AlfalfaGEDB | MS.gene013602

M. sativa cultivar XinJiangDaYe / MS.gene013602

KEGG: -
GO: GO:0003674 GO:0005488 GO:0005515
PFAM: PF00628.32 PF00855.20 PF00856.31 PF13831.9 PF13832.9

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.gene013602.t1	XP_024635333.1	97.1	1063	31	0	1	1063	1	1063	0.00E+00	2146.7

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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.gene013602.t1	Q8GZ42	64.2	1075	341	15	1	1063	1	1043	0.0e+00	1391.7

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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.gene013602.t1	G7J6V0	97.1	1063	31	0	1	1063	1	1063	0.0e+00	2146.7

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TFs/TRs:

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Gene ID	Type	Classification
MS.gene013602.t1	TR	PHD

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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
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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.gene013602.t1	MTR_3g091310	97.084	1063	31	0	1	1063	1	1063	0.0	2154
MS.gene013602.t1	MTR_3g091310	97.110	969	28	0	95	1063	1	969	0.0	1969
MS.gene013602.t1	MTR_1g008230	69.437	1083	262	20	1	1063	1	1034	0.0	1474
MS.gene013602.t1	MTR_1g008230	79.188	764	145	6	304	1063	3	756	0.0	1234
MS.gene013602.t1	MTR_7g117355	53.971	982	392	14	86	1063	39	964	0.0	1030
MS.gene013602.t1	MTR_8g027725	58.333	852	314	11	217	1063	119	934	0.0	1017
MS.gene013602.t1	MTR_8g027725	57.324	867	314	12	217	1063	119	949	0.0	1008
MS.gene013602.t1	MTR_7g021365	32.427	478	273	13	616	1063	588	1045	3.21e-59	222
MS.gene013602.t1	MTR_1g012890	46.479	142	69	3	927	1063	229	368	5.43e-32	129
MS.gene013602.t1	MTR_1g012910	45.775	142	70	3	927	1063	369	508	2.06e-31	130

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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.gene013602.t1	AT5G53430	64.782	1079	328	15	1	1063	1	1043	0.0	1401
MS.gene013602.t1	AT4G27910	64.684	1076	318	16	1	1063	1	1027	0.0	1389
MS.gene013602.t1	AT3G61740	51.287	971	391	16	110	1063	77	982	0.0	994
MS.gene013602.t1	AT3G61740	49.850	999	399	16	110	1063	77	1018	0.0	985
MS.gene013602.t1	AT2G31650	33.189	461	270	13	620	1063	599	1038	3.92e-67	246
MS.gene013602.t1	AT1G05830	32.403	466	271	13	620	1063	616	1059	1.56e-65	241
MS.gene013602.t1	AT1G05830	32.403	466	271	13	620	1063	616	1059	1.56e-65	241
MS.gene013602.t1	AT1G05830	32.403	466	271	13	620	1063	616	1059	1.56e-65	241
MS.gene013602.t1	AT1G05830	32.403	466	271	13	620	1063	616	1059	1.56e-65	241
MS.gene013602.t1	AT5G42400	42.500	160	79	5	905	1063	1241	1388	5.20e-30	129

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Find 247 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
AAAAGAGAAAAGCTGGGTCA+AGG	0.570417	3.4:-83596317	MS.gene013602:CDS
AAAAGCAAGCGCTTAGTGAA+TGG	0.444389	3.4:-83600613	MS.gene013602:CDS
AAACTCTGAATTGCATCTAA+AGG	0.420522	3.4:+83595623	None:intergenic
AAAGCAAGCGCTTAGTGAAT+GGG	0.480811	3.4:-83600612	MS.gene013602:CDS
AAAGGATCAATAACAACAGC+TGG	0.528049	3.4:+83602684	None:intergenic
AAAGGCTGGTTACCGAATGG+AGG	0.654196	3.4:-83596821	MS.gene013602:intron
AACAAACCATGAAAACTCAC+CGG	0.610970	3.4:+83603287	None:intergenic
AACACTCCCGCTTGATGTCA+GGG	0.532832	3.4:+83598167	None:intergenic
AACTGATATTGACACGTTAT+GGG	0.435316	3.4:-83597306	MS.gene013602:CDS
AACTTCGAGAGGGCGAGTTC+AGG	0.412888	3.4:-83603126	MS.gene013602: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
chr3.4	gene	83594414	83603477	83594414	ID=MS.gene013602
chr3.4	mRNA	83594414	83603477	83594414	ID=MS.gene013602.t1;Parent=MS.gene013602
chr3.4	exon	83602593	83603477	83602593	ID=MS.gene013602.t1.exon1;Parent=MS.gene013602.t1
chr3.4	CDS	83602593	83603477	83602593	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1
chr3.4	exon	83602420	83602475	83602420	ID=MS.gene013602.t1.exon2;Parent=MS.gene013602.t1
chr3.4	CDS	83602420	83602475	83602420	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1
chr3.4	exon	83602099	83602321	83602099	ID=MS.gene013602.t1.exon3;Parent=MS.gene013602.t1
chr3.4	CDS	83602099	83602321	83602099	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1
chr3.4	exon	83601855	83601980	83601855	ID=MS.gene013602.t1.exon4;Parent=MS.gene013602.t1
chr3.4	CDS	83601855	83601980	83601855	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1
chr3.4	exon	83601587	83601655	83601587	ID=MS.gene013602.t1.exon5;Parent=MS.gene013602.t1
chr3.4	CDS	83601587	83601655	83601587	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1
chr3.4	exon	83601407	83601475	83601407	ID=MS.gene013602.t1.exon6;Parent=MS.gene013602.t1
chr3.4	CDS	83601407	83601475	83601407	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1
chr3.4	exon	83601212	83601303	83601212	ID=MS.gene013602.t1.exon7;Parent=MS.gene013602.t1
chr3.4	CDS	83601212	83601303	83601212	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1
chr3.4	exon	83600908	83601000	83600908	ID=MS.gene013602.t1.exon8;Parent=MS.gene013602.t1
chr3.4	CDS	83600908	83601000	83600908	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1
chr3.4	exon	83600532	83600667	83600532	ID=MS.gene013602.t1.exon9;Parent=MS.gene013602.t1
chr3.4	CDS	83600532	83600667	83600532	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1
chr3.4	exon	83598563	83598665	83598563	ID=MS.gene013602.t1.exon10;Parent=MS.gene013602.t1
chr3.4	CDS	83598563	83598665	83598563	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1
chr3.4	exon	83598363	83598462	83598363	ID=MS.gene013602.t1.exon11;Parent=MS.gene013602.t1
chr3.4	CDS	83598363	83598462	83598363	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1
chr3.4	exon	83598149	83598273	83598149	ID=MS.gene013602.t1.exon12;Parent=MS.gene013602.t1
chr3.4	CDS	83598149	83598273	83598149	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1
chr3.4	exon	83597199	83597344	83597199	ID=MS.gene013602.t1.exon13;Parent=MS.gene013602.t1
chr3.4	CDS	83597199	83597344	83597199	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1
chr3.4	exon	83596822	83596926	83596822	ID=MS.gene013602.t1.exon14;Parent=MS.gene013602.t1
chr3.4	CDS	83596822	83596926	83596822	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1
chr3.4	exon	83596486	83596550	83596486	ID=MS.gene013602.t1.exon15;Parent=MS.gene013602.t1
chr3.4	CDS	83596486	83596550	83596486	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1
chr3.4	exon	83596203	83596410	83596203	ID=MS.gene013602.t1.exon16;Parent=MS.gene013602.t1
chr3.4	CDS	83596203	83596410	83596203	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1
chr3.4	exon	83595610	83595696	83595610	ID=MS.gene013602.t1.exon17;Parent=MS.gene013602.t1
chr3.4	CDS	83595610	83595696	83595610	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1
chr3.4	exon	83595420	83595479	83595420	ID=MS.gene013602.t1.exon18;Parent=MS.gene013602.t1
chr3.4	CDS	83595420	83595479	83595420	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1
chr3.4	exon	83595251	83595340	83595251	ID=MS.gene013602.t1.exon19;Parent=MS.gene013602.t1
chr3.4	CDS	83595251	83595340	83595251	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1
chr3.4	exon	83594963	83595049	83594963	ID=MS.gene013602.t1.exon20;Parent=MS.gene013602.t1
chr3.4	CDS	83594963	83595049	83594963	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1
chr3.4	exon	83594779	83594853	83594779	ID=MS.gene013602.t1.exon21;Parent=MS.gene013602.t1
chr3.4	CDS	83594779	83594853	83594779	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1
chr3.4	exon	83594590	83594690	83594590	ID=MS.gene013602.t1.exon22;Parent=MS.gene013602.t1
chr3.4	CDS	83594590	83594690	83594590	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1
chr3.4	exon	83594414	83594504	83594414	ID=MS.gene013602.t1.exon23;Parent=MS.gene013602.t1
chr3.4	CDS	83594414	83594504	83594414	ID=cds.MS.gene013602.t1;Parent=MS.gene013602.t1

Gene Sequence

>MS.gene013602

ATGATTATTAAGCGGAACTTGAAATCTCAAATGCCGAGTTTGAAACGGTGTAAACTCGCTGACTCAGTTGGTGATGATGAAGAGTGTTCTTTTGCTCGTAAGAAGAAAAAAACTAACGGTCGTTATTATCCTTTGAATCTTCTAGGTGATGTTGCTGCTGGGTTAACTCCGGTGAGTTTTCATGGTTTGTTGAGTGGTGTATCGGAGAAGGGATTCTCTACGTCGTGGTGCAGCCAAGTTCCGTGTTCCCCTAGTGAAGTTGAATCGAACTCGAAGGAGGAAATGGTTGCGGTGAAGAAGAAACGGGTTCAAAGACCACCATTAGTGAGAACTTCGAGAGGGCGAGTTCAGGTTCTTCCTTCCCGGTTTAATGACTCTATTCTTGATAATTGGAAGAAGGATGGTAAGACTAGCTTGCGTGATTTTGAAGTTGAAGATGAATTTGAATGCAAGAAGGACAGGGTAGTACAGAAAATTTGCAATGGCAATGTTAGAAAAGGGCGAAACAATGAGAAAATCGGTTATAAGCAACGTAAGTATTCGGCATTGTGTAGGGATGATGATGTTGGTGTGAGTATGAGGGATAAGAGTTTTGGTAGAAGGAAGAATTCAGTTTTGGATGTAGATGAAGTTGATTTGATGATGTGCAGTGATGATGAAGTTGATTTGAATGAGACTAAAAGAGAGAAGAAAGATGGGTTGTATGGACCAGAAGATTTTTATGCAAGTGATATAGTGTGGGCCAAAGCTGGGAGGAAGGAACCTTTTTGGCCAGCTGTTGTTATTGATCCTTTGGAACAGGCACCTGAGCTGGTCTTGAGGTCTGTTATAATTGATGCTGCTTGTGTCATGTTTCTTGGCAATGCAGGGAATGAAAATCAAAGGGTATGTACATTATCAAATATTTGAATATGGATTATTTACTAATTTACGATATAGAGCTTCTTTGCTATTTAAGAAATTAATAATTGTCTATTTATTGTGGTTTGATTATTTGAGTAGGACTATGCATGGGTGAAGCATGGCATGATCTTTCCATTTATGGATCATGTGGACAGGTGTGAAGTTGTTGTTGGTTATTGTTACCTTTGTTTGTATTGTTTTACTTTTCGGAAGAAACTTTGCTTACTAGGATTTATGGTGGTCTTTGGTTTAGGTTTCAAGAGCAGACTGAATTGAGTAACTATAGTCCCTCTGATTTCCAAATGGCAATAGAGGAGGCATTTTTGGCAGACCAAGGCTTTACAGAGAAGTTGATGGATGATATAAATGCTGCGGCTGGTGACACTGGTTATGATGATACTATTCTGAAATCCTCCTTGCGCGAAGTCCGTGGTTCAAACCAGTATGGAGGAGCAGGAAAGCATTTTCTTAAACAGGTAAGTCGCTTCATCTTTATTTATGGTTTTGATTATGTAATCATTGCTTCATAAAGTTTTGAATGATGTTGAAGTCTAGTCATGTTTGCTGGTGCTTTAATTGGAATTTTCTATGCAGGATTTATTTGATAAGAAAGACACAAGATCATGTGAAGCCTGTGGATTGGCTCTTCCTTACAAGATGTCAAAGAAAGCTAAGGGTTTGACTCCTAATGGTCAACTCCTATGTAAAACATGTGCAAGGGTTAGTATATCTTGCCTTTTTCTTCCAATAACTTATATTTAAGTCTGCAATGAAAACGTTATAATTGAAGTTTTGTGTTTGTTTTGAAACTCTGTATTTTGTAGCCTTCGAAGTAATTTATTCTTTGCAGTTAAGAAAGTTTTGTATTCGTTTTCAAAATTGCATATTTTTAGTCTCTGAAGTCATTTAGTTTTGGCAGTTAACGAAATCAAAACATTATTGTGGCATATGCAAGAAAGTATCAAATCATTCGGATAGTGGAAGCTGGGTGAGTTAGTTGAATTCCGTTAACTAATTAAGGCTATTTTTTTCTGCCCGAAGACTATTGTTTTTTGTAGTATTAATTCGTTCGACCTTTGGGGTGTTCCCGCGGAATCAGGTACGCTGTGATGGATGTAAAGTGTGGGTGCATGCCGAATGTGACAAAATTTCTAGTAACCATTTCAAGGTCCATTACTCTTGATATGTCAATATTGTCAATTCTCAGAATTCAAAGTTCATAAAGTGACATTTGGGCGTTTTATTGATTGGTATATTCTGTTTCTTTGAAGGATCTTGAAACCACCGATTATTTCTGCCCTACGTGCAGAGGGAAGTTTGACTTTGAGTTATCTGATTCAGAATACACAAAGCCAAAAGTCAAGTGAGTCTATTATGGTTCTTTCTTTGTCTTCTCCAGTCCTGGTTTTGCAATTTAAGCTTATGATTTCATGTCAAATTCTTGTGAAGTCCATTCTATCTGTCGGGGCTCAAGTTCGTATATCAATTTAGAATATTTTGTTAGGTATTACATAAAAAAATGTCATTCTTATAAAATTTGTATTTTTCTAACAATATTGGAGGCTTTTGTGCAGATCGAGCAGAAACAGTGAGCAGCTAGTGCTTTCAAATAAGGTCAATGTTCTCTGCAATGGTGTGGAAGGCATATATTTTCCAAGCCTACACTTGTAAGCACAAACTCCATCAAAATTCTTGGACATAATTTTTTTTGTCCTATCACAGCGTATCATTTAACCTGCATTATCATGTTTCAAATTGATTAATGCTGATTTTGAATGTACCGTTGTTTTTTTTTCTTTTTAAATAAACCAATGTTTTTATTATTATTATTATTTATATATTGGAAATTGCTTGCTTTCTTTATATTTGTATTGTGGGCTGTGATACGTATTTTTCTTCTTCTTCAGAGTTGTGTGCAAGTGTGGTTTTTGTGGGACAGAAAAGCAAGCGCTTAGTGAATGGGAACGACACACAGGTTCCAAATTAAGAGATTGGAAAACAAGTATTACTGTGAAAGACTCTAGGCTACCTCTGGAACAATGGGTTTGTATATATGACTTATGACTTTTCTAATTTTGATGCATAATATTCCCCATCTCTTTGTGCTGGAAATGCACGAATTAAATGTGATTATTTTATTCTATTAGAATTGTAGAATTGTACAAGTGTCTAACCAACCTCTTTAGAATAAAATAATGTGATTATTTTATTCTATTCAGTGTGCATTTAATGTACTTATGGGCTTACTATATAGTACTAGTATAAGTAGAGTATTGTATGCTGCTCTGTGAAGCCCCGACACGTATTCGACACCGATACGTTCCGATACGCGTATCGGAGAAGTATCAGGCAATTAATAATATTTATTTTTAAAAAAAAATGACCAATACGTGTCGGATATGACTAACTTATACTCCGCCACCGACACTTATGTCTTATACATTTCCTTTTAAAAAAAGAATATTAGAAGAATAAGAAATAAAAATACATAAAGACGGGCAATGCTATCCAAAACAAATTGTCACTTCTAACCCACACAAAAATTAGGGTTTTTCGTCACCACCGAACGATAGCTATTCCCTCTTCTAACCATTGCCACCGATTGCCTCAATCTCAACATCTGCATCACTGATAGCCCCCATCAACACCTCCGGTGTGTTCTACTTTGTTTCTCTTCTCTCTAATGCTATGTTTCTTCTGTTCTTCTCCCTTTAATATCTTCTCCTCTTCTTCTGTTCTTCTCTCTAATTGGGAAAAAATTGTTTGTGTTCAAATTGTTTGTTTTCAATCTCAATTAGGGTCCGTTTGGATTGGCTTATTTTAGAGCTTATGCAAAGCAACTTATGCAAATAAATAAGCATTAATGTATTATTTATAAACTTGTTAAGGTAGTTTATGAAAAAACAACTTATGAATATACAATTTTCGTTAGTAAGATCTTATGAATTAACATAAAAGCTTATTTGTTTGCATAAGTACTTTTTCATAAGCTCAATAGTGTTAACTATAAAGTAGTCAACATTAGACAATGATGTTCTTTTTTGATAGTACTAATAATGTTCTCTTTCGTTGGTACTAATAATGTTTAGCTAAATTCTAATTTGTGCCGAAAAAATATGTAATTGTCACTTGTTTTGATCATTTTCATTAATGTGAATGTTTGATTATTATCATTTTTAGTTATGTTTATACATTGTGCACTTATACTATTAATTTTAAATTTAATTTTTTACTAATGTATCGAGACCGTATCGTATCGGGAATTTTGAAAAATTTCCCTTATTGCCATATCGGTATCGTATCATGTCAGGTATCGGGGCTTCATAGATGATGTGTATTATTATTATTACTACTAGCGAAAAGACTGGCACTGCGTGGCCGTCTTTCCGCTTCTTTTATAGCGCTAACGCATGTAGATTATCAACAATATTTTATAGAAATTTTGTGTGTAAATTACAAACGATATTTTATATAATTTTTTTTATATAGATTAAAATTGTAAGTATAGATATTTGTGACTTTCAAATGTAACAAACTCAACAAATCATATTTACATTTTTCAATGACAACAATAATATAACAAATATAACAAAAATTCTTATAGAAAATTTCGTTTAAGGGTATAATTGGAATAACAAAAAAGCCAGCCCAAAATCTCCCCAAAACCCCATATTTTCTTTATATATAGTATAGATTATTGTTGTTGTTGTTGTTACTACTACTACTATTATATTTAAAATTATTAATTAAATTTTACTTCATCTTGATTAGGTCTTAGATTTCATAATATCTTTTTTCATCAGTATCAATTTTTTTGTTTGAATTTTGTAGTCTTCATTGTCAAAATGCTAATAATACCAACCTTTTCAAACACTAAAATTGCTAATATGATGCTATTTGAATACTCAGATGCTGAAGGTTGCAGAATGTCATGCTAAAACTCTAGTTACTATCAAACCTAAAAAACCTTCTTTAAAGGAAAGGAAGCAGAAGTTGCTTACCTTCTTGAAAGGTACCTTTTTTCTCCTTCCTTGTTTATAACATTGCTATATGATGAGTTTGCCACATGGTCTCATAGTTGTAACGGTACTGCAAACTCTTCTCTCTGACAGAGAAGTATGAACCTGTTTATGCTAAGTGGACTACAGAGCGCTGTGCTGTTTGTAGATGGGTTGAAGACTGGGACTACAATAAAATTATCATTTGCAACAGGTAATATAGCATCTTCAATTTGTCAATATTCACTATTTATATGATGAATTGCATTTCAATTAATACAAAATGCATTACATATTTTATAGATGTCAAATAGCTGTTCACCAAGAATGCTATGGAGCAAAAAATGTTCGAGACTTTACATCTTGGGTCTGTAAGGCCTGTGAAACCCCTGACATCAAGCGGGAGTGTTGTCTTTGTCCTGTAAAAGGTTTGTCTTGCACAATATTTCAAACATATGCTATATCAAGTCATCATCTTTTTATTTGTTTGGATTGATGTAGACTCTCCTTTAGTTTGTGAACTCTATTCTTTGAAACTGTCTTGCCTCAAATTTCTATTAATCTTTTATATAAGATTCTGTTTGTTTAATATCTAAAAAAACAATTTTTAATAGTGATTATTTTATAGAGAATTTTATGTAAAGAAAAACTTAATTTATTTATTTTATAATCATAAAAATTACTCCTTAGCATTTTTTCTCAGCTACTACTCTCATCAAAATCAATTTTTTGGTTAAAAAATACTAAAAATATATTTTCATTATAATCAGAATAGATTTCAGTTTTTTTAAGGTTCTGATTAATTCTAAAAGCTGAAACAAACAAATAGAAAATTCTAAAAATGATTGCATTTAAAAAAATAAAAAATTCATAAAATAATCTGAAGTTTTTAATCTTCTTGGCTAAGAACTTTTTGCCCCTTTTACACTATTTTATTAACTTGATCTACTATGTGGTGAATCAGTTTTACATTATCATCCAATAATGTAAGTTCTGTTTGTTGTAACTTCGTAACTTGATTCTTTTTGCCTTATATATGCCTATAATTCAGTTTTACCCACCCTTTTAACTATGGGTTATATTTTGATACATTGTGTCATTCAATAATGTATTACCACATCAAAAAAGTTTGACTTTTACAAAATTGCTCAAGTTATTATCATGAAGATATTGAGATAGTCATTTTTTCTCAGCTATATTGTTGTTTTCTCAAACTATTTGTTAACTCCCAGGTGGTGCTCTAAAGCCAACTGATATTGACACGTTATGGGTTCATGTCACCTGTGCTTGGTTTCGACCTGAAGTCTCATTCGCTAGTGATGAGAAGATGGAACCTGCTTTGGGTATTCTTAGTATTCCATCAAATTCTTTTGTGAAGGTGAGCTATTGGCCAATAAAAATTTCCCCTGTAAAGTAATGTTGGTCACCAGCAAAAGTTATTTCATTCTTTGCATATTTCTCACTATAAGAATTGTTCACACTTGACACTACCACACATCATAAATATGATATCAGATTCGATTATTTTTTTCGAGTGTGGGATACAGAAAAAGAACTAAACTCCTGATTTCTGAATATTTTTTATCATTTATGCGTCTCTTGGTTTAGTCTAATAAATGCAATCTAAGGTCTGCATTATTTTGATTTCAGATTTGTGTTATTTGCAAGCAAATACATGGCTCGTGCACACAGTGCTGCAAATGTTCCACTTATTTCCATGCCATGTGTGCATCAAAGGCTGGTTACCGAATGGAGGTGAGGTTTCTATTGGATTGAGGTTGTTTTTTTTTTTTTTTTTTTTAACAAATCAGTTTGATTGTCGTCTTCATAGAACATTCACTTCCACTTTGTGCTTTAAGAAAATTTCGAAAACTTACATTTTTATGCTATAAGATTGAAAAAATCATATGATCAACGGTGCTCAATGCAACCGTGTATCCAAACTCCACCAATGGGATGAGCCTTGAATGTTCCATTTATGCAGAACTGCCAATATTTAATTAAATTTTCTCTCTTTTAACTGTAGTTGCATTGTTTGAAGAAAAATGGAAAGCAGACTACAAAAATGGTTTCGTATTGTGCTTACCACAGGTATGGAACCCTCAATTATAACTAAGAAAGAATTTCTCTTATCTTTTCATCTTAATAATCTGTTATTTGTTGCAGAGCTCCAAATCCCGACAATGTTTTGATTTTGCAAACCCCTCTTGGGGTAATTTCAACCAAAAGCCTTCTTCAAAAGAGAAAAGCTGGGTCAAGGTTAATCTCGTCTACCAGAATAGAGAAAGAAGACACTCCTATTGATATCACTGAGCATGACCCATTCTCTGCTGCTCGGTGTCGGATCTTTAAAAGAACAAATCTTACCAGAAAGGTAGATTGAAGAAAATTGTTCATGCTGGTCAATGTTTGTAAAATAAAACATAAGCAATGCAGCATGGATTGTATTTATCAAAGATATATTAAGTGTCTGTTTACTACACCTTTTTTCTTTAAAAAAAAAATTTTAAAAAGCAAAGTTACTTTTGAAAGTTTTCATCTATTTGTTACAGCTTTTTAAAAAAAAATGAAAATCTGAAAAAAAAGAATAATAAAAAAACTGAGAAGTGTTTTTAAGTAGTTTCACTACAGTAGACAAATACAAATAGCTTCTATTTTTCTTAAAAGATCTCTCTTACAAATCATTTCTAAATTATTAAACATCAAAAACACTTTTTTGTTCGATATAATCATGAAATATCATGGTTACGTCTTTTCTTGAACTGGTTCCTTTGTTTCTATGTTCATTTTGTAGCTAGTTATGCACTGGTTCCTCTAAATTGTCTTCGTTTCTTTTCAAATGTTCAACTTGCACTAATTTTTATTTCTTCTACTTCTTAGAGAGCAGCGGATGAAGCCATTTTTCATCTAGCGAGGGGTCACTGCCACCATCCTTTAGATGCAATTCAGAGTTTAAATACATACAGAGTAAGCCTCTTACCTTCTTGAAATTATATCAGATATTATTAATTCTTTTACCTGGATTTTAAGATCTAAACTACCCCTTTCACTCTCTTAATTTCTCCACATTTTTTTCATATCATTTTCCCTCAAACAGGCAGTAGTAGAGGAGCCTCAAGCTTTCTCTTCTTTCAGAGAACGCCTTTACCACTTGCAGGTGCTTATCTTTCTTAGTTAGATTATTGATTTCAGTGGTTTATTTCTGACTTCTGTGGCGGTACACTTTATGATTCCAGAGAACCGAAAATGAACGGGTTTGCTTTGGAAGATCTGGCATACATGGATGGGGACTCTTTGCACGTAGGAATATTCAAGAAGGACAAATGGTATGATTTTCATGCCAAGTACTATAAATTACAAAGACAAAAAACACACTCCTATGTGTTTGACTGTTGATCAATCATCAGTGCAATATATGTTGACGCATGAAATTATTGTCCTGATCGTTTGTCTTTTTTAGATTTCCCTGTAAAGCTTATCACCACATTTTTATGTAGCAATAATGAGCTTAATTTAATCCTAAGCAGGTTCTTGAATATCGTGGCGAACAAGTAAGGCGCAGTGTTGCTGATCTGAGGGAAGCACGCTATAGAGCAGAAGGGAAAGACTGCTACGTGAGTTAATTTCCCTATCTTTGCATATTAAAGTATCACGGCTATCATCTCCTTATTCATAATCATATGTTATCACAAACTAAAATTCCTTGCCCTCTTACTTTTGCAGCTGTTTAAGATAAGTGAAGAAGTGGTGGTAGATGCCACCAATAAAGGGAATATAGCACGGCTAATAAATCATTCTGTGAGTCACAACCGAACTCAAATAGAATTTTATAAACCCCCGATACTATAGAGTTGTCTTACCAGTTCTTTGGTTCATGTTAATACAGTGTATGCCAAATTGCTATGCAAGGATCATGAGTGTGGGTGATGATGAGAGCCGAATTGTACTCATCGCTAAGACGAACGTATCTGCTGGTGACGAGCTAACGTATATACATCTCTCTCTACGTGTGCTGTTTTTTGTGTGCACTTGCATTTTGATATTGTAGTTGATGTTATTTTGTTTTGTGCAGTTATGACTACTTGTTTGATCCTGATGAGCCAGATGAATTCAAAGTCCCCTGCATGTGTAAAGCTCCAAATTGCCGAAAATTCATGAATTAG

Protein sequence

>MS.gene013602.t1

MIIKRNLKSQMPSLKRCKLADSVGDDEECSFARKKKKTNGRYYPLNLLGDVAAGLTPVSFHGLLSGVSEKGFSTSWCSQVPCSPSEVESNSKEEMVAVKKKRVQRPPLVRTSRGRVQVLPSRFNDSILDNWKKDGKTSLRDFEVEDEFECKKDRVVQKICNGNVRKGRNNEKIGYKQRKYSALCRDDDVGVSMRDKSFGRRKNSVLDVDEVDLMMCSDDEVDLNETKREKKDGLYGPEDFYASDIVWAKAGRKEPFWPAVVIDPLEQAPELVLRSVIIDAACVMFLGNAGNENQRDYAWVKHGMIFPFMDHVDRFQEQTELSNYSPSDFQMAIEEAFLADQGFTEKLMDDINAAAGDTGYDDTILKSSLREVRGSNQYGGAGKHFLKQDLFDKKDTRSCEACGLALPYKMSKKAKGLTPNGQLLCKTCARLTKSKHYCGICKKVSNHSDSGSWVRCDGCKVWVHAECDKISSNHFKDLETTDYFCPTCRGKFDFELSDSEYTKPKVKSSRNSEQLVLSNKVNVLCNGVEGIYFPSLHLVVCKCGFCGTEKQALSEWERHTGSKLRDWKTSITVKDSRLPLEQWMLKVAECHAKTLVTIKPKKPSLKERKQKLLTFLKEKYEPVYAKWTTERCAVCRWVEDWDYNKIIICNRCQIAVHQECYGAKNVRDFTSWVCKACETPDIKRECCLCPVKGGALKPTDIDTLWVHVTCAWFRPEVSFASDEKMEPALGILSIPSNSFVKICVICKQIHGSCTQCCKCSTYFHAMCASKAGYRMELHCLKKNGKQTTKMVSYCAYHRAPNPDNVLILQTPLGVISTKSLLQKRKAGSRLISSTRIEKEDTPIDITEHDPFSAARCRIFKRTNLTRKRAADEAIFHLARGHCHHPLDAIQSLNTYRAVVEEPQAFSSFRERLYHLQRTENERVCFGRSGIHGWGLFARRNIQEGQMVLEYRGEQVRRSVADLREARYRAEGKDCYLFKISEEVVVDATNKGNIARLINHSCMPNCYARIMSVGDDESRIVLIAKTNVSAGDELTYDYLFDPDEPDEFKVPCMCKAPNCRKFMN