AlfalfaGEDB | MS.gene066538

M. sativa cultivar XinJiangDaYe / MS.gene066538

KEGG: K20003
GO: GO:0000166 GO:0003674 GO:0003824 GO:0004175 GO:0004222 GO:0005488 GO:0005524 GO:0006508 GO:0006807 GO:0008144 GO:0008150 GO:0008152 GO:0008233 GO:0008237 GO:0016409 GO:0016740 GO:0016746 GO:0016747 GO:0016787 GO:0017076 GO:0019538 GO:0030554 GO:0032553 GO:0032555 GO:0032559 GO:0035639 GO:0036094 GO:0043167 GO:0043168 GO:0043170 GO:0044238 GO:0070011 GO:0071704 GO:0097159 GO:0097367 GO:0140096 GO:1901265 GO:1901363 GO:1901564
PFAM: PF01529.23

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.gene066538.t1	KAB1202362.1	65.3	714	172	7	16	719	15	662	1.40E-252	882.5

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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.gene066538.t1	Q3EBC2	61.4	368	133	2	348	709	6	370	6.4e-126	453.0

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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.gene066538.t1	G7KZR9	98.9	363	4	0	347	709	5	367	6.2e-207	730.3

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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.gene049609	MS.gene066538	0.809232	2.10E-50	-1.69E-46
MS.gene050593	MS.gene066538	0.865877	4.29E-65	-1.69E-46
MS.gene050670	MS.gene066538	0.868202	7.78E-66	-1.69E-46
MS.gene05105	MS.gene066538	0.809729	1.64E-50	-1.69E-46
MS.gene051387	MS.gene066538	0.857042	2.14E-62	-1.69E-46
MS.gene051521	MS.gene066538	0.817512	3.17E-52	-1.69E-46
MS.gene051525	MS.gene066538	0.83541	1.71E-56	-1.69E-46
MS.gene051582	MS.gene066538	0.813799	2.13E-51	-1.69E-46
MS.gene051588	MS.gene066538	0.82624	3.02E-54	-1.69E-46
MS.gene051838	MS.gene066538	0.807549	4.79E-50	-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.gene066538.t1	MTR_7g114080	98.626	364	5	0	347	710	5	368	0.0	752
MS.gene066538.t1	MTR_7g114080	96.154	364	5	1	347	710	5	359	0.0	725
MS.gene066538.t1	MTR_7g114080	99.327	297	2	0	347	643	5	301	0.0	617
MS.gene066538.t1	MTR_7g114070	98.693	306	3	1	1	305	7	312	0.0	609
MS.gene066538.t1	MTR_7g114080	99.216	255	2	0	347	601	5	259	0.0	529
MS.gene066538.t1	MTR_7g114070	97.817	229	4	1	1	228	7	235	4.41e-155	450
MS.gene066538.t1	MTR_7g114070	97.817	229	4	1	1	228	7	235	5.66e-155	450
MS.gene066538.t1	MTR_7g114070	98.246	228	3	1	1	227	7	234	1.90e-153	448
MS.gene066538.t1	MTR_7g088350	34.694	147	70	3	502	648	163	283	1.20e-20	96.3
MS.gene066538.t1	MTR_6g033315	34.014	147	77	2	502	648	150	276	5.87e-20	93.6

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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.gene066538.t1	AT3G04970	65.489	368	118	2	348	709	6	370	3.88e-178	514
MS.gene066538.t1	AT3G04970	75.676	296	72	0	348	643	6	301	8.80e-171	492
MS.gene066538.t1	AT5G27290	77.032	283	64	1	24	305	31	313	1.35e-156	457
MS.gene066538.t1	AT3G04970	63.251	283	95	2	433	709	4	283	5.19e-129	385
MS.gene066538.t1	AT5G27290	75.862	232	55	1	24	254	31	262	1.80e-123	369
MS.gene066538.t1	AT1G54680	31.633	294	144	4	20	304	9	254	5.26e-38	143
MS.gene066538.t1	AT1G54680	31.333	300	143	4	20	304	9	260	1.89e-37	142
MS.gene066538.t1	AT1G54680	31.818	286	132	4	34	304	12	249	5.25e-37	140
MS.gene066538.t1	AT1G54680	42.446	139	70	2	175	304	51	188	2.02e-32	125
MS.gene066538.t1	AT5G50020	29.057	265	135	6	460	700	72	307	1.26e-21	98.6

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Find 166 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
AAAACCTCACCTGTACAACA+TGG	0.578089	7.1:+2464380	None:intergenic
AAAATTAAACCTACTTTGCA+GGG	0.497488	7.1:+2470019	None:intergenic
AAAATTGAAACCTGTAAGAG+AGG	0.557194	7.1:+2468239	None:intergenic
AAACCTCACCTGTACAACAT+GGG	0.629986	7.1:+2464381	None:intergenic
AAAGTTGTCTATATTCTAAC+AGG	0.323299	7.1:-2464536	MS.gene066538:intron
AAATCCATATATAAGATACT+CGG	0.638034	7.1:+2470553	None:intergenic
AAATTGGCCACCGACCGCAA+AGG	0.671025	7.1:+2468493	None:intergenic
AACCTCACCTGTACAACATG+GGG	0.636619	7.1:+2464382	None:intergenic
AAGAACAGCATTGGTACACT+TGG	0.540140	7.1:+2468295	None:intergenic
AAGAAGAATCTGAGTGTTGT+AGG	0.368816	7.1:+2464258	None:intergenic

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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
chr7.1	gene	2463122	2472732	2463122	ID=MS.gene066538
chr7.1	mRNA	2463122	2472732	2463122	ID=MS.gene066538.t1;Parent=MS.gene066538
chr7.1	exon	2472508	2472732	2472508	ID=MS.gene066538.t1.exon1;Parent=MS.gene066538.t1
chr7.1	CDS	2472508	2472732	2472508	ID=cds.MS.gene066538.t1;Parent=MS.gene066538.t1
chr7.1	exon	2472143	2472361	2472143	ID=MS.gene066538.t1.exon2;Parent=MS.gene066538.t1
chr7.1	CDS	2472143	2472361	2472143	ID=cds.MS.gene066538.t1;Parent=MS.gene066538.t1
chr7.1	exon	2471322	2471408	2471322	ID=MS.gene066538.t1.exon3;Parent=MS.gene066538.t1
chr7.1	CDS	2471322	2471408	2471322	ID=cds.MS.gene066538.t1;Parent=MS.gene066538.t1
chr7.1	exon	2471085	2471231	2471085	ID=MS.gene066538.t1.exon4;Parent=MS.gene066538.t1
chr7.1	CDS	2471085	2471231	2471085	ID=cds.MS.gene066538.t1;Parent=MS.gene066538.t1
chr7.1	exon	2470736	2470762	2470736	ID=MS.gene066538.t1.exon5;Parent=MS.gene066538.t1
chr7.1	CDS	2470736	2470762	2470736	ID=cds.MS.gene066538.t1;Parent=MS.gene066538.t1
chr7.1	exon	2470523	2470618	2470523	ID=MS.gene066538.t1.exon6;Parent=MS.gene066538.t1
chr7.1	CDS	2470523	2470618	2470523	ID=cds.MS.gene066538.t1;Parent=MS.gene066538.t1
chr7.1	exon	2470329	2470438	2470329	ID=MS.gene066538.t1.exon7;Parent=MS.gene066538.t1
chr7.1	CDS	2470329	2470438	2470329	ID=cds.MS.gene066538.t1;Parent=MS.gene066538.t1
chr7.1	exon	2470205	2470245	2470205	ID=MS.gene066538.t1.exon8;Parent=MS.gene066538.t1
chr7.1	CDS	2470205	2470245	2470205	ID=cds.MS.gene066538.t1;Parent=MS.gene066538.t1
chr7.1	exon	2470033	2470116	2470033	ID=MS.gene066538.t1.exon9;Parent=MS.gene066538.t1
chr7.1	CDS	2470033	2470116	2470033	ID=cds.MS.gene066538.t1;Parent=MS.gene066538.t1
chr7.1	exon	2468429	2468567	2468429	ID=MS.gene066538.t1.exon10;Parent=MS.gene066538.t1
chr7.1	CDS	2468429	2468567	2468429	ID=cds.MS.gene066538.t1;Parent=MS.gene066538.t1
chr7.1	exon	2468250	2468343	2468250	ID=MS.gene066538.t1.exon11;Parent=MS.gene066538.t1
chr7.1	CDS	2468250	2468343	2468250	ID=cds.MS.gene066538.t1;Parent=MS.gene066538.t1
chr7.1	exon	2466995	2467089	2466995	ID=MS.gene066538.t1.exon12;Parent=MS.gene066538.t1
chr7.1	CDS	2466995	2467089	2466995	ID=cds.MS.gene066538.t1;Parent=MS.gene066538.t1
chr7.1	exon	2466738	2466905	2466738	ID=MS.gene066538.t1.exon13;Parent=MS.gene066538.t1
chr7.1	CDS	2466738	2466905	2466738	ID=cds.MS.gene066538.t1;Parent=MS.gene066538.t1
chr7.1	exon	2466587	2466659	2466587	ID=MS.gene066538.t1.exon14;Parent=MS.gene066538.t1
chr7.1	CDS	2466587	2466659	2466587	ID=cds.MS.gene066538.t1;Parent=MS.gene066538.t1
chr7.1	exon	2466427	2466479	2466427	ID=MS.gene066538.t1.exon15;Parent=MS.gene066538.t1
chr7.1	CDS	2466427	2466479	2466427	ID=cds.MS.gene066538.t1;Parent=MS.gene066538.t1
chr7.1	exon	2464537	2464628	2464537	ID=MS.gene066538.t1.exon16;Parent=MS.gene066538.t1
chr7.1	CDS	2464537	2464628	2464537	ID=cds.MS.gene066538.t1;Parent=MS.gene066538.t1
chr7.1	exon	2464390	2464442	2464390	ID=MS.gene066538.t1.exon17;Parent=MS.gene066538.t1
chr7.1	CDS	2464390	2464442	2464390	ID=cds.MS.gene066538.t1;Parent=MS.gene066538.t1
chr7.1	exon	2464168	2464293	2464168	ID=MS.gene066538.t1.exon18;Parent=MS.gene066538.t1
chr7.1	CDS	2464168	2464293	2464168	ID=cds.MS.gene066538.t1;Parent=MS.gene066538.t1
chr7.1	exon	2463302	2463497	2463302	ID=MS.gene066538.t1.exon19;Parent=MS.gene066538.t1
chr7.1	CDS	2463302	2463497	2463302	ID=cds.MS.gene066538.t1;Parent=MS.gene066538.t1
chr7.1	exon	2463122	2463180	2463122	ID=MS.gene066538.t1.exon20;Parent=MS.gene066538.t1
chr7.1	CDS	2463122	2463180	2463122	ID=cds.MS.gene066538.t1;Parent=MS.gene066538.t1

Gene Sequence

>MS.gene066538

ATGCATGGTGTCTGTGTGGGCGTGGGTCTCCCATCATCCCTCGGGCAACCTAAACTTGCAAGGGTGAGAATCCAATGCTCAACCAAGGTTTCTAGCAGCAGACAACAATTGCTTGAAAGTGTAGACAAGGAGCTAACAAAAGGGGATGATAGAGCTGCTCTTGCACTTGTTAAGGATTTACAAGGCAAACCCAACGGGCTTCAGTGTTTCGGCGCGGCTAGACAGGTTGGTTAATTAAAGTGACACTAATGACCATTTTATATCCGTTCTGAGTGAATTTGATTTGATAACTCCCATCCTTGATGTTAGTCTTGAGTTATGAAGTTAGGAATTTGTAGCTTGTTTCATTTGTTGTGTGAATTACTATGCAGGTTCCTCAAAGGCTTTATACATTGGACGAATTGAAGCTAAATGGAATAGAAGCCATGTCTCTTCTATCTCCTGTGGATACAACTCTTGGTTCAATTGAGAGAAATTTGTTGATTGCTGCTATTGTTGGAGGGGTTGCTGCTTGGAATGTCTTTGGAATTTCCCAACAACAAATCTTTTACATATCTTTGGGATTGCTGTTTCTGTGGACTCTGGATTTGGTATTACTACTTGCACCTGGACTCAAATTTACTGCATTCATTCCACTATATGAAACTATGAATGAAATGAAAATGCCATGTCTCACAGAAGAACCACCTGTTTTACATATGTTAAGGATTTGTTTGGATTGGCTTATTTGAACATATCTATTGACATTAACACTTGTGAGACTTTTTGAGAGAGCATATGGATGCAGCTTATCATATGTCTATTAGCTGTTTTTAGCTTATTTTCATAAGCCCTGCTTATAAAAAGCTTATAGTTTATATGAAGAAAAAAAACTTGACTTTATTTTATATGTTGATATAGAAATATCATGTAAATATTCGCTTATCCAGACAGAATCTTTGCTGAACAAAAGCATTTGTTTACTTTTGTGATAACTAATAACTATGATACTCTACTTGTCTATTTGACTGAGCTTATTCTCTTATCTCATGCTTTTTCTACCCCTGACTTGTTGGGGTGTTGGTCATTTTAACCTTATCGAAAAATGCTATTTCAAATTTGAATGTTTCCAATACGAATGAAACATTTTATTTTCATCAACCTCGTATGCTGATTTTTCCTTATAAAACAACATCATAACTCTGAAAATCTTGACCAAGTTTGTTTATCAATCATCGCTAGCTGCTACTCAACGTCCCGTTACATCTATGTTTGTCCGCTTACATGCTACTTCAGTAACCAGTGCATGGAGATTTTTTATGCTCATCAAATTGATTGTTTTCAGGTCTCTTTTGGTGGAGGTCTTGGTAGCTTGGTTGTTGATACAATTGGTCACAAATTCAGTCAGAAATACCACAACAGGGTTACTCAAGTCAGATTCATTTTATTGTTAGCACTTGCAATAATTTTATTTCTTACAGCTTACATCATGAAGTAACTAGAACAAAATTTAATTATGCAGCATGAAGCTGGCCATTTTTTAATTGCTTATCTGGTTGGAATACTTCCTAAAGGATATACACTTTCTAGTTTGGATGGTCTGATGAAGGAGGGTTCTCTCAATATTCAAGCTGGCACAGCCTTTGTGGATTTTGAGTTTCTCGAAGAAGTTGGTTGCTTTATTTGTTCCGTATATTTAATGCACTATTTTTACTTTCAAAGGTACTAGAAAGAGAGAAAAAGTATCTACTAGGAATATGTCCGTTGCATGAATACCTGTCCTAGTAGTCTGAGTTTGACCCTCGTCGCAATTTAGCAGCAAGACCTTGTCTTTTCGCATCTATTTTAGTCCAGTGACTCCATAATATTTATGTATATGATAGAATACATGTTTTAACTCGCTTTGAACTGTTTGCTTATCGAGTAGACCATAAACTGGGGTTAGTTGACGATTATATATGTTGATTGTTATTACCTTTGGTGTCATGCAGGTTAACTCGGGGAAAGTATCAGCTACAGTATGTTTCCGCCTTACAAACATCTAATTTTAATTGCTTTGTTTTCTTTAATCGACGTTGTGTAGATTATGAAGATAAGATTGATTATGTGACAAAACCTTTGTTTTATGTTATCAGACATTGAACAAATTTTCATGTATAGCCTTGGCCGGGGTATGCACCGAGTATCTTATATATGGATTTTCTGAAGGAGGTTTGGATGACATAAGAAAGGTAACTTGTTATTTTTTGTCATGAGAAATGGAATGCTCACATGGTATTGACATTAATAACTGTAGTTTTCTTAATTGTGAATAGTTAGATTCTTTGCTCAACGGACTGGGCTTCACACAGAAGAAGGCAGATTCTCAAGTTAGATGGTCTGTGCTAAACACAGTCTTACTCCTGCGTCGGCATGAAGCGGCTCGGTCTAAGCTTGCCGAGGCCATGTCTCTGGGAAGTTCTGTAGGATCCTGCATTGATATTATAGAGAATTCTATCAATGTTTCAGATCTATAACGGAAGTTGGATATACTGTGTTCCTGGCTCCTGGTACACGTTCAAGTTTCGAAAAAAATTCCATTCGGTGTTACCCTGGTCATATCTTATGCAAGCAGAATGTGAATGGCTTTTGTTATAGTTGAACGGGTTAGCGATTTCCGAGACTTCGTGTGTGAAGGATCCTTTATGAAGAGAAAAAGGACAAGTGATGTAACCCTGCAAAGTAGGTTTAATTTTCAAGGATAAAGTAAACTTGTATATATAGTTGAGGTATGCTTAAGTAAGTCATTTGAACATATTTGTATGGTTATGCACCAGAAAGAGCTTGACTATTGTCTGAGCTTGTATATACAGTTCATGACTCTACAGGATAATTCAGTCTTTGACCATGTAGCTGAGGCATTGTCACTACTCAGTAGCATAACGGTCATATGTTAGACAAGTGTTTTTAATTGAGACTACTTGCTGTGTCCAAGTTTACGGAGAAATCTTTTCAACAAGGAATCCATAGTAAGCGCGAGTCATTAGCTAGTGCTGACTACGTCCATGCGCTTTGTACACAACGCTCGAATAAAAAAAAAAGTTCACTAAAGAAGTTAAACGATGATAGCAAGAAAAGAAAAGTTTTCTTTTATTTTTGTCAGAACTGTTGTATCTACACTGCATGAAAAGAATTCTGCCCATTAAAAACATCATTGGTTAACGATATTGAATTCTAATCACAAGGCATGATTGATGGAATTGGAAAGACTTCTTGCTTGCATGTTCGCTAACAATATTAGATTGTGCTTTCAGAAGCTTTACCAAACAGTCATACAAAACTTATGCAAGAAGTCGTAGATAAACTCAAATAAGTCAATTCAAACATGCCAAGTTTGAAAATGAAATACACTTAGGTCTTTTTTTTTTGGATAAACAACTTAATTTTCAGCTTACAACATAAAAAACATAAGTGTTTATCATGATTGACACTTGTATATAAGTTATTTCTATAACAAAAGGTAAAATAAATATAAATTGTTTTAGTATAAGTTATAGGGTCTTGTTAACGAGTGCTCCGAGCACTCTTTAAACACTCTAAAATAAGCAATTATTCTTTAAAAAAGTTAAATATTTCAATTTCCAATACATTGATTACCCACATTTTCATAAATACTTACTACTTATGATCCTTAAAAAGTGTTCGGGAGCACCATTTAACATTTCCTTAATTTGTTTTTTTTTTTGACAAGGTTTCCCTAAAAACTTTGAAAATGACAAATCCATTTTATATGTTTTTATCAATAGTCTCACAAATACATATGGATAGACTTAAATAACCTATTAAAAAAACACATAAACTTAAATAAGTAAACTCGAAAGGCTCTAGAAATCAATTGTTTCTCCTATTTCTTTGTAGGTGCTGTTTGTTTTTATTAAAATTAAAATTAAAACAACAAAGAGGAAGTGCAATTGCATATGTAAAAATTAATAATATTTAATTTCTTACTTATGTTATTGACAAAAATATAAGTAAGATAAAAATGAAAGTATTAATTTTCCCCTTCCCTAATTTTTTGAAAAGGTATTAATTTGTTTTCAGAAAAACAAACAATTAATAATTAATAAATAAATAAATGAATGTAAAGGAAGGTAAGATAAAAATGGTTGAGTCTATTATTGAATTGAATTGGTAGTGATGGGGGTAGGTTTGTTATTGGTATGCCATGGATTGGTGACAGCTTTGGTTGTGATCTCTTTCCTTTGCGGTCGGTGGCCAATTTTCGAAGGCACTTTCATTCAACGCATTCACTGTTTCCTCACTTTCGGCGCTTACGATTACTTCCTGTACTGTAACTAACTCTCTCTCTCAATCATTCATTTTCATGTTGTTTCACTATTTATTCCTCAATCTCACTCACTAATCTCTCAGGCGTTTTGTTGGCGCTGTTTTTGGCTCCAAGTGTACCAATGCTGTTCTTTCTGTTGAATATTATTGCTGCGATCGTCCCAATCCTCTCTTACAGGTTTCAATTTTGAATTTCGATTTCTTCAACTATTGATTGATTGTCAATTGTGATCATAAATTGGTATTAATGTATTCTAAATCTTAAGATTCGTTTTCATTGTGATTCAAACCATCAATCAATTTATTTACTTCTAAATTATCACACTCTCTCCTATTTAGTACTTCAAGTATGTAAATTTAAATATATGTCTGATGTCTCTAAAACATACTTCCTCCGTCTCAAAATATAGGTTTGTGCACTATTTCTAAGCAAATGATCAATTGTCTTGATTTTAATGGTAAAATTAGTTTCACTTACTAAAATACCCTTATTAAGTGGAGTAGTTAAGTTAGATGAAATTCAATCAATAAGAGTATAATAGTGGGAAAAAAACATTGCATTGACATTCTAAAGTGACAATTGTTTTGAGATAGAGAAAAAATGTTAAAAGACGATAATTTTGAGATAGAGAGTATCTATTTAGTCCTACTTAGTAAATATATCTATGTTAGTCTTAGAGTATGAACACAGACATGACACCGTATCCAGTAATAATTTGAGAAAATGAATGATTTGAACGTAATCGCATGTCTCAGTGTTGTATCAGTGTCGAACACGACACTCCTTTGATCAAGGGTATCGGTGCTACAAAGGTCTTAGATACTGACATGATGAATTTTCATATACTTTAGTGACTACTTATTTATTTTCACATATTGTTGGGACTGAACTGGAGAGAGAATGATACTTTAGGGACCAAATTGATGGATTATTCAACCAAATTGTGACTCAGGGGTCTGTTTGGATTGACTTATTTTTGCTTATCTACTGACATAATCACTTTCGGAAACTGTTGGGATTATAGAAATAGCTTATGGCATGTCCTAGCCTATTTTCAGATTATTTTTATAAGCTCTCTAGGATAGCTTATGAAAACAACTTGGAGCTTATATGAAAACAATTTGACTTTATTTTATCTTTTGTTGTAGAAATAAACATAAGTTATATGATAATCGCTTATACTATCAGTGCTTAATTAAGTTGTTTATCCAAACAGGGCCCAAAACAGGGGCATTATACCTCATGAATTTGTTATAAGAAAATCTTAGAACGTTTTTTTAAACATCATTTTGTGGTGTTCTCTGTTGGTTTGATAAATAAATTTGTGTTAATTGCAGATCATATATCTTGTGATAATCAGCTTTACATATTATTTTGCCGTCAACTCTTCCTTTGCCTATATCCCTGGATACTATTTAAGTGCAACTCACAAGTAGGGTACCCGACACGCCGTTATTGTACTCTTTTCTTGATTTATGTATTCTTCAGCATTATTCTATCCTGAATTCTGTTAGACCTTAGGTACACAAGCTTCTTCGCAGCTGCTGTTGGAATTCTGCTCTTTCTTTTGACCAGCTTTACTGATCCTGGGACAATAAAGGCTGAGAATGTTTCTCAATATCTTGCTGCTTATCCTTATGATAATATCATTTTTTCAGAGAAAGAATGTTCCACTTGCAAAATTCCAAAGTGAGTTTGCTGCTAGTGTTAAATTTGGTGAAATATTAGTTAAATCTACGTATAATATTGTCTTAATTTTGTTTACAGACCTGCTAGATCAAAGCATTGCAGCATTTGTGATCGCTGTGTTGCACGATTTGACCATCACTGTGGATGGATGGTTAGTAATCTTTGAAATTTTCCTTCTTTATAGGGCCACTCAAGCGACTCTTAATAAATAAATCATCCGTTTATTTTAGATTTTACTAAATGTTTTTTTACTTGCAGAATAATTGCATAGGGGAGAGAAACACTCGATATTTCATGGCTTTTCTTTTATGGTGAGCTCTATATGTGGTGCATCTGTTTGTTATTGATAAGTTTTGTAACAGAAAGTGGAAACTTTTTAGAACTTCAAACAATGAATACACAAACACACAGATCAACATAACTGTCCTCGTCCTACCGCATGACTTCCCCAGTACACAATTAAACAACTAATCAATCACTTTCTTACCATATAACTTCCTTAATACTTATTCTGCCCCTATTATTTTCTTATGGGAAATGCTAGCAGTGCCCCGGAGACACTCTTTAAGCACCTTAAATAGTAAGTTTTATGAAAATTTGTGTATTCAATGCATTGGAAATTGAAGTATTTGACATTTTTAAAAAATGATTTCGTAATTTGTAATCCTTAAAGAGTGCCACAGGGGGCACTCGTTAGCAAGACCCTTTTCTTATTTATCCCAGGGTACAGGTACACAGGGCACTGCCATGTCAGAGTCAGTCAACTCCATTTAACAGTTGGGACCAAAATTAGTGACGAAAAACATTTGAGGGACTAAAACTTGGTGAAAATTTTTAGAGGGACTAAAAGCGAAATTTGATAATTTTATAGGGACCATTTACTTATTAAACCCTTTTCTTATTTATACTAAAGTACACTAGCCACATTTTAGACTTGTTTTCCGCATGATCCAGATCATGGCCACATTTTGATTTTGGACTCTTACATGTATAGTTAACAAAATGTGTTTTGACGTGATTATTATTTTCTGTGATCTAACTTCTTCATAAAAGAAGCTGGGCAAATTAAAATTAAAAATAAAAGTAAAAACTGAGGGAATTTCCTTTACCTTGGTTAATACTATTGAGCTGATGATCACACAAAACACGAGGTATCTTCTTGAACTTCAGATAGAAACTTAGAGACCGAAATATCCTGTTATGATGTTAGGTTCTGACAAGTTTCATTAAAGAGATCCTGCAACAACCTTTAAATCTTTATTATAAAAAACAAAACACGTCTTTCTATGCAATACAAATCATGAGATTTTGACTTCCATGAACAGTAACTCTTCATTTTGCATCTCACTCTCTTGAACTCTTAACTGCACAATAAGCGCAAAAAGTTCTACAAGATCTGACTGTAAACTTGGACTTGGGTCCTCGATTTCCTTTTTGTTGGGGTTGCAATTGGGATTTTATGCGGGTCGTTTATGTGATGGGATGGGAGAAGTTGCAACGTAATGTGGGAGTTGTTTGAGGAGATGGTGTCAAGACGCAAACTTTCATAACTCAGTCTCAAAAACTCTCTCCTCAGCTTTCAAAGATAATGACATTGTACACTTAAATTAGAGACATAATGAAATTTGAGAGTTTTCCCTCTCCTTCACGTTCACTCTGTCCACGCTCCCTGCCTCCGTGGTCCGCTGTATCTCCACCAACTCCATTGCAATCTTAACCCACACAAAATTTGGTGCACCTTTTATGGAGAACCTTTTTATATATTTTTTTATTTTATTTTTTATGAAGTAGAAATGGGGAACCTGCTATAACCAGTCATATTAGGAGGTCCACATTGGACCTTAAAGAAAGGGGACCGAATTAAGGGCTCCTGTGAAATTCAATTTTAGATGTGAAACAAAAATCCCCATAAATTGTGTTTTTACTTAAATTGTTTCGCTTACATATATTAGGTAAAATAGATATTAAAAATCTAAGTCATTTCTAATTTCTCATAGTACTACAAATTTTAGTGGCTGATTTCCACTCTGGCATTGATATGATATCCAATACAGTATGCATTTTCATTTTAGGCTCCATTCTTATTTGTGATTTTTTCGTGTCTTGTAGGCATTTCCTTCTATGTATGTATGGAACAGTTCTCATAGGTTTAATTCTCGCAGGAAGACTAAAAGAATTAAAAGTTGTCTATATTCTAACAGGTAATATAGATTTGCAAGTAAATATTTGTGTGAAGATTGAATTGTACTATCTTTTACTGTTTTTGATTCTTCTTTTCTTATCTTAACTTTGCAGTTTATTATGGAATTGAAAATTCATTTTGGGATTTAGCTCCCCATGTTGTACAGGTGAGGTTTTTCTTACTCGTTGATTGTCATGTATTTCTATTTTTTTTTTCTTCCTATTTTCCATTTTGTGGTCAATGATATGTTATTATCATGCAGTGGTTATTGGGATCCTACAACACTCAGATTCTTCTTATAGTTTTCGTTGCAATTGTTGGGATGCTGTTAGGCGGATTCTTCGGTTACCATGCAAAGCTTTGCCTTAGTAACACTACCACTAATGAGGTATTTTCTACATCTGGCCTTGAAATGACTGTAAGTAAATTCTAGTAAATTTGGAGGATCCAGAAAGTAGCAAGCCATACTCTCCTTTGTTCATTCAAAACAAAAATCCCTATAACATTAGTGATCTCATTACTATGGCTATAATTAGTTGAGTTAAATATGTATGGATAAACAAAACAAAACAAAAATATGTATGGATACCGCTATGTCCGTTATTTGTAAGAAAATGCTAAGCATAATACATGATTTGGAAGTTGGCATCAACTGAGATTATAGAAAGATATTTACATTATGACAAAATGACATCTTTGCTGGAGCTTTCCAGTTTAAATCCTGCTGCAATTTGATGAGAATTAGATTGTTTGATCTCTGTTTATATGTATGTGTGTTTTCCCTTTCTCTGCATCTTGTTTGTCCAATAGTAGCAGAATCATTGCTTTCACAACCCTGCACAAACTGTGGCCACTTGAATTCAGATAGAGCCATTTATACAGTTTTGCTGGTTGTGAATGCAGATTTGCATAAGTACCATTGCTCTAGGTATTTTATCATTATCCAATCTACTTGGTGTTGGTGGTTTATTTAGAGGGGAAATACCGCTTATCAGAAGCACTAGTTATACCACGAACATGGAACTCAATGCAGCTAATGGCTTCTTTCTGTATCGCAGACCTTCAAGTGGCAAGACTACATGGACTGGCAGAGAAAGTTAAAAGAAGCGCAGGCCAGTGCTGCAGCGCTAAAACAAAGTATCAGTGGAATGAACAGTGAAAAACAATTGTTGTCAAGCAACAAATGGAGAGCATTTTTTCGAAGATCACCTCTGGAGGATGTGGTAGTTGTTAAGAATAATGTTTACAATAAAGGTTTCTTGCACAATATTTGGGAGGTTATTTCCCCTCTCTCTACAAGGCAGTCCTTTACGAAAACAAAGTTGAAATCCAACTGAGTATGCTCCTAAGATGCGTTTCCTTTTGGCTATTAAAGGTCTTGGTAGCTGGCTAGTTGCACTTAAATTTGAATGGGCATGTCTCTCTACTGTTTAG

Protein sequence

>MS.gene066538.t1

MHGVCVGVGLPSSLGQPKLARVRIQCSTKVSSSRQQLLESVDKELTKGDDRAALALVKDLQGKPNGLQCFGAARQVPQRLYTLDELKLNGIEAMSLLSPVDTTLGSIERNLLIAAIVGGVAAWNVFGISQQQIFYISLGLLFLWTLDLVSFGGGLGSLVVDTIGHKFSQKYHNRVTQHEAGHFLIAYLVGILPKGYTLSSLDGLMKEGSLNIQAGTAFVDFEFLEEVNSGKVSATTLNKFSCIALAGVCTEYLIYGFSEGGLDDIRKLDSLLNGLGFTQKKADSQVRWSVLNTVLLLRRHEAARSITEVGYTVFLAPVERVSDFRDFVCEGSFMKRKRTSDVTLQSLLLVCHGLVTALVVISFLCGRWPIFEGTFIQRIHCFLTFGAYDYFLRFVGAVFGSKCTNAVLSVEYYCCDRPNPLLQIIYLVIISFTYYFAVNSSFAYIPGYYLSATHKYTSFFAAAVGILLFLLTSFTDPGTIKAENVSQYLAAYPYDNIIFSEKECSTCKIPKPARSKHCSICDRCVARFDHHCGWMNNCIGERNTRYFMAFLLWHFLLCMYGTVLIGLILAGRLKELKVVYILTVYYGIENSFWDLAPHVVQWLLGSYNTQILLIVFVAIVGMLLGGFFGYHAKLCLSNTTTNETFKWQDYMDWQRKLKEAQASAAALKQSISGMNSEKQLLSSNKWRAFFRRSPLEDVVVVKNNVYNKGLGSWLVALKFEWACLSTV