTCGATCACCGCCTTTCCTGTCCTTGCTCGAATCCTAGCTGAACTCAAACTTCTCACAACCGATGTTGGTCGTATGGCAATGTCGGCTGCTGCTGTCAATGATGTTGCTGCTTGGATACTTCTTGCTCTTGCAATAGCTCTTTCAGGCGCCAACACTTCCCCTCTTGTTTCTTTATGGGTTCTACTTTGTGGTGTTGGTTTTATCCTCTTTGTTATTTTTACCATAAAGCCTTTACTTGCTATAATGGCTAAACGATGCCCTGAGGGTGAACCTGTGAAGGAGATTTACATTTGCATCACTTTGACACTAGTTTTAGGTTGTAGTTTTTTAACTGATACTATTGGTATTCATGCTCTCTTTGGAGCGTTTGTAGCTGGCATTGTTGTTCCTAAGGATGGTCCTTTTGCTGGTGTTTTGACTGAGAAGATTGAGGATCTTGTAATGAGTCTTTTGTTGCCACTTTATTTTGTGTCTAGTGGATTGAAGACTAATGTAGCTACTATTAGTGGAGCACTTTCTTGGGGATTATTAATCCTTGTTATATTTACTGCTTGCTTTGGAAAAGTTGTTGGCACATTAGTTGTGTCATTGTTGTGTAAGATTCCTTTTAGAGAAGCTTTGACCCTTGGATTTCTCATGAATACCAAGGGATTGGTGGAGCTCATTGTTCTCAACATCGGCAAGGATCGCAAGGTAATCAGCTTAATTAAGCACTTATAGGGTCCAACTCAACATTGGCAAAGATCACAAATTAGTCTTTAAATTATATGAAATTCGTTAAATTAGTCTTTGTCGTTATATAGTGACACGAGATACTGGTAACTAAAGAGATATATTTCAAATAATTTATTGTTTAACTTAACAGATTTCATATAATATTTATTATTTCCATATACTTTTGGGACTAGACAAGAGAGAGGGGCATTTGGATTGCCAGTTATCAACAATCACGCATTAATGCAGTCAGCACTTTAATGGTCATTGTATCGAGATCGGAAGTTCAAGATTTTGATTTTTAACATCTAAAATATTGAGCTTGAAATTTGAACAGTTCAATCTCGATACAACTGCCACCAATGTACTAAACGCATGAATACGTGGAATGGTGACTGCTAACGATCCAAATTCGAGAATGATACTCGAGAGACTATATAGATCGTTTACTAAAATAATAATAAACCATGTCTATGAATTCCTTCTGAAAAGTGTAGGTACTGAGTGATCAATCATTTGCAATATGTGTTGTAATGGCACTGGTCACAACTTTCATCACCACACCAATAGTGGTGGCAGTGTATAAACCAGCTAGGAGAGGATCACCATACATGCATAAAACAATTCAGCGCAAAGATCCAGACACAGAGCTTAGGATACTAGCTTGTTTCCACAGCACCTACAACATTCCTACCTTAATCAATCTAATAGAATCATCAAGAGGAACACGAAAGCGAGGAAAGTTATGCATATATGCAATGCACTTGATGGAACTCTCAGAAAGACCTTCAGCCATAACAATGGTTCATAAGGCAAGAAATAATGGCATGCCCTTTTGGAACAAAAAACAACATGACAACAAAGACCAAATGGTAATTGCATTTCAAGCTTATGGACATTTAAGTAGTGTCAATGTTCGTCCTATGACAGCAATTTCATCTCTCAATAACATTCATGAAGACATTTGTTCTAGTGCACACCAAAAGCGAGTTGCGATGATTCTACTTCCGTTTCATAAACACCAACGAGTTGATGGAACTATGGAATCATTAGGACACTCATTTCGCGTAATGAATGGACTTGTACTTAGCCACGCTCCTTGCTCGGTTGGAATTTTGGTTGATCGCGGCCTTGGAGGGACAACTCAAGTCCATGCAAGTGATGTTTCTTACAATGTTGTTGTAGCTTTCTTCGGAGGATGTGATGATCGCGAAGCACTTGCGTACGGTATGAGAATAGCAGAACATCCTGGAATTTCACTCACTGTTTTAAAATTTATAACTCCGCCGGGTAAAACATTGGCATTTGGTGCCAAATTGATTGGTATAACAGCTAACAGAGATAGAAAAGTAATAAAAGTGTCAGATGGTAACACACCAGATGAAGATAAACAAGAAGATGATCGATTTTGGTCAGAGTTTTTAGGTGTTTGTTGTAAGAGTGAAGAATCTATAGTTTATGAGGAAAGGTTGGTTGAAAGTAAAGAAGATATTGTAACTGTGTTGAGGGAAAGGAATAAGAGCAATCTGATTTTGGCAGGTAGAATGCCTCCAGTAGCACCTTTGCTAGATGGAAGTGATTGTGCTGAGCTTGGTCCTGTTGGAAGCTATTTGGCTTCTTCTGAGTTTTCTACATTTGCATCAGTTATAGTTTTCCAGCAATATGATCCTAAAACAGATATTCATCCATTGGTTATGGAGGTTTCTGATTACTCTAATATGCCTGACACACCAGTACATGGTGTATCAGTACATGGTGTATAGAATAGATATAAATATAGATATAGATAATATGCATTATACGGTTAAGCTAATGTTGTTGTTTGCATGATTTTGTACATGTCAGAAGTTGTAAGGTAATTGTTTGAGAAATTTTTGTGTCTGAATTAGTGAATTCAAGTGTGAGTGATTAATCTCACATCGAATTATAAATAAGAGTTATGTTCCATCTCATTAAGATGTCATTTTTACTTTCAATAGTTTGGCTAATTACAAATGTTGAGGTGTTGCTTGCTTAGCAACATTAGAGAAATGGTATATGATAAACAGAAATTACATTTGTCAATGCTTGTTAAAAGTTGAAACAGTATCAACTGGTGGAAGTTTTAGCAACACTAGACTGATGACCCGTGCGCCGCACGGGTCTTATGAGTTGTAATACATGAGTCATTTAGATTTAAAATGATAGTATTTTTCTAAAAATTGAAAAAGCATGGATAGATTTGAAATAATTAATATGATTTCAAAAAATCAATGTTTAGAGACCGTGCAACAAAGGAATGTGACCATTTAATTTTTTTGTTTAGCATATTCTTGTGACTGTAATTTAGAATACTATAATAAATAACTAACCAAGGGACGTACACCTAATTTAGATTTATCATCAATGTCATCTAAAGAACCATTGTGACAAACAGTGGTGTTGTTTTTGGCAAAACACAGTCGCATCTTAATAAACATTTAGTAATCAATAGCTATGAAGATTAGTATAATATAAATTATAAGTACAACAAAAACAGAAATAGCTAGCTCATCCAAAACATTCAAAGATTACTTTAAAAAGGAAGTGAGATTACATTATGGATCTTAAAATAGAGAAGATAAACCAAACATAATTTGCCCATGATAAAAACAAAACATCTACGAAAATTGCAAAAAGAAAACACATTATATTGGATCACAAAGTTCGGCCAATTGTGCAAAAAGAAAGTACATTTGTATTAGTCACTTAATGTTTACATAGTACAATTTATCAGAGAAGCTCAACTCGAGCAACTTGCCTATACTTATCAGTAAACTGAGTCAAACCTAAAAAAATCAATAGTGTCTCTGGCAGAGCTAGGTAGACTGTTTCTATGATCAATTAAGCTCTTGAGTCCAGCGAGTATGTCTCTCTTCCGTTCATTGAATGGTTGGGATGCTCATTTTCAGATTGTGTCATGACTATTGTGGAGGACCTCTTAACGGAGGTGTGTATATTCTTTGGATAACATTCACATTTGTGGCAAAAAAACCATTGGACGAATCTACCTCCTATTGAGAAAACACAAACCTAACAAAAATAAATGGAAGTTGATATCTTATTAACAAATACTCACAACCATCTTAAAAAAATAAAATAATAATACTCCGCAACCACAGAAGTTGAAATCTTGTTAACATGCTCGCCATATTTCCTCCAAGGTAGGAGTTAACATATATACATTGAATGAAAGTTGATATCTTATCAATAAATACTCAAAAACATGTAGCCTTGCAGAATGCATCATTTGCTTAAATGCTCCAGTTAATCCATAAGTAATTTCTCCTGCAAGAAGGGTTAGATAGTATACTAAGTCAACTTAATTTTGAACAGAAACCATTCTACTGATGGGCTAATATCAAAAGAAAAAAGTTATAGAAAAGGGATTAAGGTAAGATATAGTGTGAAGGACCTTGTTTACCTATACAGAGAATAACCCTTCATTTAGCTTCTGCTCTAAATTTTGCAATCACTTTTAGCCCACTCCTGCTTTGGAATTTTCTTTCCTGTAATCTTCTCCGTCTTAGAATCTACCTTTTAAACAGATATATATCATTTAAAAACAGCAATCTCATAATGAAGCTAAGGAGAAAAGAAAACAAACGAAGAACATGATGGATGAAATTTTCAAACAATAGTAATGCACTTTTAATAGTTTCATAGAAAATAAAGCTTATGAAACTCAGGTACACAAAAAACATACAATTTAATGGAAATCCAAACTTCTCTTAAGTTTAGAAATTACAATATATGATTGGTGCTTCCATGACAGCAACAAAATTGCAATAGAAAAGAGAGGTTTGGGATGATTTATCAATTCTTTACATCACATCTGATCAAACATTACCTGAGTTATATCAATCATTTACTATTTGCAATTAGTTTTAGATTTAGAATGTACAATAAAACTTCAAAATTACATTGGATGAATTTAATGCAGCATAAATGATGGCTTGCCCATGTCTGAATCAGGATTGTTCACCAAAGGACCTGTAACATCATAAAGTGTAAAAAACTAATCAAAGATAGTGAAATCAGATGTCAAGCAGTGATAGGACAATAGGAACTGAAACATCGTCTGCATATCAAGAAATCAACCAAAAAGTACGTAATCCAATCCAAAATTAACTGATGAGTGAAGACATGACTATGTGAACTGCCAATCGTAAATAAACTCCAAATCTTGTGTGATTGGCAAGATAAGTCATTAAAAAAATAACTCACAAACCCACATTACCTTACCAGCACTTTTAGGAAACCTCACACAAAGAATAAGATTCAATGAAAGAAGAGAGTAAGCAATCATATACCAATGTAATGAATGTGGATATGATGATAAAGCCCTGTTAAAGGCGGGATAACTTGCCAATTCAAAATCTGGTAATTTAGTAATACCAAAATAATTTATTCCAACGATTTCAAATATAAAGCAGTGTCATGAATTTGAATCAGACATGTAAGATTTACTGAAACATCAACAATACATTTGAACAAATTTAAAACAACAACAAAGAAAAAGAAAACAAATACCTTAGAGAAGTAAACATGAGAGAACAAAAATCATTTTGGAAAATAAATCGACCAAAGGAAGAAAGAAAAATAATAGATAAAAACATCCAGTGAGTTGCAGAGAGAAAGAGGATCGGTACATATATTGTTATAGTTGGGAGAAAAAGGAGTGAACCGACTCCTAGGAAAAAGGAGTGAACAACCAGTGAGTTAGTTGAATAATTATCTAGCAGATTCAATTAGCAAAATTCTTGTTGTGCACAGGAGCAGACTTTAGATTTGAGAATCAACAAACAGAGATTGCAATTTTCAATAATAAAAATTGGAAGGAAACAATTAATCATAGAATCTGATAAAGTAAAATAAAATAAAATAACAGCAAACGCAGTGGCATCAGGTAAGTTGTCTTTGACTACAAAGATGTCTTCTTATCAAACAACATTTGATTCTAAAACTCCGGCTTCATAATATGGTAGTGGTTTTAAAATGTTTAAACATAGAAAACCAAACTCTAAGAAAAATAAAAAAAGGAAGTGAGTTCAATGTTCTCATAGCATCTTTCTATAGATTTTCAAGCTCACTTTGCAATACCAGACTCAAATTATTTGCCATTATTAGAACAGAAACTAAAATAACCAGCATAAGTAACAAAAAAAAAAGTAAAGTACAAAGCTTAACAACAAAAAAAACACACAAAATGCATTATCTCTTATTAGAAATTCTATAAAACAGAAATTAACAACCTCATTTAGTTCTTTACCTATTTCTAACTAAAGCTCAAAATTTCTCAAATCAAAAATTAACAATCGAGCATTAACATCATGAAAAACACACAAAAAGGCATTATCTCTTATTAGAAATTCTATAAAATAGTCTCCAACGACTTTTCATTGTAAATTTTATTTCACATATAGATTTATATTTCTGAATAATATCGATGTTAGTCATAGCCTTTTTGACTACATAATTACGCCATTTATTGTGTATATTGCCTTTGCTAACCTCCACTCTAAAAATCACTTCCTTGTCCAAAAAAGTGTTGAAATCAATGGATAGTCACCTTGTGGATTTGTCTAAAAATAAGGCACAATCGTAAACAACATATATTAGCTATAAGAATCATCGTATTAATATTTTATAATAATATGACTTAATCATATTAAAGGAAAAAATATCGGGTATCAATTACCTTCTCATTTGTATTGAGCAAAAAGCACAAAAGTTGTTGATCCATTATCGTCTATTATGTGCAGCTTGAACCTAACACGTTTTTTTTACTGTATTATTGTGCATACATCTGATTGATTCCCTGAGTCAATTCAATGTCTCCATTGTTCATCCTACCATATATGAAAGGTTATGAAAGAAATATCAATTTATTTTTCTTATAGAAAACAGCAAGATTGTAAAACTAACGGTGGATATCATGATTGATTGTACCTATTCTTATAGTCCTCAACTTCAGGTAAATTACCATTTATCATGACTTTTGAACCAAAAAAGGAATTTGAAACACCCATAGCACCTAAAACACATACAGAAGATTCAACGTATTAGTCATCTAAGTCTCATAGAAATGAACAAAATTGCAGCACCAAATCTGAAAGGAAAACACAAAACGAAATCAGTAAAGTAAATACAATTCTTAAATAAATAAAAAACCACAAAATTTCATTGTTTCTATACCTTATTTGGTTGAATACATAGAACATAAAAATCATACATATTGCCGTGAACAATTCTAAATGGAGAGAAAAGAAAAGACATCAATGCAGAATGTGACAGTAGTGGAGATGATTTCAAAGCCTAAATTTAATAAAACACACATTTTTAACCCAAAACTAACGTGAGTGATGAAATCCAATGAGACGTTTCATCAAACATGTAAAAGGAGAAGAAATTGACCGAAAAACTTACTCTAAATCAGAATTTGAAGATGAGCAAAAAAAAATATTACTCATGTTTCTCAAGTTTCCGAATCTAAACTACATCTAATGAGAAAGCATGAGAGGAAGCCTTAGTGATGTGCACAACTTCATAGATAGGATAATCAAGACTTGGCGTGGGTGTACAGAAGAGATTGTATGCATATCAAGGGTGGCCATGGAAAAGTGGAATTTTCAGAACAGGAATAGAAAATATGGGTTTAGGGTTGCAGCAAGTTGTCCTCTCATCCATTGTTTTCAACTCACGATGGGTTACTGAGAGAAAGAAGGGTCGATTGAAACTTCAGTAGAAACTGTTGAGATGCCTCGGAATATGAAAGAGTGAAATAGAGATGTCATACAAAATTTTGAATTGTGGAAGAAGCGCACTACAGAATAGAGGGATGTGTGGAGATAAATATGAAATAGTTGTTTCGGAAAATAGAAGAGATAAATATGAAATAGTTGTTTCGAAAAAATAGAAGAGATAAATATGAAATAGTTGTTTCGGAAAATAGAAGAGATAAATATGAAATAGTTGTTCTCCATTGCATAAAATTTGGGCCAATTTGTTTCGGAAGTAGAGATAAATATGAAATAGTTGTTTCGGAAAATAGAAGAGATAAATATGAAATAGTTGTTTCGGAAAATAGAAGAGATAAATATGAAATATGATCGATGGCTAAAATTGAATGGCGCCTAAATGTGCAAGATCCAATGGATTAGAAAAGTGGAGGAAAAAATGGGGGGAAAAAAAATTAGATTTAGGGTTAGCTTTACGGGTTAAGCTTTAGTAAATAAGATGATAGTTACATTAAGGAGTGGGATTGAATGGTAAAAAGAAAACATAATTTTTTATAAAAGTAAAATTAAACACATATGCATGTAGTTTGTTATTTTTTTGTCAAAAAAAATGTATCTAGATTATTATTTTAATGAGAAACTCTTAAATATTTGTGAAACTGAAAAGATAAATGTTAACGAGTACCCTAAGTGCACTTATTAGCATTTTCCTGTATGATATGATCAAATGACACCAAGATATCAAAGTTAATTTGACAGCAAATTATAACCGTTAATTTATTTAATTTAAAGGCTTCAGGGCCATCTTAACAAATTTGTTGGCCCCGTTTTAGTTTTTAAGAAACGACAAAAAATTTAAATTTTGGGCCCCAAAAAACTAAATAAGACACTAAAAAAAAATATTAATAAAAATTCACTCTGGTGGGTGTTGAACCCACTACCACTAGGGGTGGCAATTGGATCCATCAAATCCATATCCATCCGATCCATCCAGTACAAAATTCATCCGATCCATCCGTCAAACATTTTATTTTTAATGGATTGGATTCAATCCATCCATTTAAAAATATGGAATCCATCCAACTTATTTTAATGATCCAATGGATCATTTTTTATTATTTATTTTTTATCCAATTAAAATATAAAAAAACAAACAACTTAAAAAATTAAAAGCTGATTTATTCAAAAAAAAAATTAAAAGCTGATAGTTTACTTCTTCCCCCAATTAAAAACTGAACCCTAATTTTTATTCTTCCCCAAACTCCTCTTCGAAGAAATTCAGAACGACACCGGCGTTCTCTAGATTTCGAATCACACCATGAATCTGTAGCAATGCTCTTCTGTTCCACCCATTCTTCAGTCGTCACCGATTCTTCACTCGTCAGTCATCACCGATTCGAATTTTCTGATTTTGTAAAGGTGAGATTTTAGTGTTTTTTGAAATGGGTTTCTAAGATTTTTGTTGTTTGTGAGTCTCTAATTTGTTGCAATGTGAGATTGTTGAGTTTTCTGAATTGGGTTTCTAAGATTTTAGTTTGTGAATTTTAACAATTGATTTTTGTAAATGTGAGATCGTTGTGTTTACTTAGTGTTTGTTTGATTCTTGTTTTGTTTTATGATTTACACTTGATTTATTCAGCTGGGTTATAATGTTTAATCATTCTGATGTTGATTTTGAAGTGAAATTTGGGCATAGAAAGCATAGAAAATGGATAATAATGTATTTGTCTCTTATATAAGCCATTCTGAAGTTCAATACGCATTACTTATGATATTCATTGGCCAACTTGTGAAAATGATAAGCAATAGTTTGTTATGTGGCTGTTAAGCCTAGTAGAAAATCTTGTAGTTAACTTGAGAATTTTGTAGGATCTGTTTGGATAAACAAACTAAAAAGCTATTGTTTAACAATCTCATAGTTAACTTGAGAATTTTTTATGTTAGCTATAAGTTGTTTTCATAAGCTCTTCTCGAAAGCTTATGGAAAATAGCTTATAGATATATCATAAGTGGTTTTCATAAGTTCCCCCAAACCCACTGTCAAGTGCTTATACCAGTAGTTAAGCTCAGAAAAATACCATGTCCTTGTAAAAATGAAGGGTATCTACTTATGCTTGTAGTATTTGAGAAGAATGATTTTAATTTATTTGTATTCTACGAGTAGAATGAGACTTAGCATTTAAAACAACTTTGCCACTAGAAGCCATGTTTTATTCACATGGTAGTCTACCACACACTAAAACATAGGCAAACGCGCCACTGCAGCTCTGCAACTTATTTGAAATTTTTCGCATTAACTATATATTAATATTAATTAGGTGCCTTACATATAAAAAAAAAATATGTTTTGGGCCCCAAAAAAATTGAGGCCCGGTGGCATAGCCCAGCCTCGACGGGCTATGGGCCGGCCCTGAAAGGCTTACATCTATTAACTTAACGAGTCACTTAATAACCGTTTTTAGGGTTTAGATTAAGTAAATTAACGGGTGTAATTTGGTGTCAAATTATATTGAAACTAAATCTCATTCATTCAATTTGTTTGATTCAAAAGCTTAAAACAATCACTAAAATAATTAAAATGATCAAATATTTCCTGATTTATCTTGCTAAATATTTCCTTTAGTAGCTGATTTTGCAGTCAAATTTGAATTTATTTTCTCATATATGTCCTTCATTTCAATTTCAAAATATTCTTGTACTTCTCATCATTTATCTATTACTTTTTTTTTGTGGTGGTGACCAGGTTTTGAACCCTGAACCTTGCATGTATTATGCAATGTTCATACCAAAAAAGAGAAAAAGAGAGAAAAGCAAATGAAAAACTTATAAATAGAAAGGTCACGCATTATTTTATTTTTGTTTGACAAAATTAACGTACGTACAACATGCATTGATAAATCCCAGGAGTTGGGTATATTTTTTATTCGTCAAAAAAACACATGCACTGATAATAAAAATCAACTAAGAATATCAAGTCCTCTAAAAAAAACTAAGAATATCAAGATGTCTTCACAGGAATGACAAATGTACTAAAGAATATTCAGAGATAAAGTTTGACACGGACACAGGCCATATAGTGTAAATGGGGCTAGCAGGTATAATGAACACATATTTCAACCACATGTTAGTTCATTCATGGACACATATTTCCTTTCTTTTTTCCAATATTACGGGTACATGTTTTGTATCAATTTCAAATAACTCTTATACAATTTCTCAATATGAAATGAGGTTTGACTTTTAAGACATTTGCAATATTCTTTCTTCTTGGAGTTGTATGTATCAGGATTCGTTACCAATCTCTATCAACAAAAGTGAAGGCACGTAGGAGATAAAGTTTATGTTTGGTTTGGCGTTTGAAATCATCAAACGTGAGTTTTAAGATGCTATACTCAATTTTACAACCAAGTTCTATATGTTTGGCTATCTATTTTTTGATGTGATTTTGAATCCAAACTTGCGTTTCATTGACGCAGGTAATAGTAGCTTTTGCGTTAATCAGAATCGATTATGTGATGTTCTAATGTGGCTAATACTTCTTGATCAATATTAATAACTACAATTACAATTTTGTACCTTTTAGTTTTACAAAAACTTTTTTTCTACATTTACTCATGTACACGCTCTAAAATAATGCACTTTTTTTTATAAATCTAGAATAATACGGCTACATAATTTTTTTAGTTCCTTCAAAACAAAAAAAAATTAGTTGACATTACGTTTTTTTTTTGGCTTTACATGTTTGAATATACTTTAATTTTTTTTCCTCAACACTTCTCATTTTTTTTGAAAGAAATTATTTTTACTACGCTCCTTTCTGAAGATAAATTAAAAAGAAAATTATGTTTTAAAAAAATCAATATAAATCAAATTCAATACAACTATATTTGAATTTATTAATTTAATAAGAATTTAAATACTATACAGTTATATTAATTTATCAATTTAATAAAATTTAAATACTCATCTTAAATGAAAAAGAGATATAGTTTAACACACATTTACTAAAAACCCATTTTGGTAATTATATGTTAAAAAACAATTTTGATTCAAACTACCCAAATAACATATTTGATATAAATCATGTTTACTATGAAAGTATCCAAACATAAACCACTTTAATTATAATTGACTTCTAACCAAAATTAATTCACTCAAACTCAATTCTATCAAAATCAATTATACTCACTGCAGAACCAAACACACAGAGATTTAGCATTGGAAAGGATTTTTGGAATAGAAATTAAACCATTTGCATAATAGACATTCCCATGTCGGTAAACAAAATTCTGCCACAAATTCCTTCAAAAAAAAAAATGAATAATGCTAGATGTCCCGACAGGCGTGTTCCCGAAATCATCCCGAGAGAGTTGGCAGATTAACAACCATTGGATCTTAAGTTTTATATGATTGACTGCTTCATTAAAAAAAAATCACCGCTTCATAAAATAATAACAATCAGATTTAATTAAAAACAAAATAACACCAAGGATGCCGTGTATTCCGTCCAGCAGAAACTATAATTGGATAGAATGGTTTTTCGTGATTCTTTCTTGAAGAATTCTTTCGGGACATATAGCAGTCCTCAAAAAAAAATTGTTACCACAAATAAATATATTTATCTTTCATGATATTATGGTTAATTGTATATTTTCAAAAAGTGAAATCATCTACAAACATAACAAAATTAAGACGACAGGTAAAAAAAAAAGGGAAATATTAACTTGTGTCCTTAAGGCACAATATTGGAATGCATTGTTGGTGATTTCCAAAATAATGGAATCACTTTAGAACCAAAAGTTGTAACTCTTCATGAGAGTCATTCATATACATCGGAACCTTTGGCAAAGGGATGCTTAATGAACATTTGCATTCATTCAAATGTATATGATTATAACATTTGGCAAAGGGGTGCTTAATGAACCTTTGCATTGATTCAAGTGTATATGATTATAACCTTTGACAAAGGGATGTTTAATGAACCATAACATTGTTTCAAATCAAATGGGTGTTTTCTCTCATATGAAGGGTCATATAATGCATTATAAATGCTTGACATTTGAGCATTAGTTTGACAGAGAAAGAACAACAACACACAACTTTGGACAGAATTTTGTTGCATTAACAACATAGTTCTCCCTCATTCTCTTACTCTAAATCATCCATCAATTCTCTAATGCATGAGTGAATTGCTGGAACCATAAATCTGTAAAATACTGTTAGGAGATACGCTTGGTGTGGTTGTGCAATACACATCAAGGAACTCATAGTATCCTGAAGGGGATTCGCCGGCCATTCCTTATTGCATCCAATATACAGTTATTGGTGGGGGCGAATCGAACCTAAAGGTTAGTATGGCAACCCCATACGCTTTGAGTTTGCATGCATAACCATTAATCTTTTCAGGTTTCAAGTACAGCAGCATCTTCCCAACAATCAAGATATACAACAAATCTTTGGAATTTATGTGCACACTTCATCATAGTCATCTTCATCATCTTCTTGGTCAAGTTATTGCAGCAGACCCCCAACACAAGATCCAACAATCTTTAGGTTCGATTTATGATTTACTTGTGATTAATGGCTGCAATTTTGGGAGAGATGAAAGTTTACATTTTCATCCATGCCTACGGTGAACGGTAAACAAATTCCTTTTATGAACATATGTTGTGGAAATTTATGGATAAATATTTCATATGTGATGTGTTTTGTTAAATTTACATGTGGTTGTAGATAATATATGCATGATAAATTTTGATATGTATGAAATTTATCGTTTGAAATTTGTTTGATGTTAACTTGAACATGAGATAATGTGCATATAAGTGATTACCTATTATGAAATATTTGGTGTTCTAAATGCATGTGTATAATATCTAAGTAAAATATGAATATGTTAGATTTAACATGTGGTGACATATATATGCATGATTTAGAAATTGTTCAAGTATATGAATTTTGATGAGTATAGTAATATGTTAAGAATGTTTAAACACTATTTTATTTATAAAAGTAGTGTAGATAAATTGTCAAAATATCAAGTGGTTGATTTAATGATATTATTTACTTTGTGTAAGAAATTATTATCATTAATATTGTGTTGATATTATTTGTACATAATAATATGAAAAGTAATTGTTAATTTCTTGTTTATCATGACATTAAAATAATTTGGGTATGTTTTGAATTATTGTAAGTTGATAAATGTTCATGAAAGAAAGTCATAGAGAATATTAATGATTTGGTTCATTGTTTATTTTTCTATGTGATTGTTTATTGAAATTTAGCTTGAACATATTTAAACATAAACTTGAATTTTAACACAATGAATTTATGATATGTGTATTAGTTATAAGGTAACTAAAATCAAAGTGTTTGTGTTATATTTAATTTTATGTGGAGTATATGACTTGCATGTTTAATCCCTTTTTATGAAGTTTGGTTATGGCATTCTTTTATGATCAAGTTTTATTTTGCTATGTATGTTTAATGCATTCAAGGTATGATATATCTTGGCTAGATATAAAAGAAAAGTTGAAGTTCAAATTGAAATGCATGTTAAATATTGTTATAGCAAAGGTGTAATGACATAAAAGTTTGTGTATTATTACAATATACTCAATTGACAAAAGTGTCCTGGTTTGATGATAGTTGGTAAATACTATCAAGAGTATATAAGTTGGTCCATAGACATAGCTATGAGAATTAAAAATCTATGTGAAGAATTGAATATTCAAAGTTTATAAAAGTTAAAAGAAAATCTTGCAATTATTTGACGAAATGATTGACAAGGAATGATGTCTTTGGAAATGATGTTGAATACATTGAAGACATTATTAGGGATGTGGTACAAACCCAAATCTAATTGATTACCAATAGTGGAAACTCAACCCACACTTGAGTAGCATCAAGTCTTGGGTTCAATGGTGAAAGTACACTATTAGAGTGATTGAAGTACTTGACGATAGATAACATCCCAAGGGGTAAAAGTACTTAGACCATAAGAAGAAAAAGGGTAGGATGAGGTTTTCCTCTTAATGGACATATAACATATATTTGCTGGAATGCATACTTATGGGGCATTCCCGATATAGTCTACCTATGTGAGAATGAAGTTTGGCCGCTTCACGGAGTTCAAGGGTTTGACTCTTAAATTCTCATGAAAAGGGATATATGACACAAGGCCTTCTTAATGTGTCATCTTACAAGTCTCTTTATCAATGGTACCGAGATTCTATGTGTAAGTTATGCACACTTGTTCTAATGAATAGTTGGTTCAAAGCTTGCCTACCATACTATTTGGGAATGAGCGAAAACTTAACCTACTAAGTAATGGTTCAAATCACGAGATACCATTATCTGAAGGCATAAAATTTCCGGATTTATGTGATTTAGTATTTTGAAAATGGTGGGGACTGTTGGTGATTTCCAAAATAATGGAATCACTTTAGAACCAAAATTTGTAACTCTTCATGGGAGTCATTCATATACATTGGAACCTTTGGCAAAGGGATGCTTAATGAACATTTGCATTCATTCAAATGTATATGATTATAACATTTGGCAAAGGGGTGCTTAATGAACCTTTGCATTGATTCAAGTGTATATGATTATAACCTTTGACAAAGGGATGTTTAATGAACCATAACATTGTTTCAAATCAAAGGGGTGTTTTCTCTCATATGAAGGGTCATATAATGCATTATAAATGCTTGACATTTGAGCATTAGTTTGACAGAGAAAGAACAACAACACACAACTTTGGACAGAATTTTGTTGCATTAACAACATAGTTCTCCCTCATTCTCTTACTCTAAATCATCCATCAATTCTCTAATGCATGAGTGAATTGCTGGAACCATAAATTTGTAAAATACTGTTAGGAGATACGCTTGGCGTGGTTGTGCAATACACGTCAAGGAACTCATAGTATCCTGAAGGGGATTCGCCAGTCATTCCTTATTGCATCCAATATACAGTTATTGGTGGGGGCGAATCGAATCTAAAGGTTAGTATGGCAACCCCATACACTTTGAGTTTGCATGCATAACCATTAATCTTTTCAGGTTTCAAGTACAGCAGCATCTTCCCAACAATCAAGATATACAACAAATCTTTGGAATTTATGTGCACACTTCATCATAGTCATCTTCATCATCTTCTTGGTCAAGTTATTGCAGCAGACCCCCAACACAAGATCCAACATGCATGCATTACTTTTAATCTTTAACTTTTTAATAAATTGAATGCACAAAATTTTAGAGAAAATTTCTTCTTTTGGGTTTCTTAACATGTGTCCTAAGGGCACAAGTTAACACTACTCTTTACTTCAAATTATACTTAGCAATTTTTCTTTGTTTGATCTTTAAACATTTTCCGGATCATAAAAATTTGATAGCAGTTATATAAGGTTAGGATTTGTTGAGAACACAAGTAACTTCCCTTGGTATCCGCATGAGTGGATTCTCTCCGGTGGGAATCCCTCTAGTTTTATGTCATGTCTATATATCTCTCTTTGATTACACTCTATTTTTTCTTTGTTTAATCTTTAAACATTTTCCGGATCATAAAAATTTGATAGCAATTATATAAGGTTACCACAGCTATGGTTAGGATTTATTGAGAACACAAGTAACTTCCCTTGGTATCCGCATGAGTGGATTCTCTCCGGTGGGAATCCCTCTAGTTTTCTGTCATGTCTATATACCTCTCTTTGACAAGGCCGTCCCTGTGAAACTGGAGACTCGGCTCTCATAGTAAAAATAGGCCCCTAATAAAAAAAAACCACAATTTTTTTAAAAGATTAATATTCTATTTAAATTGAAAATAACACTCGTATAATGATTATTAGCCACCAAAATTAAAATTATCAATTATTTTTACTAAAGACGTGTTTTTTAACTTAGAAAGAGAAACATAGAACATGATTTTTTACTTAGAAATTGAAACATGAAACATGTTTATTTTTCTTTTATGAGTGGGGGTGGGTATATTGATCAATAATTTTTGGGTTAATAGTGTTTTTCACCCCTGTAATATAGGCCATTTTCGATTTTCGCCCCTGTAAAATTTTCGGTTTGATTTGCATCCTTGTAAAAAAAAAAATTCCAGAAAACACCCTTCCCCAGTCCAACTCAGCAAATTCGCTTACGTGGCGCTGATTTGACATTTTTTTTTCATTTTTTATTTTTTTATTATTTCCACATCAGATTTTAATTTTAAAATATTCGAAAATAAATTTTAAAAAATAAAAAAAATCCAAAAAATCATAAAAATATTCAGTTTTTTTTCAAAAATTTAAAAATTGAAAATAATTTTTAAAAAAATTCAGAAAAAATATTAAGATTTTTCCAAAAATTAAAAAACAGAAAAATAGTCATATTTTTTTCCAAAAAGTTTTTTCCAAAAAATTTAAAAATCGAAAAAAATCTAAAATTTTAAAAATATAAAAAAATTACTAACATATTTTTTCGGAATTTAAAAAATTAGAAAAAAATCAGAAAATATAATCAGATTTTTTTATAATTAAAATGATTTTAAAAAATTCTGGAATTTAATTTTCAAAATACAAAAAAATTAAATTTTCAAAATTAATAAAAAGGTCCTAAATTCTGGAAAAAATTTCTGGAAAAAATTAAAAAAATTCTGAAAAAAAAATTTAATTTTTAAAAATCTGGATACAAATTTAGAGGGTTTTATAAAAGTCGTGGAAATTCCATTTTTCCTAGAATTAAGCTCTTCCTTAGAGGAGGTAGAAATCATAAATCTTATAAAATCTTTCCACGACGATGGCAAAACCCTATGATATTATTTGAGAATAAAAAATCTTATTATAGCCCCAAAATGGATTTTTATTAGAATCATTAGGCAAAAAAAAATTTGTGGAATGAAATGATTTTTTCCCAATATTTTATCAAAATTGTTGTATAAAATTTTCGAATAAAAAATCTGATTTTTTTTCTATATTTGTATGCAGATTTTTAAAAAAAATTCAGATTTTTTTTCAAAAAATCGGACCTCTTTTATAGTTTTGAAAATTAAATTCCAGAATTTTTTAAAATCTTTTTAATTTTTAAAAAAATCTGATTATATTTTCTGAATATTTTTCTGAATTTTTTAAAAATAAAATCTGATGTGGAATTTTTTTTCTACACCTAGCCATTTAAAAAAAATAAAAAATGAAAAACAAATTCCAAATCAGCGCCACGTACGCGAATTTGTTGAGTTGGACGGGGGAGGGGTGTTTTCTGGAAAAAAAATTTTTTTACAAAGATGCAAATCAAACCGAAAATTTTACAGGGGCTAAACCGGAAATGGCCTATATTACAGGGGTGAAAAACACTATTAACCCATAATTTTTTTTCTTGAGGCTCATCACTTTGGGAGGCCCAGCTCGGTTGAGCTTTTTGCACTCCCCAAAGAACGGCTCTCTCTTTGATTACACTCTATTTTTTCTTTTTTTAATATTACAAACAACATTATCTCACTTATTTAATGGAGGATTTAGATCACACATTAGAGAAGAAAAAAAAAATTGGAGACAATCTCTAAGATGACAAATAATTTTTTTAACCTAAGAAATGACAATAGTTCATATCAAAATTTCATAACCAAAATAAATTGCACGTGAAAACGCGAATAGTTCAATAGAAATTTCAAACTCTAAGATTTTATTCAGGACCACTAAACCCCATCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTTATTTTTTTATTATCTGTCTTTTTGTATGGTTGTGATTTCATTTGATGGTATTGTCCCTGAAGTTATAATATAAGAAACATTTATGTTCTCACCGGCATTAGATGGGCAGGTTATAATAAATAGGCATTTGTTGGCACAATAGCAAGCTCAAGAACATACATCTCTGACTTTCAAATATGGAATACTTGCCAAGTTGTATGTTCTTCCTCTCTCTATTGGCATTGACTCTGTATTTTCTGCTTTCAAGAGCCAAACTCATAAACAATTCAAACATCAAGCTTCCACCAGGACCTACTCCTCTTCCCTTCATAGGAAACCTCCTTCAATTAGGAGAAAAGCCTCACAAATCCTTAGCCAAATTAGCTGAAATTTATGGCCCAATCATGAGTCTAAAGCTAGGTCAAATAACCACCATAGTTGTCTCTTCACCTAAAATGGCCAAAGAAATACTTCAAACCCATGATCAATTCTTATCAAATAAAGTCATTCCCAATGCTGTGCAAGTTCATGACCACCACAAATATAGCATGACATTCTTACCTGTTTCACCTCTTTGGAGAGACTTAAGAAAAATAGGCAATAGTCAATTACTCTCTAACAAGACTCTTGATGAGAGTAAGGGAATTAGGAGTCAGAAAGTGCAAGAATTCATCAATGATATTAATCAAAGTAGTCTTGTTAATGAAGCTGTTGATATTGGAAATATGGCTTTTAAGACATCAATCAACTTGTTGTCAAACACTATTTTCTCTATTGATTTGGTTGATTCTTCTGGTTCAGTTGGTGAATTCAAGGAGCTAGTTGTGAATATAATGGAAGAATGTGGAAAACCAAACATTGCTGATCTTTTTCCTGCACTTAGGATGTTTGACCCACAAGGTATTAAGGGTCGTACATCTGTTTATGCTGGCAAGATCCTTGATATCTTCCAACGTTTGGTTGATCAACGGTTGAAGATGAGGGAAGCCAAAGGTTTTGACAGCAACAATGACATGCTAAATTCCTTTCTAAACATTGATCAAGCCAACACCCAAGTGATGAACAAAAACCAAATCCAACATTTATCTCTGGTACTTTCTTGTCCCTCTCCGGCTATAAGCTAGTTAAATATATGTGTTTGTCCTTTGTATAGTTAGTCATATTTCAGTTTAAAAATAACTAAGCAATAATTCTAAATTTGGTCCTCTCAACAAAAAAATATTGTAAATTTGAATATCTTATTTAAATAAGGGTTAAATATGTTTTTGGTCCCTATAAAATGGCGACCTTCTAAGTTTAGTCCTTACTTAATTTTAATAGCTTTTTTGATCCCTACAAAAAAAAAAATTTACTTATAATTTTAGTCCCTGCAAAAATAAATTTTGTTTAATTATCCTTAAACTTTTAAATTTTTTAACGATTCTTTTTATACAAGTTTAGAACACTATGAAAGGTTCATTTACTAAAATCTATAATTTTTTAACATGAAATAAATTAAATATGAATTTTTTAAAACGACAAAAGTTTAAGATATAAGTAATCAAAATATGGACGTAGAAATCAAATTTTTGCGAGATTTTTTTTGGAGAACCTTTTAATAACGTTCTTAACACGCCTTTAAAAAATTGTTGAAAAACTTAAGAGTTCAAGCATAAATTAAACAAATTTGGATTGAGTAAGGACTAATATTGAGTGCAGAAATTTTTTATAGGGATTAAAAATACTATTAAAATTAAGTAAGGACTAAACTTACAAGATCGTAATTTTGTAGGGACCAAAAACATAATTAACTCTTTAACTAATTTCATTTTGAAGTGGGTTAGTGTTTTATTTTATTAAAAAAGCAATCTACTTACTTTTGACTAGTAAAAAACATGCATCGCAAAATAGTCCAAAAGGTGTTGATAAAGTTCAGATGTGGCATAACCCGATTCAACAACCAACGTGTCGCTTTTGTCACGTAGGTAGATTTTCTTTTGTTTGTATTTGTAATTTGTAATGGTTCAACTTTGTGGTTGGTGTTTTACTTTTCTTTGTTGGTTTGAAAAATCCCATTTTGATTTCTTGAAAAAAATAAAAATACAAAGGTGTTGTGTTGATATAAGAACGCATGGTCAATGTTAAATAGTTGTATATATATACCTCTAATTTTCTAAAAAAAAATATATATATATATATATATATATATATTGCATTGTTTATATATTTTTTAATTTGCACTTCCTCCGATCACATTTATAATCAAATATTTCGTTTTTAGATTCATTTAATTACTGATGTATATTATAATATAATTCAGATACATTAGTTATTTAATAAATATGAAAAAAGTTGTTTGTAAATGAGACCAAAAGAGTATTCACTAGCTATAAAAATTGTTCACTCGTGCTTGGGGCCATTTGCTAAAGTTATATTCATAAAATGATGTGAAAACACATCATCGAATTTGTTGTATTATTTATGGAAATGATATCTGTTGTGTGACAATTTTTGAACAACTGTATCTTTTATACTTATTTTATATTTTTATTCTTTCTCTTTATTTTTATCTTTTTTTTGTTTTTGACTAATAAGAAGAGAAAGAAAGAAGATTGTCGCAAAAGTTATCGGTTGTACAAATACCATCACTCTTGTATTTGTATACTTGCAATGCATGTAAATGTCTATTTTGATAATGTAAAATGATTGAATGTTTTTTATTTATCAGACTCTCTTTGTTGCGGGTACCGATACAATTTCATCTACGCTAGAATGGGGAATGGCGGAATTGCTCAAAAATGAAAAGATTATGTCAAAAGCAAAACAAGAACTGGAACAAATAATTGGCAAAGGAAAAACTTTAGATGAATCAAATATTTCTAAGCTTCCTTATTTACAAGCAATAATAAAAGAGACATTTCGATTGCACCCTCCAGTTCCATTCTTAGTCCCTCGAAAAGCAAATACAAATGTGGAAATTTGTGGATACACAATCCCAAAAGATGCACATGTGTGGGTCAATGTGTGGGCTATTGGTAGAAATTCTAGTGTTTGGGAAAATGCAAATTTGTTTTCACCGGAAAGATTCTTAAGATCGGAAATTGATGTTAAAGGTCACAATTTCGAGCTTACACCATTTGGTGCTGGGAGGCGAATTTGTCCTGGTTTAACGTTAGCAAAGAGGATGTTGCATTTGATGTTGGGTTCATTAATCAATTGTTTTAACTGGAAATTGGAGGATGGAAAGAAAATAGAAGATATGAACATGGAGGACAAATTTGGGATAACATTGGCAAAGGCTCAGCCAATAAGAGTCATTGCAGAAAAAATACACAACTAG

Protein sequence

>MS.gene065903.t1

MATPGSTCPPPMKATSNGAFQHENPMDYALPLLIVQICLVVAFTRFIAFLCKPLRQPRVIAEVIGGILLGPSAIGRNRKFLDTFFPKRSLTVLDTLANIGLLFFLFLVGLELDMRSIRKTGSKALCIALAGITFPFVLGIGTSLVLRATINKDVNPAAFHVFMGVALSITAFPVLARILAELKLLTTDVGRMAMSAAAVNDVAAWILLALAIALSGANTSPLVSLWVLLCGVGFILFVIFTIKPLLAIMAKRCPEGEPVKEIYICITLTLVLGCSFLTDTIGIHALFGAFVAGIVVPKDGPFAGVLTEKIEDLVMSLLLPLYFVSSGLKTNVATISGALSWGLLILVIFTACFGKVVGTLVVSLLCKIPFREALTLGFLMNTKGLVELIVLNIGKDRKVLSDQSFAICVVMALVTTFITTPIVVAVYKPARRGSPYMHKTIQRKDPDTELRILACFHSTYNIPTLINLIESSRGTRKRGKLCIYAMHLMELSERPSAITMVHKARNNGMPFWNKKQHDNKDQMVIAFQAYGHLSSVNVRPMTAISSLNNIHEDICSSAHQKRVAMILLPFHKHQRVDGTMESLGHSFRVMNGLVLSHAPCSVGILVDRGLGGTTQVHASDVSYNVVVAFFGGCDDREALAYGMRIAEHPGISLTVLKFITPPGKTLAFGAKLIGITANRDRKVIKVSDGNTPDEDKQEDDRFWSEFLGVCCKSEESIVYEERLVESKEDIVTVLRERNKSNLILAGRMPPVAPLLDGSDCAELGPVGSYLASSEFSTFASVIVFQQYDPKTDIHPLVMEVSDYSNMPDTPVHGVSVHDCVMTIVEDLLTESSTSGKLPFIMTFEPKKEFETPIAPKTHTEDSTAKLINNSNIKLPPGPTPLPFIGNLLQLGEKPHKSLAKLAEIYGPIMSLKLGQITTIVVSSPKMAKEILQTHDQFLSNKVIPNAVQVHDHHKYSMTFLPVSPLWRDLRKIGNSQLLSNKTLDESKGIRSQKVQEFINDINQSSLVNEAVDIGNMAFKTSINLLSNTIFSIDLVDSSGSVGEFKELVVNIMEECGKPNIADLFPALRMFDPQGIKGRTSVYAGKILDIFQRLVDQRLKMREAKGFDSNNDMLNSFLNIDQANTQVMNKNQIQHLSLTLFVAGTDTISSTLEWGMAELLKNEKIMSKAKQELEQIIGKGKTLDESNISKLPYLQAIIKETFRLHPPVPFLVPRKANTNVEICGYTIPKDAHVWVNVWAIGRNSSVWENANLFSPERFLRSEIDVKGHNFELTPFGAGRRICPGLTLAKRMLHLMLGSLINCFNWKLEDGKKIEDMNMEDKFGITLAKAQPIRVIAEKIHN