AlfalfaGEDB | MS.gene27108

M. sativa cultivar XinJiangDaYe / MS.gene27108

KEGG: -
GO: GO:0003674 GO:0005488 GO:0005515
PFAM: PF00240.26

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.gene27108.t1	XP_013466206.1	90.7	991	81	4	1	988	1	983	0.00E+00	1647.9

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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.gene27108.t1	D5LXJ0	32.6	497	296	12	6	473	3	489	1.0e-49	200.3

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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.gene27108.t1	A0A072VF72	90.7	991	81	4	1	988	1	983	0.0e+00	1647.9

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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.gene049438	MS.gene27108	-0.8001	1.69E-48	-1.69E-46
MS.gene052309	MS.gene27108	0.864265	1.38E-64	-1.69E-46
MS.gene052358	MS.gene27108	0.816726	4.77E-52	-1.69E-46
MS.gene05509	MS.gene27108	0.809593	1.75E-50	-1.69E-46
MS.gene056830	MS.gene27108	0.800775	1.23E-48	-1.69E-46
MS.gene058500	MS.gene27108	-0.80336	3.62E-49	-1.69E-46
MS.gene058661	MS.gene27108	0.828148	1.06E-54	-1.69E-46
MS.gene059033	MS.gene27108	0.821112	4.80E-53	-1.69E-46
MS.gene059872	MS.gene27108	0.83076	2.45E-55	-1.69E-46
MS.gene061040	MS.gene27108	0.824204	9.16E-54	-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.gene27108.t1	MTR_1g026290	96.569	991	23	4	1	988	1	983	0.0	1890
MS.gene27108.t1	MTR_1g026290	96.181	995	23	5	1	988	1	987	0.0	1884
MS.gene27108.t1	MTR_1g026290	96.154	910	27	3	14	923	17	918	0.0	1706
MS.gene27108.t1	MTR_1g026290	96.260	909	26	3	14	922	17	917	0.0	1704
MS.gene27108.t1	MTR_1g026290	97.269	769	14	2	220	988	1	762	0.0	1479
MS.gene27108.t1	MTR_4g116370	34.615	520	279	16	10	493	11	505	4.43e-60	219
MS.gene27108.t1	MTR_4g116370	34.615	520	279	16	10	493	19	513	4.95e-60	219
MS.gene27108.t1	MTR_4g116370	33.201	503	277	16	29	493	10	491	5.01e-52	195
MS.gene27108.t1	MTR_4g116370	31.061	396	225	13	134	493	34	417	1.75e-30	129
MS.gene27108.t1	MTR_4g116370	33.569	283	160	9	234	493	58	335	3.95e-27	117

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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.gene27108.t1	AT5G42220	46.509	888	377	25	1	855	1	823	0.0	609
MS.gene27108.t1	AT5G42220	46.509	888	377	25	1	855	1	823	0.0	609
MS.gene27108.t1	AT5G25270	34.988	423	225	14	24	429	20	409	8.53e-52	193
MS.gene27108.t1	AT5G11080	33.939	165	91	6	24	184	10	160	3.68e-13	72.4
MS.gene27108.t1	AT5G11080	33.939	165	91	6	24	184	10	160	8.47e-13	71.6

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Find 312 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
AAAACTGCTCCTCTTGGACT+GGG	0.539076	1.1:+177440	MS.gene27108:CDS
AAAATATATTGCAAACACTC+GGG	0.480549	1.1:+179138	MS.gene27108:CDS
AAAGGAAACAATGTTGGATC+AGG	0.451832	1.1:+172724	MS.gene27108:intron
AAATATATTGCAAACACTCG+GGG	0.570038	1.1:+179139	MS.gene27108:CDS
AAATCAGGCACCATCTGGAC+AGG	0.545938	1.1:+173712	MS.gene27108:CDS
AAATGAACAGAGAGATACCG+CGG	0.715935	1.1:+177079	MS.gene27108:CDS
AACAAGGAGCTTGTTTGAAG+TGG	0.499575	1.1:-176338	None:intergenic
AACATGCTCCTTAAGCCATC+AGG	0.499359	1.1:-179326	None:intergenic
AACTATGTTAACACTGCGAA+TGG	0.476187	1.1:+175115	MS.gene27108:CDS
AACTCTGTTGGTAATATGCA+AGG	0.543610	1.1:+176798	MS.gene27108: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
chr1.1	gene	172052	181001	172052	ID=MS.gene27108
chr1.1	mRNA	172052	181001	172052	ID=MS.gene27108.t1;Parent=MS.gene27108
chr1.1	exon	172052	172183	172052	ID=MS.gene27108.t1.exon1;Parent=MS.gene27108.t1
chr1.1	CDS	172052	172183	172052	ID=cds.MS.gene27108.t1;Parent=MS.gene27108.t1
chr1.1	exon	172301	172418	172301	ID=MS.gene27108.t1.exon2;Parent=MS.gene27108.t1
chr1.1	CDS	172301	172418	172301	ID=cds.MS.gene27108.t1;Parent=MS.gene27108.t1
chr1.1	exon	172519	172626	172519	ID=MS.gene27108.t1.exon3;Parent=MS.gene27108.t1
chr1.1	CDS	172519	172626	172519	ID=cds.MS.gene27108.t1;Parent=MS.gene27108.t1
chr1.1	exon	172728	172849	172728	ID=MS.gene27108.t1.exon4;Parent=MS.gene27108.t1
chr1.1	CDS	172728	172849	172728	ID=cds.MS.gene27108.t1;Parent=MS.gene27108.t1
chr1.1	exon	172995	173075	172995	ID=MS.gene27108.t1.exon5;Parent=MS.gene27108.t1
chr1.1	CDS	172995	173075	172995	ID=cds.MS.gene27108.t1;Parent=MS.gene27108.t1
chr1.1	exon	173674	173808	173674	ID=MS.gene27108.t1.exon6;Parent=MS.gene27108.t1
chr1.1	CDS	173674	173808	173674	ID=cds.MS.gene27108.t1;Parent=MS.gene27108.t1
chr1.1	exon	173903	173972	173903	ID=MS.gene27108.t1.exon7;Parent=MS.gene27108.t1
chr1.1	CDS	173903	173972	173903	ID=cds.MS.gene27108.t1;Parent=MS.gene27108.t1
chr1.1	exon	174046	174197	174046	ID=MS.gene27108.t1.exon8;Parent=MS.gene27108.t1
chr1.1	CDS	174046	174197	174046	ID=cds.MS.gene27108.t1;Parent=MS.gene27108.t1
chr1.1	exon	174984	175148	174984	ID=MS.gene27108.t1.exon9;Parent=MS.gene27108.t1
chr1.1	CDS	174984	175148	174984	ID=cds.MS.gene27108.t1;Parent=MS.gene27108.t1
chr1.1	exon	175230	175301	175230	ID=MS.gene27108.t1.exon10;Parent=MS.gene27108.t1
chr1.1	CDS	175230	175301	175230	ID=cds.MS.gene27108.t1;Parent=MS.gene27108.t1
chr1.1	exon	176332	176452	176332	ID=MS.gene27108.t1.exon11;Parent=MS.gene27108.t1
chr1.1	CDS	176332	176452	176332	ID=cds.MS.gene27108.t1;Parent=MS.gene27108.t1
chr1.1	exon	176520	176840	176520	ID=MS.gene27108.t1.exon12;Parent=MS.gene27108.t1
chr1.1	CDS	176520	176840	176520	ID=cds.MS.gene27108.t1;Parent=MS.gene27108.t1
chr1.1	exon	177018	177169	177018	ID=MS.gene27108.t1.exon13;Parent=MS.gene27108.t1
chr1.1	CDS	177018	177169	177018	ID=cds.MS.gene27108.t1;Parent=MS.gene27108.t1
chr1.1	exon	177257	177484	177257	ID=MS.gene27108.t1.exon14;Parent=MS.gene27108.t1
chr1.1	CDS	177257	177484	177257	ID=cds.MS.gene27108.t1;Parent=MS.gene27108.t1
chr1.1	exon	179047	179808	179047	ID=MS.gene27108.t1.exon15;Parent=MS.gene27108.t1
chr1.1	CDS	179047	179808	179047	ID=cds.MS.gene27108.t1;Parent=MS.gene27108.t1
chr1.1	exon	180652	180807	180652	ID=MS.gene27108.t1.exon16;Parent=MS.gene27108.t1
chr1.1	CDS	180652	180807	180652	ID=cds.MS.gene27108.t1;Parent=MS.gene27108.t1
chr1.1	exon	180930	181001	180930	ID=MS.gene27108.t1.exon17;Parent=MS.gene27108.t1
chr1.1	CDS	180930	181001	180930	ID=cds.MS.gene27108.t1;Parent=MS.gene27108.t1

Gene Sequence

>MS.gene27108

ATGGCGAATCAATCTTCAAATGAAGGCAGCAGCTCCAGTACCAATGTTTCTGAACAACAAGATTCAACTCTTCTTCATCTCAATATCAAGACTCTTGATTCGAGAATCTACACTTTTCAAGTCGACAAAAATGTCAGCTTTATTCAATCTCAAATCAATCTGCTTCTTCTTCTGTTTGTTTGTTTGTTTGTTTTTGTTATGCGGTTACTGATTGATTACTCTTTTCAATTTTCAATTATTTCATTTCAGATGCCCGTTTCGCTGTTCAAAGACAAAATTGCAACTGAAGTAGGTTTACCAGTTAATCAGCAACGACTCATTTTTAGAGGAAAAGTCTTAAAGGATGAACACCTTCTTTCTCACTATCGTATCCTTTTATTATTTCTACATCAGCTTTTAAATCACTCATGTAGTAGAATTTCATGTATCATAAAATGCCTCATTACTGTAATCCTTATCCACTAAAGATGTTGAGAATGGCCATACATTGCATTTGGTTGAAAGACAGCCAAATCAGACACACACTCCTGCTACGGGGTCCGGCAGTGAGACAGCTAGTGCAAATAGTAACCGAGGTATAACCTAAGGCATTTGCACTCCCCCGTTCGATCCAGGGTTTTTCATAGATCAACTTGTATTGTGCTAAATGCTGATGCTAAATTTTATCATTTGAAAGGAAACAATGTTGGATCAGGTGCTCCTCGTAGCCGTGTTGGGCAAATTTCACACAGTGTGGTTCTTGGGACTATTAATGTGGGGGATCAGGGTGGTGAAGGCATTTCTCAAGACATTACTCGGGTTCGTTATTGTATTCTTTGCTTCTACCTACAGTATCTACAACTTATACTTTCTATTAAGTTTTCTTTCTTTCATATGTGTTAGTGATGATGTTTTGCTTTGCTATTGCCTGAAAACATTATTTATTGATGTAATATGGTTTCAGGTTATTGGGGCAGTTTTGAATTCTTTTGCAAATGGGGGCCAGGGCACAATGAATGCTCCTAATTCCGCACAAACTTCTTCGGTCAGTGTTACTTTTTGCTTGAGAAAATACGACTTATTGCCATTTGTGTAATTTACTAGGTTATTATTTTCTTATACGCGAATCACTCATCACTCTAAATTAAATTCACAGCCATCTATGATTTTAGTCTGCATTTAGATTATCCTTGAAAGTGCATGGTAATTGTTGTTTAGGTTCCTTCTACTCGTCCTTTCAATTTTATCTTCTTTGATCATGATTAATGAAGTAATCACATCACATGTTGCGGTAACTATTCCAGCTGGTTTGTGTTTCGTAGTGGTAAACAGTTTCATCTGTTCTCCTACTAGTGATAAATATCAAATATCCTATAAATGATTATATTTATCTTCAAAAGTTGATAATTTATTTACTTTTGGCATATCTTTTCCCCCTTTTGGTAAAATGAATAATTTTTTTTTTCCTTATGATTTTTATGATGACACGGTTAATTCCTTTTATTCTCTACCAGTAGTTTAATTTTGAAAAAGATTCAGTGCAGCACAAACATTTGTCCTCTTGAGTCGGTAAATGTTGTTTTGCTACATCCATACTGCAATATATGTGCAACACCTTAACTGTAGCTGAATCCATTTTCTAGGCTCCACCGGGGAACGAAACTGAAGGAAATCAAGCTGGAAATCAGGCACCATCTGGACAGGCATTCCAACCGTTTCCTCATGTTGTTCAGATTCCTATGGCTGCGGGAGCCATACCTGTTCCTTCTTTCAATGCAGTAGGAATATAGTCTCTCTTCTGCACTTCCTCTTAATTTTTACTCCTTTAAATTTTGAATTTGAATATCATTTAACTCTCTCCCATCATTTCAGCCAATTCCCCATTCCCTCAACACACTGTCTGTGTTCATAAATCGCATGGAACATGCACTCTCTCAAAATGGTAATGGTACTGAAACTGTAATCTTCTATCTAGAATTGAAAGGGCACATAAATATTTATGTTTTCTTTTGCAGGTTATGGGCCAAATATATCTTCAACTAACCTTGGAGATCAACGAGCAGAATTGCCTTCTAATACACAAGGGTTGCCAACACTTGAAGCACTAACCACTGTATTGCATCGTACAGAACAGTTGCTTAGTGGTCAAGCTGTTTCTGCGCTATCTGTAATTACCACATCCCATTTATATACATACATTTTTTCACTATCTGTACTTGTTAGTTGTTTGTTGTTGTACTATAAACTTTACTGGAAACTGGCCAGAATTCTTGCCTAGGATAATCCTAAATATGTCCAAATTTCGGACACAACTAAATTGTCTTAATATTGTAACCATTGTAAATCTTTAATTTGTTATGTGTGTATATATGTGTGTGTGAGAGAGAGTGAAAGAAAGGGAGGACATAAAATGTCTTCATAACGATTGGTACTTTGAGCATGCTTTGATGGTAAAAGTAAAACTGTTTGTATGAACTGAAAATAATTGAGTCTTCCTTCTCTTTGCTTTTTTATCTCCATTAAACTCCTCATATGTATGGAAATCTACTACTTTTAGCAATGTTGGACTTTGTTGTACTAAGATAACACCTGCAATTTTACTCATAATATCAGTTGATTAATCGAGGGACCACCCATATGCATCACATTCTGTTGTGCCAGTTAAAGATCACATAGGATATGAAGGATGTATTTTTCTGAATACCCTCTTGTTGGTTAAAATTTCTAATCTAATGTATCCTGCTTTCCATCCCTGATATATGTGTTGGTGCAATGATCCATGAATCTGATAGAATCCAAGTCTCAAACAGAAGTGCTTCTGTTTATTTAACACAATAATGTTGTCATGATGAAGTGCATTTTAATTGTATGGATTTGTTAATGTCAACTAGTCTCAATATTTTCATCCTTTATGTTTATCTGATTCTGTTTTACTTGTAATTTGTGACTCTAGCATATTGCAGGACGCATGGAGCGAGAGGGAACTTCTGCTGATCTAGGTGTAAGAGGTCAAATACAGTCAGAGTCAGTACAAATAGGAATTGCTATGCAGCATTTGGGTGCACTTCTACTTGAACTGGGCCGAACTATGTTAACACTGCGAATGGGACAGTCTTCGGTATGTTTTCATTATTTTCATTTGGGATTTGGATTGCTTTCTTTTGACAAAATACTTTTCATGATCATATTCAATTTTCAGGCAGAATCTGTTGTTAATGCTGGACCAGCAGTTTATATTTCTCCATCAGGGCCAAATCCTATAATGGTGCAGGTTTGTCATTTTTGATATATTCACATTATTTGATTATTTGATATTTCAATTAAGTTGATGACAACATGCAATAAACTGTGCTTAGTTGATATGTCAAAACTTGACTCTAGACATTATAAATAGTTAAGTTGGTTAGATTATTGATAAAGGATTGAAGATTGGAAAAAAGTCAGTTGATAACCATTTTCATTTCAATACCTTGCCCTAGTCAAGCTGTTTGATGAAAGTTCAATTGTGCAACATGAGTCTTCAAATTTTATGACCTGAACTTGACTCTTAACTGTTCACGTGTTATACTGCATACTTGGGGTTTCATGGCTTAGGAACAATACAAGCTATATTTCTGCCAATATGCAAGAAAAATAGTTGATATTCATTAAATTATGTTTAAGATAACATGTGATCTCTATTAGGCATTAGTTGAATAGATTGTTCGTGAAAGAAGAGGTTTTAAGAATGATAAAAAATTCTTATGAATCTGATTGCATTCAAATATTTTTGTATAAGGCTAATTTACTCTGTATGGTACATCAAAGAAGGAAAAAACAGATATCTTTTTTAAACGAAAATAAAGCAAGCTAGACAAGAGACTAGTGAGGGAAATTGAAAAAAATCAATATCATATTTTCCTGTTTCGGTTGTCTAGAATTAGGTTTATCTCTTCCTAATACAACCATCGGGTGAGAACAAGTTTAAATTGTTAACCAATCTAATATGACGATGGAGACTACTATGTTTTGTGTCTCTGTAGCTGGATGTCGGTGTAGCAATTTTCAATGATCTTAATTTCGAACACATCATTTTTGTTGTACAATCTAGATCATGGTTCTCTGGGGGTTGATAATTGTGTATGCTCAAGCTCAATCAACGTAAGTTCATCGTTGAAGACTGTAGCATTTTTGATGGTCAATCTACTGAAATTTGTCTTTATCTGCGTGGTTTTGTTGATACTTTATATATTCACTGTTTTTTTTTTTTTGAGCAAATATATTCACTGTTTTTGTTTACACTGATAATGTGCTATTTTCAGCCATTTCCACTTCAAACAAGCTCCTTGTTTGGCGGTCCACTTTCTTCTTCAACTCCTGCAACTTTAGGCCCCGTTGGTGTTGGAAGTGCTCCTAGGAACGTAAACATTCACATACATGCTGGTAAGTAAAACTAATTGTACTTCTCCTGGTGAGATATACAAAATTTTTTAATTTTGTATCCTGCCAGGTGCCTCTCTTGCACCAATTGTTTCAGCAATTGGCTCTAGACCAAACAATGGGGAAGGGACAAGGACTGAACACCGTAGTGAGCCCGGTTCTGGTGATTCAGGTTCGACACGGGGTTTACCTGTTAGAAATGTCATACCAGCAACTCTCCCATCTAACCCTTCTGGCATCGGAGCTGCTGGCAGCACACCATCTGGATTCAGTATCTCCACTTCACAGCTACCACCCGATTCAGCTCCATTGTCATCTGTTTTAGCTGAAATCCAGTCACACCTTAGAAACTCTGTTGGTAATATGCAAGGAGACAGCACAATTTTGTCAGGTGGTTAGCAATTCATTGTTTTAATAATATGTATGGGTCTCAATACAATAGCATTGATTCTGCTCCTTCATCATTTCCTTCTGACAGATAGTTTGCCTATATATATTGTTTCATTATATGTGTAGATAGTCTCAATACAATCATATTTAACTTCTAAACTGTTCTGCATCCAATTAGGCCAAATGCAATCAACTAGCAGGGACTTGTCTTCTGGATCTGAACCAAGACCTGAACAGGTAAATGAACAGAGAGATACCGCGGAGATGAGCGGACGTGGGGCTTCCGGTGTATCCTCAGTTGGTTGCACTTCTGAAAGTGGAGTAGAGAAGGTATTACTTTTGTTCATACATGGTGATATATCTATCCCCTACAAGCATAGTTTTTATTTGACTAATAGTTAGTCCGATCACAACCAGACCCAAACTGAGGCAATCAAAACCTGTAGTAATGATGAGAGAGATGTTTTGGTCGACAAATTTGTTTCAAGTTCTTCCAATCAAGATTTACAAAGTTGTTCTAGTGGAGAAGCAGCTGTAAAATCAGAAAAAGTACAGGATGCTCCATCTTCAAGTGAAAGGCGAGATGTAACTGAACCTGCCAAAACTGCTCCTCTTGGACTGGGTATGAGTGGTTTAGAGCGTAAGGTAAGCATATTGTTTATGTTTTTGTGAATGAGAAGCTTGAATTTCGTAATTGATGCTATGTATTTTGCCAATGGATTTGTTTGTTGGGAGGTTATTTGCATGGTGTTTGAAAATTTTCTGGATGAGTCTTCTCTTTGAATTTATTATATATTTGCTTCTTCTTTTTTTTTTTTTTTTTTTGTGCGTTATATTTTATGATAAACTTGCTGCAGTAGTTCCATTCATCCCTTCATATTTTGTCCTCAAGGATACATCATATTTGTTGTAATTATGATTGGGAAGAAAATTGAACACTGAATTATTACTAGGTTTAACTTTTAAGTACTTTCGGTCCATCATACAAATTGACGGGGAGGAGAGATATCTAGATGTCTATCATACGATTCAAATGGGGTGGATGAAATAGTTGAATGATTGGGGTGGGATATGTGATAGGAGAAAAATACCTCGCAAGGTTAAAGGACAATTTTATCACATGCATATAAGACCAACAATGTTGTATGAAACTAAATGTTGGGTGGTAAAAAGTCAACAAGAAAGTAAACTTAGTGTCACAAAGATGAGTGTTATGATAGATATGCAAAATAGGACTATAATACAATTGTTAGAGAGAAAATTGGGACAACTTCCATAGTAGAGAAAATGGTGAATTATCGTCTTAGGTGGGGTGAAGGGAGACCAAGGAAAAGTATATGTCAAACCATTTAGAGAGATTTATAGGTGAATGGTTTGTATTTGGACCTGACACATGGCAAGAATTTATGGAATCAATTGATGCATGGATTAAACTGCACCTAGTGTAAAAGGGTTTGGCGTTGGTTGTGGGGATGACATGGTTGATCAGCCCTTATATGCCATTCAGCTGTTTAACCTGGAAGTCTCGTATTTATGTTTTTATATTTTGCCAGTTAGCATGATTGGTAATTTTAACATTCTTTTGAAGGTAATTTTAGTGCACTGTGCACATCAATCGTTATGTTAAGCTTAATATTTGGGGATTATCATTAAAAAGAGCAGATCTCTAGCTGACATGATAGGAATATTTACTATGTTTCTGTACCTATGAAAATAAATCATCCCTTTCGCTGCATGATCTGCTCTGCATGATTAGGGTGAAAATCACCCTATTCCACCCTTTCTCAACAGTGATTTGTGGGGCTTCTTTATTTTTTTGGAGACATTTATATATATTTGATTTTCTAAACTTTTTACTCCAGGGATGGCCAATGGGAGACATTTATTGATTGATTTTTTTTACATGGGAACATGTAATGTAATATAAAGGATAAAAAAAGTGAAAAAAAGAATTGATTTGGAGGCAGAAGCATGATGTAAGGAGGATAGGAACCTTATTGAACTGCATGGAGTGTGTGTTGCTTAGTTTTTATCACATTAACAATATAGAATTGTAAACTTGACACATTTGTTCATTAGCAAAGCCTTGGTGAACATGTTTTGAAACTTCTTCTCTTCTCTTGTTTTTTTGTTTTTGTTTTTGTTTTTATCAAATTTGCACGTCCTCGTTCATGACTCATCCTCCATAAATGTGTGCACCACAACAGAGACGAACCAGACTCCAACCTCCTAAAGGTGCTGATGACGGATCCTCCAGTTCTTTCATCAATCAAAGTCAGGAAACCAGGACAGATGGTCAAAATATATTGCAAACACTCGGGGGTCAAGGTTCTGCTGTTAATTTGATAAATGCTGATAGGCCTCAGCGACCCTTGCCCACCAGCGGTAGTCAGATTGATGTGGCGGGTTTAATGTCTCAGGCTCTAAATAGTCCTGCTTTGAATGGTTTGTTGGAAGGGTTTTCACAGCAAACGGGAGTTGACTCACCTGATGGCTTAAGGAGCATGTTGCAACAGTTCACACAAAGCCCGCAGATGATGAACACTGTCAGTCAGATTGCCCAGCAGGTTGGCAGTCAGGATATGGGGAATATGTTAACCGGAACGGAAGGAGGGCAGAGGGGTGGTGTTGACCTCTCAAGGATGCTTCAACAGATGATGCCCATTGTATCACAAGCCCTTGGTGGGGGAAATCCTCCACCACTATTCTCTGCTACAGAACCAGAAAGCCCACAGATGAACATGGTCAGCCCGATTGCCCAGCAGGTTGACAGTCAGGATATGGGGAATATGCTAACTGGAACGGAAACAGGGCAGGGTGGTGGTCTCGACTTCTCAAGGATGTTTCAACAGATGATGCCCATGATACAAGCTCTCGGAGGGGGAAATCCTCCACCACTATTCTCTGCTGCAGAGCCAGAAACCCGTGCACCCTACGGGAATGAAAATTCTGATAATCGAAGTTTGCAGGTTTGTATGCATGTACTTACAAAAAAGGCATAGTTTATTATTGCATTTGCATGTTATGTTTATTTATTTTGGTTACTTATTTTGGCATTAGATGAAACTGAAAGTCCTTTTCAGCTCATACTGTTCTACTTGAAGCTTTAAGTGTATTATGTAGATAAATATATCGTTTCATTCATAGGGTGAGCATTAGCTGCAAGTTGGCTGGCAGCTAATGCTTAGGCTTTGTTTGGGAGTTTGGAGGGGAAGGGAGGGGAGGGCTTTGGGGGGTTGGAAATATATAGAAAAATGGACAAAAAATTCACATTTTTTGAAAAAACAGTTTTTTAGAGAATGATAAACTAATACTTATGATTAATATACTTTTAATTTTAAGAATATTATAACAACATAGATTGAATTTGAAAAATTCATATAAACCCTCCATAACCCCCCAAAACCCTCCCCCAATACAATTTTTGAGTTCCCCCAAATGAGGGGGATTTTTTATTATGAGTAAAAAATTAACCTCCAAAGCCCTCTCCTCTCAATGTCTTCTATTTCTTCCACTTGCTCCTTCCTTTTTTCCAAAACCCTCCCCTCCAAACTCCCAAACAAAGCCTAAGTGTTTGTCCTGTAAACCAACCCCTCTAGGGCTGTAAACTTTCAGGCCTGTTTGACATAGTTGGCTGGCCTTTTAGCCTGTAAACTGACCCTTCTACGTCTCTTAATTTTTCTTTATCGTTAGATGATTCAAAAATATTTTGGACTAAGATCATTAATAAATATCTGCCTCACTAGTTGTAAGTAAACATAAACTTATGCTATTATAGTCGTTCTATTGTGACTGTTACCTTCTTTCTCCAGGTTGACCTTCAACCAGTGGCTGATAGGATTGATCGCCTGAGTCCACCTACAGATATCTTCCGTGCTGTAGCTGAAAATGCAGTCCAGCTGTCTAGCAGTGAAAGGGCTTCTGATGATCTTTTGGATGAGTTATGTTGCAACGAGAGTCTTGCCGGCGTAAGTTTATGTTTGTATACTTTGGTGTTTGAATTGCTGATACGCAGTCTACTTTTATTCTCTTGCTTGATTGTTTTGTTTGTGCACAATCACATCAAAAATTTAATTTCTTTCTTGTACAGGAATATTTGGAGATGTTGCGATCTGATGTAAGTAAGCTGCTCGAAGGACGTTCTGGGAGGGACAAGTCCTAA

Protein sequence

>MS.gene27108.t1

MANQSSNEGSSSSTNVSEQQDSTLLHLNIKTLDSRIYTFQVDKNMPVSLFKDKIATEVGLPVNQQRLIFRGKVLKDEHLLSHYHVENGHTLHLVERQPNQTHTPATGSGSETASANSNRGNNVGSGAPRSRVGQISHSVVLGTINVGDQGGEGISQDITRVIGAVLNSFANGGQGTMNAPNSAQTSSAPPGNETEGNQAGNQAPSGQAFQPFPHVVQIPMAAGAIPVPSFNAPIPHSLNTLSVFINRMEHALSQNGYGPNISSTNLGDQRAELPSNTQGLPTLEALTTVLHRTEQLLSGQAVSALSHIAGRMEREGTSADLGVRGQIQSESVQIGIAMQHLGALLLELGRTMLTLRMGQSSAESVVNAGPAVYISPSGPNPIMVQPFPLQTSSLFGGPLSSSTPATLGPVGVGSAPRNVNIHIHAGASLAPIVSAIGSRPNNGEGTRTEHRSEPGSGDSGSTRGLPVRNVIPATLPSNPSGIGAAGSTPSGFSISTSQLPPDSAPLSSVLAEIQSHLRNSVGNMQGDSTILSGQMQSTSRDLSSGSEPRPEQVNEQRDTAEMSGRGASGVSSVGCTSESGVEKTQTEAIKTCSNDERDVLVDKFVSSSSNQDLQSCSSGEAAVKSEKVQDAPSSSERRDVTEPAKTAPLGLGMSGLERKRRTRLQPPKGADDGSSSSFINQSQETRTDGQNILQTLGGQGSAVNLINADRPQRPLPTSGSQIDVAGLMSQALNSPALNGLLEGFSQQTGVDSPDGLRSMLQQFTQSPQMMNTVSQIAQQVGSQDMGNMLTGTEGGQRGGVDLSRMLQQMMPIVSQALGGGNPPPLFSATEPESPQMNMVSPIAQQVDSQDMGNMLTGTETGQGGGLDFSRMFQQMMPMIQALGGGNPPPLFSAAEPETRAPYGNENSDNRSLQVDLQPVADRIDRLSPPTDIFRAVAENAVQLSSSERASDDLLDELCCNESLAGEYLEMLRSDVSKLLEGRSGRDKS