AlfalfaGEDB | MS.gene32689

M. sativa cultivar XinJiangDaYe / MS.gene32689

KEGG: K03695
GO: GO:0000166 GO:0003674 GO:0005488 GO:0005524 GO:0005575 GO:0005737 GO:0006457 GO:0006807 GO:0006950 GO:0008144 GO:0008150 GO:0008152 GO:0009266 GO:0009408 GO:0009628 GO:0009987 GO:0017076 GO:0019538 GO:0030554 GO:0032553 GO:0032555 GO:0032559 GO:0035639 GO:0036094 GO:0042026 GO:0043167 GO:0043168 GO:0043170 GO:0044238 GO:0050896 GO:0071704 GO:0097159 GO:0097367 GO:0110165 GO:1901265 GO:1901363 GO:1901564
PFAM: PF00004.32 PF02861.23 PF07724.17 PF10431.12 PF17871.4

Nr:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene32689.t1	XP_003603307.1	99.3	980	7	0	1	980	1	980	0.00E+00	1762.7

Swissprot:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene32689.t1	Q8VYJ7	74.9	972	225	4	1	970	1	955	0.0e+00	1335.1

Trembl:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene32689.t1	G7J9V8	99.3	980	7	0	1	980	1	980	0.0e+00	1762.7

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.gene06778	MS.gene32689	PPI
MS.gene049405	MS.gene32689	PPI
MS.gene41623	MS.gene32689	PPI
MS.gene32689	MS.gene06534	PPI
MS.gene015097	MS.gene32689	PPI
MS.gene013215	MS.gene32689	PPI
MS.gene32689	MS.gene021811	PPI
MS.gene32689	MS.gene031135	PPI
MS.gene013187	MS.gene32689	PPI
MS.gene32689	MS.gene86083	PPI
MS.gene32689	MS.gene049185	PPI
MS.gene033069	MS.gene32689	PPI
MS.gene32689	MS.gene000515	PPI
MS.gene32689	MS.gene044439	PPI
MS.gene32689	MS.gene012897	PPI
MS.gene06302	MS.gene32689	PPI
MS.gene32689	MS.gene055539	PPI
MS.gene32689	MS.gene057532	PPI
MS.gene32689	MS.gene063483	PPI
MS.gene32689	MS.gene06260	PPI
MS.gene32689	MS.gene45242	PPI
MS.gene97588	MS.gene32689	PPI
MS.gene32689	MS.gene013434	PPI
MS.gene32894	MS.gene32689	PPI
MS.gene030500	MS.gene32689	PPI
MS.gene32689	MS.gene071279	PPI
MS.gene41649	MS.gene32689	PPI

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene32689.t1	MTR_3g106160	99.184	980	8	0	1	980	1	980	0.0	1993
MS.gene32689.t1	MTR_7g012820	72.881	885	239	1	85	969	77	960	0.0	1364
MS.gene32689.t1	MTR_7g012820	73.182	880	235	1	90	969	11	889	0.0	1360
MS.gene32689.t1	MTR_6g013660	71.445	886	246	2	88	970	76	957	0.0	1338
MS.gene32689.t1	MTR_4g109450	48.996	896	427	12	95	977	5	883	0.0	821
MS.gene32689.t1	MTR_4g109450	51.090	826	379	10	95	910	5	815	0.0	795
MS.gene32689.t1	MTR_7g028970	48.216	869	417	12	123	977	33	882	0.0	777
MS.gene32689.t1	MTR_8g100040	42.062	970	444	16	26	949	5	902	0.0	702
MS.gene32689.t1	MTR_3g498725	43.646	905	407	15	75	949	67	898	0.0	702
MS.gene32689.t1	MTR_3g102830	44.151	872	401	12	96	949	100	903	0.0	683
MS.gene32689.t1	MTR_3g098310	43.680	712	325	11	250	949	297	944	0.0	573
MS.gene32689.t1	MTR_3g098310	44.865	555	236	9	250	797	297	788	1.88e-148	460
MS.gene32689.t1	MTR_2g099075	40.347	461	258	5	489	948	4	448	1.05e-101	327
MS.gene32689.t1	MTR_3g461000	46.462	325	170	1	625	949	428	748	2.27e-98	328
MS.gene32689.t1	MTR_3g461000	37.621	412	239	7	96	493	5	412	3.80e-79	275
MS.gene32689.t1	MTR_2g006950	42.287	376	194	7	551	925	2	355	1.39e-83	282
MS.gene32689.t1	MTR_2g006950	34.348	230	119	7	731	954	350	553	4.69e-30	127
MS.gene32689.t1	MTR_6g048860	54.839	155	65	2	231	381	112	265	2.61e-46	170
MS.gene32689.t1	MTR_1g076440	59.140	93	38	0	713	805	150	242	5.18e-31	124
MS.gene32689.t1	MTR_3g029990	84.058	69	10	1	111	179	501	568	7.09e-27	117
MS.gene32689.t1	MTR_3g029990	84.058	69	10	1	111	179	501	568	7.84e-27	117
MS.gene32689.t1	MTR_1614s0010	39.306	173	93	4	728	899	1	162	9.62e-27	108
MS.gene32689.t1	MTR_5g098360	41.912	136	68	3	617	742	33	167	2.05e-23	98.6
MS.gene32689.t1	MTR_6g013600	50.000	86	43	0	878	963	11	96	3.35e-22	92.4
MS.gene32689.t1	MTR_2g029230	40.777	103	55	2	212	314	38	134	1.34e-16	77.8
MS.gene32689.t1	MTR_7g096480	36.719	128	48	2	620	747	1	95	7.32e-15	75.9

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene32689.t1	AT2G25140	80.694	922	164	4	56	970	41	955	0.0	1520
MS.gene32689.t1	AT5G15450	72.085	892	245	2	85	975	71	959	0.0	1349
MS.gene32689.t1	AT1G74310	50.060	835	391	8	123	948	33	850	0.0	816
MS.gene32689.t1	AT1G74310	50.941	797	365	8	123	910	33	812	0.0	790
MS.gene32689.t1	AT3G48870	44.661	871	398	13	96	949	87	890	0.0	709
MS.gene32689.t1	AT3G48870	44.432	871	400	12	96	949	118	921	0.0	707
MS.gene32689.t1	AT3G48870	44.432	871	400	12	96	949	118	921	0.0	707
MS.gene32689.t1	AT3G48870	44.432	871	400	12	96	949	118	921	0.0	707
MS.gene32689.t1	AT5G50920	44.598	870	399	10	96	949	98	900	0.0	707
MS.gene32689.t1	AT4G14670	52.120	566	249	6	188	750	76	622	0.0	550
MS.gene32689.t1	AT5G51070	49.408	338	163	2	629	958	594	931	8.60e-105	349
MS.gene32689.t1	AT5G51070	38.514	444	234	9	96	501	83	525	9.32e-80	280
MS.gene32689.t1	AT3G45450	35.211	355	169	9	96	439	5	309	5.66e-46	169
MS.gene32689.t1	AT4G30350	23.826	575	350	23	270	827	233	736	8.88e-13	73.2

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
24279	gene	36565	44022	36565	ID=MS.gene32689
24279	mRNA	36565	44022	36565	ID=MS.gene32689.t1;Parent=MS.gene32689
24279	exon	36565	36834	36565	ID=MS.gene32689.t1.exon1;Parent=MS.gene32689.t1
24279	CDS	36565	36834	36565	ID=cds.MS.gene32689.t1;Parent=MS.gene32689.t1
24279	exon	37327	37545	37327	ID=MS.gene32689.t1.exon2;Parent=MS.gene32689.t1
24279	CDS	37327	37545	37327	ID=cds.MS.gene32689.t1;Parent=MS.gene32689.t1
24279	exon	37622	37859	37622	ID=MS.gene32689.t1.exon3;Parent=MS.gene32689.t1
24279	CDS	37622	37859	37622	ID=cds.MS.gene32689.t1;Parent=MS.gene32689.t1
24279	exon	38413	38608	38413	ID=MS.gene32689.t1.exon4;Parent=MS.gene32689.t1
24279	CDS	38413	38608	38413	ID=cds.MS.gene32689.t1;Parent=MS.gene32689.t1
24279	exon	39330	39384	39330	ID=MS.gene32689.t1.exon5;Parent=MS.gene32689.t1
24279	CDS	39330	39384	39330	ID=cds.MS.gene32689.t1;Parent=MS.gene32689.t1
24279	exon	40198	40348	40198	ID=MS.gene32689.t1.exon6;Parent=MS.gene32689.t1
24279	CDS	40198	40348	40198	ID=cds.MS.gene32689.t1;Parent=MS.gene32689.t1
24279	exon	41012	41320	41012	ID=MS.gene32689.t1.exon7;Parent=MS.gene32689.t1
24279	CDS	41012	41320	41012	ID=cds.MS.gene32689.t1;Parent=MS.gene32689.t1
24279	exon	41514	41779	41514	ID=MS.gene32689.t1.exon8;Parent=MS.gene32689.t1
24279	CDS	41514	41779	41514	ID=cds.MS.gene32689.t1;Parent=MS.gene32689.t1
24279	exon	41876	42805	41876	ID=MS.gene32689.t1.exon9;Parent=MS.gene32689.t1
24279	CDS	41876	42805	41876	ID=cds.MS.gene32689.t1;Parent=MS.gene32689.t1
24279	exon	43714	44022	43714	ID=MS.gene32689.t1.exon10;Parent=MS.gene32689.t1
24279	CDS	43714	44022	43714	ID=cds.MS.gene32689.t1;Parent=MS.gene32689.t1

Gene Sequence

>MS.gene32689

ATGGCAACTAGAAGAACTACAAAACTAACCAAATCAGTTTTCGCCGCCGTAACTGCTTCTAGAACCAGAACCCCTCTCACTCGTTCTCTTTCCGCTCCACTCTTCAACGGTAGCTTCCTTCACCCTTCACAAAACGCGAGAAAACCTCTTTCACGTTCTCAGATTATCGACCGAACCACCAATGTCGCCTCCGCGAAGTTCCTCTCCCACTCTTTCACTCGAAATTTTCACGCCTCTACTCCTTCTTACCGCTCCGCCGGAGCTTCTCAGGTTTCTCCACTCCTTCCACTCTTTCCCTAATTTCATTTTTAGAGCGTTGCTTCAATTATATAGTTTAGTTAACAAGTTGATTTTGTTGTTACCGATTAATCTTGAAATTCATACGCAATGTATAAAATCAGTGTCCTGTAATTTTGCAAGTTGCATCCTAATTAGACAGTTGAACTCATTAGGAATTATTGTTCTAATATAATTCAGCTAATTTATTTTTTAAAGTAGAATAAAATTGACAAATAAGTTTCCCTTAAGCACAAATCAACGAAGGCTTCATAGACATTTGATATGCTGCGGAATTGGTTCGAATCCGCAGCTCTCCACTTCTTAGCACTTAAGGTGTGTGAGTTTCGCCTCCAGGGTCACTAGAACAAAATAAAATGACAAATATGTTAATAGTGAAGGGTTGAGCATAGAATTCGGCATTTTAAGAGAAAATTTCAGTACAAGTTGATGATATGTTTTCTATTCTGGTTCACTCTTAATCAGATATCACAGACGGAGTTCACAGAAATGGCTTGGGAGGGTGTTATTGGTGCCGTTGATGCTGCACGAGTCAATAAACAACAAATTGTGGAGTCCGAGCATTTAATGAAAGCCCTCCTGGAGCAAAGGGATGGTTTGGCTCGAAGGATATTTACAAAGGCAGGATTGGACAATACGTCAGTTCTACAAGCTACTGATAACTTTATAGCTCAGCAACCTAAGGTGTGTTACTGTGTTTACTGGCAACCTACTTCAGTTGATACTTTAGAAAATTCTTACCTGCTGTTTTATTTGGCAGGTTACAGGTGACACTTCTGGTCCTGTAATTGGCTCGCATTTTAGCTCGATCTTGGACAACTCTCATAGGCACAAGAAAGAAATGGGTGATGAGTATGTGTCTGTGGAACACCTTTTGCTAGCATTTCATTCAGATAAGAGGTTTGGGCAACAGTTATTTAAGAATCTTCAGCTTAGCGAGAAGACTTTGAAGGATGCTGTACAGGCTATTCGTGGAAGTCAAAGAGTAACCGATCAAAGTACGCATTTACATTTTAAGGTTTCTTATTTTTAGAAGAAAGATGAAAGGGCATGATTAGTTCTATATTGTTAAGAGCTGAAAATTATTAAAATTTAAAAATACACTTAAAACCAAATCGCAATAGAAGTATAAAAATGTATTGAGTTTGACAGGATGAAAATAAAAAGAGTCATGTTTGTTTATGATTCTTTTAATATGGTGTAATTGCAACTAATAACACCTAAGTACTGAATTATAAACTGGCATCATATTAATATAAAGGAACCTCTTGTTTCAATCAATTTCCGTGCGACTATAGTGCACATTGATTGCCTTTGTGCTCGATCCTTGATCAGATTTCTGGTTATGAATCAAAACCTGATTTTGATGCTCAAATCTTTAGCTGTCCCCCTTCTCTTCCATTTAATATGTCTACATTATTGCTTGAATTATGTAGTTTTCTTGAGAAATTACAATTTTATCTTACCGGTATCCTTTCTAGTTGCTTTTGTTTGTCGGTCGGTAGTTCTGAGTAACGATTTTTATTATTGTTGTGAAATAATTCTGTACAGATCCTGAGGGGAAATATGAAGCATTGGACAAGTACGGGAACGACCTGACGGAACTTGCTAGGCGTGGCAAGCTTGATCCTGTCATAGGCCGAGATGATGAGATTCGGCGCTGTATCCAGATATTATCAAGAAGAACGAAGAATAATCCAGTTATTATTGGTGAACCTGGTGTGGGGAAAACTGCAATTGCTGAAGGGTTTGTCTAACATAATTTTATACCAATTCTTTCAAATGTGTCATCTAACAGCTAATAACACTTATTCTAGTTGTTACTGTTCTCTGTGTTCGTCCCTTATTCTCTGTGCATATTTTTCCTTTATGCATTGTTTTGGTTTTTCACATGCTTAGTAGTATTGAGTTAGGGGTTATAGGTAATTCATCATGTATGCTTAGAATTCATTTTGTTCGTGTATTTTGGATTCCGAATTTATTTGCCTGTAACATCCTCTTTTGAATATAGTCTTTCCCAATAACAGGAAGCATGTCTTGTTTTATCTGAACACAATGTTTTGATTACCATGAGATTTTGTTGTCTGTGCCACTTCTAACATGTGTTTATAACATCTTCAATGGAATTAAGTTAACTAGTCAAAGTCTTGAATCATGGATTCATCCTTAAGCATGTAATATGTCCTGGATTTTCTTATGTACACTTATTTTGTGTAATTGCAATGAGCTTTGGAAATACAAATGGAATATATGGATTGCAAACATAGAACATGCTTTTGGAGTAATATTTTTGAATCAAACTGCTTCAAGTTCTAACACAGTTGAGAAAGTGCAACAATTTGAATATACGTTGATTGATTTAGAGTGGCAGTAGCGTATGTTTTCAATGCTGAACTATATGTTACCTTTGTTGCATGTTTCATATCCTATCACTTGATTATGCTAAGTTTTTTTTCATCGTTTTGCAGATTAGCACAACGTATAGTGCGTGGAGATGTTCCAGAGCCATTGATGAACAGGAAGGTTAAACTCCTATTTTCTCTCTTCACTCAATCATATAACGATAATATAAATTGAGTTACTTGTTTGATGTAGTGTCAAGTCTCAGTGCAGGTTGATTGTGTTAATTATTTTGAAAAGGTCTAATTACTTTGTGGTGGTGCCATGTTTTTCCGAAACCCTAAAATTATTTTTCTTACATTGAAAGTAGTACGGTTTACTTTGTTCCTGTAACTTCAAAGAATGAGCACAGAACCTAGATACTTTATAATTTGTAGACAGTACCCACCATTCACTGCCACCCCACTCACCCACACACAAATATAAAGAAGATATCCTAGATATTTTGAAATACTAAGCATGTTTCTGCTTAAAAAACAACAACTAAGCATGCATCTTACATTGAAAACAGACATTTGAGGTGGAGCGAATAATGTTATTTGAGAATGCCTTGGTTGCAAATAGTTGTCCCGCAAAAATGTTTATTTTTCCTATTTGAGACTCTAGCAGTTTCATTGACCCTCATCAAGCTTTTTGTTTGGGCTCTTAACAAATTATGAATTTATCATTCACCTTAGAAAATCTTATTGGGCGGTATACATTGTTTTTTTATATAGGAGTGTGATATTATAATTAAGAGGGCCATGTTGCTGTAAAGCTCTTCCTAATCTTTAACAAGCAGAATCTAAGGAAGAATTTGACCCTCTATGGGTGTCTAAAGTTACAGTTGGCAGCCTTTCTAGGGATTTAATATTTTTGTTTAAATTGCTAGGGATTTAGTAATATTTTTGTTTAATTTGGTATTGAACTTTTGCTTTTACACTTGGTGCTTTGTAGTTGATCTCCCTTGATATGGGTTCATTGCTTGCTGGTGCCAAGTTTCGTGGAGATTTCGAAGAAAGGTTGAAAGCTGTCCTGAAGGAAGTTACAGCATCAAATGGGCAAATAATTTTGTTTATTGATGAAATACACACTGTTGTAGGGGCAGGTTGGTGTCTTGTTCTTGTTCTCGTTCTCCAGCTGCACAAGTTATAATTCAATGTTGAGAATGTTGTGCACTTTCATGGTATTAAATCCTCAATAACTTAGTAGTCTAGAGTTGGATCCACTCATGACCTTTTTCTAATTAAATAGTTTAGTTTAAGACTTCTAGCACAAGATAGGCAAACTTATGTGTTGTCCATGGAGGATCTTGTGTGACGGTGTGTTGGAGATGTAATATAGAGTTTGTGTCTTTAGCTCACAGCTTAAACTTTTCAGATAGTTGGTGTATAGTAGGACACCAGTCATCACAACCTACCTCCAGAACATCCGTCCCTAAATATCAGGAATGTTTAAATCTGTTCTTGGTTATAATCAATTAATGTACATAATTGATCTCTTCTGTCAAACCAACTGACTGAAAAAAGTATTGCAGCAAACAACTGTCTGTACTCTATAATAAATAATAAATAACAAATATTTTAATTATTTTAACACCAAAAAAATTCTGTTTTAAGTTTGTAGATTTGCCTTTGATGATTAACTGTACCTTCAACAAGACTGGGGTGACTTTCTAATTCATCAATCATCGTCCTCCCTAGTTTTGTTCCAGCTCTTCAATTCAACCAATTAGTAATATGGTGTTTTTTGTCATTTGGTTCACTAATAGGGGCTACAAGTGGTGCAATGGATGCTGGGAACTTGTTGAAGCCAATGCTTGGAAGAGGCGAACTTCGATGTATAGGAGCAACTACATTGAATGAATATAGAAAATACATTGAGAAGGATCCTGCACTTGAACGTAGATTTCAACAAGTATTTTGCTGTCAACCATCTGTTGAAGATACAATATCTATTCTCCGCGGGTTGCGTGAGCGCTATGAATTACATCACGGAGTCAAAATATCAGATAGTGCACTTGTTTCAGCTGCAGTTCTTGCAGATCGATACATCACGGAACGCTTCCTACCAGACAAAGGTAGGTTTTGGCTCTAGCATTTATACGACAGGAATTGACTCATTATCACAGTTTATTTTGGTGTTAACTTTACTATTTTGGATTTCTAGTCCTACTAAACTAACATGAAATTTTCATACTTGTTGCCATCAAGTTGGAAGGTTTTCTGGTTGATTTGTTTATTCTAATACGTAATTAAATTTCTTCCTTTCAGCTATCGATCTTGTCGATGAAGCTGCTGCAAAGCTGAAGATGGAGATCACCTCTAAACCAACAGAATTGGATGAGATAGATAGAGCTGTCTTGAAGCTGGAGATGGAAAAACTCTCTTTGAAAAATGACACCGACAAGGCATCTAAAGAAAGACTAAGTAAGCTTGAAAATGATCTGAGTTTACTTAAACAGAAGCAAAAAGAATTGGCAGAACAATGGGACAGCGAAAAAGTTTTGATGACTCGAATAAGATCAGTCAAAGAAGAGGTAATATTTGGTTTTTGTGTTGCCATTAGCATAAATCCCCCCATCCCATGACTACTCGATAAATTTATGGTTCTGACATGTTTTAAGCATGTTTAGATTGATAGAGTCAACCTAGAGATGGAAGCTGCTGAGCGTGATTATGACCTGAACCGTGCTGCTGAGCTTAAGTATGGAACTTTGATGTCCCTTCAGCGCCAATTGGAAGAAGCTGAAAAAAATCTAGCTGAGTTCCAAAACTCTGGACAATCTTTTCTTCGTGAAGAGGTCACCGACCTTGATATTACAGAGATTGTAAGCAAATGGACTGGTATACCACTATCAAACCTCCAACAAACTGAGAGAGAAAAGTTAGTTTTTCTAGAACAGGTTCTTCATAAAAGGGTGATTGGTCAGGATATTGCTGTAAAATCTGTGGCCGATGCAATTCGCCGTTCAAGGGCTGGATTGTCCGACCCAAACAGGCCAATTGCAAGTTTTATGTTCATGGGCCCAACTGGTGTCGGAAAAACCGAGCTTGGCAAAGCTTTAGCCAATTACTTGTTTAACACAGAAAATGCTCTTGTTAGAATCGATATGAGTGAGTATATGGAGAAACATGCTGTTTCACGTTTAGTTGGGGCACCTCCTGGTTATGTTGGTTATGAAGAAGGTGGACAGCTAACTGAAGTGGTCCGCAGGAGACCCTACTCTGTGGTACTATTTGATGAAATAGAGAAAGCACATCACGACGTCTTTAATATCTTGTTACAATTGTTGGATGACGGACGGATTACTGATTCTCAAGGAAGGACTGTTAGCTTCACAAATTGTGTTGTGATTATGACTTCAAACATCGGCTCCCATCACATACTTGAAACCCTAAGTAGTACACAAGATGACAAAATTGCAGTTTATGATCAGATGAAAAAGCAAGTTGTTGAGTTGGCTAGGCAAACATTTCGTCCAGAGTTCATGAATCGCATTGACGAGTATATAGTTTTCCAGCCTTTGGATTCCAGTGAGATAAGCAAAATAGTGGAGCTTCAGGTAATGTGCTCATGCTATCTTTGACAACCTCATTCACTTATTTCTTTCCTTTCCTTGGTATCCTTAGGAATTTTCTCGTAATTCTAATTTAAATTAGGACTAAACACAGGTGTTGTTCTAACGGTTCTGTTCCTGCTGTTCTTTTATCAAAGTAGGAAATGTGGAGATAAATAGTTGGTTCTGGTGTTTTGTTTTTTTATCTTGTAAATGAACATTTCAGAGGTCCCACTCTGATTGCAGAACAGCGCAAACAACACCAACAGAACAGCATCTTTGTTTTGTCATTTAAATAGCTGTATGCGTAAAAACTATTATAGGATCTTGGGAAAAGGGTTGAATAAACAGATAGTTTCTTGTGTGTTGTGATGTGGTACAAAATGCTAACAAGTAGTCGCCTATTTTTATATTGATACTCTAGCTATAAAATTCTAATTAAATAAGGAAACAAAAATAACTTAGAGACAAAATAGAATCTGTTAGATTTGTTATGAAAAATAATAGAATATGTTAGGTTCCTATGATGTGAACCAAGGGAAATGTACCAAAAAGAGAGAAATATAGGAAATGAGTGCATCAATAAAGCAAGAAGAAGAAAAAAGAATCTGACATGCTTGTCAGCTAATTGAAGTTGACTTGCTTGACAGCTAAAGCAATTTTGCCTAGATGCTTATTTTGGTTGATGCTGATTTAAAATGTTAACTTTTCTTTACTGGATAGTAAAACGCTTAAAGTGAAACATTGCTCTCTCTTGAATTCTTCTTCAGAGTTGGGGGTTCACCAATTACCATTATCAAAAATTCAAATTAAATTATTATTTAGTTGATATAGTGTAAACTTTTCTGTTTGTGTTTGATTCCTACTAGTTGCCGAAGATGCATTGGTTAAATGTGTTTGCTTTTCTGCTGCAGATGGAAAGAGTGAAGGGCAGGCTCAAACAGAAGAAAATTGATCTTCATTATACTGAAGAAGCTGTTAAACTTCTTGGTGTGTTGGGTTTTGATCCTAACTTTGGGGCAAGACCAGTTAAAAGAGTAATACAACAATTGGTTGAGAATGAAATTGCAATGGGAGTTCTAAGGGGAGATTTCAAAGAAGAGGATTCAATTATTGTTGATGCCGATGATACTCCATCAGGCAAGGAACGTCCCCCCTTAAATAAATTGATTATTAAGAAGCAGGAGAGCCTTGTTGCGGATGCCATGGTTGCCAATGACTAA

Protein sequence

>MS.gene32689.t1

MATRRTTKLTKSVFAAVTASRTRTPLTRSLSAPLFNGSFLHPSQNARKPLSRSQIIDRTTNVASAKFLSHSFTRNFHASTPSYRSAGASQISQTEFTEMAWEGVIGAVDAARVNKQQIVESEHLMKALLEQRDGLARRIFTKAGLDNTSVLQATDNFIAQQPKVTGDTSGPVIGSHFSSILDNSHRHKKEMGDEYVSVEHLLLAFHSDKRFGQQLFKNLQLSEKTLKDAVQAIRGSQRVTDQNPEGKYEALDKYGNDLTELARRGKLDPVIGRDDEIRRCIQILSRRTKNNPVIIGEPGVGKTAIAEGLAQRIVRGDVPEPLMNRKLISLDMGSLLAGAKFRGDFEERLKAVLKEVTASNGQIILFIDEIHTVVGAGATSGAMDAGNLLKPMLGRGELRCIGATTLNEYRKYIEKDPALERRFQQVFCCQPSVEDTISILRGLRERYELHHGVKISDSALVSAAVLADRYITERFLPDKAIDLVDEAAAKLKMEITSKPTELDEIDRAVLKLEMEKLSLKNDTDKASKERLSKLENDLSLLKQKQKELAEQWDSEKVLMTRIRSVKEEIDRVNLEMEAAERDYDLNRAAELKYGTLMSLQRQLEEAEKNLAEFQNSGQSFLREEVTDLDITEIVSKWTGIPLSNLQQTEREKLVFLEQVLHKRVIGQDIAVKSVADAIRRSRAGLSDPNRPIASFMFMGPTGVGKTELGKALANYLFNTENALVRIDMSEYMEKHAVSRLVGAPPGYVGYEEGGQLTEVVRRRPYSVVLFDEIEKAHHDVFNILLQLLDDGRITDSQGRTVSFTNCVVIMTSNIGSHHILETLSSTQDDKIAVYDQMKKQVVELARQTFRPEFMNRIDEYIVFQPLDSSEISKIVELQMERVKGRLKQKKIDLHYTEEAVKLLGVLGFDPNFGARPVKRVIQQLVENEIAMGVLRGDFKEEDSIIVDADDTPSGKERPPLNKLIIKKQESLVADAMVAND