AlfalfaGEDB | MS.gene57755

M. sativa cultivar XinJiangDaYe / MS.gene57755

KEGG: K11592
GO: GO:0003674 GO:0003824 GO:0004518 GO:0004519 GO:0004521 GO:0004525 GO:0004540 GO:0005488 GO:0005515 GO:0006139 GO:0006396 GO:0006725 GO:0006807 GO:0008150 GO:0008152 GO:0009987 GO:0016070 GO:0016787 GO:0016788 GO:0016891 GO:0016893 GO:0032296 GO:0034641 GO:0043170 GO:0044237 GO:0044238 GO:0046483 GO:0071704 GO:0090304 GO:0140098 GO:1901360
PFAM: PF00035.29 PF00271.34 PF00636.29 PF02170.25 PF03368.17 PF14709.10

Nr:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene57755.t1	XP_013458135.1	90.3	1305	74	7	1	1252	320	1624	0.00E+00	2283.8

Swissprot:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene57755.t1	P84634	50.9	1303	576	16	1	1249	409	1701	0.0e+00	1202.6

Trembl:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene57755.t1	A0A072US37	90.3	1305	74	7	1	1252	320	1624	0.0e+00	2283.8

TFs/TRs:

Gene ID	Type	Classification

Protein Kinases:

Gene ID	Type	Classification

Network:

Co-expression Network:

Gene1	Gene2	correlation coefficient	p_value	FDR
MS.gene050425	MS.gene57755	0.807751	4.34E-50	-1.69E-46
MS.gene050856	MS.gene57755	0.805255	1.46E-49	-1.69E-46

PPI:

Gene1	Gene2	Type
MS.gene57755	MS.gene003322	PPI
MS.gene57755	MS.gene53091	PPI
MS.gene57755	MS.gene72307	PPI
MS.gene007786	MS.gene57755	PPI
MS.gene57755	MS.gene97963	PPI
MS.gene014951	MS.gene57755	PPI
MS.gene034906	MS.gene57755	PPI
MS.gene57755	MS.gene93075	PPI
MS.gene57755	MS.gene22757	PPI
MS.gene041707	MS.gene57755	PPI
MS.gene57755	MS.gene98998	PPI
MS.gene57755	MS.gene015344	PPI
MS.gene57755	MS.gene09686	PPI
MS.gene42498	MS.gene57755	PPI
MS.gene54212	MS.gene57755	PPI
MS.gene81710	MS.gene57755	PPI
MS.gene034552	MS.gene57755	PPI
MS.gene024380	MS.gene57755	PPI
MS.gene57755	MS.gene050704	PPI
MS.gene57755	MS.gene21500	PPI
MS.gene056475	MS.gene57755	PPI
MS.gene55297	MS.gene57755	PPI
MS.gene57755	MS.gene40905	PPI
MS.gene57755	MS.gene02694	PPI
MS.gene57755	MS.gene066368	PPI
MS.gene056844	MS.gene57755	PPI
MS.gene57755	MS.gene85871	PPI
MS.gene003324	MS.gene57755	PPI
MS.gene98833	MS.gene57755	PPI
MS.gene02118	MS.gene57755	PPI
MS.gene57755	MS.gene02116	PPI
MS.gene57755	MS.gene42647	PPI
MS.gene57755	MS.gene40435	PPI
MS.gene025847	MS.gene57755	PPI
MS.gene034545	MS.gene57755	PPI
MS.gene57755	MS.gene38937	PPI
MS.gene57755	MS.gene32745	PPI
MS.gene57755	MS.gene05149	PPI
MS.gene57755	MS.gene74525	PPI
MS.gene05453	MS.gene57755	PPI
MS.gene03053	MS.gene57755	PPI
MS.gene80834	MS.gene57755	PPI

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene57755.t1	MTR_4g116860	90.268	1305	74	7	1	1252	320	1624	0.0	2358
MS.gene57755.t1	MTR_3g105390	30.700	1342	738	41	63	1249	397	1701	3.18e-152	501
MS.gene57755.t1	MTR_1g060740	30.656	1083	621	34	59	1084	362	1371	1.16e-118	402
MS.gene57755.t1	MTR_2g030490	30.435	1127	639	37	21	1084	324	1368	8.38e-114	388
MS.gene57755.t1	MTR_8g069975	31.545	932	516	31	59	946	366	1219	2.93e-109	372
MS.gene57755.t1	MTR_7g118350	28.792	778	419	22	520	1236	1125	1828	1.74e-65	245
MS.gene57755.t1	MTR_7g118350	29.114	474	276	10	65	517	622	1056	3.75e-48	189
MS.gene57755.t1	MTR_7g118350	28.792	778	419	22	520	1236	1164	1867	1.76e-65	245
MS.gene57755.t1	MTR_7g118350	29.979	487	294	11	65	517	622	1095	1.15e-51	200
MS.gene57755.t1	MTR_3g079980	32.653	245	141	6	872	1096	230	470	1.40e-25	113
MS.gene57755.t1	MTR_3g080000	33.862	189	104	5	872	1045	72	254	2.35e-23	102
MS.gene57755.t1	MTR_8g058930	28.309	272	166	8	861	1113	1	262	1.14e-22	101
MS.gene57755.t1	MTR_3g079860	28.958	259	157	8	872	1109	169	421	6.62e-21	98.6
MS.gene57755.t1	MTR_3g096700	27.985	268	168	6	863	1113	3	262	1.83e-20	94.7
MS.gene57755.t1	MTR_1g103260	33.136	169	91	6	31	188	410	567	1.11e-12	73.6

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene57755.t1	AT5G20320	51.143	1312	559	17	1	1249	409	1701	0.0	1229
MS.gene57755.t1	AT5G20320	51.067	1312	560	17	1	1249	395	1687	0.0	1229
MS.gene57755.t1	AT5G20320	51.143	1312	559	17	1	1249	184	1476	0.0	1228
MS.gene57755.t1	AT3G03300	30.970	1072	624	32	63	1082	154	1161	4.00e-132	435
MS.gene57755.t1	AT3G03300	30.970	1072	624	32	63	1082	367	1374	8.07e-131	436
MS.gene57755.t1	AT3G03300	30.970	1072	624	32	63	1082	367	1374	8.07e-131	436
MS.gene57755.t1	AT3G03300	30.970	1072	624	32	63	1082	353	1360	1.33e-130	435
MS.gene57755.t1	AT3G43920	27.393	982	575	30	358	1246	409	1345	3.62e-79	286
MS.gene57755.t1	AT3G43920	31.884	138	94	0	65	202	164	301	1.48e-14	79.7
MS.gene57755.t1	AT3G43920	27.393	982	575	30	358	1246	637	1573	4.27e-79	287
MS.gene57755.t1	AT3G43920	31.884	138	94	0	65	202	392	529	1.70e-14	79.7
MS.gene57755.t1	AT3G43920	27.393	982	575	30	358	1246	626	1562	4.82e-79	287
MS.gene57755.t1	AT3G43920	31.884	138	94	0	65	202	381	518	1.68e-14	79.7
MS.gene57755.t1	AT3G43920	27.393	982	575	30	358	1246	627	1563	5.10e-79	287
MS.gene57755.t1	AT3G43920	31.884	138	94	0	65	202	382	519	1.76e-14	79.3
MS.gene57755.t1	AT3G43920	27.393	982	575	30	358	1246	588	1524	8.40e-79	286
MS.gene57755.t1	AT3G43920	31.884	138	94	0	65	202	343	480	1.74e-14	79.3
MS.gene57755.t1	AT3G43920	27.669	918	540	28	358	1194	627	1501	5.08e-76	278
MS.gene57755.t1	AT3G43920	31.884	138	94	0	65	202	382	519	1.65e-14	79.7
MS.gene57755.t1	AT1G01040	28.816	760	425	19	532	1236	1199	1897	1.54e-70	261
MS.gene57755.t1	AT1G01040	27.812	489	302	13	65	517	646	1119	4.04e-45	179
MS.gene57755.t1	AT1G01040	28.816	760	425	19	532	1236	1200	1898	1.58e-70	261
MS.gene57755.t1	AT1G01040	27.755	490	302	14	65	517	646	1120	9.24e-44	175
MS.gene57755.t1	AT4G15417	31.858	226	133	5	855	1063	15	236	7.02e-22	97.4
MS.gene57755.t1	AT4G15417	31.858	226	133	5	855	1063	40	261	1.02e-21	97.4
MS.gene57755.t1	AT5G45150	26.650	394	239	11	869	1236	4	373	1.14e-21	102
MS.gene57755.t1	AT3G20420	23.373	415	236	13	852	1249	42	391	3.60e-18	89.0
MS.gene57755.t1	AT1G80650	42.857	84	47	1	1162	1244	107	190	5.37e-11	63.9
MS.gene57755.t1	AT4G00420	48.101	79	39	2	1171	1248	64	141	6.07e-11	62.8

Find 0 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE

CRISPR-Local

CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region

CRISPR-GE

badsite warning	sgRNA_sequence	Strand	Position	Region	GC_content

Chromosome	Type	Strat	End	Strand	Name
32402	gene	3028	12651	3028	ID=MS.gene57755
32402	mRNA	3028	12651	3028	ID=MS.gene57755.t1;Parent=MS.gene57755
32402	exon	12513	12651	12513	ID=MS.gene57755.t1.exon1;Parent=MS.gene57755.t1
32402	CDS	12513	12651	12513	ID=cds.MS.gene57755.t1;Parent=MS.gene57755.t1
32402	exon	10702	10798	10702	ID=MS.gene57755.t1.exon2;Parent=MS.gene57755.t1
32402	CDS	10702	10798	10702	ID=cds.MS.gene57755.t1;Parent=MS.gene57755.t1
32402	exon	10375	10567	10375	ID=MS.gene57755.t1.exon3;Parent=MS.gene57755.t1
32402	CDS	10375	10567	10375	ID=cds.MS.gene57755.t1;Parent=MS.gene57755.t1
32402	exon	9243	9403	9243	ID=MS.gene57755.t1.exon4;Parent=MS.gene57755.t1
32402	CDS	9243	9403	9243	ID=cds.MS.gene57755.t1;Parent=MS.gene57755.t1
32402	exon	8955	9161	8955	ID=MS.gene57755.t1.exon5;Parent=MS.gene57755.t1
32402	CDS	8955	9161	8955	ID=cds.MS.gene57755.t1;Parent=MS.gene57755.t1
32402	exon	8573	8835	8573	ID=MS.gene57755.t1.exon6;Parent=MS.gene57755.t1
32402	CDS	8573	8835	8573	ID=cds.MS.gene57755.t1;Parent=MS.gene57755.t1
32402	exon	7757	8028	7757	ID=MS.gene57755.t1.exon7;Parent=MS.gene57755.t1
32402	CDS	7757	8028	7757	ID=cds.MS.gene57755.t1;Parent=MS.gene57755.t1
32402	exon	7252	7682	7252	ID=MS.gene57755.t1.exon8;Parent=MS.gene57755.t1
32402	CDS	7252	7682	7252	ID=cds.MS.gene57755.t1;Parent=MS.gene57755.t1
32402	exon	6917	7020	6917	ID=MS.gene57755.t1.exon9;Parent=MS.gene57755.t1
32402	CDS	6917	7020	6917	ID=cds.MS.gene57755.t1;Parent=MS.gene57755.t1
32402	exon	6031	6236	6031	ID=MS.gene57755.t1.exon10;Parent=MS.gene57755.t1
32402	CDS	6031	6236	6031	ID=cds.MS.gene57755.t1;Parent=MS.gene57755.t1
32402	exon	5706	5882	5706	ID=MS.gene57755.t1.exon11;Parent=MS.gene57755.t1
32402	CDS	5706	5882	5706	ID=cds.MS.gene57755.t1;Parent=MS.gene57755.t1
32402	exon	5095	5556	5095	ID=MS.gene57755.t1.exon12;Parent=MS.gene57755.t1
32402	CDS	5095	5556	5095	ID=cds.MS.gene57755.t1;Parent=MS.gene57755.t1
32402	exon	4690	4962	4690	ID=MS.gene57755.t1.exon13;Parent=MS.gene57755.t1
32402	CDS	4690	4962	4690	ID=cds.MS.gene57755.t1;Parent=MS.gene57755.t1
32402	exon	4504	4539	4504	ID=MS.gene57755.t1.exon14;Parent=MS.gene57755.t1
32402	CDS	4504	4539	4504	ID=cds.MS.gene57755.t1;Parent=MS.gene57755.t1
32402	exon	4218	4462	4218	ID=MS.gene57755.t1.exon15;Parent=MS.gene57755.t1
32402	CDS	4218	4462	4218	ID=cds.MS.gene57755.t1;Parent=MS.gene57755.t1
32402	exon	3833	4074	3833	ID=MS.gene57755.t1.exon16;Parent=MS.gene57755.t1
32402	CDS	3833	4074	3833	ID=cds.MS.gene57755.t1;Parent=MS.gene57755.t1
32402	exon	3587	3680	3587	ID=MS.gene57755.t1.exon17;Parent=MS.gene57755.t1
32402	CDS	3587	3680	3587	ID=cds.MS.gene57755.t1;Parent=MS.gene57755.t1
32402	exon	3028	3193	3028	ID=MS.gene57755.t1.exon18;Parent=MS.gene57755.t1
32402	CDS	3028	3193	3028	ID=cds.MS.gene57755.t1;Parent=MS.gene57755.t1

Gene Sequence

>MS.gene57755

GCTACCCGTATTCTTTTGAGCGGTGATCATTCTGAGAGGCATGCATTAGTTGGGGCAGAAGGAATTTCAAGCGATGAGTCTGTACGTGATAAATATCTTGCAAAGGCTGCTGAACTATTTACTTCCAAATCCATGACAGGTTATAATATTGCTTGATGGTCTTTGAATTGTGTCATTACTGTTGCTGAATTTCCGAGTTGTTGTTTTTGATAATTTTTTCTATATCCATGGACTGTTAATTGTGCTTCCATTTAAAATGATGTTATATAAGGGTAGTTATGTCATTTACTATATACATTTTACTATACATCTGTGAAGCCTGGATACGAGATACGATACGGATACGATACTGCACCGATACGTCGATACGGGAAAATTTCAAAAATCAAGATACGATACGGCTGAGATACGTTAATAAAAAAAATTATATAATTAAATGTACAATATAATTATAACCATTTTTTTTAATATGCAAATATATTAACAAACAAAAGAAACCAATCATAGGCTCGTAGTACATCAACATAAATATAAATAATATTGACAATTAAGAGAGTGATGATTAGTCAATTACATACATAATATATCCCAAAAAGAGCACCATAAGTGCTATACTATATCCAAAAGGAACATTGTTAGTGTTATACTATATCAATCCAAAAAAGAAACACTATACTCAAGAGTTAAATTATTTTAGTTAACATTAATGGGGAAGTATTGAGGCAGATATTGGTGCAGGATAATTATCGGATGCTCTCCTGATACGTATCGGGAAGTATCAGATAATTATTTTGTTAAAAAATAAAATTTAATCTTCGGATACTCTTCTGATACGTATCGGGAAGTATCGGGCAGGTATCGGTGCAGGATATGCAGGGGATACGATACGTCATCCATTTTGAAGTATCGGAGCTTCACAGAATATGCTAGTATACATATAAAAAAAATAGTAACATTAATATCTCATTTTCTGTATATAAGGGTAGTTATGTCATTTACTAAATATACATCTTTCTTTCCTCTCACAATTTATTCACTTTCACTCCTACCAAACAACCAAAAATTATCTCACTTTCTACTCACTTTCATTCCTTCAACATTCTTTCCTCTTACTTTCTTTCTTTCTACCTTCTTTTCTCGGACTCCACCTGTGTACCATTGAGCCACATGACATTGGCCAATCCAGCTGTGACACATAAGCCAATTCGACTACTCTCTCTCTCTTTCACATATTTTTATGTTTAAAAAAATTGTATTGCCACATGTCACACTTCAATTGGCCAATGTCATGTGACATTATGTCACACAAGTGAAATCCTCTTTTCTCATCCAAACCAAGCATACAAGTACAATTCATTGCTGCACATCATCACTTTCACATTAGGGTTTCAGACAAACTACAACCCTTTCACTTTTCGCGGCTATTTCCTCCCACCGTCAAATATCAACCCAAATCCAATCAATGCTGCATCGTTGCGGTCTGATTTTATTCGTTGGTGATGATTTCAATTTCATGTTAACTACAATGGCCTTTGTTTGGTCGTTCGTCAGTGACATTTTTTCTATTTCAAAATCGAGTGTGATTTCCTTGATTAATAAAGGTCAGTTCTGAATTTATTTTTTATTTCAATTTTGTGCTAAGTTAAGTAGATGAATCAATTAAAGAGATTTCACATAAGGAGGTTGCGGCGGTTTAGAGGTTTTCGCTGTGATATGTCGGCAGAGACGTTTCTTGAGCTAGGATGGGAACTGGGCTGCTTTATTTCATTGATGCATTGTTTGTTAGATCAGAGTTCTTTTAGGATGTATATATTATACTTAGATGTTTTTTGTTTTATTTTTCGATTCTGTAGGTGACAGCGTATCTGATCCATCTTCTTTGGAAATATTAAAAGAGCCCTTTTTCTCTGCAAAGCTACTACGCCTCATTGGGATACTGACCAGTTTCAGGTTGGTTTCTTTTAACAATTTTTTTCAGACATGTTTTTATATAGCATACGTCTAATGTATATAACCAAATTTGACTAACTATGGCTTGATTATGAAATCGATTTATACATTCTGATCAAATGTTCCAATTTCAGGTTGCAGCAGAACATGAAGTGTATAATTTTTGTCAACAGAATTGTGACTGCAAGATCTCTGTCATTCATACTACAGAAGCTCGAGCTTCTAAGGCAATGGAAGAGCGGTTTTCTTGTAGGAGTCCATTCTGGAGCTAAGATTATGTCACGGAAGACCATGAATGCAATTGTTGAGAAGTTTCGCTCTGGAGAGGTAAGAGTAATTATTTTTGTATTTCACTCGTTAACTTTGAAATATGTTATTGTGAGAATTGAATAGTTTGTAAGATTTTGTATGCTAATTTTTTATTCAGTTTGATGAGTAAAGAGTTAAGCCATACTACTGCACATGTATGCTTATTTATAATGACTAATGATAGGGGTGTACTTCTTGTCCCCACATTAGCTTCTTGGTCTTGAAATGGTCACTCTATAGCTCATGGCTATCATTTTTTATGGTTCACTTTGGAAGGCAAACACAGTTAAGGGTGTGCTGTAACTGTGTCACTGTCTCAGCACAAGTTCATATTCACCATAGTATTAATTACAGCTATTAATACATAAGTACTTCAAAAGTTTCTTCTTTATAGGGCACCAATAAACTACATATATGCATTCATTATCAATATAAAATAATAGAATAACATTGATTGCGGGAATGGAAGAAAATCAATAATTTACAACAAAAGATTATCCTCTGGCTAGCAATGTTGTTAAGGTCAAGACCCCATCTAGGATCGGGAGGGGGTTTGCAAGATTGTAAAACATAGGCTTGTAGCAAGGAGTGCAATAGCTTCCAACCAACCACAACAGAGAAAGTCAAGCGTGATGGGAAAGGATGCAGGTGACTTGATGCAAACAGAGGGTCGATAGATAGGGTGAAAGATGCGAAGAGATGAGCAGAGAGGGTTAAGAGAGAAGGGTGTCTGTTTTAGGGAAGGCAAAATGGCATTTTATCTAGTCTTTCACTTCATTTCCGTTTTTAGAACCTTCGAACACTATCGGAGATAATATAAATTGTCTTTTGCTTCTCTGCATGTATTCCAAGCATAGTTGGTGTTAGGAAATGAAACTTAAATACAGATAAAAGTAATTTTGTTGCTGGCTTATTTATGTAATATATATCATATCTTGTCAAAGAGTTGAGTGGTGGTAACATGCTTATTTGGATTACACTGTTCACAGCTGAATTTATTGGTTGCCACCAGTGTCGGTGAAGAAGGGCTTGATATTCAGACATGTTGCCTTGTCATACGGTTCGATCTTCCAGAAACTGTTGCCAGCTTTATACAGTCAAGAGGCCGTGCACGCATGCCTCATTCAGAATATGCATTTTTGGTTGACAGGTATCTTTACAATTTAGAGATTTTAAAAGGAATCTATGCAAATCCGTCCTTCTGGTTATTTATGGAATCTTATTTTTGCAGTGGAAATGAGAAGGAATTAGCCATTATTGATGGTTTTGAGAAAGATGAGTCCCGAATGAATACAGAAATTACTGACAGAACATCCAGTGAGACATACGACATCCCTGTAGAAAAAACATTCAGAGTTGATTCATCTGGTGCCTCTGTCAGTTCGGCATATAGTATCTCATTGCTCTACCAGTATTGTTCAAAGCTTCCGCATGATGAGTATGGGCTTATTTAAGCTTTGACCTTTGTTTGACCCAAAATATATTCCACTAAGGAGTTTCAGGGAAATGAAGTGCAAATTTTATGTGTCTTAAAATGTTGCTAATCTATCTTTTCAGGTTCTTTGATCCCCGGCCAAATTTCTTTTACTTTGATGATTTAGGAGGGACTGTCTGCCAAATAACTTTGCCTTCCAATGCTCCTATACACCAAATTGTCGGTACGTCACAATTGTCTATGGAAGATGCGAAAAGAGATGCTTGCCTGAAAGCAATTGAAGAACTGCATAAATTAGGTGCTTTGAATGATTGTCTTTTGCCAAGGCAAAATGATGCAGAGCCGGAAAAGGTTTTGGGTTCTTCTAATTCAGATGAGTATGCGGGTAAAACTTCAGCTGCACTTTGATTAGTCATTGCTTTCATTATCTTTCACTAGGCTGTCAGAAATGTACTGTATACATTATATTTTGAAATTAAGTGTTGAGCATGATAACTTGTCTATGAGTGTAAGGAGAGTGACTAATCCTCCATGCTGATCATATTTAGACTTTTTAAACTCTGTGTCGCCCTTTTCTCTGGATTGTTTAGTGTTGATTCATTGTCGGTGTGAAAACTTGCACCATAATCCATTCATGTGTTGCCAGATCACTGAAAGATTTTTTCTCTTAGGCAGTTATTATCATAGTAAAAGCTTTAGATGATGTGGTAACACATGATAAGAAGATAGGGTAAAAGCTTACACACGCAGTGGATTAAAACTAAACTCTTCTATGCGTCTTTGCATGCTTCTAAGCTTGTTGAGGAATTTTTTTTATCCATTTTCAGTTGTAGTACTATTACTATGTTGATTACTATTAACTTATGGCTCTAGGGATGTAACAATATGGCTATGCAGTGAGTGCTATATTAATTTTCCTTTATCTGCAGATGACATTTCAAGAGGAGAATTATATGAGATGCGAGTTCCTTCTGTGTTTGGACAGTCATGGAAAAATGAGAAAACTGTCCGTCTCAACTCTTACTACATTAAATTTTCCCCCACTCCAAAGGATAGGGTCTATAAAAATTTCGGTTTATTCATCATGACTCGTCTTCCAATGGAGGCAGAGAAACTGGAACTTGATCTTCATCTTGCTCACGGTAGATCCGTGATGACAAAATTTATTCCATTTGGAGTTGTAGAATTCAACAAAGATGAGGTGAGTAACTCTTTTAACAAAAAATTAAAAAGAAAAAAAATTGAAGTTAACGATTGGGCTTTTCCATCTTGCAGATTAAGATGGCGGAGAATTTTCAAGAAATGTTCCTCAAAATTATTCTCGATAGATTAGAATTTGTTTCCAAGTTTGTAGAATTGGGTGCTAAATCTCACACAAGCACATCAACCTTCTACCTTTTGCTTCCAGTCATATTGAAAGAATATGATGATGTGATGAAAGTAGACTGGAAGACAGTGAAGAGATGCCTTAGTTCACCAATTTTCAGGCATCCAGAAGTTACTTCAGATAAAATCGTTACCTCTATGGATAATCATCTGCTACTTGCCAATGGTTACAGAAGTATTACAGATGTTGAGAATAGTTTAGTGTATGTTCCACATACCAAGTTCTTTTTTTTTGTCACAAATGTTATCTATGAAAAGAATGGATTCAGTCTTCATAAAAATTCAGAAACTTCAAGCTTCGTGGACCACTTAAATGAAAAGTAGGTATCTGTCTATTAATTATTATTATTACTGATTCATTGTTATTTCACTTTTGGTTTTCCATCTCCATATTTTTTTTATTAATGAAAATGTTTAGATTTATGAGAGATATTTAAAACTTCCTGATTAACTGATAGAATCAGACATCAGAAGTTTTGTATATGTAATTTGGAATATCATATATTTGTACTGATATTTGACGAAACAAACCTTGCATGCTTGGATGTCAGGTTTTCCATTAATCTCAAACGCCCTGAACAACCACTTCTGCATGCAAAACAACTCTTCAATTTGCACAACCTACTACACGATCGAAAGAATGCGGATGATGCTGGTACTGTGTTGAATAACCTATTCTTTGTGTCTTCAATTTTGTTTGTCTTGGTAATTAAATTTTTTGACATGATTTTTTACAAGCCAGCAGAGTGTCTTTGCTTTGTCATTTTTTCCACATTTCAGGTCCAGTAGTTTGTGTAGGTGTACATATAGTAACGAATAAAATTATGAAGCCATGGCAACTAGTTTAAGATAAATATTTGGCTTTGTACATTAACTTGGGGGGGGGGGGGGGGGGGGGGGGGGTGGACTTGAATGGTTGCCAGAAACATTTGTGGCAGGGATTTGTCGATTAGTAGCGCAGTAGGTGCAGCACATTGATGGGTTTTTGGTAGGGATAGGTCGAAACCTATCTGATGCCACTGGCAACTTAAGAAATTGAACAACAATAGGGATAGACTTGGGTGTAGGAAACAGTTCACACACAATCAGCCCACACAGTCAAAATTGGTGTTAATATTAATTCCAACGATGTAAAAGCATTTAATCCCAAATTAGATTGCTTCTAACATATATACATTATATGCTACCATAAATATCAATGATAATCTACCAATGCATGTGTATTTCTTTATGTTTTTGCATTGACAGACATCTGGATTTTGGATTTATATTGTATTTTGATAATTCTTCAGATTCTTCTCTAAATGATTGTAGATTTTAATTTTTCTGTCACAGAACCACATGAGCTGGAGGAACACTTTGTTTATTTTCCTCCTGAGCTATGCGAACTGAAAATAATAGGCTTTTCAAAGGATATTGGCAGTTCCATATCTTTGCTACCTTCAATTATGCATCGTCTTGGAAACTTGCTGGTTGCCATTGAACTGAGGAACCATTTATCTTCCTCCTTCCCAGAGGCAGCTGAAATTAGTGCCCATAGGGTAAGGCCTTAGTAAATGCATGTGTTATTCCTTTTCAACAAACTGTTGCAGTGCTTATATTGTACACGTTATATTTGTAGTTTAGAGCTACTAACAATTATGAATAACTACCAGGTTCTAGAGGCTCTCACCACCGAGCAGTGTCAAGAGCGCTTTTCCCTTGAAAGACTTGAAGTGCTCGGTGACGCTTTCCTTAAATTTGCTGTCGCACGCCATTTTTTTCTGTTGCACGACAGCTTTCATGAAGGAGACCTTACCCAGCAAGCGTTCCAATATTGTAAATAATTCCAATTTGCTTAAGTTGGCTATTAAGCGCAATTTGCAGGTAAAGTCATATTTCATGCTTTTTCATTACCTAAATAAGAAAGTATTATCATTCTTTCTATCTTGAGGTCAACTTTCAAGCTTTAAAATGCCTATTTTTATTTAATGACTTAAGTTGTTTAATGTTTATATCCTTGTTCTCTCTTCCAGGTCTATGTACGTGACCAGGCACTTGATCCCATCCAGTTCTATGCATTAGGCCGTCCTTGCCCAAGAGTTTGTACGAAGGAAACTGAAGACAGCATCCACTTATGTTTAGATTCTGGTGAGGAGAAAAGGAGTGCAACTCAAATCCGTTGTAATAAAAATCACCATTGGTTGCATAGGAAAACAATTTCTGATGTGGTTGAAGCTCTTGTGGGAGCATTCATAGTCGACAGTGGATTTAAAGCTGCAATTGCCTTTCTTACATGGATTGGTATACAAGTAAATTTTGAAGCCTCGCAAGTTGTTAATATTTGCACTGGAAGTGTTGGCTATTTTCCTCTTTCTAGTGAAGTAGACATTCCCTCCCTTGAAGGAAAGTTAGGGCATCACTTTGTTCATAAGGGCCTACTTCTTCAGGCATTTGTACATCCTTCGTATAATAAGCATGGAGGAGGCTGTTATCAGGTAATCATTTTTCTTTTGGCTCCCAATTTTTTACTTTAGATAAGATTTATTATCTCTACTTTATAGCTCTTGGTCGGAATTCTATTGGTACATTTTGATCTTCAGTTTTAAAAACCTGATAAATCTTTGCAGAGACTGGAGTTTCTTGGAGATGCTGTCTTGGATTATTTGATTACGTCATATCTATACTCAGCTTATCCCAAACTAAAGCCTGGCCAACTGACAGATCTGAGATCGTTGTCTGTCAATAATAAGGCATTTGCCTGTGTGGCAGTAGATCGCTGTTTTCATGAATTTCTTCTATGTGATTCAAGTGCTCTGACCAGGGCAATAAAAAAGTATGCGGACTATATTAAAAGACCTGTATCAGACTGTGACAAAAATGGAGGGCCAAATAGTCCCAAGGTAGATATTGTGACCTTTTTATCATATCAAATACGATGTTCCTTAAGTATAATGTTTGTATCCGTTTCAAAGTTTTGATGGGTTCGTATTGCTGTGTAACTTTGCATTAAATATATATGGGGTTTAAATGGACATTATGGATTGTTTCAGGCCCTAGGTGATTTGGTGGAATCTTGTATTGGTGCCGTTCTTCTTGATTCAGGATTGATTTGAACAAAGTTTGGAAGATTATGACATCATTCTTGGACCCAATCATGAAATTTTCATCAAGTTTACAGCTTAGTCCTGTTAGGGATTTGCAAGAACTTTGCCAATCTCATAATTTGGAATTGGAGCTTTTGACATCAAAACTAGCTAAAACTTTTTCAGTTGAGGCTAAAGTGACTGGGGACGGTGTAGATGAAAAAGTTTCTGCGGCCAGCCATAATAAAAAAGAAGCTGCTAAAGTTGCTTCACAACTACTATTTTCAAAGTGAAGGTGAAATAAATATGCTTAGTTTTCTTATATTTCCATCCTCATTTTAACTTTTTCAGCTACTTCAGATTGCCTGTATTTTACTGTATGATTTGAGTCACCATGGGTGTGAATGTGCAGGCTCAAGGCTTGAAACTGAGGACAAAAACTTTGGAAGACGTTCTGAAATCAACATATAAGACGGAACCAAAACTCATTGGCTTTGATGAAACTCCCATTGATGTAAAAGATACTACTACCATCGAACAAGTAATGGTTAATGGAGACCTATGCAACAAGTCTAATGCAGAAATCTGCCCTATTCGGGATGTATCAGATGCATCCTCCTCGTGTGTTATACGTGTCGCTCATCTTCTTCAATCTTCTTCTAAGGGAAAGCTTAGTGAAACCGTTCAAATCGGGATTGTGGCAGCGACTTGGCAAGGACAGGTAATATAAAAACTGTAGTAGTTTTGTTGTGCCAAATACTGGAACCGGCACCTCTGTTCCATTGATTCTAACTATTTTTTCACATTATTTGGTACAAAATAACAGCAAGATCGCGATTGTATGAATTATGTGCTGCTAATTACTGGAAACCTCCTTCATTTGACTGCTGCAAGGAAGAGGGACCAGACCACCTTAAGTTGTGAGTCCCTCAATATCTTTTTTGTTTTAATTATTAATCTTTTTGATATAAACATGTATCTGTACCCATTTTTTGTGAAATTCTCTGTATTAATCATTCATGCGATACAAAAATACATGAGGTTGTAAATAGCCTAGGGAATACAATCAAAATAAGGAAACTATTCAACTCCTATATTTACTAGAAAAGGAAAGATTAAATATGATCGTCTCCTTAACTCTTTTACTTCAACCACCATGACAACTTTATAGCTCCTATTGTTGATGCATGGACAGTGATGTTGTGCAACATAAAAAACTTTCGGTGTTTATCGCTTGGTATATTAACTTTCGGTGGTATGTTGTGCAACACGATATCAAGGATCATGTGTTGACTACCTTTGCTTCATTTTAGATTCACTTGCATGGTGACAATGGAGATAGAAGAGGCCTCAAATATGATTATCGAGTTTATTGGGGAACCTCTGCCAAAGAAGAAAGATTCAGCGGATAGTGCAGCTGAGGCTGCATTTTGGTACCTGAAAGAGAAAGGTTACCTGCATAATGCTAAGGGTAACTGA

Protein sequence

>MS.gene57755.t1

ATRILLSGDHSERHALVGAEGISSDESVRDKYLAKAAELFTSKSMTGDSVSDPSSLEILKEPFFSAKLLRLIGILTSFRLQQNMKCIIFVNRIVTARSLSFILQKLELLRQWKSGFLVGVHSGAKIMSRKTMNAIVEKFRSGELNLLVATSVGEEGLDIQTCCLVIRFDLPETVASFIQSRGRARMPHSEYAFLVDSGNEKELAIIDGFEKDESRMNTEITDRTSSETYDIPVEKTFRVDSSGASVSSAYSISLLYQYCSKLPHDEFFDPRPNFFYFDDLGGTVCQITLPSNAPIHQIVGTSQLSMEDAKRDACLKAIEELHKLGALNDCLLPRQNDAEPEKVLGSSNSDEYADDISRGELYEMRVPSVFGQSWKNEKTVRLNSYYIKFSPTPKDRVYKNFGLFIMTRLPMEAEKLELDLHLAHGRSVMTKFIPFGVVEFNKDEIKMAENFQEMFLKIILDRLEFVSKFVELGAKSHTSTSTFYLLLPVILKEYDDVMKVDWKTVKRCLSSPIFRHPEVTSDKIVTSMDNHLLLANGYRSITDVENSLVYVPHTKFFFFVTNVIYEKNGFSLHKNSETSSFVDHLNEKFSINLKRPEQPLLHAKQLFNLHNLLHDRKNADDAEPHELEEHFVYFPPELCELKIIGFSKDIGSSISLLPSIMHRLGNLLVAIELRNHLSSSFPEAAEISAHRSAFPLKDLKCSVTLSLNLLSHAIFFCCTTAFMKETLPSKRSNIVNNSNLLKLAIKRNLQVYVRDQALDPIQFYALGRPCPRVCTKETEDSIHLCLDSGEEKRSATQIRCNKNHHWLHRKTISDVVEALVGAFIVDSGFKAAIAFLTWIGIQVNFEASQVVNICTGSVGYFPLSSEVDIPSLEGKLGHHFVHKGLLLQAFVHPSYNKHGGGCYQRLEFLGDAVLDYLITSYLYSAYPKLKPGQLTDLRSLSVNNKAFACVAVDRCFHEFLLCDSSALTRAIKKYADYIKRPVSDCDKNGGPNSPKALGDLVESCIGAIMTSFLDPIMKFSSSLQLSPVRDLQELCQSHNLELELLTSKLAKTFSVEAKVTGDGVDEKVSAASHNKKEAAKVASQLLFSKTKTLEDVLKSTYKTEPKLIGFDETPIDVKDTTTIEQVMVNGDLCNKSNAEICPIRDVSDASSSCVIRVAHLLQSSSKGKLTRSRLYELCAANYWKPPSFDCCKEEGPDHLKLFTCMVTMEIEEASNMIIEFIGEPLPKKKDSADSAAEAAFWYLKEKGYLHNAKGN