AlfalfaGEDB | MS.gene95638

M. sativa cultivar XinJiangDaYe / MS.gene95638

KEGG: K04040
GO: GO:0003674 GO:0003824 GO:0004659 GO:0005575 GO:0006725 GO:0006778 GO:0006779 GO:0006807 GO:0008150 GO:0008152 GO:0009058 GO:0009987 GO:0015994 GO:0015995 GO:0016021 GO:0016740 GO:0016765 GO:0018130 GO:0019438 GO:0031224 GO:0033013 GO:0033014 GO:0034641 GO:0042440 GO:0044237 GO:0044249 GO:0044271 GO:0046148 GO:0046408 GO:0046483 GO:0051186 GO:0051188 GO:0071704 GO:0110165 GO:1901360 GO:1901362 GO:1901564 GO:1901566 GO:1901576
PFAM: PF01040.21

Nr:

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Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene95638.t1	XP_013449186.1	98	343	7	0	62	404	36	378	1.30E-191	679.1

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Swissprot:

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Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene95638.t1	Q38833	87.0	338	42	2	67	404	52	387	4.7e-171	602.1

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Trembl:

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Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene95638.t1	A0A072U207	98.0	343	7	0	62	404	36	378	9.1e-192	679.1

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TFs/TRs:

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Gene ID	Type	Classification
No data available in table

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Protein Kinases:

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Gene ID	Type	Classification
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Network:

Co-expression Network:

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Gene1	Gene2	correlation coefficient	p_value	FDR
MS.gene049285	MS.gene95638	0.804829	1.79E-49	-1.69E-46
MS.gene049627	MS.gene95638	0.813071	3.08E-51	-1.69E-46
MS.gene050163	MS.gene95638	0.800973	1.12E-48	-1.69E-46
MS.gene050165	MS.gene95638	0.822375	2.45E-53	-1.69E-46
MS.gene050333	MS.gene95638	0.809576	1.77E-50	-1.69E-46
MS.gene050518	MS.gene95638	0.832094	1.15E-55	-1.69E-46
MS.gene05087	MS.gene95638	0.874275	7.67E-68	-1.69E-46
MS.gene050876	MS.gene95638	0.834492	2.90E-56	-1.69E-46
MS.gene051317	MS.gene95638	0.802688	4.98E-49	-1.69E-46
MS.gene054638	MS.gene95638	0.829895	3.98E-55	-1.69E-46

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PPI:

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Gene1	Gene2	Type
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Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene95638.t1	MTR_7g069210	97.959	343	7	0	62	404	36	378	0.0	684
MS.gene95638.t1	MTR_7g069210	97.668	343	7	1	62	404	36	377	0.0	678
MS.gene95638.t1	MTR_7g069400	95.312	64	3	0	159	222	1	64	8.53e-37	129
MS.gene95638.t1	MTR_7g069420	93.939	33	2	0	79	111	5	37	1.21e-13	66.2

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Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene95638.t1	AT3G51820	86.982	338	42	2	67	404	52	387	0.0	587

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Find 93 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE

CRISPR-Local

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CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
AAAAGAACTACCTTTAAAGG+AGG	0.568625	7.4:+34393277	None:intergenic
AAAGACTTGTGGAGCTATTA+AGG	0.297487	7.4:+34391825	None:intergenic
AAATTTCCATTGGAACGTTG+AGG	0.585558	7.4:-34393858	MS.gene95638:CDS
AACATGAACTTTAACTATGT+CGG	0.548479	7.4:+34397139	None:intergenic
AACTAATGTAACTTGCTCCA+AGG	0.574854	7.4:+34393147	None:intergenic
AACTGGTGGTTCAGTTGCGG+GGG	0.636432	7.4:-34400509	MS.gene95638:CDS
AACTTACAAAGCCTGTAACT+TGG	0.479729	7.4:-34394128	MS.gene95638:CDS
AACTTGGCCTCCATTAGTGT+GGG	0.467885	7.4:-34394112	MS.gene95638:CDS
AATCAGCTTCTTGGTATTAA+AGG	0.169896	7.4:-34396862	MS.gene95638:CDS
AATGACTTCAAAAGTGTTGA+AGG	0.433510	7.4:-34392518	MS.gene95638:CDS

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CRISPR-GE

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badsite warning	sgRNA_sequence	Strand	Position	Region	GC_content
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Chromosome	Type	Strat	End	Strand	Name
chr7.4	gene	34391461	34400610	34391461	ID=MS.gene95638
chr7.4	mRNA	34391461	34400610	34391461	ID=MS.gene95638.t1;Parent=MS.gene95638
chr7.4	exon	34400496	34400610	34400496	ID=MS.gene95638.t1.exon1;Parent=MS.gene95638.t1
chr7.4	CDS	34400496	34400610	34400496	ID=cds.MS.gene95638.t1;Parent=MS.gene95638.t1
chr7.4	exon	34397039	34397164	34397039	ID=MS.gene95638.t1.exon2;Parent=MS.gene95638.t1
chr7.4	CDS	34397039	34397164	34397039	ID=cds.MS.gene95638.t1;Parent=MS.gene95638.t1
chr7.4	exon	34396846	34396937	34396846	ID=MS.gene95638.t1.exon3;Parent=MS.gene95638.t1
chr7.4	CDS	34396846	34396937	34396846	ID=cds.MS.gene95638.t1;Parent=MS.gene95638.t1
chr7.4	exon	34394085	34394172	34394085	ID=MS.gene95638.t1.exon4;Parent=MS.gene95638.t1
chr7.4	CDS	34394085	34394172	34394085	ID=cds.MS.gene95638.t1;Parent=MS.gene95638.t1
chr7.4	exon	34393796	34393881	34393796	ID=MS.gene95638.t1.exon5;Parent=MS.gene95638.t1
chr7.4	CDS	34393796	34393881	34393796	ID=cds.MS.gene95638.t1;Parent=MS.gene95638.t1
chr7.4	exon	34393607	34393693	34393607	ID=MS.gene95638.t1.exon6;Parent=MS.gene95638.t1
chr7.4	CDS	34393607	34393693	34393607	ID=cds.MS.gene95638.t1;Parent=MS.gene95638.t1
chr7.4	exon	34393459	34393524	34393459	ID=MS.gene95638.t1.exon7;Parent=MS.gene95638.t1
chr7.4	CDS	34393459	34393524	34393459	ID=cds.MS.gene95638.t1;Parent=MS.gene95638.t1
chr7.4	exon	34393288	34393371	34393288	ID=MS.gene95638.t1.exon8;Parent=MS.gene95638.t1
chr7.4	CDS	34393288	34393371	34393288	ID=cds.MS.gene95638.t1;Parent=MS.gene95638.t1
chr7.4	exon	34393140	34393201	34393140	ID=MS.gene95638.t1.exon9;Parent=MS.gene95638.t1
chr7.4	CDS	34393140	34393201	34393140	ID=cds.MS.gene95638.t1;Parent=MS.gene95638.t1
chr7.4	exon	34392957	34393032	34392957	ID=MS.gene95638.t1.exon10;Parent=MS.gene95638.t1
chr7.4	CDS	34392957	34393032	34392957	ID=cds.MS.gene95638.t1;Parent=MS.gene95638.t1
chr7.4	exon	34392496	34392558	34392496	ID=MS.gene95638.t1.exon11;Parent=MS.gene95638.t1
chr7.4	CDS	34392496	34392558	34392496	ID=cds.MS.gene95638.t1;Parent=MS.gene95638.t1
chr7.4	exon	34392310	34392391	34392310	ID=MS.gene95638.t1.exon12;Parent=MS.gene95638.t1
chr7.4	CDS	34392310	34392391	34392310	ID=cds.MS.gene95638.t1;Parent=MS.gene95638.t1
chr7.4	exon	34391819	34391895	34391819	ID=MS.gene95638.t1.exon13;Parent=MS.gene95638.t1
chr7.4	CDS	34391819	34391895	34391819	ID=cds.MS.gene95638.t1;Parent=MS.gene95638.t1
chr7.4	exon	34391641	34391688	34391641	ID=MS.gene95638.t1.exon14;Parent=MS.gene95638.t1
chr7.4	CDS	34391641	34391688	34391641	ID=cds.MS.gene95638.t1;Parent=MS.gene95638.t1
chr7.4	exon	34391461	34391523	34391461	ID=MS.gene95638.t1.exon15;Parent=MS.gene95638.t1
chr7.4	CDS	34391461	34391523	34391461	ID=cds.MS.gene95638.t1;Parent=MS.gene95638.t1

Gene Sequence

>MS.gene95638

ATGGGTAGTAGAAACACCAGATCGGATTCCGACTGCAAATTTGGAGCTTTAATGTTCAAAAGTGGCGGTGGTCGGAGACAACTGGTGGTTCAGTTGCGGGGGACAAACGGTCTGGGTGGGGTTTGTTTGGTTCTGTTCATGTCTGCAAACAAGAAAGAATGAAACTGATGAAGACTTCTTGTTTCTAATGATACCGTGTTACTAATTTCTAAAACCATTGTTGTCTCAGATATGGGGGTGCATCCAGCAAAAACAAAAAAACTATTATTTGGGATTAAAATATGTTGCTTTTTTTTAATGGGATTTATTAACAACAAGTTGAAACCGGCAGTTGCCCTTCATTTCTTAACTTGTGCATGATGCACAAGTTTTACACTTGTGTAGGCTAAATGCCACCAAAAGTATCATACAGTAACCATTTTGTCTAATGTATACAAACAAAACTATCTTTCATCATGCACAATGATGTGATTTATAAATCAAATTAAATGGTAAAAATTAACTTGTGTATAATGTGAGATTTGTTTCATTTGTGCATTATAATATTATTTTGAAGGTGACAAATTTAGATTGTTGTTTATGCAAATGATAATTAAAGAGATATGTGTTATGAAGTGTTGGTTTGAGAACTTGGATAATATCTCTATCAAAATCTCATGTTCGATTCTCTCTTATGTCAATATCGATGGACTAATTTGACTTATTAAAAAAAAAATTAATGAGCTACGGGTATATTTATTACTGCTTATTTTGCTATTTAAAGGACTTTTGACACTTTTGATTTTTTTTTTTAAATGTTAACCAATGCTCGTGGGTAATGGTTAAGGAATCAAATATAATAGTATTTGCATTGAAAGTTGTATAGTCAATGCATCAAAAGTTTATAAGTGTCTTTTTCATCTTAAAATTTCATCATTTACCTTTCTTAACCAGTGTTCCAGGGGCACCGGTTAATTTGAGCCTCTTTTTTAAGATTTGACACTTTTGACTTGTGTTAAAGAAAATTGATTGTATGAATTGATTATGACTTTTATTATATTACTCTTTGTTTTTAGATATATTCAATGTTGTTTTTTCATATTTTGTAACAGACAATACTATTAATAAGAAAAACATTAAAAAAAAGATGTATCTAAGTTTTTTTTACCAATGATCTTTTATTTTTTTGAAGGATTTATCAATGATCTTATATTTTGGAACAAAGATATATTACAAGGGGTTCATATAATGAAGGACAAACAGGACCGGAAAAAAATTGAGTATTGTTTTGATTGTTTTATGTTATGTTTGGTCCGAAGACTTTCGATAGGATGGTTATATATGTCAATATGTAAGAGTCTTGATATAGATCAGTTACTTCGAGTGTCTACGATGGTTGATGTTTCACCTATTTAACAACAAGCTAAATAAACATGTGCATTATAGAGTGGAAATTTTGTGTCTATATAGATAAGGGTATCTATTGAAGGGTCCCCTCTCTCTTCATTTTTCTTTTCGGACCCTGCTTAATAAATCTTTTTTTTTTAGAAAAATATTGTTAAAATGTAACTATATTTATAGTATTTTTGAAATTCGTCAAAAAAAATAGCATCTTTGGAGTGTTAGATTGGAGGAACTATGTGCTTAATATGTATTGAGATTAAATATTTTATAAAATGTATGTTGTATACATTTAGAATCCATTTAAGCACCAAAATACATAGGCTTCATTGTGGATGTCCTTATGTTCACTTATTTTAAGTCGGTCAAATTTTAAACCGTTTTATGGAAACTTACTTGTTTATTTAAATAGTATTTAAGTATTAATTACAATTTTTTTTGGAACCTATGTGTAATTTTTGCATAATTTTGATGTATTATGTTACTATTCACAATTTTGACAAAGTTTCACAAAAATTCGTTTAAAAGTGATTTCAAGAACTACAAATTAGATAACTAGTATTGTTTTAAGGAAAATAATGTGTGGTACGAAAAAGTGGTCGACGAAAAACGAAGAAGCATGTAAATAAGCAGTTAGTATTTGATTGAATACCATTTTTGTCCTTCATATGTTTTTCTTTTGTCTTGCTAACGAGTATCTCCAAAACACTCTTTAGGATCCAAAATTAAGAAATCTATTACATTGAACACTCAAAATTTTATAAACATTTACTATTTAAGGTCCTTAAAAAGTGTCAAAAAAACACTAGTTAGTATTTCCATTTCTTACCACCTTAACCATGTATGACAAGTGTTTTCTTACTTCGTTAAAATTTTGTTGGAGTGCATGTCGCACTATATAGCATGCTCTTATTTTAATCTATTTTTAGTTTTTTTTTTAAGAGTTGAATCATAGAATTAATCATATATGTGTGTGTGTGAGTTTTAATATATTTTTAAGATTTTAAAAAAGTTGAAAGAATATCATATTATATATCCTATAATAATTGAATCACACTTCATTTGTTAAAAATATTTTATAGCTTATTTAATTTATAAAAGAAAAACAATGTATAACCACAAGTATAATTTTTATTGGATTAAATCAATATAGATTTTATACTTTGAAAATAAGATCCACATAAAGTGATAAGTCCTACAATAATTTCATCCTATAATAGAGAGAGTTATTAACACTTCTCCTTTAACAATAGCAATTTTACAATTGGACAATATAGCATTTTTGGGTAACCGTTGAAACCAAGACAACCCAATCAAAATATAGCAGTGTAAAGGAATCTTTTTTATTTGTTTATTACTAAATATTCACAAACCAATAGATAAATAAATAAATAAAAAGTTACACAATAAAGTTCATATTAAGTTTTTATTTATTTTTTTAAAAACTCATATTATGTTTGTGCCAAAAAATCTCATTAAGTTTTACTATGAAATCATCCATTTACTTACTAAAAGTACACACATTTTTTTAATAAAACACAAATTAAATTTATACAATATACTCTTGCTCAACTAGTTTAATAATTGTTTTTAAAATAATGTAAACCAAAGTTCTATTTATGTTTAACCCAACATGACAAACAAAATATCGGGCAAGAACCGGGTCGAACAGAACCCGGTTCGACCCATATAAGAAAAACATTTTATTTTACATTAAAAACTTTATCACAACAACCAAAAACATCGATAACACAAACTCGTGTCTTCAGTTCAGTGTGTGGCATCTCAAACCTCTTCAGTTGTCTTCAATGGCTTCACTTATTAACATGCTTTCAGTTTCACCAACAATATTGTCACCCTCAATTACAAGAACCTCTTCACTTCAAACACGACCAAATTTGTCACCTTTCTCGGTTTCCTTTAATAGTAAGTTGACTTTAAAAAAAGCACTTTTTTGTTACTTATAGAGTGAGCTTTTGTGTGCACAGAACACCCTTTTGAAAGTACTTTTCAATTATCATGTCAAATGTGTTTTTGACCAATCATGCATCTTTGTAGTTTTTTAGCTACCGACATAGTTAAAGTTCATGTTTTTATGTTTTATGATGTTGATTTTTCTTTGTTTGGTGTTTATGTGGACATTGCAGAGAGAAGATTAACTATTAGAGCAGCTGAAACTGATGCAAATGAAGGTTTTTTTTTTTTGTTGAATTTTGTGGTTTTATATTGCTGTTCATTTTTCATTATGTTTTGTGTTTTTACAGTTTGAAGTTTTGTTTTTTGGTTGTTTTAGCAGTTAAATCTGAGGCACCGGATAAGGCGCCTGCGAAAAATGGATCAAGCTTCAATCAGCTTCTTGGTATTAAAGGAGCTGCTCAAGAATCAGTGAGTGAACTTCAGCTTTATTGCTTTTTCTTTCCATTCTCTGATTTGGATTTGAAAGTTTGACTTCAATTTTCGTTGCGGATGGATGTTTAAAATGATCATAATTAGATTTTGAACCTGTTTGGATAAACAACTTAATTAAGCACTTTTAGCCTAAGTGTTTATGTATAAGTTATTTCTATAACAAAACATAATTTAAACTATTTTCATATAAGTTATAAGTTGTTTTCGTAAGTTATCCTGGAAAGGTTATTAAAGTAAGCTGAATATAATTTCTATATGACATATCTGATACCATCTTGGAATTTGTAATTGGGTCTAACACAACCACACAAAATTGGCTTGTGAGGTGAGGACTGCCCCCACTTATAAGTACTTGTTTAGGCTATATCACTTCCAATGTGAGACTCTTAACAGCACACATAATTTTGACCAATCACGTATGACAAGGTCAATACTCGTCTAGTTTGTTAACTTGGAGGCATAATCAAACTAAACATGGAAACTATAGAGATAAGGTCAATACTAGTATTTTAATTCTACAAGTTTCCTCACACAAAAGTGAAGGAGTCCTATGTAGATTTTCACTGAACCAGCCGAATCTGCACCTGAGTACACCTCTGATCCTTTATAATTTCCCTTTCTGAACAATAACCCTATCCAAAGGTTACCCTGTGATGCCTCAAGATTTTGTACCCTGCCTCCAAGCGCCCCTCATTTGATTTGATTATGAACCGAGTCACAACGCCGACCTGAAAATTGATATTCAGAGTTCAGGCAGGTTTGAGCTTGCTGCATCAACTTCCCCACAAGTCTCTGATTTCACCCAGTGTCAAAGGGGAACCTTTTAGTTTGAAACCAATTTTTGCAGGTTTACACCCCCAACATACCTGTGGTGAGTGGTCTTAGTAGGACTAATCTGTACTTCTTTTGAGAAGCAGAAATGCCGAGCCTTTTTCATACACCCTGCATGGTGCAAATTCTCAAGTTAACTCAGAATACCGTACAGTTAATGAGTCTTACGTCTCAAAATCGAGTAAACTTGCTTTCGCAACGGATTGAACGAGTCTTACATCTCAAAATGACAATGGTTCAATGTTTTTATAAAACCCAAAAGGCAACAATTGGATGTGATAAGGCTTAGTAGTACACAAACATTAACCTATGTTATAACACTTGACTACACAGATGCATCTAATATCCCAATTTAAATCCATCCACAAAGCAAGGGGTTATATTTTAGTTCGTCTCAATCCCATAGCTCCCAGCATAAACGAAGCCAAAATTAGAAAACATGAATAGACTCATCATTGCAACTTTGCAAGGAACCACCAAGTCAACAAGGTAAATGAACCTTATTCTGAGGGGATGACTCGACTGTGAGGAAAATCCAGAAAAGAAACACAGTATTTGCAAAATAGTTTGCACTGATGGACAGTGGGTCCACCGGATGTGAACATAAAAGGGTTTCTCGCTATTGATATCCAATCCCTGGCATAAGATGATGTTAATGTAGGTCTAAAGCCCATACTCAAGTTGGTATAAGAACTAGCTTTTGGTGTAGAGTTAGCTCAATGCACCCGCTCATGCCCAGGATTGGAGTCCAATAAAAAATCTAGGGTAGGCTTTGATGCTTATGATGTGGATTGTATACCTAATTCAACAAACTGAAACCTACCTAGCTCTATTGCTGAATCCAACTCCAATGATAGTAACCGGGCTAGTCCCACAATCCTCCATACTTCAGTAATTTTGAACATCGTAATCTCTCTTTTTTTTCCCATCAATTTTGAACTTGTTGTGTTCTTTGGTTTGACCTGGTATACTCACAAAGTCTTGTATTAGTAAACTCGTGTGGTCAAGAACCAAGGGTCCAAACAATGCTAAGCTGATCACACTACGTGATAGGACCCAACATATAGAGATAGAACTGGTGATGAATATTAACACTAAATCAATATGAAACACACGGAATAACCCCTTGTTACAATAAGCATAGATGTATGAACAACAAAGTAGACAATGGGTGTTATACTCACACCCTCCTCCCTCTTTGTATTCCTCATTATAGAATCTTCTTCCCCACTCCCAATTTTCCACCTGCCACTTTCTGTTGTTCCTCCCTCTTCTCCTGCTTCCACTGTCCTTGCTTATTGGGCCTATCAGTTTGTGAAATTCGGGTCCGGAAAAACATTAGCAAATTTCAATCCTACATGTCCTTGATGTTGTGATTTCTAGAAACTACATCATGAGATAAACCAGTTAAAATTCCCTAATAGATTACGTTTAAGTGGATGATCTTTGGCAACTTCGTGTTCTTTCTTGATGTTGAAGAAGCACGGACCAAAGAGAGCATAGTAATACTAATCTGCCTGGTACACTGTATAGTGTATACTAGTCTGAATTCATGTCTCCTGCAATCCATAAACGCCTATTAATTTGTTCTTACTCCTGCAATCCATCAACGCCTATTAATTTGTTCTTATTTTTATATACAATATTGCGAATTTAATTTGGTATTTTAGAACACACTGACTCAGAAAGTATAACTTTGGTTTTAAGTGACAACTGCAAGTTCATTGCTTTATTGCATAGTAAAGTTATAAAATGATAAAATTTAAGCTTTTGAAAAGTATCTGTATTTGATACTTTATTGTGTAATGTATTGTGCAGAATATATGGAAGATTCGTCTTCAACTTACAAAGCCTGTAACTTGGCCTCCATTAGTGTGGGGTGTAGTTTGTGGTGCTGCTGCTTCAGGTACTAATTTTTTGCATAACATTAAAATGCGACATGCATGGTCATAAAAAGTTTAGACCTGTGATTTGCTATGACAATTGTTTAAGAACATTAATTTCAAAGTTTAATATTCAATGCTTCATCTTCATGGTTTAGATTCATATGTGAATGTGATTTGTTACAACTTCTCAATGTTTTCTGAATAAACTATGCCCTTTGATAAGGAAATTTCCATTGGAACGTTGAGGATGTTGCTAAATCAATTTTGTGCATGATGATGTCTGGCCCATTCCTGACAGGATATACACAGGTAATATTCTTTTTTTTCTGATACAAAGTTTTACCGACTCCTATTGAATGGGAATATAAAACTGACAAAACATTGAATTGCTGTGCTGTTAATTCCTTTTAGACCCTGAATGATTGGTATGACCGAGAAATTGACGCAATAAACGAACCTTATAGACCAATTCCTTCTGGTGCAATATCTGAAAATGAGGTATCTTGTGAATCTGAGACTTACATGTCTTTTCCTTTTGTTACTTGTTTATTTGTTCATATTTTTGCTCAAAAATCTGCAGGTAATCACTCAAATATGGGTGCTACTACTAGGAGGTCTTACCACGGCCGGTATATTGGATATATGGGTGGGTACTCACTAAACAATTACAGGTTCCATCTCTTCAGAATGCAAATTTTCGGAAGCTTGGTTGCTCAAATTTTCTCCTTTACAGGCAGGGCATGATTTCCCTATACTTTTTTACCTTGCATTGGGTGGATCCCTGCTGTCGTATATATATTCTGCACCTCCTTTAAAGGTAGTTCTTTTAAAAATTTCTTCATTTTTTTTTTCTTTCTCTTTTGCCTTTGATGGTCATTTGACTAAGTTGTACATTTTTTCTAGTTAAAACAAAATGGATGGATTGGAAACTTTGCCCTTGGAGCAAGTTACATTAGTTTGCCATGGTGTGGTACCTTCTCTTTTGATAAGTCGTTGCTATATGTTTAAACTGTTATTATCCTTGTTATGTTCATTTACTTTTTGTTAATTCATTGATTTCGTTTTCAATTAGGTGGGCTGGTCAGGCTTTGTTTGGGACTCTTTCACCAGACATTATTGTTCTCACACTCCTATACAGCATAGCCGGAGTATGTACTATATTCTTCATGACATTTTGTTGGATATGATAATATATCAATATTGCCGTATTTAGATAAGTAGCTTAGTTAAGCTCTTGTAGCATACGCCATACAAGCTTATCATATAAGCGTGTTGTATAAATTATTTCTATAACAAAAGATGAAATAAAGTCAATTTTTTTCCTATAAGACATAAGTTGTTTTTATTAGCTATCCTAATTAGCTTATGGAAATAAGTTGAATGCAGTTTATGAACATGTCATAAGTTGTTTTCTTAAACTCTCCCAAACAGTCTCAAGTTTTTATGCCCGTAGATAAGTGCAAATAAGTCAATCCAAACAGACCCTATGTCAAACAGACCCTAAGTTCAAATAACATTGTTCCTAATTTTCTGTTTTACATTGCAGTTGGGAATCGCCATTGTAAATGACTTCAAAAGTGTTGAAGGAGATAGAGCTCTAGGGCTTCAGGTCTTTATTACTCTATTCTTTGCATCCAGTAACTCTAATCTGAACTTTTTCATTCATTCAAGTAGCTGCTACTAACTTTTCCTTTGACAATCTTGTTTGATTAGTCTCTTCCTGTTGCTTTTGGTTCTGAAACTGCAAAATGGATATGTGTTGGCGCTATCGACATTACACAATTATCTGTCGCTGGTACATTTTGATCCCTCAAATATACGCTAATAAATTATAATTACTCTATATTCTATCATGCTTTGACTGTTTTGCATGGTATTACAACAACAACGCTGGAAACTTTTCACCATATGAACATTTTTTTTTACCAAGTCACCGTATTAACATTAATTAACGCTGCAAAAGGTTTATGTTTTTCTTTTCTTTTATACATTTAATGACGCAAGAGCTAAGGGAAAAGCAAGCTACTCAATGAATAAATGCTTTTAATATTAAAATATAAATGTTGTGATTGAAACAGGTGAAATATCAATCTTCATATCTTTTCAAAAGCTTGTAACAAACAGCTGCTACTAGAACTTCATCTAAAATTTGTAATTGTTAGAATTAGAACTGTCTTGATCATTTTGGTGATTTTATATATGGTTACAGGATATCTACTTGGGGCTGGTAAACCGTATTACGCATTAGCTTTACTTGCCTTAATAGCTCCACAAGTCTTTTTTCAGGTAAAATACACAATTACACTCACAATGATAAGAAATAATTTACATTATGTGACATAGCGAAAGACACGTTAGACTGCTTTTATGTATTGTGGCATCATCTCATTCCTTCTTTTCATCTTTTGCCTTGCAGTTCAAGTATTTTCTCAAGGACCCTGTGAAATATGATGTTAAATATCAGGTATATGATGATAACCTCTAAAACTTCTTCGTCTAATCTATAAGCTTTATATATCAGTGCGACAATGTTAGTATGTTACATGACATCTTTTTTGAATAAATTTTCTTATGTTGCCAGGCTAGTGCACAACCATTTTTGGTTCTTGGTCTGTTGGTTACTGCTCTCGCAACAAGCCACTGA

Protein sequence

>MS.gene95638.t1

MGSRNTRSDSDCKFGALMFKSGGGRRQLVVQLRGTNGLATDIVKVHVFMFYDVDFSLFGVYVDIAERRLTIRAAETDANEAVKSEAPDKAPAKNGSSFNQLLGIKGAAQESNIWKIRLQLTKPVTWPPLVWGVVCGAAASGNFHWNVEDVAKSILCMMMSGPFLTGYTQTLNDWYDREIDAINEPYRPIPSGAISENEVITQIWVLLLGGLTTAGILDIWAGHDFPILFYLALGGSLLSYIYSAPPLKLKQNGWIGNFALGASYISLPWWAGQALFGTLSPDIIVLTLLYSIAGLGIAIVNDFKSVEGDRALGLQSLPVAFGSETAKWICVGAIDITQLSVAGYLLGAGKPYYALALLALIAPQVFFQFKYFLKDPVKYDVKYQASAQPFLVLGLLVTALATSH