AlfalfaGEDB | MS.gene88388

M. sativa cultivar XinJiangDaYe / MS.gene88388

KEGG: K11836
GO: GO:0003674 GO:0003824 GO:0004843 GO:0005488 GO:0005515 GO:0006464 GO:0006508 GO:0006511 GO:0006807 GO:0008150 GO:0008152 GO:0008233 GO:0008234 GO:0008270 GO:0009056 GO:0009057 GO:0009987 GO:0016579 GO:0016787 GO:0019538 GO:0019783 GO:0019941 GO:0036211 GO:0036459 GO:0043167 GO:0043169 GO:0043170 GO:0043412 GO:0043632 GO:0044237 GO:0044238 GO:0044248 GO:0044260 GO:0044265 GO:0044267 GO:0046872 GO:0046914 GO:0051603 GO:0070011 GO:0070646 GO:0070647 GO:0071704 GO:0101005 GO:0140096 GO:1901564 GO:1901575
PFAM: PF00443.32 PF00627.34 PF02148.22

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.gene88388.t1	XP_003596499.2	94.2	747	10	1	1	747	89	802	0.00E+00	1413.7

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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.gene88388.t1	Q8L6Y1	71.3	749	172	5	1	747	89	796	0.0e+00	1089.3

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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.gene88388.t1	G7IR70	94.2	747	10	1	1	747	89	802	0.0e+00	1413.7

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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
No data available in table

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Network:

Co-expression Network:

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Gene1	Gene2	correlation coefficient	p_value	FDR
MS.gene049341	MS.gene88388	0.820138	8.03E-53	-1.69E-46
MS.gene050277	MS.gene88388	0.814708	1.34E-51	-1.69E-46
MS.gene050559	MS.gene88388	0.800867	1.18E-48	-1.69E-46
MS.gene050561	MS.gene88388	0.802906	4.49E-49	-1.69E-46
MS.gene050689	MS.gene88388	0.803381	3.58E-49	-1.69E-46
MS.gene050719	MS.gene88388	0.805973	1.03E-49	-1.69E-46
MS.gene050721	MS.gene88388	0.806963	6.37E-50	-1.69E-46
MS.gene050807	MS.gene88388	0.81222	4.73E-51	-1.69E-46
MS.gene051247	MS.gene88388	0.809883	1.52E-50	-1.69E-46
MS.gene051744	MS.gene88388	0.810574	1.08E-50	-1.69E-46

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PPI:

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Gene1	Gene2	Type
MS.gene013534	MS.gene88388	PPI
MS.gene24706	MS.gene88388	PPI
MS.gene88388	MS.gene81765	PPI
MS.gene88388	MS.gene06645	PPI
MS.gene88388	MS.gene034846	PPI
MS.gene88388	MS.gene057206	PPI
MS.gene88388	MS.gene056896	PPI
MS.gene88388	MS.gene06859	PPI
MS.gene88388	MS.gene050290	PPI
MS.gene88388	MS.gene050252	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.gene88388.t1	MTR_2g081180	94.244	747	10	1	1	747	71	784	0.0	1452
MS.gene88388.t1	MTR_2g081180	94.244	747	10	1	1	747	89	802	0.0	1451
MS.gene88388.t1	MTR_2g081180	92.503	747	9	2	1	747	89	788	0.0	1414
MS.gene88388.t1	MTR_2g081180	92.642	598	11	1	150	747	4	568	0.0	1140
MS.gene88388.t1	MTR_2g081180	92.527	562	9	1	186	747	1	529	0.0	1071
MS.gene88388.t1	MTR_8g464880	62.500	120	37	2	541	657	1	115	3.67e-40	144
MS.gene88388.t1	MTR_4g077475	54.167	72	33	0	676	747	58	129	3.45e-20	87.4
MS.gene88388.t1	MTR_4g077475	70.000	60	17	1	458	517	1	59	5.79e-19	84.0

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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.gene88388.t1	AT3G20630	71.295	749	172	5	1	747	89	796	0.0	1102

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Find 176 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
AAACTGAACTGGATCCCGCA+AGG	0.633426	2.4:+17106843	MS.gene88388:CDS
AAAGCAGAGAAACTTTCTGA+GGG	0.617857	2.4:+17107099	MS.gene88388:CDS
AAAGCTCACCGCAGATGTAG+GGG	0.614534	2.4:-17105850	None:intergenic
AACTATTACTGCTGATCTGG+AGG	0.565893	2.4:+17102331	MS.gene88388:CDS
AACTTTATTACTTCGACAAA+TGG	0.391785	2.4:+17109320	MS.gene88388:CDS
AAGTCTAAAGAAGGCATTTG+AGG	0.485504	2.4:+17105325	MS.gene88388:CDS
AAGTGGAGCGTGCTAATGCT+GGG	0.554489	2.4:+17106819	MS.gene88388:CDS
AATATAACCTGTAGGTCGGC+TGG	0.558667	2.4:+17107754	MS.gene88388:intron
AATGATGCTGATTTATCCGA+TGG	0.571407	2.4:+17109119	MS.gene88388:CDS
AATTTACAGCAAATTGACAA+TGG	0.637927	2.4:+17102128	MS.gene88388: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
chr2.4	gene	17101644	17109547	17101644	ID=MS.gene88388
chr2.4	mRNA	17101644	17109547	17101644	ID=MS.gene88388.t1;Parent=MS.gene88388
chr2.4	exon	17101644	17101647	17101644	ID=MS.gene88388.t1.exon1;Parent=MS.gene88388.t1
chr2.4	CDS	17101644	17101647	17101644	ID=cds.MS.gene88388.t1;Parent=MS.gene88388.t1
chr2.4	exon	17101787	17101899	17101787	ID=MS.gene88388.t1.exon2;Parent=MS.gene88388.t1
chr2.4	CDS	17101787	17101899	17101787	ID=cds.MS.gene88388.t1;Parent=MS.gene88388.t1
chr2.4	exon	17102023	17102359	17102023	ID=MS.gene88388.t1.exon3;Parent=MS.gene88388.t1
chr2.4	CDS	17102023	17102359	17102023	ID=cds.MS.gene88388.t1;Parent=MS.gene88388.t1
chr2.4	exon	17104013	17104107	17104013	ID=MS.gene88388.t1.exon4;Parent=MS.gene88388.t1
chr2.4	CDS	17104013	17104107	17104013	ID=cds.MS.gene88388.t1;Parent=MS.gene88388.t1
chr2.4	exon	17104949	17105082	17104949	ID=MS.gene88388.t1.exon5;Parent=MS.gene88388.t1
chr2.4	CDS	17104949	17105082	17104949	ID=cds.MS.gene88388.t1;Parent=MS.gene88388.t1
chr2.4	exon	17105173	17105229	17105173	ID=MS.gene88388.t1.exon6;Parent=MS.gene88388.t1
chr2.4	CDS	17105173	17105229	17105173	ID=cds.MS.gene88388.t1;Parent=MS.gene88388.t1
chr2.4	exon	17105310	17105387	17105310	ID=MS.gene88388.t1.exon7;Parent=MS.gene88388.t1
chr2.4	CDS	17105310	17105387	17105310	ID=cds.MS.gene88388.t1;Parent=MS.gene88388.t1
chr2.4	exon	17105686	17105740	17105686	ID=MS.gene88388.t1.exon8;Parent=MS.gene88388.t1
chr2.4	CDS	17105686	17105740	17105686	ID=cds.MS.gene88388.t1;Parent=MS.gene88388.t1
chr2.4	exon	17105822	17105863	17105822	ID=MS.gene88388.t1.exon9;Parent=MS.gene88388.t1
chr2.4	CDS	17105822	17105863	17105822	ID=cds.MS.gene88388.t1;Parent=MS.gene88388.t1
chr2.4	exon	17106342	17106422	17106342	ID=MS.gene88388.t1.exon10;Parent=MS.gene88388.t1
chr2.4	CDS	17106342	17106422	17106342	ID=cds.MS.gene88388.t1;Parent=MS.gene88388.t1
chr2.4	exon	17106785	17106983	17106785	ID=MS.gene88388.t1.exon11;Parent=MS.gene88388.t1
chr2.4	CDS	17106785	17106983	17106785	ID=cds.MS.gene88388.t1;Parent=MS.gene88388.t1
chr2.4	exon	17107073	17107130	17107073	ID=MS.gene88388.t1.exon12;Parent=MS.gene88388.t1
chr2.4	CDS	17107073	17107130	17107073	ID=cds.MS.gene88388.t1;Parent=MS.gene88388.t1
chr2.4	exon	17107216	17107338	17107216	ID=MS.gene88388.t1.exon13;Parent=MS.gene88388.t1
chr2.4	CDS	17107216	17107338	17107216	ID=cds.MS.gene88388.t1;Parent=MS.gene88388.t1
chr2.4	exon	17107768	17107856	17107768	ID=MS.gene88388.t1.exon14;Parent=MS.gene88388.t1
chr2.4	CDS	17107768	17107856	17107768	ID=cds.MS.gene88388.t1;Parent=MS.gene88388.t1
chr2.4	exon	17107939	17108028	17107939	ID=MS.gene88388.t1.exon15;Parent=MS.gene88388.t1
chr2.4	CDS	17107939	17108028	17107939	ID=cds.MS.gene88388.t1;Parent=MS.gene88388.t1
chr2.4	exon	17108528	17108695	17108528	ID=MS.gene88388.t1.exon16;Parent=MS.gene88388.t1
chr2.4	CDS	17108528	17108695	17108528	ID=cds.MS.gene88388.t1;Parent=MS.gene88388.t1
chr2.4	exon	17108787	17108905	17108787	ID=MS.gene88388.t1.exon17;Parent=MS.gene88388.t1
chr2.4	CDS	17108787	17108905	17108787	ID=cds.MS.gene88388.t1;Parent=MS.gene88388.t1
chr2.4	exon	17109020	17109149	17109020	ID=MS.gene88388.t1.exon18;Parent=MS.gene88388.t1
chr2.4	CDS	17109020	17109149	17109020	ID=cds.MS.gene88388.t1;Parent=MS.gene88388.t1
chr2.4	exon	17109276	17109547	17109276	ID=MS.gene88388.t1.exon19;Parent=MS.gene88388.t1
chr2.4	CDS	17109276	17109547	17109276	ID=cds.MS.gene88388.t1;Parent=MS.gene88388.t1

Gene Sequence

>MS.gene88388

ATGGGTTTGTCTTTGTTATTGTTGCATGTAATTAGTTTTGGTCAATTTGGTTGTTGAGTTGTTGGCTTGGTTGTTTTATAATTTTTTTAACAACTGATGATTCTTTTATGGATAATGTGAATATCCATTGTATGCATCTGTAGGTATTGATGGGGGATTTGATAACAATGAGGCTGACTATGAAGAAACTCATAATATTGTTATATTACCTGACTATGTTTCACTTTCATATCCTTCTGTGGAATTACCGGAGAAGGTATTTGTTGCCCACTGTTTTTGGTTTTTTCTTTGTTCATTCACTGCAGAATTTGATTCATAGAGAAGTCTTATGCCGGGGAGATTTTAATTTATTTCGGTTATTTGTTGGAAAAAAATTCAGGTAAGGTTGGCGGCTGATGCTATATTGCTAGATGCGGGTGCTGAACGGAAGGAGCAAGTTGCAGCATGGACAGCTGATAAGAAACTCGTCAGTGTCTATGCAACGAATTTACAGCAAATTGACAATGGTGTTGTTATTCCCCCAACTGGGTGGAAATGCTCCCAATGTGACAAGACAGACAATCTTTGGTTAAATTTGACTGATGGAGTGATCCTTTGTGGGAGGAAAAACTGGGATGGAAGTGGCGGAAACAACCATGCAGTTGAACATTACAAAAAGACAGGCTACCCACTCGCTGTAAAGCTCGGAACTATTACTGCTGATCTGGAGGCAGCAGGTGATGCACTTCTAGCATATTTTATTTTGACAAACTTACGTTTCTAATAGTTTGATTTAATGTACCATCATGAAAGGTTACTATTATGCTATATTATTATTTCTTACGATTGAATTTGTATGTTTGTTTTCAAGCTTTATTTTATCATGGTCTAGCACTCTAGACAATTGATTATGCATGCATGATTCTTAGTGGCCAAACACATTCTTACTGATGAATTTGTATGTTTGTTTTAAAGCTTTATTTTATGATGATTCAGCACTCTAGCCAATCGATTATGCATGCATGATTCTTAGTGGTCGAACACAAACATGGAACTTAAGGTTAAGTTTAAAAGCTGTGTTATAAAACAAGGTTCTTGTGTAAACATGCTGAAAAAGTGGAATAAAAATAATGTAGCCAAGAGTATGCCGAACGAGTGGAAAAGTATGTGACCTTGACTCTATCTATAACAACATGGGTGACATACAAAATTGCACAAAACCATAGGGGGATTAAGCTCATGATCCATATTGTGAAGCTATTGAAGAGGCTAATTAAATAAATATTAAGACAAGAGACCCGCATTTCAAAAAATTAATTTGATTTTATGCCGGAGAGGTTGACATGAAGATAACAAAGGAATCTAACAGGCTTACATGTTTTTCATTGATTTACAAATGACATATGACGGGGTTCCCTGAGAATTATTTTGGATAGCTTTGGAGAGGAAATGATTTTTATTGTCTATTTTTGAGCAATCAAAGATGGGTCCACAAAAGATGCTTTAAGGGTCAACTTTGGGCCCTTGTCTTTTATCTATGTCTGATGTACAACAACAGACAAGAGTTGTTTCAATGATACATGCTTTTGTAGATGATATAGTCTTAATTGGAGAGCCAAAAGAAGAAATAAATGGCCAGTTATAGTCTTAGAGTTGTCTCTTTTTTTGGGCGGTAGACACGTTGTTGTTAAATGAGAAAACAGAGGCATAGTATTGTGAACCAGTGTGTTTAAACTACACCATAGAGACTCTTTTAGATAGGCTCTGAGAGAATCAATTTACAATCACATTATTCATTATAAGATAACCATGTTGTCATGTCTATGATCTTGATTATCTAATAATCATACTATCAGAATATATTACTTACATAGACAAATATCAATCAGGAAATGAAAGCTGTTTGATCCATAAAGTCAGTAATACCTAGTGGGAAAACACTTTTGTTATCATTGTTGCTTGTCTCAAGCATAAGACACGATTTTGATGTAGCTCAACTTTCTGACATAGAAGTGTTTAGTTTCAAAATTAGCAAGGCTACGAATCATAATGTCAATGGAAAAAATCATTTGAATTTTTAGTGAATGGAACAGCTTGTGCTGTTATGTTCTTTTTGGTTCTGTCATTTCTAGTGGAGTCTACTGCTATTTTACCTCCCATTCTGTTCTACTTCTAATATGTATGTACTGAACATAGAATAAAACTCATGTTCTATCCTAGTCTATTTCAATCTGTCTACCAAATGCTACCTCAGAGTTGCTTATTTTTGATGCTGATAACCTTCACCCTTCGTATATTATATGAACTCTATACTGTGAATTTAATGCCAATTTATTTATTTATTTTGCATTGTGTGTGCTAATTATGGACAACATATTGTGGCAGCTCAGATGTTTTCTCCTATCCGGAGGATGATAATGTGTTGGATCCACTTTTAGCACAGCATCTAGCATTTTTTGGCATTGATTTCTCATCACTACAAAAGGTTAGTTCTTTATCTTAAATTGATATTTTGTAGATGGTAATTGATTAGTTGATTATACTTTCCGTATTTGGTTTCATGCGATATGCTAATATTTCTTTATACTTTCTTCAAGCATATTAATTTTGAAATTAGAATACATTTTTAGAGCAGAGATATTACATCTAAAAGATATATCACACCTTTTTCCTTCTAATCTGGTGAATGCTTTGTGTGGTAGCTAAAATGGTTTGTAATAGGCATGTTGTGTTGTGAAGTTCTGCAGTGAACTCTTTCTAATTGTGCATGATTATATGCTTTATTTCCTTTTTGGCCTTTTGCGAATCACTTCATTTAATATCTGAGTGAAACAGTTGCAAATCTCACAAATCTAGAGCTTGTTGCTCTTTGAAATTGGGAATGCACTTGTTTGGTCAAATATTCCTAATAATCTTGTTTGGTCAAATATACCTAGTAATCTTTGGGGTGGTTCTGGGATATGTTGTTTACAATTTCTATTACTGTGCTCTATTATCTATCACATTGAAACAACAAAATCCAAACAGTAAGTAGTATCATCCCTCCTTCTGAGCTCGAGACCTCATATTTTTAATATTACCACTGTTTAATATACTCCAATGTCCAATTACTTGGCCAGTTTTTTCCCCTTCTAAGCAAATGTTTGCATAGACTTTTCCTGTATTACTCTATAATATGCTTTTTTTTTATTAAGGAAGTTTTAAATGGATGTTTAAGCAATAACTTTTGGTGTATTACTATGTAACAAACTTGTTGAAGAGTATGCATATCATGAGTATTGTATTATGTATATAATTATAATAAATACACGCATTCTGATAATCAGACTGAAATGACTACGGCTGAAAAAGAACTCGACCAAAATACCAATTTTGAATGGAATAGAATCCAAGAAAGTGGGCAGGAAGTGGAACCAATTTTTGGACCTGGATACACAGGATTGGTCAATCTAGGAAACAGGTAGAGTTGGTTCTTGTTGATCTCTGTTTGCTATAATGCACTTGTTTTTGACATTTTATTAGTTCCTCATTTTTTCTTTCTTTCTTTCAGTTGTTATTTGGCAGCCACTATGCAAGCTGTATTTTCAGCACGATCTTTCTCTTCAAGGTTTGTTCATGCCTCTAATTTTTATCTGAACTGTTTCAGACCCTGTTTGAAGTTACTTATTTGTTATGATTGCTTCTTAGGTACTATATAAACCAAAGTCTAAAGAAGGCATTTGAGGAGGCTCCTGCTGATCCAACTGTGGACCTCAACATGCAGTTGTAAGAAACTACAATTTTTTAATATACTTCAATACTACTTCTATCCCTTTTCTGTTGGTCATGTTCTGTTGTTGATGTAAATATGTATTTAGTTATCAACATAAATAATCCATATCTATAAAGTAGTTATATATCATAGTAGAGCATTCTGTTTCATCAAAAGAAATGTTTATTAATAATGAGGTACTTCAAAACTAAATTTTGTTTTTCTAGAATTTTTTTTTGACAAAATGGATTTTGTTTTTCTAGATAAAAACTTGAAAAGGGGAATATATTAATTGTTCCTATTTTATTCTAGGACGAAACTTGCACATGGTTTACTGTCTGGGAAATATTCTGTTCCACAAGTTGAGGTATGTACTAGTATCCTCACTTATCTCTTGAAAGTTTGTTTCGAGTCTTAAGTATTTTTATATTACATTATTTTTTTCCAGAATGACGACAACAAAAATGTTGCAAGCACCCCTACATCTGCGGTGAGCTTTCTAGAACTTTGCTGACTAAATCTCCTTGCTGACTTGTACGATCATGAATATTAAAGTTATTGAATTGTTACAATATGTATAAATTTAATTTACATTTTTTGGAGAAAACTTCTCTTAGATTAGGTTTGTTATTTATAACTAAGTGAGTACATTCAAATCCCTTGATCATAGGGATAACGAAATGAATTTCTCAGTTAGCAACATTGTTATACTTATGTTTTTTTGGGGGGATTATATACTGTACCAGTTTAGGAAATGAATTTTTTTAGGCTGAGATTTGATCACAATCATTTGCATATGTTGCAATTGTTTTGGTTGAAGACTTGTAATGTCACTTGATAAAATAACAGATTTATGCCACTAACTATTCTCAGTTCTCACCATCTCATATATCTATGTTTCATCTTACCGTTTCTTGTTTTAATTTGTGTCCCGTGACCATTTTTTGTTTCCCATCTTCAAATACTAGGAGCAAGAAGGGATACCACCACGTATGTTCAAAACTTTAGTTGCTGCTAGCCATCCGGAATTTTCTACTATGCGTCAACAGGTATCTTCACCAACTTTTTATTTCCTCAACATGAATTAAAGGTGAAAGTAGAGTATGATATTATAATTCATTTGATAAGTCGATGTCCATAGTTTTTGTGAATTCAATTGGAAATGTAGCCTTAGTAAATAGCCACCTGACCCCATAAACCGGTAGAAGATCAGAGATAATATCAATTGAAGCTGGAAGCATGTCAGTCATTGATTCATTTGGTTTACTTACAATTATTATTATAAAATTTTTGGCCTTCTAATATTTACTTTTCTTTTCTAGTAGGCGTGTAGTAGATAATTATAAATGTTATATTTAGAGACATCATTTCTTTGCTATCTTCTAACCGTTTGATTGCAACTTGATGTTAGGATGCTTTAGAATTTTTCCTTCATTTTCTTGACCAAGTGGAGCGTGCTAATGCTGGGAAAACTGAACTGGATCCCGCAAGGAGTTTCAAGTTTGGTGTTGAAGATCGTATCTTGTGTTCATCGGGAAAAGTTGCATACAATAGAAGGAATGACTACATTCTTTCTCTGAATATCCCATTGCATGAAGCAACTAACAAAGGTCGGATTTTTGTCATAAATTTTGACAAACTGAGAAATCTTAGGGTCTTGTATTTAATTCTTACATATTTGTTTCTTGAGAAATTTCAGAAGAATTAGAATTGTTTCACAAGATGAAAGCAGAGAAACTTTCTGAGGGAAAAGAAGTGTAAGTTCAAATATCTAGGAATCTGAAAATTTCTTTCATTTGCACCCATCCAAGCTTTGCTTATTTTATTTATTTGTTGTGATAGGTCTGGTGATGAGGTTGTACGTCCAAGGGTGCCTTTAGAAGCTTGCCTTGCAAGCTTCTCAGCTCCCGAGGAGATACATGATTTTTACAGCACTGCTCTGCAAACAAAGACAACAGCAGTAAAGTAAGCAATCTCCTGAAAATTGTGTTAAATTATAATGCCGTGCACGGTAGTTCATATTGGAAATAGGTCAATTTTTGGTTTCATGAGAATTGTATGGTTGTTTAGTTTAGTGTGTGTAAATGTTTTCTGTTTTTATTTTTTGTTTTTCACTTTCAATAAAATTTCATCTTGGCTTATATGGTTTAAGCAAACGTTCTGTTTTCACTTTTGATTACAAAATTGCTACATTATTTTTATTCTGTTTTTGTTTTCAATGTTTTGTATTGGAAAAATGAAAATATTGACAGTTTTCTCAAACCAAAGAGGTTTTGTCTTTCAAAGCCATTGTCTTGAGCGAGTAGATGATAACCAAGTGTAGCATTCCTTTACTGAAAACCTTCTATTAAGTTAAATTACCATTTTGATGCTAAAACTCAATATAACCTGTAGGTCGGCTGGTCTGACATCATTTCCGGATTATCTGGTGTTGCACATGCGCAAATTTGTTATGGAGGAGGGATGGGTACCCAAAAAACTCGGTACTTGTTATACTCACTAAATCTATTCCTTCAGATTATTGTTATTCTATATCCTTATTATTAAGAACTTTTGTTTTGTCAGATGTATATGTTGACGTTCCTGATATCATTGATATCAGTCACATGCGTAGCAAAGGTCATCAACCTGGGGAAGAGCTTCTACCCGATGGGGGTACGTAGTTATTTTTTTTAGTTCTGAAGACAATATAGATTCAATTTGGGTCGCTAAATCCTTAACAGACATATGTATGTAATAACATTTTTCATATGTCGGTTCTCTACCGTCTCACAAATGCAGTTTGCTCAATTGAGACGTCAAGAGACCAATTTTTTAAGGATGGTTGCTTAGGTTGATAATATACTTTTATGTTTTCCACATATGCTTCAAATCCAGCAAAATGATTTTTGACATCCTCCCTTTTAATCTGTTTGCAACTGAACTGTGTTCACTTCGTATATTAAGGAATACATAGTAGAAAACTAAGAGCACTGTTGACCTTTTGATGTAAATGGTATTTTGATAACTGCAAATTCTGATTGTCATCAGTTTCTGCGAGTCTTATTATCCTATGTTATGTGGGCTAATGCCTTTTCAGCTTAACAATTCAATATTTTTAGCTGGATTGAAGTTTTAATTTTTTGTGTTGGAATCTGTTTTCTGTGTTGCACAGTACCCGTTGAGGATGATTCAGAAATACCTTTAGCCAATGAAGACATTGTTTCACAGCTGGTTTCTATGGGCTTTAACCAGATTCACTGTCAAAAAGCTGCTATAAATACATCAAATGCTGGAGTAGAAGAGGCAATGACTTGGTTACTAGCTCACATGGAGGATCCAGGTTTCTCGTTGTTTTCTTTATCAAGCAAAATAGTTCTGTATATCTAGGTACCTGTATATGCCGGAAATAATGATGTATATTTGTCTATTAGATATTGATGCTCCCATTTCGAGAGGGCGTGGCTCTGAAAGTGTTGACCAGTCGAAAGTTGATATGCTACTTTCATTTGGATTTCAAGATGACGTTGCTCGAAAGGCACTGATAGCATCGGTAAATTTGTTTTTCAACACTTTCACATTTCTCTCAAGTATGTCCGGTTTGGCCGGATACATTGTCCATAAATGTCTTTAAGTTGACTATTTTAATGGAATATTTGCTCTGCAGGGTGGTGACATTGAGAAAGCAACAGACTGGATCTTCAGCAATCCTGATGCATCCGTTTCCAACATGGATGCTACTGCATCAAACACTACATCTGGTCCAAATGATGCTGATTTATCCGATGGAGGAGGAAGTGAGTTGCTTTCACATCTTAGATTCTTAATTACTTCTGTTATTGATGATTATTTATCATTAATAATCCGAAAATATGATGATACTTGTCTTCGTTAATGTTGTGATATTTTATTCGAACTTATAGGGTTGTTAATGGTTATTCCCGAAGAATGGACAAGTTTTCATATCAACTTTATTACTTCGACAAATGGTCGTAATGAATTTCTCTCTTGGTTTTCCACAGGATATCGACTTATGGGAATTGTTAGCCACATTGGAACCTCAACACACTGCGGTCACTATGTTGCACACATCTTGAAAGACGGTAGATGGGTTATTTTTAACGACAACAAGGTAGGGGCTTCCATTAATCCTCCCAAGGACATGGGCTATCTTTACTTTTTCGAGAGGCTTTGA

Protein sequence

>MS.gene88388.t1

MGIDGGFDNNEADYEETHNIVILPDYVSLSYPSVELPEKVRLAADAILLDAGAERKEQVAAWTADKKLVSVYATNLQQIDNGVVIPPTGWKCSQCDKTDNLWLNLTDGVILCGRKNWDGSGGNNHAVEHYKKTGYPLAVKLGTITADLEAADVFSYPEDDNVLDPLLAQHLAFFGIDFSSLQKTEMTTAEKELDQNTNFEWNRIQESGQEVEPIFGPGYTGLVNLGNSCYLAATMQAVFSARSFSSRYYINQSLKKAFEEAPADPTVDLNMQLTKLAHGLLSGKYSVPQVENDDNKNVASTPTSAEQEGIPPRMFKTLVAASHPEFSTMRQQDALEFFLHFLDQVERANAGKTELDPARSFKFGVEDRILCSSGKVAYNRRNDYILSLNIPLHEATNKEELELFHKMKAEKLSEGKEVSGDEVVRPRVPLEACLASFSAPEEIHDFYSTALQTKTTAVKSAGLTSFPDYLVLHMRKFVMEEGWVPKKLDVYVDVPDIIDISHMRSKGHQPGEELLPDGVPVEDDSEIPLANEDIVSQLVSMGFNQIHCQKAAINTSNAGVEEAMTWLLAHMEDPDIDAPISRGRGSESVDQSKVDMLLSFGFQDDVARKALIASGGDIEKATDWIFSNPDASVSNMDATASNTTSGPNDADLSDGGGRLLMVIPEEWTSFHINFITSTNGRNEFLSWFSTGYRLMGIVSHIGTSTHCGHYVAHILKDGRWVIFNDNKVGASINPPKDMGYLYFFERL