AlfalfaGEDB | MS.gene063012

M. sativa cultivar XinJiangDaYe / MS.gene063012

KEGG: -
GO: GO:0003674 GO:0003676 GO:0005488 GO:0097159 GO:1901363
PFAM: PF00501.31

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.gene063012.t1	XP_013450939.1	81.2	542	97	3	5	541	285	826	5.80E-242	847.4

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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.gene063012.t1	Q84P17	63.6	374	86	6	547	879	363	727	5.7e-129	463.4

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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.gene063012.t1	A0A072U5F2	81.2	542	97	3	5	541	147	688	4.2e-242	847.4

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TFs/TRs:

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Gene ID	Type	Classification
MS.gene063012.t1	TF	C2H2

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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
No data available in table

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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.gene063012.t1	MTR_6g011450	84.556	518	75	3	29	541	309	826	0.0	838
MS.gene063012.t1	MTR_6g011450	84.556	518	75	3	29	541	171	688	0.0	837
MS.gene063012.t1	MTR_4g073340	81.365	542	65	4	1	541	1	507	0.0	801
MS.gene063012.t1	MTR_8g086050	82.258	372	18	5	547	879	367	729	0.0	606
MS.gene063012.t1	MTR_8g085680	71.237	372	59	5	547	879	366	728	1.03e-178	533
MS.gene063012.t1	MTR_8g086050	86.142	267	15	3	547	800	367	624	3.17e-156	472
MS.gene063012.t1	MTR_8g085680	69.527	338	55	5	547	845	366	694	3.98e-155	472
MS.gene063012.t1	MTR_8g086050	85.470	234	12	3	547	767	367	591	2.47e-131	407
MS.gene063012.t1	MTR_6g011470	71.837	245	33	3	285	528	1	210	5.09e-112	342
MS.gene063012.t1	MTR_2g056120	49.591	367	135	6	547	872	363	720	4.94e-111	357

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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.gene063012.t1	AT1G55320	63.904	374	85	7	547	879	147	511	4.82e-157	470
MS.gene063012.t1	AT1G55320	63.636	374	86	6	547	879	363	727	1.74e-153	468
MS.gene063012.t1	AT4G04885	44.297	526	242	15	39	541	303	800	2.27e-112	363
MS.gene063012.t1	AT5G23050	46.448	366	146	6	547	871	358	714	4.73e-101	330
MS.gene063012.t1	AT5G23050	47.881	236	101	4	547	769	358	584	1.22e-64	228
MS.gene063012.t1	AT1G66500	35.000	360	168	14	210	534	66	394	2.37e-45	169
MS.gene063012.t1	AT5G43620	36.111	288	134	10	279	534	119	388	2.68e-42	160
MS.gene063012.t1	AT2G36480	32.941	170	106	3	362	531	786	947	1.72e-23	107
MS.gene063012.t1	AT2G36480	32.941	170	106	3	362	531	786	947	1.72e-23	107

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Find 244 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
AAACAGCTCTTTCAGTTTCC+TGG	0.223690	4.2:+35134010	MS.gene063012:CDS
AAACCCACTTCACCAACACA+AGG	0.689168	4.2:-35140247	None:intergenic
AAAGAAAGAAGATGAAGAGT+TGG	0.425274	4.2:+35134601	MS.gene063012:CDS
AAAGTAAACCTCATCATGGT+CGG	0.590749	4.2:-35140311	None:intergenic
AAAGTTGCTGGCAGAACTGG+TGG	0.562453	4.2:-35133576	None:intergenic
AAATCCTGAGGAGGGTAATG+AGG	0.524639	4.2:+35141432	MS.gene063012:CDS
AAATTAGAATATCCAACAGT+TGG	0.545058	4.2:-35134128	None:intergenic
AACAAGTTGTGCATTTGGCA+GGG	0.544007	4.2:-35133955	None:intergenic
AACAGCTCTTTCAGTTTCCT+GGG	0.369668	4.2:+35134011	MS.gene063012:CDS
AAGAGCTGTTTGCAATTCTT+TGG	0.300209	4.2:-35133998	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
chr4.2	gene	35133126	35141496	35133126	ID=MS.gene063012
chr4.2	mRNA	35133126	35141496	35133126	ID=MS.gene063012.t1;Parent=MS.gene063012
chr4.2	exon	35133126	35134208	35133126	ID=MS.gene063012.t1.exon1;Parent=MS.gene063012.t1
chr4.2	CDS	35133126	35134208	35133126	ID=cds.MS.gene063012.t1;Parent=MS.gene063012.t1
chr4.2	exon	35134308	35134847	35134308	ID=MS.gene063012.t1.exon2;Parent=MS.gene063012.t1
chr4.2	CDS	35134308	35134847	35134308	ID=cds.MS.gene063012.t1;Parent=MS.gene063012.t1
chr4.2	exon	35137428	35137455	35137428	ID=MS.gene063012.t1.exon3;Parent=MS.gene063012.t1
chr4.2	CDS	35137428	35137455	35137428	ID=cds.MS.gene063012.t1;Parent=MS.gene063012.t1
chr4.2	exon	35138218	35138438	35138218	ID=MS.gene063012.t1.exon4;Parent=MS.gene063012.t1
chr4.2	CDS	35138218	35138438	35138218	ID=cds.MS.gene063012.t1;Parent=MS.gene063012.t1
chr4.2	exon	35139291	35139354	35139291	ID=MS.gene063012.t1.exon5;Parent=MS.gene063012.t1
chr4.2	CDS	35139291	35139354	35139291	ID=cds.MS.gene063012.t1;Parent=MS.gene063012.t1
chr4.2	exon	35139458	35139666	35139458	ID=MS.gene063012.t1.exon6;Parent=MS.gene063012.t1
chr4.2	CDS	35139458	35139666	35139458	ID=cds.MS.gene063012.t1;Parent=MS.gene063012.t1
chr4.2	exon	35140208	35140360	35140208	ID=MS.gene063012.t1.exon7;Parent=MS.gene063012.t1
chr4.2	CDS	35140208	35140360	35140208	ID=cds.MS.gene063012.t1;Parent=MS.gene063012.t1
chr4.2	exon	35140753	35140853	35140753	ID=MS.gene063012.t1.exon8;Parent=MS.gene063012.t1
chr4.2	CDS	35140753	35140853	35140753	ID=cds.MS.gene063012.t1;Parent=MS.gene063012.t1
chr4.2	exon	35141113	35141239	35141113	ID=MS.gene063012.t1.exon9;Parent=MS.gene063012.t1
chr4.2	CDS	35141113	35141239	35141113	ID=cds.MS.gene063012.t1;Parent=MS.gene063012.t1
chr4.2	exon	35141383	35141496	35141383	ID=MS.gene063012.t1.exon10;Parent=MS.gene063012.t1
chr4.2	CDS	35141383	35141496	35141383	ID=cds.MS.gene063012.t1;Parent=MS.gene063012.t1

Gene Sequence

>MS.gene063012

ATGCTTGCTGATGGTTTTCATCTTGGTGGGAATACTCGGAGCGAAATACCAAAGAATTCTTCATCAGTTATCTCAAACATTCCGCGAAAGAGATGTTTTGATGAGTTAAGCTATCTCAACAACGGACAACCGCGTCAAAATCCAAGAGCTCTAATTGATGCCTATGGTAGTGACAAAAGCCAAGAAACTTCTGGCAGTAAGCCTTTGTTAGTGGAGCGACCGGATAAAAACAGTATGGATAAGTTTATGACAACATCATGGCAGAATACTGAAGAGGAGGAGTTCGATTGGGAAGATATGAGTCCGACACTAGTAGACCATAGTAGAAGTAATGGTTTCTTGCAACCAACTATTGGTTTCTCATCAGAAAAGCCTGTTACCGTTGCAGCAAGTGCAACTACTTCAGCGTCAAGGGTGTTTCCTGGTCTCAATTCTAATATTGAGTACCGTCCACCAGTTCTGCCAGCAACTTTTGAAACGAGGCGCTCCATAAATGTGCATGCTCCGCGTCCTCCCAGCATAACTCCTATATTTCCATCGAAGAATCCTGTTAGGAATCCATTCGAATCAATAAATGCTAATAGTACCAGTGTGAGTAATGGTCTAATTAACAGACCTTTTCCTGTGCATGAACATGGTGTTGAGAACAACAATACCAGTAAAAGAAACCTGTATCAGTTGCCTAATCAGCTACCCGGTCTGATTTCATCTAACCCGCATAACAGTGGACAAACGCCACCATTCCGGTTTTTTCCATCTCAGGATCCAGCAGCGTCACAATTTACTTATAGCACTTCTTTGCCAGGACATTGTGCTGCTATGAGTAACCCCCTGCCAAATGCACAACTTGTTATGCCACTTCCTTCGCCAGGCCAAAGAATTGCAAACAGCTCTTTCAGTTTCCTGGGGGGAGCTTTGCCACCTTTACCTCCAGCTGGCCCACATGCTCTACCCCAGATTCTACCTAATCCCAATCCTGGTCCTTCTGTGTCAAGCCAACAGCCAACTGTTGGATATTCTAATTTGATTAGTTCACTCATGGCCCAAGGTGTTATGTCATTGGCTAATCAAGCCCCTGCGCTGGTAACTAAATCTATCCTTAGTTTAATTTTTATATCCTATTTTCCTTCCATTTTTGTTTGATTGCGTACCAATTTTGCAATTATATTATTATGTTTGTAGGATTTTGTTGGCATTGAGTTTGATCCAAATCTTCTGAAGGTTCGTCATGAATCTGCAATCAGTGCCTTATATGGCGATCTTCCTAGACAGTGCACAACTTGTGGCCTCCGATTCAAGTCCCAAGATGAGCACAGAAGTCACATGGATTGGCATGTGACTAAGAACCGTATGTCTAAAATCCATAAGCAGAAGCCCTCTCGCAAGTGGTTTGTGAGTGAGACGATGTGGCTAGGTGCAGAGGCATTGGGAGCTGAATCAGCTCCAGGTTTTTTGCCAACCGAGACCACTGAGGAAAAGAAAGAAGATGAAGAGTTGGCAGTTCTTGCTGACGAGGACCAAAATACATGTGCATTATGTAGAGAACCTTTTGACAAGTTTTACAGTGATGAAACGGAGGATTGGATGTATAGAGGAGCTGTATACCTTAATACGCCTAATGGAATAACAACAGGCATGGACAGGTCGCAGTTAGGCCCCATTATTCATGCTAAATGCATATCTGAATCTACCCCGTCTGAATATTTTGTGATGGATGAAGGGGTATGTGTTTCTTGTATTATTACTTTTCTATGCATTGTCTTGTTTTTGTTCCACTTTATTTCTTTAATTCATTGACTGACACATGTTTTTGGGGGAGAACAATACTAGTTGACTAGATTTCTTTGCAACTTTATGTTTTTTCTTTCCCATTGGTAAAACTTGTTTTTGAGGGAGATGTCCAGAATTCAGCAGCCATATTGTTCTTTTGGTGACTTCTCTTCAAGTGAGAATCAATCCATTATATCGTAAATCGCATGTTTTGGCTGAAATCCAAATGCAATGTCCTGTTTTTTCCGTCTTCTATGTCATGTCTTGCAAATGAGGATATCATGGTTTAAAATAGCTTGCAACACTAGGCATGGTAAAAACTGCAAATATATGTGCCTATTTAATGGCTGCCAACTTCACATGATGTTATTATTTCAAGTGGACTTTTGCATGTGCTGATGTTCTTCAAGCAGAGCAAATATTTATTCTTTTGTTTTCCTTGTATGCAGGGCACCTATGAAGAAGGCAGCCAAAGAAAACGAATGCAGAGCTGACTAAAGTAGTCCATTTATGTTCGCTGTAAGCCTGTAACTTACTAGTTTCGGATCAATGTATGCTCAATGTATGCAGGGCCTCTTGCCTAAATTATGTACATACATGTATAGATGCTCCTGTGTAACATGCATATCTTATTGCAGTCAAAAGTTTGCATTTAACCTGCAAATTTTCAGTACCTTACATTTATTGTCATTTCTTTTACTTCATTTTTGGCAGGAATTTGGCAAAGGATCCATGAGCACTTACTGTTTGAATTGTTATATCCAATTTAAATTGTGCATTGATGAATGAATGAGAATACTACAGATATTTGATGTTTTTTTTCCTTCTATAATTATTTCTGCTAGACATTTTATTTTAATGTCATTGGCTCTTTCTATAAGTTATTTTATTACTTTTTTCTCTATTATTTTGTGGTTCCTATGAATGAAAGTTTTTTTATAAGGTAAGAGATGGAGTCGCCAACTATTTGTCTCTTTGTCCTTAAAAAAGAGATATCATTAATTCGTTTTACTATATTAGTATCTACAATCTAAATCAAAAGCTTAATTAACTATATAAAAAAAATTAGTATCTACAATATTGACTAAACAAGACTTATTAGTTCGAAATATAGGGCGCTATCTTTCACACGAGCCAAATTATCGCAAAGATCACTAAAGAATGTAAATTAGTTAATTAATCAAACAAGTGATTATACATAAACATGATAACTTATCCTATCAAACTCCTCTTATCCAGACAGTCAAACAAAGTTATAGGTTGTATTGTATTTGAATCCACACTTTTTGTTCATGAAAACATAGTGACAAACACCACAAGAAATTCACATTTCAAGGTTCCAAGTTCGGATCCAAATAAGATGTCTCCCATACCGATATTGATATTGCCAGTCAAATTAGGTCTCGTGAACTGAATCCAAACCTTTTTTCTGTGTGTTGTCTCATTCCTTTGAACTCTAAAACGTTGCTTCTCCCTCACTATGCAGTGTTACTATGAAACACTGAATCTTCAAACACATTTCATCCACAATTGTAACGATTAACTCAAATTTCTTCGAAGTGTCATTTTTTATTATTTTATTTTCTCATGAGGTGCTATTGGGAAATATTTGGATTTCTACACACAATTGAATCAATTAACGCCAAACTTGGTTAAGGTGAAAGAATCGTGTTTGGTTCGCATAATGTTATAAATAAATTAGTAGTAACATTTTTTTTTTTTTTTTACAAATTATTAGTAGTAACAATGACTTGTAAGCAAAATTCCTAAAAAAAAAAAAAAGATTTATAAGCAAAAGATAGCTCAATTATCTTAAAAAGAAATATTGTAAAAAAAAGTGCTCGAACATGATCACTTTTTAAAGAGAGAAAGACTTGACAAAAAGGTTACAAGATCTAAGGTTTGTGTTTGTGATCTTAAAGACACTCAAATATTGTGATACTTAATACTTGTTTGAGATGAAACGATAAAACTAAACACACTCAAATATTGTGATCTATGAATTTGAAAAAAGTGCTGAAATGCTTGATATAAAGAGCCTTAGGCTTTGTTTGGGAGTTTGGAGGGGAGGGTAGGTGAGGGTTTTGGAAAAAAGGAAGGAGCAAGTGGAAGAAATAGACGACATTGAAGGAGAGGGCTTTGGAGGTTAATTTTTTACTCATAATAAAAAATCCCCCATCATTTGGGGGAACTCAAAAATTGTATTGGGGGAGGGTGGGGGGGTTAGGGAGGGTTTATATGAATTTTTCAAATTTAATTATATTCTTAATATTTAAAGTAGAGAGAGAGGGAAAAGAAAATCAAGCAAGTATACTGCGAGAAAAGTGAAACTTGGGACGAAGCGAGTCCCTCCCTCGAAGAGTTAGCCTGATTACTGTAGCGCTTCATTTTTGTTTCCTTCATTCAGTTTCTGCAATTTCTGGGTTAACTCCCAGTTTTCATCAATATTAGAGTGGGTTCTATCAATTTCCAATTTTTTAACAAATTAAAATTGTATTTCACTCAGCTTTTGTTTTCAGTATTTCATATCAGGAGGTGGCAGGAAAATCCCCTTGCACAGGTAAAATAAATCACTAGTACTTGTTGCTGCATTTTTGGCAGCACTTTAATTTTTGAATACCAAAATCATACTTTACTTGGGTCTGGGTCACTGTTATGATGCCATAGTCTGATTTATCTATTTAAAGATAGTTGGCATGTTAAGTGAAAATAAAGTTTATTTAAGATAGTTAGGTTATGTACTGGTCGTCTATTGATGCATTATTTAATTAATGTTTCAATTCTGGATGCTGATATAGAAAATACTTACTCGACTACTTCTCTCAGACTGCTTTACTGTCCTTAACTTGAGCTTGATAATACTGTTTGAATGGTTGTTAGATGGATTTACAACCGTTCTTTAAGCACATATATCATTTGAGATCTCATTCTGCATATTTGTCTTTGCAACTGAGGCAGCTGCAAGTAAAGTTATTGTGCTCACTGAGGCAGCTGCAATTAAGGGAAGAAGACTCGTCTCTCTTCTGGAAGTCAGAGCTCCAGTTATTGCATATTGCAATGAATTCATTAGACTATACCTTAATTTAATTAAGTGGTCCCTTGTACATACTAAATACTCACAGCAAAATATCCCGAAAATGGGGTCAAATGAGACAAATTGAGAAATTTCATGTTTTCTCTTTCGTAAGTTTTGTTTAATCTGACCTTAATATACTATTCTCATCTGGAACCACAGATAAAGATTATCCCTTATTGTGTATGACATATCAGGTAGAGACCACTCATTATAATGATTTTCTGGTTATATTTTGGCTTTTATCAGGAGATCCAAAAGCTATTCCTTGGACTCGACTTGCCCCAATACGAAGTGCTCTTGATGGATGGGCTGCTATTGACGTTCAAGTTGGGGATGTCTATTGCTGGCCTACAAATTTGGGATGGGTGATAGGACCTACTCTGTTATATCATTGCTTTCTAAATGGTGCATCTCTTTCTTTGTACCATGGATCTCCTCAAGGCCATGGTTTTGGGAAATTTGTTCAGGTGAGTCTCCAATTTAATATTTCATTACTTTTATAATTTTGCCATACATAGATGATTAATTTATTTAGTATTTGCTTCTGCATATGATGGTTATCAATTATTGTTTTGATCAACTAAAATGTTGGAACAACAAACAAAAATATAAACGCTGATTTGTAATGAGAACCATTACTACAGTTCTCCTCACGATTACTGATTTGTAAAATAATGGAGGAAATAATGGGAATGAGAAACGGAGAGGATCCACCGCAGAGTATAAAGACCACCTCACCACGAAAATCTGTTTCATTCCTATAGTTGACCATTCTCGATGGAATAAGGTTGGCGTCCGACTCTATATCATCATCACCTCAAATCCACTATTCATTTACTATCATCAAACTTTGACCCAAAAAGCTGGTTAAAGAACTAATGTTTGGGGATGTTACATAGATGAAACACGTTTATGATAATCAGTCTCCCCTGCATATCTCTCAAATCCAATATTCCACAAGGGAACCAAACATTTGAGATAGAATGTTATTTCATTGAAGGAAGGATCTTACCTAAAGACATTATCACTAGCTTCATAAATTGGAAGATGTGTTCCCTTTAAATTAGTTATATATGTAACAAATATGATTTATAATCTTCAGTTGGAGGGGGAGTGTTCGAAATAGTTTAAATAGGGTAATGATTCTAAGTAGTAACAGTAACCGTACATCGTTGTGTCTATACAGCATTCTCAGATTTACTCATTCTCAGATTTATCTCAGATTCACAGATTCTATAACATGCCTATCATCTATTCTCCTTCTCAGCAAATACATCACACCAAGGCACAACTTTACTCATTGTACTATGATTGTTCAGGATGCAGGTGTTACCATTTTGGGAACCGTTCCAAGCTTAGTGAAATCTTGGAAGAGTACTCGATGTATGGTGGGCTTGGATTGGACAAAAATAAAGTAATATCTATTGAAAGTGTAAAGAATAAAATAGCTACTAAGAAAGATGAACTAAACTGCCCTTGTATGCAGGTTATTTTGGAGAAACGTCAAATATTGATGATGATCTGTGGCTTTCTTCAAAGTCATATTACAATCCAATCATTGAATTATGTGGAGGAACTGAGCTTGCGTCCAGTTACATTACGGGAAGTCCCCTGCGGCCTCAAGCTTTTGGAGCATTCAGCACAGCATCAATGACAACTGGCTTTGTCATTCTTGACGACAATGGAGTTCCTTATGTAAGAGCTTTTTCTGGATAAGTTATATTCTTTGGTCATGATTTTATTTACTTGTGCTGCTAGTCTGCCACTTCTCACCACATTACATTGTGCCAATACATCAGTATAGTTTTTTTGTGGCAAAGGTGATGGATGTGTGCTTACTTCATCTTCCAGACTAGGGAATGGAAAGGTTATTATGAACTATGAAGCACTGATAACACACAAACACTGGACATTGATAACAATTTTAAAAATTGAATTAATTGAATGTTATCACATGTGTACGCCTCTGATCAGAAGTGTCAGTGCTACAGAGTATGTTGGCGTGATAATGGCCAATAATACACCCTAGTCTCAAAATCTATGATCCATAGTTCCTAATGGCCATCAATTTGAATTCTGCACATGAATCTTTTTTCAATACTTGTTTCTGTACAGGTCTAGTTCTTATGCTAGCCCTATGTTCACCACCTTTTTCTTGTAACTTTCAGTCCCTATTGCACTCTTAAATTTATTGATAGGTTTTCTGATTTATTGCTCTCTTTGACCAATATGACAGCTAGAAAATGTTCCTTTTTTGAAGAAACTAGAAAATGTTCCTTGTGTTGGTGAAGTGGGTTTATTCCCTGTCTCTCTTGGAGCATCTGATAGATTGCTGAATGCCGACCATGATGAGGTTTACTTTAAGGGAATGCCCTTGCATAAAGGAAAGGTATCTACCACTTCAATTAATATGATTAGAATGATTTCCCCATTTTGTCTCGACATACCAACACATTTCGATACAACTACTTTGAAATTTCAGTTCATTCATTCTCGCTATGCGTCCTAAAGGCTTTTAAGAATTTTTTTTCATGTGCAATTACCAAATTACACATCGAACATCGAAATTAGATCGAGCAAAAAGATAGGAAAATCTTTTATTCTGAACTTTTGGATAAATCAAATGTCCAAAAGAACCGTATATTAGTTAGATATACATTAAGGATTTTCAAACAATCCCTTCATTATAAATTACATAGGCTTAATTTGTAATTTTGACTAGTCTCATTCTGCTATTATTGCTATAACTTGTCATGTCTTTCATGATATGTGTATTAGCAGGTTCTTAGGAGACATGGAGATATAATCAAGAGAATGGTTGGTGGCTATATCATCGTACAAGGGAGGGCTGATGACACCATGAACATTGGTGGAATAAATGCGTAATAAGAAAACTACTATGAATTTCAATGAATCCAAGTGTAGTCAAAATCATAATCCAGGGAAGTAAGGAGAAAAAAATGGAAAAAAGAGGAGAATTCATGTGTATTTAATTCTTTTATTGGCTTAATGAAGTGTGTTTAACTTAACATGAACATCACTCTTTGGCATTATATGGACTGGATAATGTTATTCACACGTAGAATTTTCTGTTGCTGGTATGCAGACAATTTCAATAGAAATTGAGCGTGTATGTGACAGGGCTGATGAATGCATTTTGGAGACAGCTGCAGTCTGTGTTGCAACTGAAAATAGGGGCCCAGAACAGCTTGTTATAAGGATGGAATTTTCTAAAGCTATTCAAAGCAACCTCAATCCTTTGTTTAAGGTCTGACCCTTTGATTGAATTTTAACAATCATCAATCGATTGCAGCTTATTATTTACCATTTGAAAAGTGAAAACTGAACTGACTTGGGTTTAACTGATGTCACCAACACTCACAACCAACTCTTTTCATTACATTGTTTCAGGTCAGCGTTGTTAAAATAGTCCCCGAGTTTCCTCGAACATCTTCCAACAAAATCCTGAGGAGGGTAATGAGGGATCAAATGAAGCATGAACTATCAGTTCAGAGCAGACTTTAG

Protein sequence

>MS.gene063012.t1

MLADGFHLGGNTRSEIPKNSSSVISNIPRKRCFDELSYLNNGQPRQNPRALIDAYGSDKSQETSGSKPLLVERPDKNSMDKFMTTSWQNTEEEEFDWEDMSPTLVDHSRSNGFLQPTIGFSSEKPVTVAASATTSASRVFPGLNSNIEYRPPVLPATFETRRSINVHAPRPPSITPIFPSKNPVRNPFESINANSTSVSNGLINRPFPVHEHGVENNNTSKRNLYQLPNQLPGLISSNPHNSGQTPPFRFFPSQDPAASQFTYSTSLPGHCAAMSNPLPNAQLVMPLPSPGQRIANSSFSFLGGALPPLPPAGPHALPQILPNPNPGPSVSSQQPTVGYSNLISSLMAQGVMSLANQAPALDFVGIEFDPNLLKVRHESAISALYGDLPRQCTTCGLRFKSQDEHRSHMDWHVTKNRMSKIHKQKPSRKWFVSETMWLGAEALGAESAPGFLPTETTEEKKEDEELAVLADEDQNTCALCREPFDKFYSDETEDWMYRGAVYLNTPNGITTGMDRSQLGPIIHAKCISESTPSEYFVMDEGEVAGKSPCTGDPKAIPWTRLAPIRSALDGWAAIDVQVGDVYCWPTNLGWVIGPTLLYHCFLNGASLSLYHGSPQGHGFGKFVQDAGVTILGTVPSLVKSWKSTRCYFGETSNIDDDLWLSSKSYYNPIIELCGGTELASSYITGSPLRPQAFGAFSTASMTTGFVILDDNGVPYLENVPFLKKLENVPCVGEVGLFPVSLGASDRLLNADHDEVYFKGMPLHKGKVLRRHGDIIKRMVGGYIIVQGRADDTMNIGGINAADECILETAAVCVATENRGPEQLVIRMEFSKAIQSNLNPLFKVSVVKIVPEFPRTSSNKILRRVMRDQMKHELSVQSRL