AlfalfaGEDB | MS.gene055390

M. sativa cultivar XinJiangDaYe / MS.gene055390

KEGG: K14164
GO: GO:0000166 GO:0003674 GO:0003824 GO:0004812 GO:0004820 GO:0005488 GO:0005524 GO:0005575 GO:0005737 GO:0006082 GO:0006139 GO:0006399 GO:0006418 GO:0006426 GO:0006520 GO:0006725 GO:0006807 GO:0008144 GO:0008150 GO:0008152 GO:0009987 GO:0016070 GO:0016874 GO:0016875 GO:0017076 GO:0019752 GO:0030554 GO:0032553 GO:0032555 GO:0032559 GO:0034641 GO:0034660 GO:0035639 GO:0036094 GO:0043038 GO:0043039 GO:0043167 GO:0043168 GO:0043170 GO:0043436 GO:0044237 GO:0044238 GO:0044281 GO:0046483 GO:0071704 GO:0090304 GO:0097159 GO:0097367 GO:0110165 GO:0140098 GO:0140101 GO:1901265 GO:1901360 GO:1901363 GO:1901564
PFAM: PF02091.18 PF02092.20

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.gene055390.t1	XP_013443830.1	97.7	1078	18	1	1	1071	2	1079	0.00E+00	1968.7

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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.gene055390.t1	Q8L785	75.6	998	242	1	74	1071	72	1067	0.0e+00	1542.3

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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.gene055390.t1	A0A072TWI9	97.7	1078	18	1	1	1071	2	1079	0.0e+00	1968.7

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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
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Network:

Co-expression Network:

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Gene1	Gene2	correlation coefficient	p_value	FDR
MS.gene049150	MS.gene055390	0.805434	1.34E-49	-1.69E-46
MS.gene049153	MS.gene055390	0.80608	9.78E-50	-1.69E-46
MS.gene049260	MS.gene055390	0.81435	1.61E-51	-1.69E-46
MS.gene049297	MS.gene055390	0.805109	1.56E-49	-1.69E-46
MS.gene049351	MS.gene055390	0.890444	9.79E-74	-1.69E-46
MS.gene049389	MS.gene055390	0.828462	8.87E-55	-1.69E-46
MS.gene049427	MS.gene055390	0.820687	6.01E-53	-1.69E-46
MS.gene049491	MS.gene055390	0.84747	1.13E-59	-1.69E-46
MS.gene049614	MS.gene055390	0.805475	1.31E-49	-1.69E-46
MS.gene049661	MS.gene055390	0.817477	3.23E-52	-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	bit score
MS.gene055390.t1	MTR_8g006955	96.660	1078	29	2	1	1071	2	1079	2140
MS.gene055390.t1	MTR_8g006955	98.523	948	14	0	124	1071	2	949	1926
MS.gene055390.t1	MTR_8g006955	95.507	957	36	1	1	950	2	958	1857

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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.gene055390.t1	AT3G48110	71.840	1076	286	3	3	1071	2	1067	0.0	1608

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Find 236 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
AAAAGGTCCTGTGAATTTCC+AGG	0.418128	8.1:+86768271	None:intergenic
AAAATATACCTGCTGAAAGT+AGG	0.493413	8.1:+86767077	None:intergenic
AAAATCCTGGTAACAATGTA+AGG	0.417891	8.1:+86754310	None:intergenic
AAACATACGCAGGGATCGCA+AGG	0.570039	8.1:+86765559	None:intergenic
AAACTCAGTGACAACTGATG+TGG	0.618357	8.1:+86757553	None:intergenic
AACCTTCTTAGATCTTCCAA+AGG	0.571885	8.1:-86759209	MS.gene055390:CDS
AACTAGAATTGTCCGTGGGA+AGG	0.574327	8.1:-86755340	MS.gene055390:CDS
AACTTTCCAAGCACTGGAAT+AGG	0.389431	8.1:+86759238	None:intergenic
AAGATACACAACAAATTATC+CGG	0.400344	8.1:-86757607	MS.gene055390:CDS
AAGGAAATGAAGCTGTGCTC+AGG	0.520479	8.1:-86758540	MS.gene055390:intron

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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
chr8.1	gene	86754308	86770238	86754308	ID=MS.gene055390
chr8.1	mRNA	86754308	86770238	86754308	ID=MS.gene055390.t1;Parent=MS.gene055390
chr8.1	exon	86769990	86770238	86769990	ID=MS.gene055390.t1.exon1;Parent=MS.gene055390.t1
chr8.1	CDS	86769990	86770238	86769990	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86769782	86769832	86769782	ID=MS.gene055390.t1.exon2;Parent=MS.gene055390.t1
chr8.1	CDS	86769782	86769832	86769782	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86769068	86769135	86769068	ID=MS.gene055390.t1.exon3;Parent=MS.gene055390.t1
chr8.1	CDS	86769068	86769135	86769068	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86768419	86768500	86768419	ID=MS.gene055390.t1.exon4;Parent=MS.gene055390.t1
chr8.1	CDS	86768419	86768500	86768419	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86768248	86768311	86768248	ID=MS.gene055390.t1.exon5;Parent=MS.gene055390.t1
chr8.1	CDS	86768248	86768311	86768248	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86767301	86767356	86767301	ID=MS.gene055390.t1.exon6;Parent=MS.gene055390.t1
chr8.1	CDS	86767301	86767356	86767301	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86767086	86767163	86767086	ID=MS.gene055390.t1.exon7;Parent=MS.gene055390.t1
chr8.1	CDS	86767086	86767163	86767086	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86766703	86766777	86766703	ID=MS.gene055390.t1.exon8;Parent=MS.gene055390.t1
chr8.1	CDS	86766703	86766777	86766703	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86766309	86766379	86766309	ID=MS.gene055390.t1.exon9;Parent=MS.gene055390.t1
chr8.1	CDS	86766309	86766379	86766309	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86765567	86765683	86765567	ID=MS.gene055390.t1.exon10;Parent=MS.gene055390.t1
chr8.1	CDS	86765567	86765683	86765567	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86765348	86765449	86765348	ID=MS.gene055390.t1.exon11;Parent=MS.gene055390.t1
chr8.1	CDS	86765348	86765449	86765348	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86764455	86764581	86764455	ID=MS.gene055390.t1.exon12;Parent=MS.gene055390.t1
chr8.1	CDS	86764455	86764581	86764455	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86763373	86763456	86763373	ID=MS.gene055390.t1.exon13;Parent=MS.gene055390.t1
chr8.1	CDS	86763373	86763456	86763373	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86763032	86763118	86763032	ID=MS.gene055390.t1.exon14;Parent=MS.gene055390.t1
chr8.1	CDS	86763032	86763118	86763032	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86762593	86762694	86762593	ID=MS.gene055390.t1.exon15;Parent=MS.gene055390.t1
chr8.1	CDS	86762593	86762694	86762593	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86762446	86762509	86762446	ID=MS.gene055390.t1.exon16;Parent=MS.gene055390.t1
chr8.1	CDS	86762446	86762509	86762446	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86761830	86761885	86761830	ID=MS.gene055390.t1.exon17;Parent=MS.gene055390.t1
chr8.1	CDS	86761830	86761885	86761830	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86760867	86760938	86760867	ID=MS.gene055390.t1.exon18;Parent=MS.gene055390.t1
chr8.1	CDS	86760867	86760938	86760867	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86760520	86760602	86760520	ID=MS.gene055390.t1.exon19;Parent=MS.gene055390.t1
chr8.1	CDS	86760520	86760602	86760520	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86759789	86759837	86759789	ID=MS.gene055390.t1.exon20;Parent=MS.gene055390.t1
chr8.1	CDS	86759789	86759837	86759789	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86759530	86759592	86759530	ID=MS.gene055390.t1.exon21;Parent=MS.gene055390.t1
chr8.1	CDS	86759530	86759592	86759530	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86759361	86759450	86759361	ID=MS.gene055390.t1.exon22;Parent=MS.gene055390.t1
chr8.1	CDS	86759361	86759450	86759361	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86759195	86759281	86759195	ID=MS.gene055390.t1.exon23;Parent=MS.gene055390.t1
chr8.1	CDS	86759195	86759281	86759195	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86758689	86758760	86758689	ID=MS.gene055390.t1.exon24;Parent=MS.gene055390.t1
chr8.1	CDS	86758689	86758760	86758689	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86758541	86758599	86758541	ID=MS.gene055390.t1.exon25;Parent=MS.gene055390.t1
chr8.1	CDS	86758541	86758599	86758541	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86758050	86758143	86758050	ID=MS.gene055390.t1.exon26;Parent=MS.gene055390.t1
chr8.1	CDS	86758050	86758143	86758050	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86757493	86757711	86757493	ID=MS.gene055390.t1.exon27;Parent=MS.gene055390.t1
chr8.1	CDS	86757493	86757711	86757493	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86757265	86757359	86757265	ID=MS.gene055390.t1.exon28;Parent=MS.gene055390.t1
chr8.1	CDS	86757265	86757359	86757265	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86757084	86757174	86757084	ID=MS.gene055390.t1.exon29;Parent=MS.gene055390.t1
chr8.1	CDS	86757084	86757174	86757084	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86756866	86756970	86756866	ID=MS.gene055390.t1.exon30;Parent=MS.gene055390.t1
chr8.1	CDS	86756866	86756970	86756866	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86756725	86756763	86756725	ID=MS.gene055390.t1.exon31;Parent=MS.gene055390.t1
chr8.1	CDS	86756725	86756763	86756725	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86755898	86755987	86755898	ID=MS.gene055390.t1.exon32;Parent=MS.gene055390.t1
chr8.1	CDS	86755898	86755987	86755898	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86755320	86755421	86755320	ID=MS.gene055390.t1.exon33;Parent=MS.gene055390.t1
chr8.1	CDS	86755320	86755421	86755320	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86754787	86754874	86754787	ID=MS.gene055390.t1.exon34;Parent=MS.gene055390.t1
chr8.1	CDS	86754787	86754874	86754787	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86754530	86754615	86754530	ID=MS.gene055390.t1.exon35;Parent=MS.gene055390.t1
chr8.1	CDS	86754530	86754615	86754530	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1
chr8.1	exon	86754308	86754406	86754308	ID=MS.gene055390.t1.exon36;Parent=MS.gene055390.t1
chr8.1	CDS	86754308	86754406	86754308	ID=cds.MS.gene055390.t1;Parent=MS.gene055390.t1

Gene Sequence

>MS.gene055390

ATGGGTGCTATCAGTATCATGGCTTTACCACTTGTCATCTCCGTTTTCAAACCTCTCTCCACAACCACCCGCCTCCACTCTACACTCTTACGCCGCCGTCGTTTCACTACCACTACTCTCTCCGCCACCATTTCACCTTCAACTTCTCTCTCTCAAAACACTTCTACTTCTTCTTCTACACACTCCAGCAATTCTTCTTCTCACAACCATTCATCTCTCACTTTCCAGCAAGCCATTCAACGCCTTCAGGTCTTAACCATTCAACAATCACACTTCACCATTTTATTTTATTTTTTATAATTCGTAGTGAATTTTGTGTTTTATTGAGTCTTTGAGCACTAAATTTCAAAAGGGTCATTTTGTATTTCACTTTTGAAGTTAAAAAACCTATCTTTTATTGTTGTAGGAATATTGGGCTTCTGTTGGATGTTCTATTATGCAATGCAGCAATACAGAGGTAACTAACTAACTAACTTGCTGAATCCTCATTCATCTATTCAATTGTATTCTAAACTAGTTGTTTCTTTATTGTCATTAGTGCTTACTTGATAGAATAGAATATTATAGTATAGTTTTGTTTGATTTTGTTATGCATCATACTTAATCTCATGTAACGGTAAAATGCTCATATTGTCTCTGTTTTTTATTATGATTATTGTTGTTACTTCTACTACTATGACTCTATTTGGGTAGACAACTTAATTAAGTACTTACAGCATTAATGCTTATCACACAAGTGCTTATGTGTAAGTTGTTTCTATAACGAATGATAAAATAAAGGCAAAATGTTTTCATATAAGCTATAAGTTGTTTCATAAGCTATCCTGGAGAGATTATGGAAATAGCGAAAAACAAATTAAATTGTCTCACAGGTGTTTATGCTAGTATATAAGTTCAAGTAAGTCAATCCAAACAAGCCCTACCGCTGCTGCTGATAAAATTTTGTTTTAAAGTTGTTTTAATGTGCTGCAAGATGCATGGCTTTTAATTTTGATCTTCAAATGCTGTTCTAAAGAAGTTTTCAGCATGTTGGCTATATTTACTACTTTGTACTTGCGTTATAATTTTCTTTGATATATTTTTCTTTTGATCGTGTCGAGCAGGTTGGAGCTGGGACTATGAATCCTCTTACATATTTAAGGGTTCTTGGTCCAGAACCATGGAATGTTGCGTAAGTATGTTTTAGATGTAAGTTCATTGGTTTGTGCATAGATTTTCCAAAAATATCCATTTGGTTGAATCAAAGAAGTTTCCTGGGATAAAATTTTGGAAATGAATGAATGTTTCCTTTCCCTCCTAATAAAATGGACTAAAAGTTAGAAGAAATGTGTATATCCTGTTAGATGATAAGAAGATATCTTATAATATCTTGATATTACCGTAGAGTCCCACATTGGAAGTGATATGGCCTGAACAAGTGTTTATAAGTGGGGATAATCCTCACATTGCAAGCCGGTTTTAGGGGCTGTGTTAGCCATCCGGTATTTCCTAATCTAATTGCTTACAGGCAATTGTATCGGAATATACAACGAAATAAGAAAACCAGGGAATCTCAATAATGTCTTTTAGGAGAAAAACCTTTGCCTCTAAGCCTACTAGAGTCGAGACTCGAGTAGATGCTATTTGGTTTTAACATTTTATTTATTAATTTTTGTTATCCTTACTTGTTAATAACGAATGGGGCGTGTCAGGGTTTTGAATTTGAAATACCTGGTGTTTTTGTTTTTCCTGATGAAAGGTATGTTGAACCTAGCATCCGCCCTGATGACAGTCGATATGGAGAAAACCCGAATAGGCTCCAAAGACACACTCAATTTCAGGTCAACTTTGATTTTATGTTTGAACTCCGAATTTGAAATCATAAATTTATTTTCTACGATAACATACTGCGATTGCTATAATTGTTTTCTTGGTTACTTCTGCTCAGGTAATATTGAAGCCTGATCCTGGAAATTCACAGGACCTTTTTATCCGCAGCCTTTCAGCTTTAGGTAGTAACTGGCTCTAATATTCTCTGAATTACCAGAAATAGGCTATATTGTTCCATTGAATTATTTGTTTTTATTTTGATTTATGATTATTTCAATGCACAACACTTTTAGATACCATATTCCTTGGTTTTAAGCTGTCCTTCATCGGCTTAAACCACCCTCCTCCTAGAACCTACTACTGTCAACAGAAAATCCTCACCGACTCATCAATGTTTTGAGCAATTAACTGACATATTAAAAGAGACATGATAGATAGGGATAGCAAAGAAGCAGATATATTTTATTGTTTGTCATGTTCATTCTTTTATTGACCTATTGTATATACCCACAAATCAATTTAGTCTTGTTATATGGATCAGTCCCTGTTCAGCTGATTTATGGACCAGTCTTGTTTTCAAATGATTGCCATAGCCATACGAGCTAAAGAGGCTTGAAACCTGCCATCAGCATTAAAACTTGGGAGATAAAAAAAGACCCGAAACAGCTGCAATAGCATTTAAAAAAAGGACCGGATATCTAAAACTATCCATGCCTTGCAGAAGAAACGGGGAATTAAATCTGCAAACCGCAGATTAACACCTCCTCTCTCTGATCCCACGTAATGACTGACCTCTAATAAAAATTTTCTTGCAACCTTTTGTTGCCAAGTGAAGCAATACATCAGCCACCAAAGTTATCAGGAAAGGTGATAAATTTCCTCGCTGCTTCACACTTGCTCCCAGTGAAACCAGATTATGTGTATACTTTGTTTATTGTGAAAATGGTGAAACACATTTAGTTTAATTGATTATTCAAAATGGAAAAAAAGCTGGATATTGTGCAGTTCTTTACGTTATCATTTACCTGATTTTAAAACTCTGGGTCTGAACTTGTGGAGTTTATTTATGACAGGTATTGATGTTACTGCTCATGATATACGATTTGTAGAGGACAACTGGGAGAGTCCGGTAATATTTATTCTTTTGGTTTATAACTATTTTAGTGATGCTTACTGAAATGTAATTTAAACCTTTTTTGTCTTTTAAATTTCGTGCTGGTAAAGTTGTCATCTACCCATCGATATGCTAATTAAGAATGTATGTAGGTTCTTGGTGCGTGGGGTCTGGGGTGGGAAATCTGGATGGACGGAATGGAGATTACTCAATTCACCTACTTTCAGCAGGTATATTTTGTTGCTCAGAGAGAACTATTATTACTTTTGCACAGGGAAAAAAGAGGTAGAGAAGAAAAATATTAAAAGTGGTAGAGTTCAACATATCCTGCTTAACAAATGTGGAAACTTTCTGAGAGAGAGTGGGAGAGAAGAAAACAAAAAAATCTTTTATATATCATCACATTTCCATTATATGTTACCCTTTAAGGGCTGTTCAATTCAATTATTGTTCAATTATTGAAATAGAAAAGAAAGCCTTTTGAGTGGTTCTCTATTATACCATTTACTTTTATGTTTTCATCGTGCTCTCCTTCCAGGCTGGAAGTCTCCCGTTATCACCAGTGTCAGTAGAAATCACTTATGGCTTGGAGCGTATCCTCATGTTACTGCAGGTCAGTCGGCTGATTTTCTTTTCGAGTAAAGTCTCAGTTTGAGCTTCCAAAGTTTTACCTGCCACTACATTAGTATTCCAAAAACTTTTGCAATCAATTCAGTTCCTCAAAGATCTTGAATGTCACCATATTCATCCTTACGAAGGGGTAAAGTGACGATATATAAAAATAACAGGTTGGATGACCAATCAAATCCTTGAAGGACTAATTTGATGACACATTTAACTTTGGAGGACCAACTCGAGGGTTTACTATTTTTCTTCCTGCACTCAAATCTCTATCATCCATTAAATAACTTAAAGTTTCGTAAAATTTTGTGACAGGGAGTTGATCACTTCAAAAAGATCAAATATTCTGATGGAATTACTTACGGAGAACTGTTCTTGGAGAATGAGTACGTGATTATTCCGACTACTGGTTTTTTATTTTCTTTGTGGTGAAATATTGTTTGGAGTTACCATCAAGAATGTTACATTTGTTTCATATGTTTTCTTCAATTTGGCATTTACTTTTATAACACAAAATGAAACTAGGGAAAAATATTTCTGGATGACCATTCTTTTCGCTAAAAACGAGAAAGTAAATAGAAGGACAAGGAAAATTAAAAAGGCAACTGTAGTACTTAGCAAGCAATTACTTTCAATCAACTGAGTCAAAGTAGAGGTCAGTAAGACAACCAAACTACTGGAATGCAAGCAAAACAAAAAACGAACTCGTTAGGTTAAGAGAGTCATAGATTATAGAAAAGGCAGAAGAGAGTATGAAACTAAAAACTAAACGCTGAATAGGGAAAAAGAGACCAATCCTACATTAATGACCTAAGATCTCTATATCAGAATCTTAGTGTCCCACTGATTATTACTAGAAAACAGAGCAAAACAATTGACCTGTATTACACTTCCTCTTTTTTTATTGCAGTATTTTTCTTAGATTCTTAAAGCTATGGATCTATTATTTGTTTTTGTAAATCTTGATTGCATTTTCTAATGATGCTGATAGTATTTTGTTTTCTATTCTAGAAAGGAAATGAGTGCGTATTACTTGGAGCATGCCGGTGTTGATCATCTTCAAAAACATTTTGATTTCTTTGAGGAGGAATCTCGTCGTTTACTTTCTTCAGGCCTTGCGATCCCTGCGTATGTTTATGCCATTTTATATATTTATCATATTTCTTAGCTTCATTATCTATTTAACGCGCTTTCTCTTTGACCATTATCTTTACTTCTGACGTATGTTTTGTGACTACATGCTAGGTATGATCAGCTTCTGAAAACATCTCATGCTTTTAATATTTTAGACGCCAGAGGCTTTGTTGGAGTAACAGAGCGTGCTCGATATTTTGGTCGCATGCGCAGGTATTGCTTTTTGCCTGATTTATATCTTGAATACATATAGGAATTTTTTATGTAATTGCATCACTTTGATAGTTTGATACAAAGTTAATCTTGATTGAGTATCTGCAAATCTTATGTTTTGCAATTCAATAAGGCATGGGCATAGTGGTAGATCCTGCTCTCATAGAAATGGGGGTAATTGCCCCCACAAATTAATGTTTTTACCACTAAATTTTATTTTTCTTCCCTTAAAAAATTATATACTACACTCTCACTCTATTTCTATGCAGCTCACTTCTCATTCAATTTTTGTCTTTAACATCTCCACCTTCTTTCTTCGCCCTAAGTATTGTACAGACTATTTTCATTCATTTTATTGTAATTGCTTACAATATTTTGTATAAAGACTCAAACATGTCTTTGAGAAGGAAAAAAATGGAAATATATTTAGTCTCTCAAAATGAAAAACACCAAATTTTATCCTCAAAATTTTATATGAAGTCAAAATAGTCTTTGATGAAGACTAGAAAAAGTCCATAAAAATTATCTAAAGACTTATTTGATTGACATTTGAGGTTTTTGATACTAAATTGTTACTTTTTATTTGTTAAGAACCAAATAATTATGTATTTTTCCCAACATCAGTTTGAATCTTTGATACATTTGCAATGAAGGCAGCTATCCACCCCAAAAATGCAATTGTGATCCCTTAATCACTGCCTTCTTACGAGTTGTATTGATTTTTCTGCATTTCATGATGCTTTTCCTTCATCTTTGCTTTCCTCAGTTTAGCTCGCCAGTGTGCCCAACTTTGGCTGAAGACCAGAGAGACTCTTGGCTTCCCCCTTGGTTTGATCTCGGAACCTGATCAGTCTGTAATACCAAAGGATGTTTTGGAGGCTGCACGTGAGAAGGTTAGTTTGGATATATGGTTCATGCAGTGACCTTATCTTGCAGAAAACTTAGATGATGCTAATGTTTTGGAAATGCTATTGGTGCTTTTCTTAAACAGTTTTATCTTGATTCATTCATTGATCTTCCATTTTTGGGTTAATTGTCAGTGGTATAGATATAGATGCTTGGCCATTCACCTTACAGTTTAAGTTTATAGGGAAGTCGGTCTTGGTCCTTGGCATGTTATTAGAGCCTTTGCATTCACTCTTCCTAGTCAAATTTCTGAACAAAATGAGTGTGAGGTTTATTTTCATCAGAGATTGAAGCAATCTTTGGGATTTCACCTTAATAACTTCATAATTGAATCTGATAGGATCTAATATTACACATGGGCCCACTTAGAGGGAGAGTTAGTTACATGAGAGAGAGAAAGTGGAGTTGGTTATATAAAGGAATGAGAGGATAGAGTTAGGCATCTTGGATCATTTGTTCAATTAGAACCTTAGGGTTTGGCCAGAGAAAGAGGAATGTATCTTCTCTGAGGAGCTTTTGCTCAGGGGTTACAGGGGTTATCTTCTGTAATACACCTATTTTCAATTCAATAAAACAATTTATTTCTCTGTGTTAATTCGGGTCTCTATCAGAATCCTTGACATGAATCATCTTAATTTGAGTGTCTTCAGTTGGAGTAATCAAGCAATATAAATTATAAAGCTATCCTAAATTTTACCTCTGAAAATATGTCTGGAACATAAAGTTAAAATAATGAATTCATTCACATTTTCTGTAGCAATGTTGTAAGCATTTTCAGTAGCAATGCTTTAAAGAACACTACTATCTTGTTTTTCATTTTACAATTACTGGATGTTGTTTGTTTACTTACGAGTAATTCAAAACAATCTAATATACTTGATGAGGGTTAAATCATGGATGTTTAGCTTGAGAACGTGTTTTATTATTGATTAATGTATGATTATCCACCAATTTACGTAAATTTCTAGCTTTTCTTTGGTTTCAGGTTCATGATAATGAAAGAACATTTGTTCTTGAAATTGGAACGGAAGAGATGCCACCTCAAGATGTTGTTGATGCAAGCAAGCAAGTATAACTCATTTTCATTTGATTAAAATCATGATTTTTTTTTGCCTACAATATATCAAGGAGCTTGTCTTCCATTGACCAATATATATTTACCTTTTTCATATTTCTGTTTTGAATTTCATGCACCTTCGTTCCTTTTTTTTGTGATACAGACTGATTCCAACCTTTCACTATTATCCCTCATTATTTATTTATTAAAATGTTATTATCCTCTATCATTGTTTAATATTGATTCTGTTCTGTTGGTTATTGTAGCTGAAAGATTTAATATTGCAATTACTGGAACGGCAGAGGTTAAAGCATGGTGAAGTGCAGGTTTTTGGCACTGCACGGAGACTTGTGGTACGGGAATATACTTTCTGAGCATAATTTTTATTTATAGATGTTTTTCATTTTTCTTAGTAGATTTAGGATGAAGGTGTTATTTTCTGTACTCTTACGAGTTTCTTGTTGATTTTCCTTACTTTTAACAAAATAATACAAATATAGGTATGAAATAATGGAATAGATAAAAGTGATGCGTTACCATTTTACACTTGCAAGTTTGTAGACAAGGAAAACAATTTGAAACCTTGCAAAATTAAAATATTAGGAACACTCACATAAGAAATAACTGTAATCATATCTGTTCCGCTAAAAAAAAGGTAATCATATCTATTTCCTGCTGTAAAATCCACAGGTTTCTGTTGAAAATCTTTTCACAAAACAAACAGAACAGGAGGTTGAGGTTCGAGGTCCTCCTGTTTCAAAAGCATTTGATTCTGATGGAAATCCAACAAAGGTTTCATTTTGATTTAATTCTTTCTTATTACACCTTGAATTGTGGTTAAAGAGTGCTGTCTTGATATAGTTTTCTTATTTCAGGCTGCTGAGGGGTTTTCCCGTAAAAACTCTGTTCCACTGGACTTGATATACAGAAAGGTCGATGGTTAGTATCTGTAGCCGAAACACATGTTTTGTGGATTTGGATGTGCTTATTTTTGTCCTACTCATCAAACCGTTATTTTTTAATTGTACACTACTGGCAACTAGAGAAGAGTTAAATGTTTTATGTGTGTGTGCGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTCTATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATAACTAAGGTACAATCAGGAACAATCACTTCCAATGCAAATGGTTACAGGGAAACTGGTTTATTCTTTATTGAAGAAAAAAATGACCGAGTTGTATTACCACCCCCTAGTTGATCCTGTAGAAAAAATATTGACTTGATGAGTTGCTGCTTTGTAAATAGCGAACAATTGCTAGTAGAATATGCTTGAGCTTTTAACTTGATTTTCAAGAACTGTAATTTAATTTGTGTAACTCATCGATTTTCCTGATAATATGCTGCTATACCATCCGCCAACTCAATATTATCTATACTTCAATGTATTTTCTTGATATTGCAGGGAAAACAGAATATGTATATGCTCGTATAAAAGAGTCTTCAAGACATGCTTTGGAGGTTTTCTATTCTTTCCTTTAGATATATAGCCATTTTAAGCTTGTTCTTTTGTTCTTGGTAGTGAGTTATTTTAAAAAAAAAATATTCAAAATGGGATTGTGGTATTTGTTTCTTGAAAGCGCATGTTTGAACCTTTGAATCCTGGATCAAAAATAAATAAGCCAATATATTAACCTGTAGTCACTAAACCAGTAAAGTCGCTTGTTGGGATGTCTCTCTAAAGTGATGCCTTTGCATGTCATTCTTGAAAGTAAATGGTTAAATATATTTTTAGTCCATGTAAAACCACAGCCTCTCAAGTTTAGTCCCTAAATAAATTTTATTCACTGTTATTCTCTATTTTACTCTTTATAGGGACTATTTTGAGGGACTAAAAGCACCCGTTTTTTGTTAAAAGTTTTCAAAATAGGGACTAAAAGTGAATAAAATTTGCTTAGGGACTAAATTTGAAAGGTTGTGATTTTTTAGGGACTAAACATATTTAACGAAACAGCAGATTAACATCAAACCTTACATTCTAAAATGATCATATAATGTCTTGTAAGATGAAAAAAACTGACCAATTCAAATTGGTTCTTCACCACTTGTTTTGGAGCGTTTTGATTGGTTCTATACTGATTCTTACTAGCTTTGTGATCACTTGGTGTTTTTGGTCAAATGGATTAGACACTTAAACAGCTCTTTATTCAATTTAAGTTCAACCAGTTGAATCAGCCCCGGCCAGTTATGATAATAGCAATTATATAATACACATTCGAAGATGTGATGCAAGAGTTTTAAGATGTGAACCTTACTTACATTGCGTCATTTATGGTTGTTTATTTCTTTGTTCTTCTTGCACCCTTTTTGAAGAAAAATGCTATTACTGATGATTTTTTCTACCCGTGTTAGGTTTTATCTGAAGATTTACCTGCTACTATTTCTAAAATTTCATTTCCAAAGACAATGCGTTGGAACTCACAGGTATGCTAGCTTTTTAAGTGTGTTTATGTTCACAATTTGCCTCTATCTTCAGAGATGTCACAAAACAACAAAAAGACAGACACCATGTTATGAATCTATTCTTCCGAAAGTTGTCTGGGTAAAACACAAGAATGGTTCTTATAACGTGCTCACTTAAGCAACAAAACACATGGATACAAACCTGATTCTGAAATATACTTGTTTCTATTTAGAAGAATGAGAGCAACAAGGATTTTAACATGTTTTCATACTTTTAATATATAGGTGATGTTTAGCAGGCCAATCCGTTGGATTTTGGCCTTGCATGGAGATGTTGTGGTCCCATTTATGTTCGCTGGGGTAACGAGGTAATTTACTTTATGGATATCCGCTTTGCTGTGCGGTTGTGCCCTCAGAGCATGTATTAGTACTGGACTTTTTGCTTCACATCCATCATTTTAATAGAACTTCATTCGTAATTTTATCTGTAGTCATATGCCTATGTTGAACTGTTTCCTTGTCTCTTCAGATGGTTTATAAAATTGAAAGACTTCTGGCAAGTAGCATCTGTTTCCTTTCATTCAACAGATCTATTTCTATGAAATACTTAGATTGTCCTTATTAACAAATTAAATAACATTTGATTTTTTGTTTTTATTTTTTTTCCTTGAATTTTTTTTTTGTTTTTTCAATGTGTTTAAAATGCTAAGAACTAGAGAAGTCATTAACTACATCAGAAGGCAGTGCGCTAACTACATCATATGCTTAATTTGTCAAGCCAAGTTCTAGAAGAAAGTATCGTATAATAACTTCATTCTAGTTTGAACTTGGCCTCACAGTATTTTATAATGTTGTGAGGCATAGATTTTCTACTGAACAACCAAAACCAGAAGGCAGTTCAAATGATGAAAGTAAAGAATAATATTTAGTCCACATATGCTAAGGGCCTATCTGAGACACCCAATTACAATAGGTTCTTTTAGGTTTGCAGTTTCCTTTTTATTATCTGCTGTGTGAATAACTCTTACCATGTTTGTGTATAATATGCAGTGGAAACTTGTCTTGCGGTCTTCGTAATACGACATCAGCCGTTGTCCAGGTGCATGCCTAAATGTTTTTAATCAATCGATTGTATGCTTTCAATTTGATACTTGGTGCAACTGCAACATATATCTTTGACATCTCTCTCTCTCACTCTAATATATATATGTGTGTGTGTGTCTTTGTAATCATCTTTGGTTTGCCTTAATGAATTTTTTCTTTTATATGACAAAAGCTGCAAACTTAATTTGCAGATAGAAAATGCAGAATCTTATTCACTTACAATGAAAAATTCAGGAGTCAATGTTGAATTTGAGGTATGTATGAGTAGACAAGTTTATAAATAAACCAAATTCTTACATTTTTTATATATGACTAGATTGTTACTTTTGCCAGGACCGTAAGAAAAAAATTGTAGAACAATCTAATACATTAGCAGAAAGTGTAAATGGCGAAATTCTGATTCCAAAAGGTTTGCTTGACGAGGTAAGTTTTGAATATTCCCTTTGCTCAATATTATTGCATATTTGCATTTCTAAGAATTTCCGTTTGTATTTGATTTTAGGTTGTAAATCTTGTTGAGGCACCTATTCCAGTGCTTGGAAAGTTTAAAGAAACCTTCTTAGATCTTCCAAAGGATCTTTTGACTATGGTGAGCACTTTAGTTTAAAGTATTCCTTTCCATGTTGATTATTTGACGAGTTCAAATGATATAGGCATATCTTGTTGAGTTAGTTCAAATGAATGATTTATATTCCGACGTGAGAATCAAGTAGTGTACATGTTAATAATTTTCCACTAATTACCAACTAATAAAAGCCTAAACAACATTAGTAACCCACCAATGCTGGCCAAGCGAAATCCATACATAGACTCAACTAAGTTCATGATGTCTTTCCTCTAATAAAAATATCAAAATGCCCCTGATTGAAAATATCGCAATCAACGTCAATATAAGATAAAACTAAACTGGTGAGGTTTTTGGATCTTTCAACTTAATTTATTGTGGATTTTACTGCTTGAATCATTATCAATATAAAACCTGCAAGTTTTGAAGAATAGAAGCTAACAATTGTACTCGTGCAGGTTATGCAAAAACACCAGAAATATTTTGCTGTATGTGATGCTGATGGACAATTGCTGCCTTACTTTATTGCTGTAAGTTCTTTCCAATTATTTAAGGCCCTAGAATAACTACATGTTTTTTTTACTTGTTATTTGTTGAATGACATGGTATTTTCTTCTAGGTTGCAAATGGAGCAATTGATGAAGCTACAGTGAGGAAAGGAAATGAAGCTGTGCTCAGGTATTCTTAACTTCTTATCGTGTTTATATATACTTTACAAGACTTGGAGTGGCAAAGATCAAACCCTTGACCACATATTCAAAGAGACTCCAATATCATGTTAAGGATCAACAACTCCAAAAGCTTAAGCTAGTGGGTTAATTATGTATGTTTTATGTCTATAACAGACTCCAGGCCTTTATAGTGAGATCAAGTAACCACTAAAATATATTGATAACTAGGAAATAAAAAAGTATCAGAGTAATCTACTTACATTTTTTTTTTTAAAAATGACTAATTTTTATGTTGTTTGATATAATTTTATAGATAACGCAATGTAGCCCCAACCTTTGTGCCTGTTGAATCCAATTTTGTTTCGTGGGACTCCACATTAACCAAAACTTAATTATCTTTGCAGGGCTCGCTATGAAGATGCTAAGTTCTTTTATGAGTTGGACACTCGTAAAAGGTTTTCAGAATTCCGAGAGCAACTGAAAAATATTCTCTTTCATGTAAGTTGTATATTGAAGCTTTAGATAAATGCTTGATGATAGCATTTATCCTTCACTAGTGTTTTTTAATCCTTTTCTAGTTTTATTTTCTTGTAAATGAGGCTAAAATAATTTTTCCTGTTGATGCTGAAAATAAAATAAGGGGAAAGGTTAGAGAGTTCAGATTAACACTAGTTGTGAATTTTCTTACCTTTAAAATACTATCACAAGGTAATTGTGGAAAATAAGGGTAAAGGTTAGAGACTTCAGAGAATAACACTAACAAGCGAAAAATGTTGAAAAGATAGTGCTTATCATTCAATATTGGTTATTTATTTTGGTAACATGGAATGAAATAGGAGAAACTTGGGACCATGCTGGACAAAATGACTCGTGTTGAAAACATGGTTACTAAGCTAAGTTGCATCCTGGATATTAATGAAGATACACAACAAATTATCCGGGAAGCTGCCTCACTTGCCATGTCTGACCTTTCCACATCAGTTGTCACTGAGTTTACTGCACTTTCAGGAGTAATGGGGCGTCACTATGCCCTTAGAGATGGATACTCACAACAGGTTGTTAAATTTTTATTGGCTATTATTTTGTAATCTTAGAAATCACGACCCCTTGCAGTCTTAGCACTGCATTCTATTTGGTTACTAGCTACTTATTATCTTTTTCTTTTCCTCGTCACTTCAAATCTTGCAGACTGCAGAGGCCTTGTATGAGATCACACTTCCTAGATTTTCTGGGGACATACTTCCTAAAAGTGACGCTGGCATAGTTTTGGCAATTGCTGATAGGTGAAACTGGTGCCTTTTAATTTGAATCTTTTCCTAACTGAGTCTAACAACATGGCTTTACATCTTACATGATGTGATAAACGTCTGCAGATTAGATAGCTTGGTAGGTTTATTCTCGGCTGGCTGTCAACCTAGTTCCACAAATGATCCATTTGGTCTGCGAAGAATCTCATATGGTCTTGTAAGTATAGCATTGCATTATATCCTTCACATTCTGTTCTTTTTTCTCTTGGAATTTGTTTTCCATAAGAAACATTAAGCACAAAGTCTTACACTTTGCACTATATTCCTCAGGTGCAATTGTTGGTGGAAAATAATAAAAACCTAGATTTTAAAGAGGCTCTGGAACTTGCTGCAGATGTCCAGCCAATTAAAGTAAATCCTCAAGTAATAGACGAAGTAAGTCCATTCATCTTGTATATATTTCAATTTCCAGTTGCTTCTTGTTATCATCATTCACATCTCTTTTAGGATTGAGAGCTGATGATCATCGTTTTTTAGGCACTTCAATTTGTTACTCGAAGATTAGAGCAATTTCTGGTATGCATTCTGTTCTTTATAATTAATTCTTTGCTTGACTACAATTATGTGACATTTCATATTATGACCATCTTTTAATTGAGTGAATCTTCTTTGTAACAGTCAGTTGTATAGCAAAATTAAGTTAAAGGAATGGATTATCCTGGAGATTAGAGTTGAAAATTGAAATTTAATATTTTTTACATAACCTTATAGATAAACCTTGGTGGAGTTTAAACCCAGTCTCCAACATCTTTTTAACTTAATCATCAATTTGATGTATTGGGGAGATTAATTGATATCAATAAACTTATACAATACTCACACCAAACAATCAATAAAATGATAACTATTGTATTTGCTTATAATATCATATGCCATTTGGCATGTCAAAAAGCCCTAAAGCCTAAACCATTCTTACAAGCATGATTAGCTCCCAAAGCTGCTCCTTAGTTACTTACAGTACCAATGATATTACACTTTACTAATTACAAGATATTTTAACAAGCATCATATTGGTAATGCTTATGGATATAGACTATTGTATGATCTGTGGAAACATATTTTACAGACAGCTATGAAGTTAACCTTAGTTGCAGATCAGTGAGTTTTAATAGGATATTCTTTCTTTAATCTTCTTTTTGTGATTAATTTTTATCTTTTCTATGTGTGTATAATGCCTTGTAATCTTCTTGATGAAATATATACTTTGAGAAATGCCAGGTGAGTTTGACCGTGCCGCTGTATTTTGTTAACAGGTGGACAAGGGGGTGAGTGCAGAAATTGTTCGTTCCATCCTTGCAGAGAGGGCCAATTTTCCCGGTCTAGCAGCAAAATCAGCATATAAAGTAAGCAAACATCTTTCATTTTACCTCATAATTTCCTTTCATATTAGTATAAAGCGGAACCTTTGAATTTTTTAATGTATTCATGTGATTTTGAGAAAGCCTGACTCTTGAATCAAATCAGACAACTGTGTCAAACACTTGATGTTTAAAAACCTTTTAGCTACAGAAATTGCCCCCTTTGATTTGTTGATGTTAATAAGAAGATAGGTAAAAACAAAAAAAATAAGAGCACTCAAGAATTGATACTACTTCACCCCAAAAAAACGCAGGATACATACTTAGCTTAAATTTTCACTATAAAAAGTATTCTTCAAGTCCATTAGCCTCTTTGGCCTTTTCACTGAGTATTCTTTTTCCGGCCTCTTCAGCCTCTAAACTTATGAGTCTTTCTTCATTTACATATAGAATCATCTTTAACTTTTGGTACTTTTGAAGAGTATATATGTATTCCTGTTGATTTTCAATGATTGATTTAGATGGAAGAATTATCAAAAGGCGAGCTTTTCCCTAAAGTAGTTGAAGCATACTCTCGGCCAACTAGAATTGTCCGTGGGAAGGAAGACGAGCTTGATTCGGAGGTATTTTTCTTCTTCTTAATTTCATCAACTACAAATGTATAGAGACAACTACTTTGCATTAACTTTAGTCCCCTAAAAATATGAGTTATACTCATTCCAAAGAATAACATAGAATAAAGCCAAAAATGTTTTGGCATGCATTATGAATTGTTGCTTTTACTCATTCCAAAGAATAACATACATCATAGCAATAATTTGTGAGGTAATGCTAAAATGAGTCATAAATTTGTATGTATAATTCTTCATTTCTCATTTGGCAATTTTTCTCCCAAAAGAGGTTTGGTGTGGACATATTAATAATTATCTTGAAAGAAGCATACACATCTTATATCTTAATTTGAAACAATGAAAATGTAAGCTACAAATTAGTTTGTGGTCGTGTATTTTATCTGCAATTATTGAATGTTTTATGTATACGAATTACATTTTTTTTTTCCTATTACAGTATCAGGTGGATGAGGCTGCCTTTGAGACAAATGAAGAGAGAGTTTTGTGGAACACATTTTTGTCAGTTAAAAAGAGTATCAATCCTGGTACTTTCTACATCTCTAGTTTCATTTTATGTCAATGCAATATAATTTGTTCTCCAACTTTCCTTGGTATTTTATTTCAATATTACTAGTTTCTGTCGACATGGAACATTTATATTTTTTTCTTCATTTTACTTATGAACCAATAATATCTAAGTTTTCTTCTCTATACAGGTCTAGACATCGATGATTTTGTTGAAATTTCATCTCAGCTTATACAACCACTCGAAGATTTCTTTAATAACGTCTTTGTAATGGTGGTATGTTAATAATATCGCTTAAAATTGTATTTTTATTATATTTTTTGCTTTCAACGTTGTTAGCATTATGAAATATATTTAATGTAAAAATAGTACTATAATTTTGTTTTTTGTGCAATTTAGGATGATGCTAAGATCAGAAAAAACAGGCTAGCTCTGCTAAAAGAAATTGCTGATCTCCCTAAAGGAATTGCAGACCTTACATTGTTACCAGGATTTTAA

Protein sequence

>MS.gene055390.t1

MGAISIMALPLVISVFKPLSTTTRLHSTLLRRRRFTTTTLSATISPSTSLSQNTSTSSSTHSSNSSSHNHSSLTFQQAIQRLQEYWASVGCSIMQCSNTEVGAGTMNPLTYLRVLGPEPWNVAYVEPSIRPDDSRYGENPNRLQRHTQFQVILKPDPGNSQDLFIRSLSALGIDVTAHDIRFVEDNWESPVLGAWGLGWEIWMDGMEITQFTYFQQAGSLPLSPVSVEITYGLERILMLLQGVDHFKKIKYSDGITYGELFLENEKEMSAYYLEHAGVDHLQKHFDFFEEESRRLLSSGLAIPAYDQLLKTSHAFNILDARGFVGVTERARYFGRMRSLARQCAQLWLKTRETLGFPLGLISEPDQSVIPKDVLEAAREKVHDNERTFVLEIGTEEMPPQDVVDASKQLKDLILQLLERQRLKHGEVQVFGTARRLVVSVENLFTKQTEQEVEVRGPPVSKAFDSDGNPTKAAEGFSRKNSVPLDLIYRKVDGKTEYVYARIKESSRHALEVLSEDLPATISKISFPKTMRWNSQVMFSRPIRWILALHGDVVVPFMFAGVTSGNLSCGLRNTTSAVVQIENAESYSLTMKNSGVNVEFEDRKKKIVEQSNTLAESVNGEILIPKGLLDEVVNLVEAPIPVLGKFKETFLDLPKDLLTMVMQKHQKYFAVCDADGQLLPYFIAVANGAIDEATVRKGNEAVLRARYEDAKFFYELDTRKRFSEFREQLKNILFHEKLGTMLDKMTRVENMVTKLSCILDINEDTQQIIREAASLAMSDLSTSVVTEFTALSGVMGRHYALRDGYSQQTAEALYEITLPRFSGDILPKSDAGIVLAIADRLDSLVGLFSAGCQPSSTNDPFGLRRISYGLVQLLVENNKNLDFKEALELAADVQPIKVNPQVIDEALQFVTRRLEQFLVDKGVSAEIVRSILAERANFPGLAAKSAYKMEELSKGELFPKVVEAYSRPTRIVRGKEDELDSEYQVDEAAFETNEERVLWNTFLSVKKSINPGLDIDDFVEISSQLIQPLEDFFNNVFVMVDDAKIRKNRLALLKEIADLPKGIADLTLLPGF