AlfalfaGEDB | MS.gene010151

M. sativa cultivar XinJiangDaYe / MS.gene010151

KEGG: -
GO: GO:0000166 GO:0003674 GO:0005488 GO:0005515 GO:0005524 GO:0006457 GO:0006950 GO:0008144 GO:0008150 GO:0009266 GO:0009408 GO:0009628 GO:0009987 GO:0017076 GO:0030554 GO:0031072 GO:0032553 GO:0032555 GO:0032559 GO:0035639 GO:0036094 GO:0043167 GO:0043168 GO:0050896 GO:0051082 GO:0097159 GO:0097367 GO:1901265 GO:1901363
PFAM: PF00226.34 PF00684.22 PF01556.21

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.gene010151.t1	KEH28108.1	97.2	428	12	0	3	430	10	437	1.20E-179	639.4

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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.gene010151.t1	Q38813	54.0	374	168	2	57	430	30	399	4.4e-82	306.6

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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.gene010151.t1	A0A072UG43	97.2	428	12	0	3	430	10	437	8.5e-180	639.4

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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
MS.gene010151	MS.gene059290	PPI
MS.gene010151	MS.gene50294	PPI
MS.gene010151	MS.gene034372	PPI
MS.gene010151	MS.gene99077	PPI
MS.gene010151	MS.gene045133	PPI
MS.gene010151	MS.gene75493	PPI
MS.gene010151	MS.gene46832	PPI
MS.gene010151	MS.gene052188	PPI
MS.gene010151	MS.gene92849	PPI
MS.gene010151	MS.gene35518	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.gene010151.t1	MTR_5g065160	96.520	431	14	1	1	430	1	431	0.0	859
MS.gene010151.t1	MTR_5g065160	96.729	428	14	0	3	430	10	437	0.0	857
MS.gene010151.t1	MTR_5g065160	96.503	429	14	1	3	430	10	438	0.0	854
MS.gene010151.t1	MTR_5g065160	96.503	429	14	1	3	430	10	438	0.0	852
MS.gene010151.t1	MTR_4g023470	41.737	357	179	6	69	411	80	421	2.15e-89	278
MS.gene010151.t1	MTR_3g027580	40.113	354	200	4	69	418	83	428	2.89e-87	273
MS.gene010151.t1	MTR_4g023490	34.584	373	215	7	68	423	9	369	8.16e-66	215
MS.gene010151.t1	MTR_3g087030	33.693	371	214	9	72	425	79	434	2.90e-62	207
MS.gene010151.t1	MTR_2g104030	34.243	403	241	7	29	415	29	423	7.01e-59	200
MS.gene010151.t1	MTR_6g471050	31.420	331	204	7	102	415	8	332	1.18e-41	153

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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.gene010151.t1	AT1G28210	61.497	374	140	2	57	430	30	399	7.61e-172	488
MS.gene010151.t1	AT1G28210	61.497	374	140	2	57	430	30	399	8.89e-172	487
MS.gene010151.t1	AT1G28210	61.497	374	140	2	57	430	30	399	2.56e-171	487
MS.gene010151.t1	AT5G48030	40.599	367	211	4	61	421	80	445	2.22e-86	271
MS.gene010151.t1	AT2G22360	32.787	366	213	6	68	415	79	429	7.51e-60	201
MS.gene010151.t1	AT4G39960	33.795	361	223	6	68	415	78	435	4.80e-59	199
MS.gene010151.t1	AT4G39960	33.795	361	223	6	68	415	78	435	4.80e-59	199
MS.gene010151.t1	AT1G80030	32.648	389	234	7	57	425	58	438	8.74e-55	189
MS.gene010151.t1	AT1G80030	32.648	389	234	7	57	425	58	438	8.74e-55	189
MS.gene010151.t1	AT1G80030	32.648	389	234	7	57	425	58	438	8.74e-55	189

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Find 101 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
AAAAGAGGATTATCTAATTC+CGG	0.288993	5.2:-55116640	MS.gene010151:CDS
AAAGAGGATTATCTAATTCC+GGG	0.399771	5.2:-55116639	MS.gene010151:CDS
AAAGAGGGCCGAGTATGACA+AGG	0.689679	5.2:-55113744	MS.gene010151:intron
AACAGTTTGTCCATCATGCA+GGG	0.544730	5.2:-55112328	MS.gene010151:CDS
AAGTAATTTACCTGCTGGTA+TGG	0.451989	5.2:+55111981	None:intergenic
ACAATCCATGTGCCAGAAGG+TGG	0.547870	5.2:-55111576	MS.gene010151:CDS
ACAGGCTATTCTTGGTGGCA+AGG	0.485385	5.2:-55108414	MS.gene010151:intron
ACAGTTTGTCCATCATGCAG+GGG	0.682235	5.2:-55112327	MS.gene010151:CDS
ACCTTCTCAGAAGCCGCGGG+AGG	0.629055	5.2:-55113273	MS.gene010151:CDS
ACTTACCTTCTCAGAAGCCG+CGG	0.625415	5.2:-55113277	MS.gene010151: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
chr5.2	gene	55105977	55116882	55105977	ID=MS.gene010151
chr5.2	mRNA	55105977	55116882	55105977	ID=MS.gene010151.t1;Parent=MS.gene010151
chr5.2	exon	55116771	55116882	55116771	ID=MS.gene010151.t1.exon1;Parent=MS.gene010151.t1
chr5.2	CDS	55116771	55116882	55116771	ID=cds.MS.gene010151.t1;Parent=MS.gene010151.t1
chr5.2	exon	55116604	55116690	55116604	ID=MS.gene010151.t1.exon2;Parent=MS.gene010151.t1
chr5.2	CDS	55116604	55116690	55116604	ID=cds.MS.gene010151.t1;Parent=MS.gene010151.t1
chr5.2	exon	55116238	55116329	55116238	ID=MS.gene010151.t1.exon3;Parent=MS.gene010151.t1
chr5.2	CDS	55116238	55116329	55116238	ID=cds.MS.gene010151.t1;Parent=MS.gene010151.t1
chr5.2	exon	55113914	55113997	55113914	ID=MS.gene010151.t1.exon4;Parent=MS.gene010151.t1
chr5.2	CDS	55113914	55113997	55113914	ID=cds.MS.gene010151.t1;Parent=MS.gene010151.t1
chr5.2	exon	55113745	55113783	55113745	ID=MS.gene010151.t1.exon5;Parent=MS.gene010151.t1
chr5.2	CDS	55113745	55113783	55113745	ID=cds.MS.gene010151.t1;Parent=MS.gene010151.t1
chr5.2	exon	55113510	55113626	55113510	ID=MS.gene010151.t1.exon6;Parent=MS.gene010151.t1
chr5.2	CDS	55113510	55113626	55113510	ID=cds.MS.gene010151.t1;Parent=MS.gene010151.t1
chr5.2	exon	55113389	55113430	55113389	ID=MS.gene010151.t1.exon7;Parent=MS.gene010151.t1
chr5.2	CDS	55113389	55113430	55113389	ID=cds.MS.gene010151.t1;Parent=MS.gene010151.t1
chr5.2	exon	55113223	55113310	55113223	ID=MS.gene010151.t1.exon8;Parent=MS.gene010151.t1
chr5.2	CDS	55113223	55113310	55113223	ID=cds.MS.gene010151.t1;Parent=MS.gene010151.t1
chr5.2	exon	55112317	55112381	55112317	ID=MS.gene010151.t1.exon9;Parent=MS.gene010151.t1
chr5.2	CDS	55112317	55112381	55112317	ID=cds.MS.gene010151.t1;Parent=MS.gene010151.t1
chr5.2	exon	55112145	55112207	55112145	ID=MS.gene010151.t1.exon10;Parent=MS.gene010151.t1
chr5.2	CDS	55112145	55112207	55112145	ID=cds.MS.gene010151.t1;Parent=MS.gene010151.t1
chr5.2	exon	55111992	55112064	55111992	ID=MS.gene010151.t1.exon11;Parent=MS.gene010151.t1
chr5.2	CDS	55111992	55112064	55111992	ID=cds.MS.gene010151.t1;Parent=MS.gene010151.t1
chr5.2	exon	55111524	55111615	55111524	ID=MS.gene010151.t1.exon12;Parent=MS.gene010151.t1
chr5.2	CDS	55111524	55111615	55111524	ID=cds.MS.gene010151.t1;Parent=MS.gene010151.t1
chr5.2	exon	55110275	55110346	55110275	ID=MS.gene010151.t1.exon13;Parent=MS.gene010151.t1
chr5.2	CDS	55110275	55110346	55110275	ID=cds.MS.gene010151.t1;Parent=MS.gene010151.t1
chr5.2	exon	55108376	55108432	55108376	ID=MS.gene010151.t1.exon14;Parent=MS.gene010151.t1
chr5.2	CDS	55108376	55108432	55108376	ID=cds.MS.gene010151.t1;Parent=MS.gene010151.t1
chr5.2	exon	55107310	55107358	55107310	ID=MS.gene010151.t1.exon15;Parent=MS.gene010151.t1
chr5.2	CDS	55107310	55107358	55107310	ID=cds.MS.gene010151.t1;Parent=MS.gene010151.t1
chr5.2	exon	55107140	55107209	55107140	ID=MS.gene010151.t1.exon16;Parent=MS.gene010151.t1
chr5.2	CDS	55107140	55107209	55107140	ID=cds.MS.gene010151.t1;Parent=MS.gene010151.t1
chr5.2	exon	55105977	55106066	55105977	ID=MS.gene010151.t1.exon17;Parent=MS.gene010151.t1
chr5.2	CDS	55105977	55106066	55105977	ID=cds.MS.gene010151.t1;Parent=MS.gene010151.t1

Gene Sequence

>MS.gene010151

ATGCAGTATCGGCGCCATTTTCTTTCTTCAGTTTCATCACAACCTCTCGTTCATGAAATTGTTTCGTTCCGGAAATTCTTCTCATCTCATCAATCGTTGTTGCTTTCACGAAGTATGCTACATTTCTAGATTTTGTTATCACTTTCATTTTTTTTTTTTGATTAATTCAATTCAATTCTGCGTGTATATTAGGTTTGTTCCGTTGCAGTTTTGATACGAAAAAAGAGGATTATCTAATTCCGGGAATTCCATTCAGATATCGTTATGTTTATGCTACAGGTTTTGAGTTAAACACGAATCAATTTGTTTTTAGTTATCAATGGTTAGCCACCTGGATAATCACATGCAAAATTGTGAAATTTTGGTTAATCATGTAGTTGAATTAACCTCAATTTTGATCGTGAACTGAATTAAGCATCTACTGAGCTGAATTAACTACATTTTGAAGGCGATTACCCAGGTGTTGAAAGTTAGGAAAAAAATGTGTGTCTGAATGTTATTACTGTCTGTTTTATTTGATTGTGTTTTTGTTATGTTTGTGTTGTTCCAGCAGCATATTCTTCTTCCGCTGAACGAAACTATTATCGGATACTTGGTGTTGCTGAAAATGCTAGCCAGGATGAGATAAAGAAGGCATTTCACTCGGTGAGTGATTGTTGGAAATCTCTTTATCTGCAGGATGAATTGATTAAATTTATGCTTATTAGAGTAGAGTAATCATGGAGTCGATTGGAAATATATTGCAACGTTTGGGGAGTGGAGATGATTTATAGTTTTCATCTTGATCGATTTTAATTGGAGATTTGAAATTTCATTCCCATTGTTTGGTTCTTGGTAGGAGTGATAGCAACCGACATTAGATGATATATTCTAGTCACAATTGTCTAAGTACAATAGTGTTTCTCAACAAAGTGTAGCCGTTATGCTAAGGAAATCATAGTTTTTTTGTTTGATTGTACAGTTCTCATATGCACTATTTTTCTATGACCACTTAAAAAATTCATGTACCTTTAGTTTTAACTTTTGGAATAAATATTTGATAAATATGCACGACTCATGTTAAATAATGTTGTGTGTGCCTACGTTCCTCGTTTCGTGTGAGAAAATAATGGATTTCAATGTCTTTTATATGGTTTATTGTAGTGATTATTTTGAATTCAACCCTAGGAAAACTACAACCAGTGTAAACTTAATTTTTCCATATTATTATTAATTTATTATTATTATTAAGGGGAAAACCAGTGTTATCAATTCTAGAAAGTAAACCGGAGGAGCCGACCCTAAAAACACAATAACTGGATAGCAGAATGGTCGTAAATCTTAAATCTTTTATACAATTTATATAATGTACACTATATAAATTTAAATTCTAAAAAATCACAACATTTACTCAAATACAGACACATGTATTGATCGATCAGTGTCTTAAATAGAACTGAAAATTGCCATTGAGGAAGGGCAAAAGGAATGATAAAGGCAATCTGTCTCCAAGATGGCAGCAGGCTGTGTCCGAGAATCTCTAGGCAATCTGCCTCCAAGATGGCAGTAGGCTGTGTCTGAGAATCTGTAGAGATGCAGAGAGATAGAAAACTGACATCTCCAGAGATGAATAGAGACGAGAGAGAATACTGGAGAGGCACAATCGTCGGTAACACTAAAGTCACAGAGAAACAGACCCTAAAATCTATCTTCCAGTGTGTTTTAAGGCTAAAATCCCTAAAGTGCCCCCAGAAAAGGCCAAAAGTTTTAATTATTTTTTAATTTTTTTGGCATTTCAGCAGGCAGTCAAGGAGCGGCGCAATAATCAGCTATTTCTGCTAGAAAGCTGCTGCATTGCCTACTATACTAAAACACAATTTAGTGAAGGGTGCTGTAGTGGTCACCCTCCACTGACCACTCCACTGCTATAGTGCGCTATCGATAAAATGATGGAAAACCTTTATGTGGATTGTAGTCAAAACATAGTCATTCTTGTTTTCGGTTCTTTGTAGCATAAAATTAATCTTACTGCTTATGCCTTCACCAAGCTAACCCTAGTTCTTGGTGATTTACCCTTTTATGCACAATTAGCATTATCTAGTTTCTTGGTGGTCAACACATTACTTTAAATTTTAGAGTTTGAAGTAAGTGTCATGTCCACGGTGATACAACTAGGAATACTTTAAGAATGTTGAGAAGTGTAAACAATAGTTAGAGGAGATAGTTTCATCTCTATGACCAGATGAGATTGTCATTTTGTCTCATAACTTCTAGCTGTGCATCAGTAAAATCACAGATTTGTGGGATAAAGTTAGGTGCTTGACTTCTATTGGGTGTTTCCTGTGTTTCATCTAGTAAAGCTCATTATCCTTTTGGCGTTTTCCCATCATATGTCGAGGGATTGGGAAGCTTAGCTTAACTGTTCGTTTTTCCCTTTATTTTAGCTGAACGCTTGGCCTCCAAATTTATAGTAATTATATTCTGATTCTTTTCACGTTGATGAATTCTTCTTTTATCCAAAAATGAATTTAATCAGAATAACTAAATCCTAATGTGCAGAGTTACTAATTTCCCACAATAATGTTAAAGGAGTACTGTATGGCTTGTGGAAGTCTTTTTTTCTGCAGTTTTATTTTAATAAAAAAAACTGTTCTCGAAGCTTAAATCATACTAAAAATAGTTGCCCAAGACTAAAGCATTTTGTTTTGCAATCACAGTATTTTCTGTCATCACACTCCTTTGACATTACAACATCAACCATGCCTTATCCCACTAAGTGGGGTCGGCTACATGGATCAAATTACGCCATAATGTTCATGACACTCCTTTGACATTAAAATATGAAAATCAAAGGCCTTCCTTTAGTGTATACCGACTGTATTATCACACTTTCCTGTTATGTGCAGCTTGCTAAAATGTACCATCCAGATGCAAATAAGAATAATCCATCAGCAAAGAGGAAATTTCAAGATGTAAGAGAAGCTTATGAGGTCTGTTTTCCTCACACTTTCATTCATCTGCATCCCTCCCTTGGTTATTGTCTAAACTAACTAACAAGATGATATTCTAACTTGCCTTTTTGTTATGTGTTTTCACTTTTTTTTTCTTATATAATTTCAGACATTAAGAGACTCTAAAAAGAGGGCCGAGTATGACAAGGTAGATCATGGCCATTCAAAATTTCTGTAATTCGTAGCCTTCCTTCATTCCTATTTTGGATCTAAAATAAACTAACTTTTTTCCATCGTTCTTTCATGAACTACTTTCTCAATTTAAGATGCGTGCTCACGGTTCAGAGAATATGGAATATGGTAACAATCACGATGATGCAGAAAGATTTAGAAAGGCCTATCGTTCTCATTTTTCTGATTCATTTCATCAAGTATTCTCTGAGGTAAATTTTTTTCTCATATTTTGTTCATTTCATTTAAGTGTTCTGCTATGAAATCTCATAATATTTTTTTCCTTGACAGATATTTGAAGAAGCAACAACTCAGTTCTCATCAAATATAGAGGTCAGCTTAACCCTTGTTTCTCTTGAGTTTGTTTGAATTCGGTTCCTACTTTTTCAAGCTTAATTACTTTGGCAATAGGTGGAGCTATCACTTACCTTCTCAGAAGCCGCGGGAGGATGCACCAAAAATGTGTCATTTGATGCGGCAGTTCCCTGTGATAATTGTGGTGAGTAAAGCCAATATGTTCTGGGAATTGTGAAAAGCCCGGGTAGAACACACACACACACACACACACACACACACACACACACTCTCCATCCAGTCTTAATTATAAGCAACTTTTCACCTTTTAGGTTCATTGAATAAATGATGTATGCTTTTAGGTTCATTGAATAAATGATGCATGTGGTCTCAATAATAGACCACATACATCATTTATTCAACGAGTCTAAAAAGTGAAAAGTTGCTTATAATCGAGAAGTACCTGTTTTATTATTGTGTTAGGAAATGGTAAAACAGTGTCTGCATATTATGATTATGAAAGAAGACAATGCAACATTTTGTGTATATTTCATTGTAACAAGAGCTTTAGTCAAGAACCATTTTTTGCTTAGCTGTGGGGTGGAGGTTAAATAAAACATATGTTTTATTTTGCTAAAGTTTTATAGTTACCTATCTGTGTATCAAAATAGAAAAAAGGCAGGCTGATTAGCAACCAGCAGTAATCTTATAAAATTATTTGTGAATGGTAGAACCTAGGCCTGAGCTGTGGCTGGCTGCATTACGTTAGGGAAGCTTTTCTTCCTTCCTCCTCACCCTTGACTAATTGTAGAGTTTGATCCACGATGCACAAATATTACTAATGAACCAAATTCTTTGGACGAGGTTTACTAATATCTAAGCTGTGGAACATTTTTGGGGTAATATTTAAAAGTGTGTGCCTCCGATTTAATTAAGTGTTGTCTGTTGTGACATCTGTTTGTATTGAAGTGAGCCAGAACATTTGTTGTTTCCTTTGACTTAATGATTATCCTTTTTGATGGTAATAATTTGCTGTATCAAACCAGATGGATGGGGACATCCACAAAATGCTACCCGAACAGTTTGTCCATCATGCAGGGGTGCCGGTCGAGTAAGTGCATTGGAATGTTTGATTCATGCATGTGTGGTTTCTCTTTGTCATACTGGAGTTCTGATTATTAATACTTTCTTCTGTCCTTGTTATCATGACTTGCTTCCAGGTTACAATCCCGCCATTTACATCAACATGCATTACTTGTAAAGGATCTGGCCGCATTATTAAGGTCCTCCATAAATTTCACAATAAGTACTCTTGAGGTTGGTTGCTCTGTATAAATATGTATTGCGTATCTATTTTGTGCAGGAGTTTTGTTTGTCTTGTGGAGGATCTGGGATTATTGAAGGGATTAAAGAGGTTAAAGTTACCATACCAGCAGGTAAATTACTTGTAACTGTACCTTGGCAGCTCATTAATATATCTGATGAGTGGAATAAGTTCTGATTATTGTTATGGTAGCTACTTATTCATATTGGAAATTCTTTACCTCTAGAGTATCAACTCAAAGCTACTCTCTATCCTTCCTACTCAATTTTATGTTGAAATGGGATAACCTTTAGTCCCTGTTATTAAGGTGTTAATTGTTATAAATTATAGTTATAATAGTATTTTAGAAATGGAAAGTTTTATCAATGCTTCAGAACTATCCTGCCTAGATTTGGTTGACCATATGCGATACAGTTCTTTTTATGCTTTATTAGAAAAAATCCGGAATCTTTCTGTTAAATCTTATCATAGTTTCAATGAACTGGCAGGCGTGGATTCAGGAGATACAATCCATGTGCCAGAAGGTGGGAATGCTGCTGGAAGTGGTGGTCGACATGGGAGTTTATACATTAAAATAAAGGCAAAGTTTTTCATATTTTTATGTCAAAATATTTGCTGTAGTACACCTAGTTATGCATACCTGTAATATGAATCATTACTACTTTTAACCAAACTTTGTATTATTAAAGGGAAATTTACACATTCGACTCATTCACTGCACATAATTATTTTGGCAAGCTTGGGTCAATTCATTAAATGTCCTATAAAATATTAATCATTAAAAGTTAAGATTACACGCTAGCTTCCATGCATACTTTCTCGTGTTATTCAAAGTGTAATAGAAATGTAGAGCCAGACTCATAATATCTAATGGTTGTGTACTGTATTAAATACACACTTATTTGGTCGGATAAAGAATATTATTCTTTCTCATTAACCCTTTCCTATTTGCTTCATTGAGTAATTTCTACGTCTTAAGCTTCTCTCACGTTTAAGCATTCATAATTTAGCATCTAGAGGGGATGTTTGTATCAAGGACGTGAATTCATTCATGCGAATAAATTTCCCAGGTAGATAATGATAGGATTCTTATTCCCAGGTATTCCCCAGAAAAAGTGTTTGACAAGTACATTTTACATTCTGAGAAATATTTGCAAGTGTGTGGTATTGTGGCAGTCAGATAAAATTCATTCTCACCTTCATGGGAATCTTTTTTCCCAACCCTTTCCTCAATTAAAATTATGAAGATATAAATAATCTTACTGAGGTGTCCAAGTTTTGTTTTTCCCTTTAGTCTGTTCAAGAAAAAATTGTCCGATCCTTTCCCTTGATCCATAGGTAATTTTCTATAGCTTAACTAGGGACAGGTAAATGCAACATCATAGAAGTGTTTCATTTTCCTTATTCCTTGATCATGCAATTATTGCTGTTCAATATACAGTTTAGCATGTAAAGGTGTCAATTTTTACTTCTCAAACTAATGCTATTTCCTTCTCCATATTTGTCTGACAGAGAACTGTCTCATTTATTGTTGTTATATAAGATCCATATTGTTAACGTGCATGTAGACATCACTTTTGATACATAGTAGTAGCACATCTCGTTTAATATATCTGTTCCTATGTAAAAGATTATATACTGCTGTTTAGAACAGGAATAGGTTTTCTGCTCTACTTGTATAATATGTTTGTTGACATGTTTATTATGTGCTATACTTACTCTTACTGGAGTATCATTTTTCTCTCTCGTTGAAATAGGTGGATGAGGATCCAGTCTTTTCGAGGGATGGTGCAGATATCTATGTGGAATCTAATATTAGCTTTACACAGGTGAGAGCAAAGTATACTTTAGTGGTTTCTCATACTCATGTGGCTCTTCACCCCAACAGCTCTTCCAGTATTTTCCATCTCTCATCTTATTAAAGATGGGATAGATCTAAGCATCCTTGATGTTCTTCCCACAATGGCGGAACTCCGAGAAAACCACTTTTTGCTGCCCTGTGTAGCCAGCAGTTTAACTGTTAGGCAGGCTGTGAGACACAAACAAATTAAAATGATGCATATAATACAAGCCATATGAAGCCAGTAGTTACATCATATTTTTTCCGAAATCATATTTGCACACATGTTTTTTATTTACAATTACATGAGGAATCAAGTAATAATTACCTAGGATCAAATCAAATCCTTAATCTGTGCAACACTTTTGGTAATTCCTTGCTGCTATTATTGACCTCATAAGCACGTGTTAAATATGCTTTCTTACAAGGCCTTTGATGGATAAAAGTAGGAGTGTATGACATGATTGAAAGTCTATGCTGGTTGATGTTGAGAAAGAGAAAAAAGTGGGGGCATACTAGGATATCAATGTGTCTATATTACACACCAGAGAATATTATATAGAGTAATAAATACGAGGATCTATAGTTTGTCTATTCAATGTATTATATATAGTACATAATCGTTGTGCGAAAATTTTCTAATTTAAATAATTTAATATTTTTGTTGAAAAAGAAATAATAATTTAATATTAACTGGTGTGGTCAAAAGTATTCCAACTATGCTCACACTCCGATCCAGTGCTTTATGTAATACATGACCCATTGCAGGCCTTTTTCTTTACAAACAAGCCTAAGCACACCTACAACCTACAAGAGGCCCTTTAGCCTTGAGAATGTAAACAGCATCAGTCTAAAATGAGGGAAACTAGTTAAATGTCAGTTGCCCTCTCTGATGTATATGAAGATTAAAAAGATACCCATTTTCCAAAAAAAGAAGAAGTGTTGATCCATGGATAGTAGGTCTATTATTTAAACATAGATTTGGTTTTCCTATGATCTAGATACCATGTTGAGATGGAGAAATTGGAAAACGAGAGAGCACATGAGTGAATCAATGTGTCTGAATTACAAATCTCAAATAATTTTCTTTCAGAAAATTCAAGAATTCAAGTCTCATCTTCACATTTCCCCCAGTTGATTCCTATATCCTTTTTGTTCATAAGTTATTCGGCTTAGCATATTCTTAATATTGCAATTTGATGCATGTATCATGTATATGCAATCTTGAAGGCTGTGTTATGTATATTTGGACCGTTGTGTTCACTGTTTGGGGATAAAGCATATGGTTATATTTGTACTCCCACTCGTCCATCAGGACAAATCAGGCTTTGATACAATCTTAGGTTTTTATATTGGACTTAACTCATCCTTACAAAATTGACTTATAAGGTGAGCGATGTCTCCCACTTATAAACACTGTTTTAGGCTATATCACGTCCATTGTGGGATTCTCAAAAGTTTCCAATGGAGACTTTAAACTCTTAAGCACCGACTGTGTTCCTCTCTTCTTACTCGAGGTCACAATGTTCATTTTTTCCTGAGGAAACTTATGTAATGGAAGTGTGCTCTTAAGAAGTCGATGTTGGGGTTAATATGAAAAAGTGTTTAAATAAGTTTTCCGACTCTATTCCATTTGTACGATGGAACAAATTTTCACGGATAACATGCAAGGGAGGCAACTTTAGTTATTCTTATGTTAGATTCCATCTCTTTTGATATTGCTTGTTGCTAGGCAACCTCTAATTATTTAGTTAGTTAGTCGGTTAATTAGGAAACTTAAACTGAAGTCTGTATTGGTGTTATTAATAGCACAAATTTGTAATTTTTACAGGCTATTCTTGGTGGCAAGGTTGAGGTGCCTACTTTATCAGGGAAGATGCAAGTAAAGGTAAGACAAGATTTACGTAGTCAGTTTTTGTTTCTTCCTTTTTTACAAGTGTGCAGAAAAGTTTGTGGGTGTGGAAGTTACCCATTTCAAGGTTTGGTCTATAAAATTGAAATTTGAATCACACGCTTGATTAGCGTACTCATTTCTTTTCACTTGAATCAAAGTTTTTCTGATGTGTATGACTTACACTCTACTAAATTATCTTAGTTGTAGTGTTTGACTAAACTAAATGCAGAAATCATATCATCGTGTCTTATTCTATATATAGAAGGTCTGAGCTATTTAGAAGGAATATCAAAACTTCCTCTCAAGATGGCACAAATGTCATATGGTTCCAACTTGTTTTGTTGGAATGTTAACAAATTTCATAATCTGAAAGAGCTTTAGGGAAAATAATTGCTAATTGATCCTTAAAATTCACATACGTTGTAGTAATTTTTCTAGGGAGAATATTCTCATGAATGAAAATTGTAGCCAATTTCTTTACGTTTGATCTGTCACAAATGACTAAAATGGAGTTAATGGGCTACCTCACATGATTCTTGCAGATGGATATCTTCATCTTGCTAAAATTTAATTCTCGATGCTGTTGTTTCAACCAAATACAAACATATGTAGTGAAAGCCGTAGCTTGATAATGTTCGTATTGGAGTTGTAGCAAATATATTAAAAAATGATTGAGTTGGAATTATTAATATTAGTTTTGGAGTTGTATTGTAGCAAATATATTCACGTATATAGTTAGCCATGTACCTAGGTAGTATCATATATGCACGTAAATGTGAATTGTATTTACTACTAAGAGTGTAGCGTATAAATCGGGGGGTGCAAATGTAAATTCTATTATAGAGGATCAGCTGAGTGCAAATTGCTCAAGCATTACACAGATTTCTCTCATATATTCTTTTACGATATTTAAGTCTCCTGAGTTGTTTCCTATCATTGCCATGTAATTGTTTTTGGCATGATTTCTTTTGTCGACATGTTTTATCTAACTGTGCAATTATGATTCCTCAGATACCTAAGGGTGTTCAACCAGGACAGCTGCAAGTATTTAGAGGCAAAGGTTAAATGAAGAACCTTTAATCATGACATTTTTGCAGAAGTTTATCGTCTTTTTGTATCATCATACTGGATAAGTATATTTACTATAGTTGTTGATGCAGGACTGCCAAAGCATGGGTATTTTGTACATCATGGCAATCAGTATGTGCGTTTCCGTGTAAAGTTTCCCACGTAGGTTCTTCTTTTGTTAACATTATTAGAAATCTAAAATATATCTTGTTACACCATAATTTTATTTATTTTTGGTAAATTTGGTAGCGTATTTTTTATCATCAATTAGAACTTGTTTCTATATTTTCTTGTATATCATGATTTGTTTACATGTGCAATTAGTTAGGAGTCTGATATTTGCATAAATAATGTTTAGTATTTTATCTTTTGTTAACAACATCCAACCTATCATTCACATCAATATCAATTTTGTAATTTAGAATATTTCACTTCCTTAATATGTAACCTTAATGACTGATCCTTTAACCTCAACAAGCGTTGTTGTTTTGATTTACTTCTTATAACCTAATATTGTTAGAAGAATTTGTTATTTATTTATCATGTAAAGAAGCAAAGGAATGCATTTCCTTATAATGTTGGTCTGATCTCAACCCTTAAAAAACCAGCTTGTAAGGTGAGGACTATTCATCATTTATAAACACATGTTCAGGCCATATCTCATCCAATGTGGGACTTCTCAATACTTATAATGTTATTCTGATCTCAACTTCGTATGAATGCTTGTTGAAATTCTGGCATCAGGAAAAGAAAATAGGAAATTAAGTAATTGGTCAAAGCAGTGCTGCACACTTTTGGTGTCCGTCTACAATTTCACAATGTTAACGTTTATGGTTGTTTAGTTAATGCTGACTATCATGGTTGCATATTGCTGCATATATTTTTACATTTCTCCCATAAAAAATTGAAATGTGCTATTGAGACTGAAAATATGTTCATTATATTGTATTATGTGGGCAGAATGTACAGTTATATATAGGCAGGAGCCTCTTAGTTAATCCCCAATCAACAGGGAAGATTAATCAATACAATCAATACAATAAATATGGAAGATAAAACTAAACAACTTTTCAATATCTCAACATGTGCATCCCATTAATGTTTTTGTGCCATAATAAATCACTATCTGTATTAAGTTCGAACCATTTTTTCGTCTGTATGCACAAGTATGAGCCTTCTTACTGCTACTTTATCATTTGCATCAATTTACTTTTGGTCCTCTCATCTTGTTTTAGTGCAATCAATGAACGACAACGTGCTATACTTGAAGAATTTGCAAAGGAGGAAATAAAGGAGGGAAATAGTTCAATATCTGAAGGAAATTG

Protein sequence

>MS.gene010151.t1

MQYRRHFLSSVSSQPLVHEIVSFRKFFSSHQSLLLSRSLFRCSFDTKKEDYLIPGIPFRYRYVYATAYSSSAERNYYRILGVAENASQDEIKKAFHSLAKMYHPDANKNNPSAKRKFQDVREAYETLRDSKKRAEYDKMRAHGSENMEYGNNHDDAERFRKAYRSHFSDSFHQVFSEIFEEATTQFSSNIEVELSLTFSEAAGGCTKNVSFDAAVPCDNCDGWGHPQNATRTVCPSCRGAGRVTIPPFTSTCITCKGSGRIIKEFCLSCGGSGIIEGIKEVKVTIPAGVDSGDTIHVPEGGNAAGSGGRHGSLYIKIKVDEDPVFSRDGADIYVESNISFTQAILGGKVEVPTLSGKMQVKIPKGVQPGQLQVFRGKGLPKHGYFVHHGNQYVRFRVKFPTAINERQRAILEEFAKEEIKEGNSSISEGN