AlfalfaGEDB | MS.gene021611

M. sativa cultivar XinJiangDaYe / MS.gene021611

KEGG: -
GO: GO:0000166 GO:0003674 GO:0003824 GO:0004672 GO:0004674 GO:0005488 GO:0005509 GO:0005524 GO:0005575 GO:0006464 GO:0006468 GO:0006793 GO:0006796 GO:0006807 GO:0008144 GO:0008150 GO:0008152 GO:0009987 GO:0016021 GO:0016301 GO:0016310 GO:0016740 GO:0016772 GO:0016773 GO:0017076 GO:0019538 GO:0030246 GO:0030247 GO:0030554 GO:0031224 GO:0032553 GO:0032555 GO:0032559 GO:0035639 GO:0036094 GO:0036211 GO:0043167 GO:0043168 GO:0043169 GO:0043170 GO:0043412 GO:0044237 GO:0044238 GO:0044260 GO:0044267 GO:0046872 GO:0071704 GO:0097159 GO:0097367 GO:0110165 GO:0140096 GO:1901265 GO:1901363 GO:1901564
PFAM: PF07645.18 PF07714.20 PF08488.14 PF12947.10 PF13947.9

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.gene021611.t1	RHN76864.1	72.5	732	144	11	1	680	1	727	6.10E-287	996.5

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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.gene021611.t1	Q9LMP1	44.0	723	339	18	9	679	7	715	1.2e-150	535.0

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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.gene021611.t1	A0A396JI89	72.5	732	144	11	1	680	1	727	4.4e-287	996.5

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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
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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	bit score
MS.gene021611.t1	MTR_1g010260	70.765	732	133	12	1	680	1	703	982
MS.gene021611.t1	MTR_1g010220	66.387	714	187	14	6	671	1	709	886
MS.gene021611.t1	MTR_1g027570	60.338	711	235	11	11	681	13	716	828
MS.gene021611.t1	MTR_1g027580	59.028	720	248	11	1	680	3	715	810
MS.gene021611.t1	MTR_1g027660	59.943	704	230	12	17	680	1	692	807
MS.gene021611.t1	MTR_1g027490	59.593	688	239	12	27	680	18	700	793
MS.gene021611.t1	MTR_1g027600	58.543	714	244	16	11	680	13	718	790
MS.gene021611.t1	MTR_1g027640	57.444	712	256	13	11	680	14	720	780
MS.gene021611.t1	MTR_1g010240	59.066	728	136	15	4	680	1	617	759
MS.gene021611.t1	MTR_2g009670	44.430	745	330	19	4	679	3	732	568

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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.gene021611.t1	AT1G21270	43.896	729	342	19	4	679	1	715	0.0	544
MS.gene021611.t1	AT1G21230	45.152	722	323	21	4	672	1	702	0.0	542
MS.gene021611.t1	AT1G21240	44.147	709	325	19	27	679	31	724	3.22e-178	526
MS.gene021611.t1	AT1G21250	44.334	706	321	20	27	679	32	718	5.81e-177	523
MS.gene021611.t1	AT1G21210	41.001	739	355	19	4	679	1	721	1.07e-170	506
MS.gene021611.t1	AT1G79670	38.856	682	347	18	22	651	32	695	9.85e-142	432
MS.gene021611.t1	AT1G16130	39.049	694	354	20	9	651	15	690	2.85e-141	431
MS.gene021611.t1	AT1G16260	38.767	681	352	21	6	651	5	655	1.84e-134	412
MS.gene021611.t1	AT1G69730	37.447	705	350	16	27	652	31	723	1.10e-133	413
MS.gene021611.t1	AT1G16260	38.192	686	358	20	6	651	5	664	1.24e-133	410

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Find 136 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
AAAAGTGATGTCTATAGCTT+TGG	0.378017	1.4:+9468086	MS.gene021611:CDS
AAACAAACAAGAGATCAAGG+AGG	0.753887	1.4:+9468256	MS.gene021611:CDS
AAAGAAATTCCATATCCATT+TGG	0.430159	1.4:+9456164	MS.gene021611:CDS
AAATGCAGTCACACTTGTGG+AGG	0.623911	1.4:+9456140	MS.gene021611:CDS
AAATTGACCTGTGCAGCCAT+CGG	0.565332	1.4:-9456888	None:intergenic
AACCTGGATTGCAACTGCAT+CGG	0.578015	1.4:-9456844	None:intergenic
AAGACCAAGCATGAAGGAAG+TGG	0.554397	1.4:+9468322	MS.gene021611:CDS
AAGATAGCTGCAGAAGTAGC+TGG	0.485759	1.4:+9467846	MS.gene021611:CDS
AAGCATGAAGGAAGTGGCTA+TGG	0.511787	1.4:+9468328	MS.gene021611:CDS
AAGTTATTCAAGATGGTATG+TGG	0.467150	1.4:+9468225	MS.gene021611: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
chr1.4	gene	9456065	9468653	9456065	ID=MS.gene021611
chr1.4	mRNA	9456065	9468653	9456065	ID=MS.gene021611.t1;Parent=MS.gene021611
chr1.4	exon	9456065	9456902	9456065	ID=MS.gene021611.t1.exon1;Parent=MS.gene021611.t1
chr1.4	CDS	9456065	9456902	9456065	ID=cds.MS.gene021611.t1;Parent=MS.gene021611.t1
chr1.4	exon	9466613	9466783	9466613	ID=MS.gene021611.t1.exon2;Parent=MS.gene021611.t1
chr1.4	CDS	9466613	9466783	9466613	ID=cds.MS.gene021611.t1;Parent=MS.gene021611.t1
chr1.4	exon	9467424	9468461	9467424	ID=MS.gene021611.t1.exon3;Parent=MS.gene021611.t1
chr1.4	CDS	9467424	9468461	9467424	ID=cds.MS.gene021611.t1;Parent=MS.gene021611.t1
chr1.4	exon	9468628	9468653	9468628	ID=MS.gene021611.t1.exon4;Parent=MS.gene021611.t1
chr1.4	CDS	9468628	9468653	9468628	ID=cds.MS.gene021611.t1;Parent=MS.gene021611.t1

Gene Sequence

>MS.gene021611

ATGAAAGTGATGAAGATGAAGCATGTGTATGTGTTAGCCATGGTGATACTGGTAGTAACAGTTGCAGCAACAAATAAATGCAGTCACACTTGTGGAGGTAAAGAAATTCCATATCCATTTGGTATACACGACAACAACCCTTCATCAGATTGTTTCGTGGGTGGTAGATTCCTTCCGCTCATTTGCAATGAATCCAAAATATACTTGGGTAACATGGAAGTGTTAAACATAAACATCTTCAAAGCTGAAATCGACGTGTTATTTCACGTCTCTAAGTATTGTGGTGATGATAATACTACAGAAAATACTATAGCCAGGCTTACCGATGGTTCATATACCATTTCAAGCAAAGAAAACAAGTTTGTAACTGTTGGTTCTAACAGTTACGGTTATTTTAATAGTTACGATGGTGAAAACAAGTATTCAACTGGGTGCTTAACAAGTTTTTTTGGTTATCAAAGATCGATTGATAATGGAACATGTTCAGGTATAGGGTGTTGCCAAGTTGATATTCCTCCTAGAATGTGGAATATAAGTATAGAAGCTTCCTATTTCAACCAAAATTCATCACAATATTGTAGCTATGCATTTGTTGTTAAGAATGGTAGCTACACTTTCTCTTCAGCTCATTCAAAAAAAGGTTTACCTTTCAAGAGATTACCTGTGGTTCTTGACTGGACAATTGGTGACTTTACTGAAAGCTGCAGTACAGCTTCTTCCAATAATAATGGATGCAAGAACAATAGCTATTGTGATGACAAAGACACAGAGTTTGGTTACCGATGCAGTTGCAATCCAGGTTTTGAAGGAAATCCTTATCATCCCGATGGCTGCACAGGTCAATTTTCTTATTTTGTCCGTCTTTCCGCTCTTTTTATTGCGCTAACGTTTGAAAATTATTATCGGTGTTTTGTTTATGAAATTTTAATTTTGATTAAAACTAAAAATATAAATGTTTGTTGTTTTCAAGGTATAATAACAAAGCAAACTAACCATGATCATTTATTTCAATGACACCAACAACAATCTTTATTATATGAAAAATTGTTTGAGAGTATAATTGGGATAATGAATAAGTAAGAATAAATATGTTCATCTAGTTTGTTACACTTATTAAATGATAAAGGAAAAAAATTAATATATATATATATATATATATATATATATATATATATTCATATCATGTTTGTTTCATTTGTTTTAATATTTAAATTGATTTTTATCTATTTGTTACATGTGTTATTTGTATTAAAAATTGAGGGTATTTTTAAAAAGGAAAATTCAACCCAAAAGTGCTGAAAGGAGTAGTTTTCTTTATATATAGTACAGATTCTGCCAATTTACGTTTATTTTTATTTTTTAATTTAATTACGTAGTCCGAAGGTCCAATTTCACTGCTCATGCTTGATGGCCTTATTTAAAACTATTTGTAATTGTATGGATTAACCTACAAAATTGGCATCGAGGCATCGAACCTAAGCCTTTTAAAAAAAAGTGAAACATCAAACCAATTCAAATGAGTTTATAGTACAATATTGTTGATCTTTACTAGGCTTTAATTAAGGTTCTGAAATCAGACCCGTCCTTATTAGGTCGTTCCAAGATTCAGTAATTCAATGATGGCTAAATTTTGAAATTTTATAGTAGTGAATAAAAAACATACTTGACATTTTTTTTTTTTTGAGAGATACTTGACATTTTTTTTATAAAGTAATGATATTACTTATTACTACAAGTCTACAAGTGTATAAATGAAATTTAGCATTTAATATATTTGAAATTTATCAACATTTCTTATAAAAATAATTTGATAACTATCTACAACGAAGAATATCTAAATCAAAAGACCGTAGTGAGTGAAAGTGAAAAGGTTAAAATTTTATGTTGGGTTTTGATTATGTGTTGGCTTCATTTTGTCAAAACAAAAAGTTCGAATAAGAAATTGTACCAAATGTCTTAGACATGTAAGTACGACATCTTAGTTTAAGGCTAAGTTCTTTGTTTCGCATTCTTGGAGGATTGGATTTTCACGTGAGATCTTAGAAGATTGGATTGAAGATTTTATTCATGTAAATTGTGCTCCAGGAAGTGTGTGTTTCTAGAATCTTGTTCATGTCAGCTTTTCCATGCTGTGTTTTTGAAGTAAAATGTCCTAAACGTATTTGGTAATAATTTATTTTGCTCCTAGAATATTGCGACTTAATATACACTCTGGTCAGCCGGTTTGTTTAGCCCGGTTGAAAAAAAAAATCTTCAGCTATATAAGGAATACTCAAACCCTTGTGAAGATTATTGAAGTCGTCATTTTGAAGAAAGAGTCTTTAGGGTTTCGTGTCTTGTACTTTGTTAATTATACACCTCTCTATGTGTCGTCTTGATGCACAGAGTTGGTTTGTTTAGTTGAGTTGTAAGTTGTCATTTGTATACCACTCTAGTGAATCTTGCAAGAGTTGGTTTGTTTATTGGAGTTGTTGTCCTATTTGATTAATTGTAATCGTGATTGAGTCAATCACTGAGTTTGTGGTTGAGAAAAAGTGAGAGGGGGTGGGAGTCTTAGATAGAAATTCACAGGTAGTGTTAGGTGAAAAGGCAGTGAACAAGGTTTGTTCACATAAGACTAGGAACTAATACTATTGAGAGTGAATTTCCTTTCTTGGCATGGATGCTTCCAATGAAGGTGAGAAAAACACAAGAATTGGGGTTGAATTGTGTTAGCTTTTTCTTCTTTTAAAACGAAGTCCAGAGTCCAGAGTCTGATAGAGTTCAGAGTTTGGAACAATGTTCAGAGTCTAATGCGGCGAATAAAGTAAAGATAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAAGAGAAAGACACAAAGCAATTATCCAGGTTTCTTCCACAATCTGGAAGTAGTCCAGTCTCCCTTGCACTTCCAAGGAGATTTCACTATAATCAATCTGATTACAAATGCTCAAGCGCACAAGCAAGAGACTTCAAATACTCAAGCACACAAGCAAGAGATTTCTTATGCTCAAACATAAAAGCAAGAGACTTCTAAACAAACAAATTACACATAAATAAGTTTGGTTAAACACTTGATATACAATCAGTGGTGTTCACTGATAGACGTTTGACAAGTGCACCAAATACTATCGAAGTAGTAAAAATATCGATCCCACGAGGACTATTTTTAACTTCAATAATTCAATCGCGTTATAAAAATAGGATGTATAAAAGTTTATTTTGTTTTGCCACTAGGCAGTAGATTTGGTTTGATTTTATGAAATCAAATAAAATAAAATAGATTTGATTAAGAAAATATAAAGAGAGATGAGATCAGATCCTTTGAATCATCTAAGTTCCCCTAATTGGTATACCGCACCTATTTGTTATGAATCTTCTTCTAATTTACGATGATTAACAAAATAGCTCTAATCAATCCCTTGAATTAGAACCCTCTTCTCAAACTACATCCCCCAATCCCTTGGGGGGTCTAATAATTCTTGAAGGTTTTACCGAACGTTAACCTATTATCACTAACAAACGATTATCTATTCCTAGACTAACCCTGTTTATTAGAACAATTCAATTAGGTCTAAGTCGAAAGCCATGGTCAGTGGTCATTCGTTCTCACAAAATCAAGTTATATGTGATCAAGATATAAAAAGCATTAAGAACAATTGAATTGAATAAACTAGAATTGAATTCATAAACAAAATAGAGTTTCACAGCAACAGGTGTCAATTAGGGTTACAAAGATTCATCTCGGATCTAATCTCTAAGAGATTTAGCTACTCATAATCGAGTTTACAAATAGCATAATCAATGATTAAAATAAAACATACATGAATTGGTAAAAGGTTGAAGAAATCGCCCTTCTAGCCGTCTCCAATGTCTCAAAATCCCACTTTGCTCTCCAAAATCGTAACCCTTGTTCTTCAGTTTGAGTGTAGTATTTATAGAATTTTTGGGCCTGACCCATCAAAATCGTGCCGCGCCTTGTTAATTGGCGTGCCGCGATTCCCTTCAAACAGAGATGTTGTAATTTTGCTTCTTAAATCGCGACAAGGCTTGAAATTGGCGTGGCGCGATTTGCTTCAGAAAGACTTCAATATTTCAGCTTTTTGCACTCCAGAACAGTATAAGTTGCATGAGAACTCTATCAAAATGTCACAATAAGTCCTAAAAATTACTTAATGACGGCATGTCATCACAACCCCAAACTTAAACCATTCCTTGTCCTCAATGAATTTGCTTGCAACAGTGAAAAACGACAGTAAAATAACAGTTACCTGACAAAACGATAGTACCCAAAAGTTCATTCTCCTTCTAGCTAAAGATGAGCTAGTTTGACTTGTTCGCATCCACCAATTCACAACTCCTCGCATCAAATTGACATAGGGTTCTACCAGTCGACATGCAATCTACATATTACCATACGCTTGAAAAGTTTCTAAACATCAATCAAAGTCAATATCATTACACACTTTTGAGGTCTTTAGGGTTATAACGGAGCTTAGGTGAAAGGTGGGATATATTTGGATAAGTAGGCTACACAAAATTCGAGTTAGGCATTTCTACAGGTGTAAAACAAGATTCAATCCCCCAATCCCTATTTGAAACAAAACTTAGGTACCTAGAGAACATTTTCAATAACTTTATCAAAAGCTTGGGACACATCGAGTTTGAAGTTACTCCGATATGACATTGTGTGCCCCTTTTTCAATTTCTTTCATCTTTTTTTTTTTTTTTGATACACCTATTTTTGTGTGTATGTTTTTCATTCTTTTTCATTTTTCATCACTTGTTCTCTAGTACCCCCACCCCAAACTTAGTAGGTTGCAAATTCCAAAGGCAACCCCAAACTTATTATCAAGCAACATCCTACATAGCCTAACTCAAATTAAAATTTCAAGGTAATCATCCTAAAAAAGCTCTAGGCTTCATTTGTAGTTTGTCACCGAACAAAAAGTTCTAATCCTACCGGCTCACAATTGGTTAAGAAAGGATAAATTCAACAAATGAAAACAGGGTAGGCTTCAAAAAGGCTCACAGGACCAAGCACTTTTGCCTCAGTGTGTAATTAACAAAGACCAATCAATAATAGAGAAACGATGCAAGTTCTAGAAATGTAGTTGCATGGAAAACTAATCTAAATATAAGTAAATTGAAAAACAAAATTTGGCAATGAACCTTATGGCTGAGATTTCTGGGAGTATGTGACTACCTAGCAACGCCGTACACTTCGCCTATGAATCAAGTCACCCCACCTTTAGAACTTTTGGAATAACGTTTCATCAAACAACTGTTACTAAACTGGAATAGGTCACATGAAACAAAACAAATTCATTAATAAAAAACAAGTGCATGAGCAATTACAATAGGGAAATAAGTTCAAAGGATTTCTACATAAAAAATAAAGAAAATACAACAAAAGAAAAATTCCTGAAAATAAAATACAAAGCAGGAAATGCTAATCCATCAGTAGATCAGCCCATGTTCACATCATCATCCGGGTGTCCAGCTCCCGGTGTCCTTAATCTCTCAAAGATGCCATCCCCTTGATCTTGCTCGGTGGCATTGAAATCATCAGTGATTTCCCTCCTCATGCGCATCCCATACTCCTCCTGATTTGTAAAATACTGCTCCATGCGCTCACGGGAGCCTCCAAACCTCTCATAGGACCCACTAATCGGACCCATATTCAATCGAGCCTCCGCAGCAAACGCAGCTGAGAACCTAGGACGGTTCACCCACAGCTGGTCCGAAGTCTCCATCATCCAATTAGCTTGAACATGCATGAACTCCTCAAGCTTTGGGTGAAGAGGAGCATAACCCCCTTGGCTACTACTCCCTCCTTGCTCCATTTGTTGTTGCCTTGCTGCCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTTTCATGTAGCTCTCATACTTCACGAATCCATCCATAACGGAGTCGGTTATCAGCTTCATAATGCTGGTGTTAAGATCACTATCATATCCCGGCACGAACTCTTGCTCACACAACCAATTAATCAAGCTTCCATGCCCCAATTGTGTGGTGTTACCGGTGGCAATATCATGAAGACCATTGGCCAAGATGCGGCCAATATTTATAGGGTACTCCTTGATGATAGCATAGGCAGCAAGTACCCTCTTGAAAGGAATTTCAGAAGTGCAAGAGGCACTCTCAAGAGTCTAGACCAAATAAGACACCCACGCCTTGGGTATCGGTAACATCTCAGCATAAGTAAGCATCCGGGACTTTTTCCAAGTCAACCCAGGCCTACACATTGTGGTAATGATGTCATCAAATGTATCCTCCATCATACCAAATCTTTCCCTCCCCAGTTTCTCAACCCAACACTCCTCCGGTGGTTGAACATTCAGCCATTCATTAAGAGCTTCAGGGCTGAAATCAATGGTCTTGCCTCGAACAAAAGATTGAAAGGGTGTATCGGAAACCCGTGCATTTGCAAAGAATTCGACGATCACGATTTTGTTGTTCGCTTCATCGATCATCTCATTCAACTTCGTCCACCCTCTCCTTCGTGATTCAGCCTCAAATAACGGATACTTAACAAGCCTTGTGAAGTCAAATTTTCTCTCCCCCACAACTTCAAAGGTTTTCATGGATTGGTGGAACTCTTGGGCTTGGTCATTGATGAAATGAATGGCGTTTTCGGGTGGTTCGGATGCGGTACGAGGGCGTTTTGCTTTGCTTGTAGATGGCTTGGGGTTGGTGGCTTTCTTTGAGCGGGTGTTTCGTGGATTGGAGGCCATTTGTGGTTAAGGAAGATGGTGAAAGCGGAGTTTTGTGAAGTTTGGGAAAATTATGATGGATTGTGATGGATTGTAGATGATAATGGTTTGGATTGATGAATTTGTGATTGGATTGTGGGTTGATGATGTTTAGGAAGTGATAAAGTAGATGAAGATGGGAAAAATTCGTGAATGGGAAGTTTAGGGAAGTTTTTTGTAGAGAAATGTAGGAAGGATGGAATGAAAATGATGATGAACAGTGAGGTTTTTATAGGCTGTTTGGGCAAAATCGCGGCACGCCATATAACAAGGTGCGGCGCGATTTCAAGTTGTAACGGGCAATAATGGGCAAAAATCAACGGCTAGTAACGGTTAAGTTCCAACGGCTATATTTTTTTCAAATACTAGCCAAAATTGCGCCGCGGTTAAAGCTAGGCGTGCCGCGATTTTGTAGAAACAGGGAGTCTGTTTAGCTGCTTGTGAAAATCGCGTTGCGGCCATATATAGGCGCGGCACGATTTTGGTCAAACAGGGAGCATTCTTTGCTTCCTCAGGCCAAAAATTTTGTTTTCTTGAAAATTGCTTGAGTTCATTGAATTTTTGAAAAACTTTTGAGGAGAGAATCATGCAAGACATCAGTACCTTGCATGATTTTCTTGGCAGGAGGTATACTTGAACAATTTTTCAAAACTTTCCTGCCTCGTATTAAAAAGAAAAGAAAAATATTTTTGTGTTTTTGTAATTGAAAGCAATAAAATCATACCTGAAAAAAAAAATTGTGGGTTGCCTCCCACCAAGCGCTTTCTTTTACGTCATTGAGCTTGACGCTTCAACCGCTGTTAGGGTGGCAAATATGTCAGAAAGAACACATCATCCTTCTTCTTCCTCTTGTTTGGTAAGAATTCCATGAATTTGTAACAAAGAAGTAGATGCTCCCATGTGCTCACAGTTAGACCTTTGGAATTTAAGCTCTCCCACCTTAGAGAAGGACATGCAACCATCTACACACGAGGGATTTCCTTAACCCCTGTTTGTTCAGACTTCGGGAAAATGTCAGCACTCCTCACTTTTGAATTTTCCTCCACCACAACTTTGTGACACTCAATCTCCATCTGAACCAACTTCCTCTGAGACTCATGTGCTTTCTCAACAAGATCACCACACTGAACATCAAACTTTTCAAATAAAACTTGATTTGACACCAAGAAATCATCTAAAATATTCTGAAGTTGAGTATTGTAATCGATGTCGATCACCTCTTTCTTCCCTTCACCATCACTACCTGGTTGATTAGCCTCATAATGACCACAACTCGAGATTTTGTTGTCCAAAATTTTGATCTTAAAAGATAGCATATATTTTTCATACTGCAACTTAGCAATCTCTTCTGTGTCATAGAGGAGTACCCTGTCTATCATAGCTGCAAAACTTGGATAAACTTTTCAGTAGCACAGTACAATGAGAAGAAAACAAAGAGCATAATATTTTTTTTAATATATATATACAAAAATATAAAAGACAGAAATCCTAAATAATAACGTAATTGCCTTGTTGAAATAATTCAACAGTCCCCTGCAACGGCGCTAAAAACTTGATAGACGTTTGGCAAGTGCACCAAATACTATCGAAGTAGTAAAAATATCGATCCCACGAGGACTGTTTTTAACTTCAATAATTCAATCGCGTTATAAAAATAGGATGTATAAAAGTTTATTTTATTTTGCCACTAGGCAGTAGATTTGGTTTGATTTTATGAAATCAAATAAAAGAAAATAGATTTGATTAAGAAAATATAGAGAGAGAGAGAGAGAGATGAGATCAGATCCTTCGAATCCTCTAAGTTCCCCTAATTGGTATACCGCACCTATTTGTTATGAATCTTCTTCTAATTTACAATGATTAACAAAATAGCTCTAATCAATCCCTTGAATTAGAACCCTCTTCTCAAACTACATCCCCCAATCCCTTGGGTGGTCTAATAATTCTTGAAGGTTTTACCGAACGTTAACCTATTATCACTAACAAACGATTATCTATTCCTAGACTAACCCTGTTTATTAGAACAATTCAATTAGGTCTAAGTCGAAAGCCATGGTCAGTGGTCATTCGTTCTCACAAAAATCAAGTTATATGTGATCAAGATATAAAAAGCATTAAAAACAATTGAATTGAATAAACTAGAATTGAATTCATAAACAAATTAGAGTTTCACAGCAACATGTGTCAATTAGGGTTACAAAGATTCATCTCGGATCTAATCTCTAAGAGATTTCATAATCGAGTTTACAAATAGCATAATCAATGATTGAAATAAAACATACATGAATTGGTAAAAGGTTGAAGAAATCGCCCTTCTAGCCGTCTTCGATGTCTCAAAATCGCACTTTGCTCTCCAAAATCGTAACCCTTGTTCTTCGGTTTGAGTGCAGTATTTATAGAAGTTTTGGGCCTGACCCATCAAAATCGCGCCGCGCCTTGTTAATTGGCGTGCCGCGATTCCCTTCAAACAGAGATGTTGTAATTTTGCTTCTTAAATCGCGGCAAGGCTTGAAATTGGCGTGCCGCGATTTGCTTCAGACAGACTTCAATATTTCAGCTTTTTGCACTCCAAAACAGTATAAGTTGCATGAGAACTCTATCAAAATGTCACAATAAGTCCTAAAAATTACGTAATGACGGCATGTCATCATTCACAATACAAAACAAATATTCTTAAAACTCTAGAATTTCTAAGATATGAAAGTTGTTAAGAAATTCTAAGTAATTGATGCACAACAATTTCAGCAGAGTTTTGACACAGTTTAAATGTTGTAAAGTCTCTATAAATCTTCAAGTCTTCATTCCTTTATATAGAGGTGTGAAAGAGACGTTGTAGAAGTGCCAACACATCAAAGAGTCGTTACTGAAGCTTGATCAATCACCAATGATCTGTTGCTTGATTTGGTTAATGTCATAGGAAGGAATAATTTGAAAACCATTCCTTGTATGGTGAATTAACCAGGAGAGACACAATTGTAGCTTGTACTATGCGTAGGAAATGTTGGAGTAGTGGAGTAGTGGTTGTACAATTGTACTATTGTCCTTCCAATGTCCTTTCTATGTGGATAAGCATCCAATGTCTTCTAATTCCTCTGAAATAGTCGTTGCTCTAGTCTTCTATTCCTTCTGACACTTGTGTCTTCAAATAATCAATTAATTGGCTTCAGGTTCTTCACGTAAGACTCTGAAGGTCTTCAGACTCTGGTGACTTCAGACACTAACTATCAGCTTCCGATGGTCTTCAGACTCTGATGTCTTCACACTCTGACTTGCAACAAAGCTTCCCTTAAAAATCCTTTTGCACTCAATTGTTCTTCCAGAACCAATACTTTGTTTTAAGAATTATAAATTTTAGTCTATGGTCTTGCACACTTGAACAAATATTAGCATATTCAATTGAACTTTTAATACTTTGTTATCATCAAAACTTAAGGTGGCAATGTTAAACACATTTTGTTCCAATATCCAGATGTAGGCGATGTTGCACCAAACTAAGTTGCCAAACCTATTGTGTCTTTCTTTATCGCACTTTATTTTAATTCAGTTTATTGTTTATTATTATGCTACGTTGTCATACATGTTATCTAGAACATCACTCTTGTCGAACCTGTTGTTCAGGAAATCAGGTAGGACATCCGTCCAACCGTGTGCCATAATTTCATTCTATTTACTAATTAGTAATATTATTGCTTTAAAATATGGTTACTTATCATAATCATATGTATATATCGGGATACAGACATCAATGAATGTACGCCAACAAAACATAATGAATGTCATGCCATAGCAAAATGTAAGAACACTGATGGGAGTTACAAATGTGTGTGTCCAAAGAGATATTTCGGAGATGGAACAAAGGAAGGAGGGTGTCATCTACATGCTGGCTATCATGTACTACCTATTGTCCTTGGTAAGCAACTGATCTTTTTTTTAAAAAAATATATTTTTTGTCCCTATAAAATATATCAACTTTTCATTTTAGTCACTCTAAAAATCTCTTCAATTTTTAATCCAAAAGTTTTTTATCTTCGCTTTTGGTCCCTCTCTTGAAGTAAACTCATATGTAGAGTTCATATTTTTGAATAAAATCTTGAATAAAAGTTTATAATATTATAAGAATCTCTTTAAAAAAAATTAGAATTTTTTAATGAAACGTGAATTAAATATGATTTTTTATATTTTTCGCGGTTAAAAATTCATAGTTAATTCATATTTTGGTGAATTTTTTTTACAATATTCTACACAATTTTGTTAAAACATAAAAAAGTTACACATTAATTGACTTAAAAATGGGAACAAAAAGTGGTGATTGAAATTTTTATAGGGACTAAAAGTTGAAGAATTTTTTTAGAGGAAATAAAATGAAAAGTTGATATATTTACATGGATCAAATCTTATGAGTGTTCGTTAAGTATAACTATGCCACTGATATTAGTCTGGGGAACAATCCAAAAATTGGGTTCAATATATTTTGAATACAGGAGCAGTACTATTTGTTGGGATAGTTTTCTTCATAATATACCAAAAAAGGAAATTTACCAAATTAAAAGAGAAGTTCTTTAAGCAGAATGGAGGTTCTATTTTGGAACAAAAACTTCTTCAAAGAAAAGACTCGTCTCAAATAGCTCACATTTTCAAAGAAAATGAACTAAAGAAAGCCACTAACAACTTTGATGAGAGCTTAATCATAGGTAGAGGAGGTTTTGGTACAGTTTTCAAAGGAGAACTTGATGATAATAGAATTGTTGCTATCAAAAAATCCAAAACAATAGACGAAAGCCAAATTGAACAATTCATTAATGAGGTGGATGTTGTCTCTCAAATAAATCATAGGAATGTGGTCAAACTCTTAGGGTGTTGTCTAGAAACAGAAGTTCCTTTGTTGGTTTATGAGTTTGTTAGCAATGGTACTCTTTCTGAATTTATACATACACAAGGTAAGACGAACGATCTAACTTGGAAAACTCGTCTTAAGATAGCTGCAGAAGTAGCTGGCGCTCTGTCATATTTGCATTCAGCTGCCTCAATACCCATTATCCATAGAGATGTCAAGAGTGCTAACATTCTCTTAGATGGAACCAACACTGCCAAAGTATCAGATTTTGGAGCTTCGAGATTGGTTCCACTTGATCAAACTGAAGTAGCCACAATGGTGCAAGGAACTATTGGCTACTTAGATCCAGAATATATTCTGACAAGCCAATTGACTGAAAAAAGTGATGTCTATAGCTTTGGAGTAGTTCTTGTGGAGCTGCTAACGGGGGAGAAACCTTTTTGTTTTGGTAGGCCGGAAGAGAGAAGAAGTCTTGCTATGCACTTTCTGTCTTGCTTGAAAAAGGATAATCTATTTGAAGTTATTCAAGATGGTATGTGGAATGAAGAAAACAAACAAGAGATCAAGGAGGTAGCTGTTCTTGCGGCGAACTGCTTGAGACTTATAGGGGAGGAAAGACCAAGCATGAAGGAAGTGGCTATGGAATTGGAGGGAATGAGGTTAGTGGATAAGCACTCTTGGATCAATGCAGACCTTAATGTAGAGGAGAGTCGCTACTTGCTTCATGAATCATCATCTAGCATTTATGCACTTGGTGATGATAGAATATAATATATGTCATAATTAGTTATAATGATTTTCCTGTAATTATGATGTATCATCATTAAATAGTTGACCTGCACGTGTGTGTGTGTGTGTGTACATATATTCTATTCACGTAATGAAAAAGGAAACGTTCCATTATCTTACAGTTGATGCAGCAGTCATGGAGATATTGGGTATATGA

Protein sequence

>MS.gene021611.t1

MKVMKMKHVYVLAMVILVVTVAATNKCSHTCGGKEIPYPFGIHDNNPSSDCFVGGRFLPLICNESKIYLGNMEVLNINIFKAEIDVLFHVSKYCGDDNTTENTIARLTDGSYTISSKENKFVTVGSNSYGYFNSYDGENKYSTGCLTSFFGYQRSIDNGTCSGIGCCQVDIPPRMWNISIEASYFNQNSSQYCSYAFVVKNGSYTFSSAHSKKGLPFKRLPVVLDWTIGDFTESCSTASSNNNGCKNNSYCDDKDTEFGYRCSCNPGFEGNPYHPDGCTDINECTPTKHNECHAIAKCKNTDGSYKCVCPKRYFGDGTKEGGCHLHAGYHVLPIVLEKFFKQNGGSILEQKLLQRKDSSQIAHIFKENELKKATNNFDESLIIGRGGFGTVFKGELDDNRIVAIKKSKTIDESQIEQFINEVDVVSQINHRNVVKLLGCCLETEVPLLVYEFVSNGTLSEFIHTQGKTNDLTWKTRLKIAAEVAGALSYLHSAASIPIIHRDVKSANILLDGTNTAKVSDFGASRLVPLDQTEVATMVQGTIGYLDPEYILTSQLTEKSDVYSFGVVLVELLTGEKPFCFGRPEERRSLAMHFLSCLKKDNLFEVIQDGMWNEENKQEIKEVAVLAANCLRLIGEERPSMKEVAMELEGMRLVDKHSWINADLNVEESRYLLHESSSSIYALAVMEILGI