AlfalfaGEDB | MS.gene20181

M. sativa cultivar XinJiangDaYe / MS.gene20181

KEGG: K01961
GO: GO:0000166 GO:0003674 GO:0003824 GO:0005488 GO:0005524 GO:0008144 GO:0016874 GO:0017076 GO:0030554 GO:0032553 GO:0032555 GO:0032559 GO:0035639 GO:0036094 GO:0043167 GO:0043168 GO:0043169 GO:0046872 GO:0097159 GO:0097367 GO:1901265 GO:1901363
PFAM: PF00289.25 PF02785.22 PF02786.20

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.gene20181.t1	XP_003630608.2	98.2	543	9	1	1	543	1	542	4.60E-306	1059.7

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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.gene20181.t1	B9N843	86.2	537	55	7	1	532	1	523	8.6e-261	900.6

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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.gene20181.t1	G7LIV6	98.2	543	9	1	1	543	1	542	3.3e-306	1059.7

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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
No data available in table

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Network:

Co-expression Network:

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Gene1	Gene2	correlation coefficient	p_value	FDR
MS.gene058027	MS.gene20181	0.843555	1.30E-58	-1.69E-46

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PPI:

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Gene1	Gene2	Type
MS.gene011327	MS.gene20181	PPI
MS.gene014383	MS.gene20181	PPI
MS.gene025314	MS.gene20181	PPI
MS.gene033288	MS.gene20181	PPI
MS.gene057448	MS.gene20181	PPI
MS.gene057450	MS.gene20181	PPI
MS.gene064795	MS.gene20181	PPI
MS.gene20181	MS.gene52807	PPI
MS.gene20181	MS.gene057449	PPI
MS.gene20181	MS.gene48333	PPI

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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.gene20181.t1	MTR_8g101330	98.158	543	9	1	1	543	1	542	0.0	1102
MS.gene20181.t1	MTR_1g071610	47.228	451	237	1	73	522	44	494	1.27e-136	414
MS.gene20181.t1	MTR_3g073860	29.074	540	308	9	40	513	10	540	1.42e-63	226
MS.gene20181.t1	MTR_3g073820	29.264	516	295	8	64	513	7	518	3.08e-63	225

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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.gene20181.t1	AT5G35360	82.746	539	81	6	1	534	1	532	0.0	891
MS.gene20181.t1	AT5G35360	82.103	542	87	5	1	537	1	537	0.0	889
MS.gene20181.t1	AT5G35360	82.565	499	76	6	1	494	1	493	0.0	822
MS.gene20181.t1	AT1G03090	47.661	449	233	2	74	520	38	486	2.42e-142	428
MS.gene20181.t1	AT1G03090	46.102	449	220	3	74	520	38	466	1.47e-132	402
MS.gene20181.t1	AT1G36160	29.903	515	291	8	65	513	28	538	2.11e-64	228
MS.gene20181.t1	AT1G36160	29.903	515	291	8	65	513	28	538	2.11e-64	228
MS.gene20181.t1	AT1G36180	29.515	515	293	8	65	513	130	640	5.70e-63	224
MS.gene20181.t1	AT1G36180	30.375	293	162	5	65	325	130	412	2.64e-34	135
MS.gene20181.t1	AT1G36180	30.576	278	157	4	65	310	130	403	3.29e-34	134

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Find 139 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
AAACTTCACCTTATTGGTTC+CGG	0.366780	4.4:-4118521	None:intergenic
AACAGCAATCTCGCCTCGAT+TGG	0.496053	4.4:-4118635	None:intergenic
AAGAGCATCTTTATCAATGG+TGG	0.559896	4.4:-4118710	None:intergenic
AAGCAATTGAACGCATGAAA+AGG	0.450014	4.4:+4125184	MS.gene20181:CDS
AAGCATCTTCTGCATTGATA+CGG	0.524332	4.4:-4123615	None:intergenic
AAGGGATTTAGACCAGGGCC+AGG	0.565890	4.4:+4123640	MS.gene20181:CDS
AAGGGTTTATTTGCGGCGAG+AGG	0.602268	4.4:+4118451	MS.gene20181:intron
AAGGTGGTGACAGAACCAGC+TGG	0.708140	4.4:+4126278	MS.gene20181:CDS
AATAACCCCTTTCATCCAAA+AGG	0.500978	4.4:-4122765	None:intergenic
AATAATTTCACAAACTCTTT+AGG	0.243552	4.4:-4120731	None:intergenic

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CRISPR-GE

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badsite warning	sgRNA_sequence	Strand	Position	Region	GC_content
No data available in table

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Chromosome	Type	Strat	End	Strand	Name
chr4.4	gene	4118289	4126313	4118289	ID=MS.gene20181
chr4.4	mRNA	4118289	4126313	4118289	ID=MS.gene20181.t1;Parent=MS.gene20181
chr4.4	exon	4118289	4118345	4118289	ID=MS.gene20181.t1.exon1;Parent=MS.gene20181.t1
chr4.4	CDS	4118289	4118345	4118289	ID=cds.MS.gene20181.t1;Parent=MS.gene20181.t1
chr4.4	exon	4118454	4118788	4118454	ID=MS.gene20181.t1.exon2;Parent=MS.gene20181.t1
chr4.4	CDS	4118454	4118788	4118454	ID=cds.MS.gene20181.t1;Parent=MS.gene20181.t1
chr4.4	exon	4119040	4119181	4119040	ID=MS.gene20181.t1.exon3;Parent=MS.gene20181.t1
chr4.4	CDS	4119040	4119181	4119040	ID=cds.MS.gene20181.t1;Parent=MS.gene20181.t1
chr4.4	exon	4119686	4119784	4119686	ID=MS.gene20181.t1.exon4;Parent=MS.gene20181.t1
chr4.4	CDS	4119686	4119784	4119686	ID=cds.MS.gene20181.t1;Parent=MS.gene20181.t1
chr4.4	exon	4119898	4119954	4119898	ID=MS.gene20181.t1.exon5;Parent=MS.gene20181.t1
chr4.4	CDS	4119898	4119954	4119898	ID=cds.MS.gene20181.t1;Parent=MS.gene20181.t1
chr4.4	exon	4120686	4120757	4120686	ID=MS.gene20181.t1.exon6;Parent=MS.gene20181.t1
chr4.4	CDS	4120686	4120757	4120686	ID=cds.MS.gene20181.t1;Parent=MS.gene20181.t1
chr4.4	exon	4121233	4121322	4121233	ID=MS.gene20181.t1.exon7;Parent=MS.gene20181.t1
chr4.4	CDS	4121233	4121322	4121233	ID=cds.MS.gene20181.t1;Parent=MS.gene20181.t1
chr4.4	exon	4122018	4122077	4122018	ID=MS.gene20181.t1.exon8;Parent=MS.gene20181.t1
chr4.4	CDS	4122018	4122077	4122018	ID=cds.MS.gene20181.t1;Parent=MS.gene20181.t1
chr4.4	exon	4122634	4122819	4122634	ID=MS.gene20181.t1.exon9;Parent=MS.gene20181.t1
chr4.4	CDS	4122634	4122819	4122634	ID=cds.MS.gene20181.t1;Parent=MS.gene20181.t1
chr4.4	exon	4123423	4123515	4123423	ID=MS.gene20181.t1.exon10;Parent=MS.gene20181.t1
chr4.4	CDS	4123423	4123515	4123423	ID=cds.MS.gene20181.t1;Parent=MS.gene20181.t1
chr4.4	exon	4123580	4123661	4123580	ID=MS.gene20181.t1.exon11;Parent=MS.gene20181.t1
chr4.4	CDS	4123580	4123661	4123580	ID=cds.MS.gene20181.t1;Parent=MS.gene20181.t1
chr4.4	exon	4123964	4124070	4123964	ID=MS.gene20181.t1.exon12;Parent=MS.gene20181.t1
chr4.4	CDS	4123964	4124070	4123964	ID=cds.MS.gene20181.t1;Parent=MS.gene20181.t1
chr4.4	exon	4125156	4125231	4125156	ID=MS.gene20181.t1.exon13;Parent=MS.gene20181.t1
chr4.4	CDS	4125156	4125231	4125156	ID=cds.MS.gene20181.t1;Parent=MS.gene20181.t1
chr4.4	exon	4125616	4125662	4125616	ID=MS.gene20181.t1.exon14;Parent=MS.gene20181.t1
chr4.4	CDS	4125616	4125662	4125616	ID=cds.MS.gene20181.t1;Parent=MS.gene20181.t1
chr4.4	exon	4125776	4125838	4125776	ID=MS.gene20181.t1.exon15;Parent=MS.gene20181.t1
chr4.4	CDS	4125776	4125838	4125776	ID=cds.MS.gene20181.t1;Parent=MS.gene20181.t1
chr4.4	exon	4126248	4126313	4126248	ID=MS.gene20181.t1.exon16;Parent=MS.gene20181.t1
chr4.4	CDS	4126248	4126313	4126248	ID=cds.MS.gene20181.t1;Parent=MS.gene20181.t1

Gene Sequence

>MS.gene20181

ATGGAGGCAACAATGTCCGCAGCATGCAAATCTCTCACCTCACCATCCACCGTCACAGTAACTCACAATTACTTCATCTATCTATTAATTCATCATTCTCAATTATCATTCCATTAATTAATTAATTAATTAATTGATTTCATTTCTGAATCTGATTGATCCAAGGGTTTATTTGCGGCGAGAGGAGGAGGAGGATTCAACAAGAATTCACATTTTCACTGCACTTTCTTGACCGGAACCAATAAGGTGAAGTTTCCGAGGCAAACTACTCAACCTTGTAAACAACGCCAAGCGCGTCATTGCGGTGCTCTTCGTGCTACTTGTCGTCTTGACAAGATTTTGGTTGCCAATCGAGGCGAGATTGCTGTTCGTGTTATTCGTACTGCTCATGAATTGGGGATTCCTTGTGTTGCTGTTTATTCCACCATTGATAAAGATGCTCTTCATGTTAAATTGGCTGATGAATCTGTTTGTATTGGTGAAGCTCCCAGTAGCCAATCGTACGTACTATACTAACTCCATTAATTCAAGCCGTGTCATTGTGTTATTATCTCTCTAGCACCGGCACTTTTCATAGAATAGAAGCCGTGTCAGCGTCGTATCCAGTGTCTCTGTGTCACTGTTTTATAAGTCATGGTTAATATTAAACTGCAAAAATCTTATTTTTTGTTATTTTATAAATACCATTTGGCAAATTCAAGTGCATTTTTGTAATTAGAATGTGTTTCTTTTTCTTTTTTTCTCTGTGCAGGTATTTAGTGATTCCAAATGTTCTGGCTGCTGCTACCAGCCGCCAATGTACCATGTTGCATCCTGGATATGGTTTTCTTGCTGAGAATGCTGTGTTTGTTGAAATGTGTAGAGATCATGGAGTCAATTTTATTGGACCAAACGTGAGTGGAAGGACTAGACTCTGCATCTTGTACAATACCGCATTTGTTTGGTTTATTTCTTGTGACTACTTTAGTTAAGGGATTTACGTTTTGAGTTTATAATATGACATTCACTTTCAAATTTTTGATTGAACGAGACTTATTCAAACTATTCTCTATTAAATCTTAAAACTAGCTTGAACTACATGAATTCCACTTCCAGTCAGTAAGCCATCAATGCATCAAAATGATATTAGTTTATAAACATGGTGTTATTGTATGATGGGGATTTCTGTTTATCCTCGATGATTGCAGAAAACAAAAATTTCTAGCTACTAGCTGGTAAGAAAGTTTTGTTGGAGTGTGGCATGACTAAAATGATAGTATTGTTAACACGTATGCAGAAAACGAACTTGCAAAGTTATGTTTGATTTTCTGCTGTTATGCTTGTTTTGTTCATAAAGTTCTCAAATATTTCCCCTTCAAATTATCTGGTAAAACTGAAAATTTAGCCAAACCTTTCAGCCTGACAGTATTCGGGTTATGGGTGACAAAGCAACTGCAAGAGAAACAATGAAGAAAGCAAATGTTCCTACTGTTCCAGGAAGTGAGGGGCTTTTGCAGGTATAATATTAGACACTGGTAGTATTGATAGCCTCAGATGATCAATAAAAATTCTGAAGTAACTTTCAGATTCCATGACATCAATTTACTTATAAGAATTCATTATTTGACAGACCACTGAAGAAGCTATCAGACTGGCACACGAGATTGGTTTCCCTGTGATGATCAAGGTAGATTGGCTTATAGTTCTGTATCTGCACAGCTTACTGCATTTTTGGTTAATTGGTTTCCCTTGTGCCCATTTGAACTGAATTCCAATTTTTCTGGTTGACATTTGATCATGCTTACATTATGTACTCTTAAATCCAATAATGTATATACTCGTGTCTGTGTGCTTCCTCCAAAGCACAACTTACTACATTTTTGTTTTTCTGTCCCTTAATCGGTAGAAATATACTTGGATTTTATCATTTGAAAATTTTAAATTTCTTGTGGGCATATAAGTGATGTATGACCCTTGAAATGTTTTTATCATTTGGAACTGGAGGTTTTTGTTCTATTGCAGGCTATTCAACTTACTACCATAATTATATTATTATGTTTGTGATACATTTAAAAAAATATGTATTGGTTTCTATTATAGTCTTATGATTCATATGTGCATTCGTTTCTTTCTTTCTTTCTTTTTTTTTTTTTTTGCTAACCCACCGTAATAGGAACTTTGACACCAGTAGGTGCCCAAAGGTATCCCCACGGCTTAGGCCAATTATGGGATTAATCCTTGAGGCAGTGGTTATTTTTTTATTTTTATCAGGGCTGGGGAATATGCATTAGTTTCTAATAGTCTTTCACGATATGTTTGGCTGCTTACTTAAACCAGTTGAATGGGCCATGTAATGTTCATGTGCAAAGTTTCCCTTTGCCAATTTATGTGGACTGACAAACATATGGTGTTTCTCAGGCAACCGCAGGTGGTGGAGGACGTGGCATGCGTCTTGCTAAAGAACCTAAAGAGTTTGTGAAATTATTACAGGTATTTGTTGCTGTGTGGTAGATTTTGTTCCATAGTCTGTATTATATTGCAGTTTCTTATTTATCTGTTTAAAATCAAATGGAATAGCCATATGCAAACGATAAAAAGGGTAACCTGAACTCAAATTAATATTAATATAGAAGCCATAGTTGTCAAATCTACCTATAATCAGATTTAAGCAAAAAACTTAAGGAAGCAAGAAATGGTTATGCCCCGAGTTTTTTTTTTATTGATTTACTTGGGGCCAACAGGTAGAAGAAGGTTTCTTGCGGTTTCAATGCAACAATAATTGCTATGCGATGAATACATATCTGTAGCAGAAGAAATTTTAGGGCCAGACCTTCACAATTGATTCTGATTGAAGGGATGGTGTTATTGTCATTGTAAATAGTTCTAGAGTTTATCCCATTGATGAGGAATATGTGTGTGTGTGTGTGCTTTTTTGGTTAATGTTTTCAATTTGATTTCTTTACAGCAAGCTAAGAGTGAGGCAGCTGCTGCATTTGGAAATGATGGGGTTTATTTGGAGAAGTACATTCAAAACCCAAGGCACATTGAATTCCAGGTAATGTTTGACTGTAGCCCTATTCCCTTCTGAAATCTGCAATTTCACTGTAACCTGGGGATCACAAGAATCCTCGGGGGAATTATATCTATAGAGATTGTGGATCCAAAGGAAACATTCAAGGTAGGATTGTTCAAAAAGACAACCTCAAACTTCTCATCAATGCAATAATTGGTTGCTTTCATCAAATGTGAATGTCCTGTCTGTCTACCTTGGAAGCTCTGAAATAGAATTTCAACTGTGCTCATTGATTGCATCATTTAATTTTGTTAACTAAATGTATTCAATAACGAAAAAGATATACTCCCTCTGTTCGTTCTTAGTTGTCCTTTTAGAGTTATCTACACATACCAAGAAAACTAATAAGTGTTGTTACTTTTGATTGAATTATTTGTTTTTTTTCCCTATAATACCATTAATTATTTATCATCTCATTTCACCTATTTCTCTACTGTAATAAATACTTAAGGGTGCTGTTGACAAAACAATAATCAATGTTGCTTGAACTTTGAGACGACAAGTAGATAAGAGCAAAGGTTTTCTATAAAAGTGCAAGTAATAAGGAATGGAGGGAGTATTTTCAAACATAAAAAATAACTGACCACTTTATAATTCCGTGAGCTTTAATGGTCGCGTGCATTTATAAATGATAATATTGTGTCTAATTCATCGATTTATGTTTTTATGGCTTGCAGGTTCTTGCAGATAAATATGGTAATGTTGTTCACTTTGGAGAACGTGATTGCAGTATCCAGGTACTTTGAACTAGTATCCTCAATCTCTTATCTGTCTGTATCAGCACTTAGTGTTTCTAAATAGCAGTTTGCATTATGTGTACTAGTACTCATTTTGCACAAATGACATTTAAGAAAACTGTGTTCTATATACATGAAATTTCCCACCTTAGTGAATTCAAGATAAAAAATTAAATATACTATTTAATACATATGAGATGCTTTTCTGACTGGAGTGTAAATTTTTTAATAATTCTTATTGCAAAAGATTAAAGTAATGTTTTGGCCCTAACTGAAATGATTACATTGTCATCATACTGATTATTTTAAAGTTTCTGTTCTGTTTTGTTCCCTGTGGAATTTCACAAGTGTGTAACTAATGCTGATATTGCTGGAGGATAAACTATGTAAAATACAATTAAAAGACCTTGAACTTGGTTTATCATATGGTTTCAATTTTATGAAACAAGTTTAGAGAATATCAAAAGTTGTGCTGATTTACTTTCCCATTATGTAATGATATTTCAAGAGATCTCACCTGAAGTAATTAGTCATATTGACTGTGATTTTTATGCAGAGGCGTAATCAGAAACTGCTCGAAGAAGCACCGTCTCCTGCATTGACCCCAGAGTTACGGAAGGCAATGGGAGATGCAGCAGTTCAGGCTGCCGCATCTATCGGTTACATAGGTGTTGGAACGGTTGAGTTCCTTTTGGATGAAAGGGGTTATTTTTACTTCATGGAGATGAACACTCGTATCCAGGTTGAAACCGATTTCTAATATACTTGTCTAGGGATGATAAATGTACTTGAACCTAATAGGTTCTGCTGTGCATAGGATTTTTTCTTATCGAATGGATTTGTACTCGGGCCCAAGTTTGTTAAATCACAAAAATATGTGGATGTTAGTGCAGATTTAAGTACTAAAGTACCCGACCTACCCTATACCTACTAACAATTGAATTTGATTAACATTAGCGGTAACGTAACGTATTTGTTTTAAAAAAACACAGTAAAGAGAGAGCATGGTCCTTTCAATTAATGTGCAGGTAATTGGTATGGGGCTGGGTTAATAAGAGCTCATCATGTATAGGTATGAGTATGAGCATAATGTTGCTATCTGTGCAAGTATGGGTTTGGGGACATGTCATTTTCTAAATTGTTGATTTATGAGCATGGATATTCTAGTACAGTAATATCTTACCTTCATCTCATCCATTACCATCTTTATGTTTGTCTAATAAGATACCCTAGACAAGAACTTTTGATAGAAAATGCCACATGTTCAATTTTTTGTGAGGTGTGCTGATTAGTTTCGGTAATTAATTCTTTTGTTTTTGTGGGTGGGGGTATTGGTCGAGATCAGGTTGAACATCCCGTGACAGAAATGATTTCCTCAGTTGATTTGATAGAAGAGCAAATTCGTGTAGCTATGGGAGAAAAGCTTCGATACAAACAGGTACTAAAAGAGATTTTACTTGCAATTTTTTAGAATCTTTCTCTTATCATTGTTTTTCCTACAGGAGGATATTGTACTCAGAGGACATTCCATTGAATGCCGTATCAATGCAGAAGATGCTTTTAAGGGATTTAGACCAGGGCCAGGTATCTTGATGTATCAGAGGCGTATTTCTGTATAAATGTGTTAAAAGATAAATTGTAATACAATTTCATTCTAACACCAGCTTCCTCGGCTGTAACATTTACCTAATGCACAATAGATTACATATAAACAATTCACCAAAAAATAGAAGATTACATATATACATTGGGTAGTTTTTATCAATGAGCTTCTTTTTCTCATTTGAAAATGGTTTGCCAAGTGTTTTGGATTTTATGGTTTTCATTTGTTTTAATTGAAATTGAAATTTTGTTGATCTATGGAATTTTCTCCTTTCAAACAACAGGTAGAATTACAGCATACTTGCCGTCTGGTGGTCCATTTGTCAGGATGGATAGCCATATTTATCCCGATTATGTTGTTCCTCCAAGCTATGACTCTCTTCTTGGAAAGGTGTGCCAATCTGTTCTCTTCGTAACATTTACTTGTCATCCGCATCTCAGTTGCTATACTACATAGTGCATCTCTTTATATTTCACATGAAATGCAAACGCATAAACTGTATATATATCTACTGAATGTATTCAGTTTAATGAAACCAACATCTAATGCGAATATATACTAATCCTTTTGTTACTCGATTAGTTTTTAAGTTTGTCAGCGAATGTTGGTTCAGTACCGAAGCTAAGAATTTGACTCGTTTCTTGCAAGAATGTGGGCTAAAATCCCGTTACCGATGTGGATACCTCATTGGTGGGTAATATGATAAGTACCTTTGTAAGGTTTGGTTGATTCTTGAGGATTCCCTGACCCTGCGGAGCCACATAGACAAAACTCGCGTAGACATATATTTATAAAAAAATAGTGCACTTTTGTGCGCACAGCCTCTTTGTGGTTGGGCTTTGGGATTTACGTAATGATAGGTTATAAATATCGATACCAATAGGGTGATAACTATTTTCACTTATGACTTTTAACATTAGCTGATTGTACAAGGAAATGTTTTATTTATTTTGTATGACGCTGTTTTAATTTGATTGAAATTTGTATTCTTGGAATGTACAACACTCACCCGTCCCGTCTCTAAATATAAAAGCTTCATCGGACTATTTCATACAAATCAAGAAAATTAGGCAGTACAATAAATTTGTCATCAATGTGTATTGATTTTCTAAAACTGCTGTTCAATTAAAGTTTTCCACTTCTATCAAGAGTCACTACCCGTTTAAATATTAGGCTTGTAATATTTCCTGAGTGATGACAACATTGAATTTATGTCTTTGTTGCCCTACACAAGTCAAGTGGAAATCATCGATGGATGAAAAGAGAAAAAAGTTGAGGGGTTCAATTCAAAGTATTTAATAAATAGGATCTAATATATTCCACATGTGTTTCACAGTTCACTTTATATTTTAAAACAATATCTAATATATATTTGTGTCTTGAGATATGATATGGTGAGAAGAACTTAGATGCAATAAATGTTTTTCTTAATCTGAAACTCTTCCTCATTTCTTGAGTTCGCGTACTTTTTGCAGCTGATTGTATGGGCTCCGACTAGAGAAAAAGCAATTGAACGCATGAAAAGGGCACTCGATGACACTATTATCACAGGTAAAGCAATCTGAATTTTGTTATTGTGACAATCCTTTAGATATCTGTACTTGGTGTAAGTCAATTGCATGCCAGAAGCCAGGAAATTGATGGAAGTCAAATACTTTTCCTTTGCACCTTGTTCATTCACTTTGCAAACAGAACAAAGGAGTTTGTTTAAGGACTTGAATTCTCTGCAGTTTGAAGCAAATTGCAGGAGTTGCAGTTTTCTGATCTTAGGGTTCAAATCAGTAGATCTTTGCCATTTTGTTTACTTATAATATACGTTTTAAGGGTCTACAGTTTTAAATCCTTCTGTTTTGAAAAGAACTGCAGATGATAATGATCCTTGGTTTAAACTCTTAGCTTTCTATGATATCGCTAACACTTTCAATTTTGTTACAGGAGTTCCTACAACAATTGATTATCATAAACTTATCCTTGACATAGAGGTAGGTGCATCTTTTATGTAATTTTTTGCTGACTTGTATCCTTTAATAGTATTTTATGTCAATCAGAACTCATAATTAAATTAACTAATGTATGCAATATCCTTGTATTACAGGATTTCAAAAATGGCAAGGTTGATACTGCTTTTATTCCAAAGCACGAGGAGGAGTTGGCTGTGGTAAGAACTAATATAGTGCTGAATATATTTATGTACCCTAGCGATGGCTTTCAAAATTATATCTCCCTGTTGGTGCTGCTGTGGAAATGTTTTGATAGGAAAACACTTGATAGGAAAACACACACGAACATGCCTTTAAAACCATTATATGTGATCTTTCAATACTATTTCATGGCTGATGGTTGTTCAAGTTTTGAGAATATTTGGAAGCTTTTAAATTCTAGCACTCTTTTCAACACTTCTTCTCTTATTGGCTGAAATTCATGTAGCTGTGGGATCCACTTAAATTTCATCCAATGAAAGGGGTAGTGTTGAAAAAGAGTATTAGAGCGATTGTTGCAGACTTGCAACACTTCTATTTTTGTTTTGTTTGATTTTGTAAATTATTTTTTGTTCGTGTCAAATGCAGCCCCCACAACAGAAGATGGTATTAGTTAACAAGGTGGTGACAGAACCAGCTGGCTCGACTGCCTGA

Protein sequence

>MS.gene20181.t1

MEATMSAACKSLTSPSTVTGLFAARGGGGFNKNSHFHCTFLTGTNKVKFPRQTTQPCKQRQARHCGALRATCRLDKILVANRGEIAVRVIRTAHELGIPCVAVYSTIDKDALHVKLADESVCIGEAPSSQSYLVIPNVLAAATSRQCTMLHPGYGFLAENAVFVEMCRDHGVNFIGPNPDSIRVMGDKATARETMKKANVPTVPGSEGLLQTTEEAIRLAHEIGFPVMIKATAGGGGRGMRLAKEPKEFVKLLQQAKSEAAAAFGNDGVYLEKYIQNPRHIEFQVLADKYGNVVHFGERDCSIQRRNQKLLEEAPSPALTPELRKAMGDAAVQAAASIGYIGVGTVEFLLDERGYFYFMEMNTRIQVEHPVTEMISSVDLIEEQIRVAMGEKLRYKQEDIVLRGHSIECRINAEDAFKGFRPGPGRITAYLPSGGPFVRMDSHIYPDYVVPPSYDSLLGKLIVWAPTREKAIERMKRALDDTIITGVPTTIDYHKLILDIEDFKNGKVDTAFIPKHEEELAVPPQQKMVLVNKVVTEPAGSTA