AlfalfaGEDB | MS.gene22516

M. sativa cultivar XinJiangDaYe / MS.gene22516

KEGG: -
GO: -
PFAM: -

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.gene22516.t1	XP_024633284.1	99.1	1273	12	0	1	1273	1	1273	0.00E+00	2374

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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
No data available in table

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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.gene22516.t1	A0A072V787	99.1	1273	12	0	1	1273	1	1273	0.0e+00	2374.0

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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.gene049142	MS.gene22516	0.809595	1.75E-50	-1.69E-46
MS.gene04920	MS.gene22516	0.802167	6.38E-49	-1.69E-46
MS.gene049283	MS.gene22516	0.831621	1.50E-55	-1.69E-46
MS.gene049368	MS.gene22516	0.820159	7.95E-53	-1.69E-46
MS.gene049499	MS.gene22516	0.841193	5.51E-58	-1.69E-46
MS.gene049744	MS.gene22516	0.813021	3.16E-51	-1.69E-46
MS.gene049801	MS.gene22516	0.848026	7.96E-60	-1.69E-46
MS.gene049983	MS.gene22516	0.841111	5.79E-58	-1.69E-46
MS.gene050084	MS.gene22516	0.827216	1.77E-54	-1.69E-46
MS.gene050085	MS.gene22516	0.832915	7.20E-56	-1.69E-46

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PPI:

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Gene1	Gene2	Type
No data available in table

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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.gene22516.t1	MTR_2g040470	99.057	1273	12	0	1	1273	1	1273	0.0	2600
MS.gene22516.t1	MTR_2g040470	98.979	1273	12	1	1	1273	1	1272	0.0	2594
MS.gene22516.t1	MTR_2g040470	98.950	1048	10	1	1	1048	1	1047	0.0	2135
MS.gene22516.t1	MTR_4g125820	66.591	1320	384	16	1	1273	1	1310	0.0	1643
MS.gene22516.t1	MTR_4g125820	66.081	1082	323	11	1	1047	1	1073	0.0	1361
MS.gene22516.t1	MTR_4g053240	28.834	1304	716	46	75	1273	25	1221	7.78e-105	360
MS.gene22516.t1	MTR_4g053240	29.096	1306	723	47	75	1273	25	1234	1.07e-104	360
MS.gene22516.t1	MTR_4g053240	29.052	1308	723	48	75	1273	25	1236	5.80e-103	355
MS.gene22516.t1	MTR_4g053240	29.052	1308	723	48	75	1273	77	1288	6.08e-103	356
MS.gene22516.t1	MTR_1g112190	29.902	923	477	41	414	1267	333	1154	2.89e-62	233

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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.gene22516.t1	AT2G19390	46.718	1295	584	32	1	1273	1	1211	0.0	976
MS.gene22516.t1	AT2G19390	46.718	1295	584	32	1	1273	1	1211	0.0	976
MS.gene22516.t1	AT4G29790	46.846	1300	575	32	1	1273	1	1211	0.0	962
MS.gene22516.t1	AT5G22450	25.793	725	419	30	118	810	72	709	1.36e-23	108
MS.gene22516.t1	AT5G22450	34.783	161	98	2	862	1022	819	972	9.81e-22	103
MS.gene22516.t1	AT5G22450	25.793	725	419	30	118	810	72	709	1.36e-23	108
MS.gene22516.t1	AT5G22450	34.783	161	98	2	862	1022	819	972	9.81e-22	103
MS.gene22516.t1	AT5G22450	25.793	725	419	30	118	810	72	709	1.36e-23	108
MS.gene22516.t1	AT5G22450	34.783	161	98	2	862	1022	819	972	9.81e-22	103

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Find 352 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
AAAACAAAGAAGAAGCGTTC+AGG	0.441165	2.2:-47384502	MS.gene22516:CDS
AAAACCTGTTAACAATTTCC+AGG	0.408705	2.2:-47384443	MS.gene22516:CDS
AAAATTGAATACATCTATTC+GGG	0.480556	2.2:-47381661	MS.gene22516:CDS
AAAGACTAGCCACTGATGCT+CGG	0.596102	2.2:-47384399	MS.gene22516:CDS
AAAGAGACAGAGATGGAAAA+GGG	0.531438	2.2:-47376999	MS.gene22516:CDS
AAATCCCAATGCAGCTTGCT+TGG	0.466745	2.2:+47377831	None:intergenic
AACAATCGCAACTAACTAAA+GGG	0.408248	2.2:-47379614	MS.gene22516:CDS
AACGTGGAGACGGTGTTCGG+AGG	0.635533	2.2:-47381098	MS.gene22516:CDS
AACTCATCTGAACAGACAAG+TGG	0.621295	2.2:-47377147	MS.gene22516:CDS
AACTTCTTTGGTTGATGTCA+AGG	0.455942	2.2:-47385456	MS.gene22516:intron

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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
chr2.2	gene	47376576	47386216	47376576	ID=MS.gene22516
chr2.2	mRNA	47376576	47386216	47376576	ID=MS.gene22516.t1;Parent=MS.gene22516
chr2.2	exon	47385804	47386216	47385804	ID=MS.gene22516.t1.exon1;Parent=MS.gene22516.t1
chr2.2	CDS	47385804	47386216	47385804	ID=cds.MS.gene22516.t1;Parent=MS.gene22516.t1
chr2.2	exon	47385457	47385733	47385457	ID=MS.gene22516.t1.exon2;Parent=MS.gene22516.t1
chr2.2	CDS	47385457	47385733	47385457	ID=cds.MS.gene22516.t1;Parent=MS.gene22516.t1
chr2.2	exon	47384367	47384665	47384367	ID=MS.gene22516.t1.exon3;Parent=MS.gene22516.t1
chr2.2	CDS	47384367	47384665	47384367	ID=cds.MS.gene22516.t1;Parent=MS.gene22516.t1
chr2.2	exon	47382182	47382364	47382182	ID=MS.gene22516.t1.exon4;Parent=MS.gene22516.t1
chr2.2	CDS	47382182	47382364	47382182	ID=cds.MS.gene22516.t1;Parent=MS.gene22516.t1
chr2.2	exon	47380970	47381731	47380970	ID=MS.gene22516.t1.exon5;Parent=MS.gene22516.t1
chr2.2	CDS	47380970	47381731	47380970	ID=cds.MS.gene22516.t1;Parent=MS.gene22516.t1
chr2.2	exon	47380694	47380788	47380694	ID=MS.gene22516.t1.exon6;Parent=MS.gene22516.t1
chr2.2	CDS	47380694	47380788	47380694	ID=cds.MS.gene22516.t1;Parent=MS.gene22516.t1
chr2.2	exon	47380540	47380599	47380540	ID=MS.gene22516.t1.exon7;Parent=MS.gene22516.t1
chr2.2	CDS	47380540	47380599	47380540	ID=cds.MS.gene22516.t1;Parent=MS.gene22516.t1
chr2.2	exon	47380364	47380452	47380364	ID=MS.gene22516.t1.exon8;Parent=MS.gene22516.t1
chr2.2	CDS	47380364	47380452	47380364	ID=cds.MS.gene22516.t1;Parent=MS.gene22516.t1
chr2.2	exon	47379272	47379781	47379272	ID=MS.gene22516.t1.exon9;Parent=MS.gene22516.t1
chr2.2	CDS	47379272	47379781	47379272	ID=cds.MS.gene22516.t1;Parent=MS.gene22516.t1
chr2.2	exon	47378949	47379023	47378949	ID=MS.gene22516.t1.exon10;Parent=MS.gene22516.t1
chr2.2	CDS	47378949	47379023	47378949	ID=cds.MS.gene22516.t1;Parent=MS.gene22516.t1
chr2.2	exon	47378630	47378700	47378630	ID=MS.gene22516.t1.exon11;Parent=MS.gene22516.t1
chr2.2	CDS	47378630	47378700	47378630	ID=cds.MS.gene22516.t1;Parent=MS.gene22516.t1
chr2.2	exon	47378487	47378544	47378487	ID=MS.gene22516.t1.exon12;Parent=MS.gene22516.t1
chr2.2	CDS	47378487	47378544	47378487	ID=cds.MS.gene22516.t1;Parent=MS.gene22516.t1
chr2.2	exon	47377662	47377905	47377662	ID=MS.gene22516.t1.exon13;Parent=MS.gene22516.t1
chr2.2	CDS	47377662	47377905	47377662	ID=cds.MS.gene22516.t1;Parent=MS.gene22516.t1
chr2.2	exon	47376576	47377261	47376576	ID=MS.gene22516.t1.exon14;Parent=MS.gene22516.t1
chr2.2	CDS	47376576	47377261	47376576	ID=cds.MS.gene22516.t1;Parent=MS.gene22516.t1

Gene Sequence

>MS.gene22516

ATGGCAGCATCCAACAAGTTTGACGTATCTTCCACCAGCCCAGATAGACCTTTGTACACTGGGCAGCGAGGATCCCACATAGCTGCTTCATTAGATAGATCAGGTAGCTTTCGTGAAGGCATAGAAAATCCAATTTTGTCCTCTCTTCCAAACATGTCACGAAGCAGTTCTTCAGCGACACAAGGGGATGTGATGAACTTCTTCAGTTGTGTGCGTTTTGATCCAAAATTAGTTGCTTTAGATCATAAGTCTAATCGTCCCATGGATTATAAACGACATGTCAGTGCTGCTCTGGGAATTTCACCAGATGAATCTCCATCTAGTTATGCAAAAGGCAAGCAATTGACATCCATAGTACCAGAAGATATCAAAAGACTCAGGGATGGTTTACATGCAAACTTTAGGAGGGCAAGGTAGTTTTTTAAATGCTCTTTTACTTGCATTGAAGTTACAACTATTTAATAACATTGTACAACTCAACAGGGATCGTGCTAAAATGTTCAGTGAAGCCTTATCTAGATTCAACAAAGATTTCCCAAATATAAATTCAAAGAAGAGAGCTCGTTCGGAAAATTTTTCTACTGATCGTTCTAGTTTTACATTAAGTGATCGGCCAGTTTTGGGCCCAAACATAGGTAAAATTGGCATTCATGGTCATGCAGTAACGGGTAGTTTTGAACATGACCAGCAAAAGTTGGAAGAAAGAACCAAAACTGCTGTTCCAAACAAGCGCACTAGAACTTCTTTGGTTGATGTCAAGGTATTTCTCGTCTTTTGTGCCTCCTAATGGTATATCTTTGGTTTCTTGCTGCTCTCAACTTAATAATGCATGATAGTAAGCAATAATATATGACTATATATAAACCGAATTCATAAAATCCAAAAAGTTCGATATATCTTTGTCTGACATGAAGCCTGTTTTATGTTTGTCTTTGCATAAGTTGCGAATTATAACATTTTACCTCTGTTATTTGGTGGAGTTACCACCTTATGTGTATAACCTATTATAAAATTATGAGATGAATGGCTATGCACTATAAGTGTAATTTATTTTTACACATGCATCCAATCAAATCACCATGATGTCACTTTGTTATGTCAGTTCCTAAACTATCTCCATAAATGTTTACGTGGTAAGGTGTAATTGAATGCATGTGTCAAAAAGATTTATGCTGACTATTCTAAAATTATTTTTATGTTTATTGCATATATGTGTTTCACCCTTAAGCATGTATGTATGTATGTATGTCTGTAATGAACTCTTTCATCCTTATTTTATTGTTTTCAAACTAAAAAAAAGATCAAACAAATAATACTTGTTTTGGAAAACAGTTTTGAAAAACTATTTTACCAAACAAATTTTAAAAACTAAATCCAAAACACAATCAAAGAAGCGTCGAATATTCTTTTATATTTTATGGTTTTTTTGTTTTAATATGGCTTTACAACTTTGTTTGTACTACTCTTTATATGGAGTGTCATATTACATATTAACTTGGTATGCTTCAAACTCTGTTGAGCAAATCTGACTTGGGGCGTGTTTAATTCTAGATGGATGTGCGGACTAATTCGCTCGTTAGGTCATCTGGAACTGTAGATAGAGAGAAGGATATCCTACGACTTGCTAATAATGGTACAGTTCATGGCGAGGAACGGATTTTTCCCATTGTAGGTGATGGTTGGGAAAAGTCTAAAACAAAGAAGAAGCGTTCAGGCATCAAACCAGACGGGTCTTCAAGTACAACATCGGCAAAACCTGTTAACAATTTCCAGGAAACTAAGCAAGGAATGCAACAAAGACTAGCCACTGATGCTCGGTCAAAATTGAGTAACGACTCTCATTCTTTCAGGTATGAGTGTAATTGTGTGCCTTTATCTTTTCATAAACAAAGAATCAGCTTATATATGCTCTGATAAAGTATTATTTAGCATTTTGAACTTCAAGTAGAGGAAAATTTTCAATGATTGTTCTTAGGATGAGGTTTTCATTGGCTGAATTCCATTGCTGGGTAAACTGTGATATTAGTACTACATGCACCAATTCAGGATGAATTAACAGTAATGTCCAATTTATACATAAAGAAGGGTTTGAAGCCTTTCACCATTTACAATATAAATGAAAAATTGAAATGACTTTCATTATTATTATTATTTTTTTTTTTTATGATTGTATTTTGTCCATGAATGGAAGAGAATCCAATAAATTACCATTGGTAGACTGAGTACATTAGGTATCTATGCAATTTGGTCAATTTATTATTTGACATTAAATGACTATAGCACAGTAAAAAATTGACGTCATAAATACTGGTAGAAAAAAAATTAACTTTAAAATTTACATTTTCAAACTACAATGTTTTATATTGGTTGAAAAAAGACAATGTGTATTAGTAGATTGCATTTAAACCACAATTAATGATGCAATGTACTAATACACTTTGTCTTTTCTCAGTCAGTGAAAATGTAAATTTTAAATTACATTTTTTTTCCTATCAATATTTATGATGGTGATTTTTTATTGGCACTAGTCAACTAATGTCAAATAATAGTTGACTTAATTGCATAAATATTTGATATAATAAGAAAAACCAATTTCGTTTATAAATATTCCCCATGTATATAAATATTCTCCATATATATATATATATATATATATATTCCCAATGTATATAAATATTCTCCAATATATATTTGTTAAATATGTTTTTGTTTATTAGTACATTGCATCTAAATCACAATACGCATTGTGGTTTAGATGCAATGTACTAATAAACAAAAATATATTTAACCAATATATAAATATATATATATATATATATATATATATATATATATATATATATTGTAATTAGTCTTCCAATGGTAGTTTGTTACCTATTACGTTTTAGGATATATACATTGTATTTAAAAATTAAAAAAATAAACTAGAGAGCCGTTGCAAATTTTCCTTTTATGGCGAAAGGCTTAGTCTATAAATTGGACATTACTGTGAGGGATTATGCTCAATGATTTTAAGTATCTTCAATGGGAGATGACATGTACATATTTTTTCTTCTTCTGAATTCCGATTGATTTTCTATAATTTGTAGGCTATGCATATGATATTTTCATGTATCTTTGTCTAGGTTACAAAGATACATGAAAATATCATATGCATAGCCTACAAATTATAGAAAATCAATCGGAATTCAGAAGAAGAAAAAATATGTACATGTCATCTCCCATTGAAGATACTTAAAATCATTGAGCATAATCCCTCACAGTAATGTCCAATTTATAGACTAAGCCTTTCGCCATAAAAGGAAAATTTGCAACGGCTCTCTAGTTTATTTTTTTAATTTTTAAATACAATGTATATATCCTAAAACGTAATTGGTAACAAACTACCATTGGAAGACTAAGTACAATGTATATATCCTAAAACGTAATTGGTTTTTCTTATTATATCAAATATTTATGCAATTTGGTCAACTTATTATTTGGCATTAGTCGACTATAGTGCCAATAAAGAATTGCCATCGTAAATATTGATCAGAAAAAAATATAATTTAAAAAATACATTTTAAATTATATTTTAAATTATATACATTGTACTTAGTCTTCCAATGGTAATTTGTTACCAATTACGTTTTAGGATATATACATTGTATTTAAAAATTAAAAAAATAAACAAATTTTCCTTTTATGGCGAAAGGCTTAGTCTATAAATTGGACATTACTGGAGAGATTATGCTCAATGATTTTAAGTATCTTCAATGGGAGATGACATGTAATTTTTTTTTCTTCTGAATTTCAATTGATTTTTTGTAATTTGTAGGCTATGCATATGAAAATTTCATGTATTTTGTCTAGGTTGGGCCTTCCTAATGGAACTGCTGGAGCTGGAAAATCAGATGGCATCTCTCAGCAAGCTGGGTTGGGCACACGCGTCTCTACTCCTAGAAATGACACCGATAGCAATTCTGCTGTCAGTGATAGGCGGGATCGTCCTCTTAATTCAGACAAGGAAAGGATGAATTTCAGAGCTGCTAACAAGTAAGCACACTGTAGAGCCTTATGATTTATTGATTCTGGAAAGAAAGCTTTATTTTATCCGTAGCAACAATTTTCCCCACATCATGTTCATATTGCCCCTTCCTTGCTTTTGCGGGGTTGTTCAGTTGTTTCATTTCCGTGTATTTGTCGATCCTTATGAACTGTCATCAGTATTGATAGATACCTTCTTTATTGTGTTTTAATTCTTTAATTGATTAGATGTTTTGAATTAAGCAACTGCTCTAGGATAAGAATAAGTGGTTGGTTTCGTCTTTTTAAAGAGGTGTATGTTAGAAATTTGTTGTGGGATAGTGTAACTATAGTTTGTTGATGTTTATCGGTCCTAGTTGTTTACTTTTACTTTTTTCTTAAAGGATGATCTCTGTCTTTCTTTTGAACATATTTTATAATTGATAATTGATTTAGTTTTTATGTTTTTTATATTCCCAGGGCAACGGTCCGTGATGAATTCAATTCAACTAGCCCTAATTCAAGCGCAAAATTGAATACATCTATTCGGGCGCCACGATCAGGTTCAGGAGTTTCTGCTTCCAAGATGTCACCAGTTGTTAACAGAGAAACTGTTCCTAATGATTGGGAACTATCTAATTGTACCACTACAACCAAGCCCCCTGCTGGTGTTAGCACAAATAATCGCAAACGTGCAGCATCAGCGCGTTCATCTTCTCCACCTGTTGCCCCCCTCTGGCAGCCGCCACACAAGAGCTCCCGTACTGCCAGAAGAACAAATTTTATTCCCGTTGTTTCAAGTAATGCCGATTCCCCTGCTTTGGATTCTGTGTCTGATGCGTCTGGCAGTGATCTTGGGTTAGGAGTTGCCAAACGTTTGTCTGGCGGTTCTCCCCAGCAAATAAGATTAAAAGGCGATCCGTCATCTTCAGCTGCCTTCTCTGAAAGTGAAGAGTCAGGGGTGGCTGAGATGAAGCCTAAAGAGAAGGGCAGGAAACCGGATGGGATAGACCAGAAAGCTGGACAAAATGTTCAAAAGGTTTCTAACATGGTTCCTCCAACGAAAAAAAATAAGCTTGCATCCAGGGAAGAACGTGGAGACGGTGTTCGGAGGCAAGGAAGAACAGGGCGGAATTTTCCTGCTACAAGGTCATTGACGCCAATGACATCTGAGAAGCTTGGAAACATAGGGACCGTAAAGCAGCTCAGAAGTTCAAGACTAGGATTTGAAAAGAGTGAAAGGTTAGAATCCCTCTTTCTAAATCATTGCTACAAGGCCTGTTTGTGTTTTTTTAAAAGAACATATACCCTTTAATTATAGATTTATTTCCAAAAGTTATAAAAATTATGCAAGCTCTGAAGAAAGTATTGTGAAGTTGTTTATTTGGGAACGGACTAAAATCTTACTATGAAATCCGTGCAGCAAGGCAGGTCGTCCACCAACCAGGAAACTTTCTGATCGGAAGGCATATACTCGTCAAAAGCACTCAGCTATTAGTGCATCAGCAGATTTCCATGGTACTGGTTTAAGTGTCAAGAAAAACATATTGAAGTTAAATTTCCATTTGTAATACAGCTATATCATTATTCACTTTTGGTTTCGTTGATTTAGTAGGTCCAGAAGATGGACATGCAGAGCTAGTGGCTGCTGTAAAGGGTCTAATCAACTCTGGTATCAATCTTACTAAATACTATCTAAATGTGATACCTAAATACTTATTATCTGATGGAGTAGCTCTGACTTTTCTTATTACTGCAGGTCGTGCTATTACTGGCCAATTTTGGAAGCAGATGGAGCCTTTCTTCGGTATGATAATTGAGGAGGATGTTGCTTACTGGAAACAAAAGGTGTGAATCCTATCTTTGTTAGTCATTATTAGTGACAATTATTGTTACTATACTTTTTAAGAGTTTGTGTTAGGTCAATGCAGCATGACTCTTGTCTACCTTATCCATGTTTAGAGGTTTCACATGTAATAAAAGAGCACAATACAGCTGTGCTTTAAATTTGTCTTTTGTCCATGATATTATTGCACTTAGGTTGCCTTTGATTGATTATTTATAAATTAGACTCTAGTTTTTACTATAAATAAGTAAATGTTCCTTTTGTCTCGAATCTCCCTGATGTTACCTGGAACTATGACATTGGCTGTTATATAACATCAGGAGATTTGAGACAAAAGGAACATTTTACTTATTTATAGTAAAAACTAGATTCTAATTTATAAATAATCAATCAAAGGCAACCTAAGTGCAATAATATCATGGATAAAAGACAAATTTGAAGCACCGCTGTATTGTGCTCTTTTATATTTTGATATATATTAAAAGTTTCGTCTCAGTTCTTGCATACATTATATTTGTTGTTAGTTATGATAATAGCATGATTTAGTTGATCCGGTTTTCTTCACTAATTTATTCATCTTTCAGATAAATCTTGAGTCAAGCGGATTGATGCCAACTCCAGTTTCTTCAAATATAGATGATTGTGAAGCTGTTACTAATGGGTTAGGGTTGATGGGTTGTGCAAGAGATATCGGACATGATGCTCAAAGGGGTGCTGGAATTGTCGGTGAACAATCGCAACTAACTAAAGGGGATTGTAAAGCAATTCCCCTTTGTCAAAGGCTGTTATCTGCTTTAATTTCAGAGGAGGGTTGCAGTGGAAGTGAAAATTTCAATTTTGATGCATATGATACTCAATTTGAGACAAACGGGGAGTTGGAACTGAACCATCTGGATAGCCACCCGCTAGCTAATTATAACTTCACTGCTCATTCTGCTTGCAATGGTTATAGGACAACTCAGAAGCCAGAACATCATGATACTATAAATGATGTAGTTGATATTCCATCCAATGGGTTGGAATATGATGCCATGGATATGAATGAAAGGCTTCTCTTGGAGCTTCAAAGCATTGGAATTTCCCCAGACCCTGTGGTAAGTCACTTTCCTAATAACTTTTGTGCTATTTTTCATGACATCTTATTGTGGGAATGAACATTATCAGGTTTGGTTTAACTATATTTGTTCTAGTTTATTCTGCTATACTTTCAGTAGACTACTGATCAATAGATCTAATGAGTTTTTTTTTTTTTTCTTTTTTTTTTCTTTTTCAAGTTCTGTCTATTATTGTTAAATATTGTATGTTTTTGTAGTACTGATTTTTTCTCTTTTAATTTTTCTAGCCTGAAATATCGCAAACAGATGATGTAGCAATATTCGACGATTTGACTGGGTTTGAGGAGAAATATCAAAGACAGGTACTAACTGATGTTGAATGTACTAATAATTGCTAGTCATCTAAATGTTTTTTTGCCAATTTTTTTTTTATCATTACGTAATTTTTTAAAAACATTGCTTCCCAAATTCATGCTAATATCAGACTTTTTATTGAAGCAATATAGACCAGGCCTAGACATCTTATTTATGAACTTAATTCTGAACTTTATGGATGTGATTTTGATATTATATAATTGTCGTTGTAATTTTATTTTCATGTATACCGTAGGTTTTCAAGAAGAAAGACTTGCTAGAAGGGTTATTGAAATCTGCCTCAGTGACCAAAGAATGTCAAGAAAAGTAATTGCACTTTCATTTATGCCCTGATAATTTTCTGGATTTAAACCTTTGTTGCTCATTGCTGATGTAAAATTTTGATTAACAGGGATTTTGAGCAACGCGCTCTAGACAAACTTGTTGTGATGGCTTATGAGAAATACATGGTAACCCTCTTAAAGTTCAATATTACTTTTTTTATATAACCAGTTTTACAGTTTTAAAATAGTATTTTTGCACTCCAACCTAGTCAATTATCCCTCAGGCCAAGTGCTCTGTTACAATGGTTGAAAGGGGATCTTTTCATTGGACTAGGTATTAGGTAGTATGGACAGAGTGAAGACATGGTCTAAATCTGATTATTTAAGTATGCGACGGGAACTAGAACAAGGAACACATATAATGTATCATATGCCCTATAATATAAGTGTTGGTGATCCCAATCTCTATGACTTGTGTGGATTGTTGAGGTTATGGAAACCTACCATTTGCAACACAACCATTAATTACACTATTTTTTTTTTTTGATTTTTTTTAATTCAGACTTGTGACCTGTTTGACCTATTTTATTTTAGTGTTCTATCATAGAAATCAGAATCCATACTCTGCATGAATATCTTTTTTAAAATTGTCTCGGAGTAAGAGTTAACACTCCATAGCCAAATGTAGATGCCATCATATTAGAAAATGTTCATTGTTTTATATTTAGGTTTCATGGCATAGTAAGTTGACAATAATTGGTTGGCAGGCTTGTTGGGGCCGCAATCCCTCAGGTGGGAGAAATACAAGCAGCAAAGTGGCCAAGCAAGCTGCATTGGGATTTGTTAAACGAACATTGGAGCGGTACCATCAATTTGAAGATACTGGCAAGAGCTGCTTCAACGAGCCTTTATTCAAGGATATGTTCTTTGCTGCTTCTTCCCAGCAAAGTGGCATGGAGGCTGAATCTGCAAAACCTCATGCTTCTTCTGTTTCTCTGGAAGCAAGAACAGGTATCCTGTTCAGTATCTTCTTGAATAAATGGTCTAATCTATTATTTTGTATCTTGTTGTGTTTCCTATGATCATCTTAGCCAAAATCTCACATGGCTTTAAACCTTTAATTTATGCTTGTTTGTGCAATCCTGTCTACTCTCCTTGTCCATAATGATGTCTTCCCAATGAAATACTGCGACTAAGGCAAAAGGTACTGCCAGCTAAGAAAGTCAACTGGCGACTGAGAGGCGTCCTTTTTTCCTAGCTGTCAGTATTTTACTCAGTACTTGATTTTGGACATATGGAGGGGCAAATGATTTCTATCCTTCATTGCCTGAACGGTTATATATAAGGTTTTATTCTCCACCCCTCCAAGTATAGACTAGATTTTAATTTTTAATTTGTATTTCTTCTGCAGGTTCCATTAGTTCACGGAGGAGCCCTTCACAATTTAGTCCGAACATGAATAATCATGATGTCAATTTATCAGATATTTATCCTGTTATAAACAACTCATCTGAACAGACAAGTGGGAAGGAAGATCTTTGGTCAAACAGGGGGAAGAAAAAGGAATTGTCCCTTGATGATGTCGGTGCTTCAAGTGTTCCATCGGGCATTAGAGGTTCTCTACCAAGCAGCACAAAAGGTAAGAGAAGTGAAAGAGACAGAGATGGAAAAGGGCAGAGCAGAGAAGTGCAATCCAGAAATGGAACTACCAAAGCCGGTAGGCCAGCACTCTCTAATACTAAAGGAGAAAGGAAACCCAAATCAAAGCCTAAGCAGAAAGCAGGTCAGCATTCTGTTTCTGTTAATGGCCTCCTTGGCAAGCTATCAGACCAACCTAAACCAGAATTGCCATCTGGTTCAAAATCAAATGAAAAGTCTACCAATAGCAATGCCAAGGAAAAGAATGAGTGTGCCCTGGGTGAAGATGAACCTATAGATTTGTCTAACCTGCAACTGCCTGGAATGGATGTGCTTGATGACCAAGGTCAGGATATTGGTTCGTGGTTGAATATTGATGATGATGGATTGCAAGAGGATGGGTTTATGGGCCTTGAAATTCCAATGGATGACCTTTCCGACTTGAACATGATGGTTTGA

Protein sequence

>MS.gene22516.t1

MAASNKFDVSSTSPDRPLYTGQRGSHIAASLDRSGSFREGIENPILSSLPNMSRSSSSATQGDVMNFFSCVRFDPKLVALDHKSNRPMDYKRHVSAALGISPDESPSSYAKGKQLTSIVPEDIKRLRDGLHANFRRARDRAKMFSEALSRFNKDFPNINSKKRARSENFSTDRSSFTLSDRPVLGPNIGKIGIHGHAVTGSFEHDQQKLEERTKTAVPNKRTRTSLVDVKMDVRTNSLVRSSGTVDREKDILRLANNGTVHGEERIFPIVGDGWEKSKTKKKRSGIKPDGSSSTTSAKPVNNFQETKQGMQQRLATDARSKLSNDSHSFRLGLPNGTAGAGKSDGISQQAGLGTRVSTPRNDTDSNSAVSDRRDRPLNSDKERMNFRAANKATVRDEFNSTSPNSSAKLNTSIRAPRSGSGVSASKMSPVVNRETVPNDWELSNCTTTTKPPAGVSTNNRKRAASARSSSPPVAPLWQPPHKSSRTARRTNFIPVVSSNADSPALDSVSDASGSDLGLGVAKRLSGGSPQQIRLKGDPSSSAAFSESEESGVAEMKPKEKGRKPDGIDQKAGQNVQKVSNMVPPTKKNKLASREERGDGVRRQGRTGRNFPATRSLTPMTSEKLGNIGTVKQLRSSRLGFEKSESKAGRPPTRKLSDRKAYTRQKHSAISASADFHVGPEDGHAELVAAVKGLINSGRAITGQFWKQMEPFFGMIIEEDVAYWKQKINLESSGLMPTPVSSNIDDCEAVTNGLGLMGCARDIGHDAQRGAGIVGEQSQLTKGDCKAIPLCQRLLSALISEEGCSGSENFNFDAYDTQFETNGELELNHLDSHPLANYNFTAHSACNGYRTTQKPEHHDTINDVVDIPSNGLEYDAMDMNERLLLELQSIGISPDPVPEISQTDDVAIFDDLTGFEEKYQRQVFKKKDLLEGLLKSASVTKECQEKDFEQRALDKLVVMAYEKYMACWGRNPSGGRNTSSKVAKQAALGFVKRTLERYHQFEDTGKSCFNEPLFKDMFFAASSQQSGMEAESAKPHASSVSLEARTGSISSRRSPSQFSPNMNNHDVNLSDIYPVINNSSEQTSGKEDLWSNRGKKKELSLDDVGASSVPSGIRGSLPSSTKGKRSERDRDGKGQSREVQSRNGTTKAGRPALSNTKGERKPKSKPKQKAGQHSVSVNGLLGKLSDQPKPELPSGSKSNEKSTNSNAKEKNECALGEDEPIDLSNLQLPGMDVLDDQGQDIGSWLNIDDDGLQEDGFMGLEIPMDDLSDLNMMV