AlfalfaGEDB | MS.gene92247

M. sativa cultivar XinJiangDaYe / MS.gene92247

KEGG: K16297
GO: GO:0003674 GO:0003824 GO:0004180 GO:0004185 GO:0006508 GO:0006807 GO:0008150 GO:0008152 GO:0008233 GO:0008236 GO:0008238 GO:0016787 GO:0016825 GO:0017171 GO:0019538 GO:0043170 GO:0044238 GO:0070008 GO:0070011 GO:0071704 GO:0140096 GO:1901564
PFAM: PF00450.25

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.gene92247.t1	XP_003595890.1	94.7	473	25	0	1	473	1	473	4.80E-275	956.4

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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.gene92247.t1	P55748	67.4	427	133	3	43	464	4	429	5.2e-177	622.1

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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.gene92247.t1	B7FKI4	94.7	473	25	0	1	473	1	473	3.5e-275	956.4

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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.gene002403	MS.gene92247	PPI
MS.gene003427	MS.gene92247	PPI
MS.gene005987	MS.gene92247	PPI
MS.gene01382	MS.gene92247	PPI
MS.gene01789	MS.gene92247	PPI
MS.gene020164	MS.gene92247	PPI
MS.gene020165	MS.gene92247	PPI
MS.gene020168	MS.gene92247	PPI
MS.gene020426	MS.gene92247	PPI
MS.gene022111	MS.gene92247	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.gene92247.t1	MTR_2g062980	94.715	473	25	0	1	473	1	473	0.0	941
MS.gene92247.t1	MTR_2g062990	88.161	473	56	0	1	473	1	473	0.0	883
MS.gene92247.t1	MTR_2g063000	85.535	477	58	5	1	472	1	471	0.0	830
MS.gene92247.t1	MTR_2g081620	80.842	475	86	2	1	472	1	473	0.0	803
MS.gene92247.t1	MTR_2g063000	79.245	477	57	6	1	472	1	440	0.0	753
MS.gene92247.t1	MTR_1g095560	56.845	431	184	2	34	463	28	457	0.0	533
MS.gene92247.t1	MTR_1g095560	52.916	463	184	3	34	463	28	489	0.0	517
MS.gene92247.t1	MTR_1g095540	55.196	433	190	3	33	463	27	457	3.46e-178	507
MS.gene92247.t1	MTR_7g013790	50.323	465	212	8	10	464	11	466	4.69e-170	487
MS.gene92247.t1	MTR_3g079590	50.917	436	200	8	34	466	69	493	1.64e-154	448

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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.gene92247.t1	AT4G30810	62.907	461	158	5	9	465	14	465	0.0	606
MS.gene92247.t1	AT2G35780	55.756	443	182	5	26	462	17	451	0.0	515
MS.gene92247.t1	AT3G07990	55.220	431	191	2	33	462	28	457	6.07e-179	509
MS.gene92247.t1	AT4G30610	52.392	439	197	6	33	462	27	462	8.45e-166	476
MS.gene92247.t1	AT3G02110	50.337	445	201	7	33	462	32	471	4.81e-164	472
MS.gene92247.t1	AT2G24010	52.765	434	194	7	33	462	25	451	9.46e-162	465
MS.gene92247.t1	AT2G24000	52.392	439	196	6	33	461	25	460	2.01e-161	465
MS.gene92247.t1	AT2G24010	50.780	449	195	8	33	462	25	466	2.41e-156	452
MS.gene92247.t1	AT2G24010	48.172	465	191	8	42	462	4	462	2.35e-149	434
MS.gene92247.t1	AT2G35770	47.826	460	222	9	9	463	13	459	2.78e-144	421

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Find 120 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
AAAAGAAGTGGCTTTGAAGT+AGG	0.515908	2.1:+33084101	None:intergenic
AAAGCAATAGAAGAACAACC+AGG	0.674686	2.1:+33084062	None:intergenic
AACAATGGCGATAAGAGGAC+AGG	0.567510	2.1:-33083668	MS.gene92247:intron
AAGAATATGGATTAAGATAG+AGG	0.318928	2.1:+33083988	None:intergenic
AAGATTCTATAAATCTCAAA+GGG	0.543820	2.1:-33082166	MS.gene92247:CDS
AAGTGAAACAATCAGGTAGG+AGG	0.598460	2.1:-33077047	MS.gene92247:intron
AATAGCGAGTAGATGCTACT+GGG	0.645704	2.1:+33077639	None:intergenic
AATCCATATTCTTGGAATCA+AGG	0.418089	2.1:-33083978	MS.gene92247:intron
AATTGTTGTTGCATAGGAAA+AGG	0.411387	2.1:+33084294	None:intergenic
AATTTGAGACCACTCAAAAT+TGG	0.265712	2.1:+33084337	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
chr2.1	gene	33076884	33084363	33076884	ID=MS.gene92247
chr2.1	mRNA	33076884	33084363	33076884	ID=MS.gene92247.t1;Parent=MS.gene92247
chr2.1	exon	33083979	33084363	33083979	ID=MS.gene92247.t1.exon1;Parent=MS.gene92247.t1
chr2.1	CDS	33083979	33084363	33083979	ID=cds.MS.gene92247.t1;Parent=MS.gene92247.t1
chr2.1	exon	33083669	33083764	33083669	ID=MS.gene92247.t1.exon2;Parent=MS.gene92247.t1
chr2.1	CDS	33083669	33083764	33083669	ID=cds.MS.gene92247.t1;Parent=MS.gene92247.t1
chr2.1	exon	33082328	33082420	33082328	ID=MS.gene92247.t1.exon3;Parent=MS.gene92247.t1
chr2.1	CDS	33082328	33082420	33082328	ID=cds.MS.gene92247.t1;Parent=MS.gene92247.t1
chr2.1	exon	33082160	33082245	33082160	ID=MS.gene92247.t1.exon4;Parent=MS.gene92247.t1
chr2.1	CDS	33082160	33082245	33082160	ID=cds.MS.gene92247.t1;Parent=MS.gene92247.t1
chr2.1	exon	33081797	33082051	33081797	ID=MS.gene92247.t1.exon5;Parent=MS.gene92247.t1
chr2.1	CDS	33081797	33082051	33081797	ID=cds.MS.gene92247.t1;Parent=MS.gene92247.t1
chr2.1	exon	33078218	33078351	33078218	ID=MS.gene92247.t1.exon6;Parent=MS.gene92247.t1
chr2.1	CDS	33078218	33078351	33078218	ID=cds.MS.gene92247.t1;Parent=MS.gene92247.t1
chr2.1	exon	33077794	33077889	33077794	ID=MS.gene92247.t1.exon7;Parent=MS.gene92247.t1
chr2.1	CDS	33077794	33077889	33077794	ID=cds.MS.gene92247.t1;Parent=MS.gene92247.t1
chr2.1	exon	33077577	33077682	33077577	ID=MS.gene92247.t1.exon8;Parent=MS.gene92247.t1
chr2.1	CDS	33077577	33077682	33077577	ID=cds.MS.gene92247.t1;Parent=MS.gene92247.t1
chr2.1	exon	33076884	33077054	33076884	ID=MS.gene92247.t1.exon9;Parent=MS.gene92247.t1
chr2.1	CDS	33076884	33077054	33076884	ID=cds.MS.gene92247.t1;Parent=MS.gene92247.t1

Gene Sequence

>MS.gene92247

ATGGCCAATTTTGAGTGGTCTCAAATTTTGGCCATAACATTGGCAACCCTTTTCCTATGCAACAACAATTTCACATATGCAACAGACCCATTTGTTCAACAAGAGCAAGACAGGATTGGCATAGCACTCCCAGGTCAAAACTTCAATATCAGTTTTGAACACTATTCTGGTTATATAACAGTGAATGAGGATGCTGGTAGGAACTTGTTTTACTGGTTCATTCAAGCTGATCATGTAGATCCTACTTCAAAGCCACTTCTTTTATGGCTTAATGGTGGTCCTGGTTGTTCTTCTATTGCTTTTGGTGAAGCTGAAGAAATTGGTCCTTTTCATATTAATTCTGATGCTAAAACCCTCTATCTTAATCCATATTCTTGGAATCAAGGTGAGTTAGAGTAATTCTTTGTTTAACCTTTCCAAAAATGTATTTATGTTATGTTTAATTATTATTAATTGTATTCATGTGTTTGTTTTCGATTGGGCCCCACGAGTGGACAATGAGATTTGTCCCAGTATTAATCGGTTATTGGGTCGGATACTGAGTTTTAGAAAAATTATGTTATGTGAAACTATATCATTTGTGTTTGGTTTTTTTGTAGTTGCCAACATTCTTTATGTTGACTCCCCTGTCGGAGTTGGATTTTCATATTCAAAGAATTCATCCGACATTCGCAACAATGGCGATAAGAGGACAGGTAATGTCTCACTTGGATTCAGATTCCATCCATTTACAAATACACTAATTTACATGCATTAAATGATCTCGGCTATTGTTTTGAGATCGGTTCACTCACATTATACCTTTATCAAATCATCTTTAAATAGAACATTGATTTAAGACGAGATGAATGCGTCACACAATAATTCAAATCCCACTTTTTGGTCTGTGTTTCACTCTTGGAGTCTCAACTAAGAAGTGAAATTTACAAGCCAAAGGACTTTCACATGCCTTATTTGGATAAACAACTTATTTGCAGCTTATAGCATATGCTCTTATCATGATAAACACTTTTGTATAAACTTTATAGCAAAAGTTAAAACGAAAGTTAAATTGTTTTTGTATAAGCTATAAGCTGTTTTCATAAGCTATCTTGCAGAACTTGTGAAAATAAGCTGAAAACAGACTATGAACAATGTCATAAGCTATTTTCATAAGTTCTCCCATACAGTGCCACAACAACTCATATCACTAGATTAACTCAAATAAATGAATCTAAACATGCCCTTAATGAACTAGTCTATTGGGATGAGTTATTCCTCTGAGCTTATGCTCATTATATCGAGGGTTCTAACTAGTGAGATAGTTGATGAAGTTTCACTTAGCAAAGTATCATGACGTCGGCTCTCACCTAAGTAATCAAGTTTATTGTGTTTGTTTTGTAGATAAAATTTGATTTTGAATGAATTTATTTTGTAAAATTGAGTTGGATGTAAAATAATGGGTCATGCTAACTAGTCCATAAGAGCGCTAGTTAAAGAAGCAAAAAATAGAATTTTGTATTGTGAAGAAAAGTTTTTAACTTCTAAATAGTTGTATACACCACTTCCCATTGCCCAATTACAGTCATTAGCAATTTCCTAAAATAATTTATATTCAGATAAATTTACGTAAAAGTGACTTTAACAATAAATTTCAGCCATAAAATCACGTTTATAGGCAAAAGCTTAAGGTCACTGTTTCAACTTTCAAGTTAAAACCATTATGGAGGAAAACTCAATTCTATTCGACAACACTCAAACATATCAAAATCAATTTAAAGCTTCAAGCATTACTTTTGCCTCCTTCAAAAGTGAAGCCAGGCATAGGTATTTAGAGGTTCTCCCTAATGGACTAGTTGTTTTGGATGGGTTCTCCTTTAGGGCTCTACTAACACTTTACCGACCATTTTTCATTTATGCCAATTGAATCGAAGCAAATTAAATTGTTAATTCTTTTTGTGCAGCTGAGGACAATCTCATATTTCTATTGAAGTGGTTTGAGCGTTTTCCCCAGTATAAAAACACAGACTTTTTCATCAGTGGTGAGAGCTATGCAGGTAAACGCAAATGGTGAGATAGATAAGGACACTTATCATGTCAAGTGTTTGAGTTCTCTAATTCTAGATTTCCTTGTTTCAGGACATTATGTTCCGCAACTTAGCCAAGTTATTGTCAATTACAACTCAAATACAAAACAAGATTCTATAAATCTCAAAGGGTACATGGTATGCATTCCATTTTTGCACAAAAACTAGTAATGATTGCATTTTTTTGAACAGTTAGATCCTTTCACATTATTAACTGAATCAATAATATACACTTGTCTGCTGCAGGTAGGAAATGCTCTAACAGATGATTTCAGTGATCAATTGGGGATGTTCCAGTTTATGTGGTCCAGTGGTATGATTTCGGATCAAACATTCAAGCTCCTGAATCTGCTATGTGATTTTCAGCCAGTTGAACACCCATCAGATTCATGTAACAAAATCTGGGAAATTGCCTATGAAGAAATGGGTAATATAGACCCATACAGTATCTTTACCCCTCCTTGCCATGCGAATGATAATCAGCTGGATAAAAGAAAGCATGTAAGTTGATCTTTCTAGCTTCTACTATTGTTTTATCTTGTCTTTAAAGGTTCTAATATCGTTGGCTGTTGATGATTTTCCTGTTTGTGATGGTGCAGTACATGTTTTCAAAAACATACTGTATTAAGATTATGAAAAGATCTTCTTAATGAGTAATGATTCTGTCCAGATAAATGGAGTGCTCCTTCTAAATTAATTTAAGATGCAGAATGATAGAGTACATGGGTTACATTCTACTTTTGTTAGTAAGCGACTAGGCAGAATATCAAGCATAATTAAATTAATAAATACTTGTTATGACAGCTCAGTAGTTAGATTAATTAATACTGAAATGGCTTTTTCTCTACTGAAGTATGAGTTTAGAGAATTAGAATACAGAAACCAATCATTCACAAACTTAAATTTCACTCTAAGCTCTCGGACTTCTCTGAAATCTTCATGGTATGTCAGAGTTTCTAAAGCTATCGCGATGGAAACCAATCCTTATATTTTTTTCGCCGTTTTCAGCATCACAACAGTTGGATATTCTCTTTGAGGGCTTACTGATTCAGTTTGAATCTCTGGTAACACCAATTAATGGCAAATCATAGTGATTAGACGTTGACGAGATTGAGTCTCTGCTTTTAGCTCTTAAGCAACACATTATAAACATTATAAACATAAGGGTGTTGTTGATTTTGCATCCCTGAATCTAACTCACACCTCTTCATCTATGGCTATTTCAAAACTATCTTGGCACATGAGAGTGTACCTCGGGTTCAAAATGCTAGTTCTTCTACTCCTCAAACTAATTTTCAACACATGCGATGGATCTTTAGGATGCAATAATAATTTCAACACAAGTGTTCTAGTGTTGTCTTTGCTTCCTTTTGCTGTTTTACAAAATCTTTAGTACTTTGAGATTCTTATGTACCTTCCCACCTTGCCCCCGACACTGTAATTCCACTCACTTCCACTCTGTTTTCCCTGTGGCATAATCGGTGAGGACATTCAATTCAACCTTTCATATGCTTCAAAATGTACTCAAATTATAGTGTTTCAGTTTGCAATAAAAGTAAAGATGAATTTTGTCTCATGGTCTCCGGTCTTATCCTTCCACTACCATTTGTACTGAACCTCTTGTGCTTATTAACAGATTTATTTCATTAAGCATAAATTTGAAATAATTTTAATTTTTAATAAGTTGCAGTCCTTGATAGAACTTCAATTAAACAAGAGCATCAAAGATGATGACTGTCTGTATGTGTTAATATACATTGATGATATGATTATCATGACTTCCTCTCCTACATTGGTCCAAAACTTATCAACAAATTGAATTCTGTATTTGCTCTGAAACAGCTAGTTGAGTTGGAGACTTTTCTTGTTATTGAGGTAAAACAAACCTCTTCTGACTCTATCTTTTATCTCAAGCTAAGTATATATAGGATCTACGCCACATGACTGAAATGGCTTCTGCCAAAGGCATCTCAATTCCTCTGCCTGAAAATCTGAATCTGTACAATTATGGTTCTTTATTTGGATGTTAATCATCCATATGAGTCTTGGCTAGTAAACCTTGGATATATTTAGTTTGGGACAGAAGGAGTTTGGAAATTACAATTTGAATCCTGGAAGCAGAACCGGCAGTAAATATTATATCACTATCATCATCGACTTAGATCAATGTGTAAAGGCAGCATGCAACAGTTTTAAGATTCAACAAGGAGAGATCACATTTACTTTATGAGAAGCCAAAACCGATGACTTTTTTTGAGCACTTCACATCATGTTCTTGGCTTCCTACCTTTGCTATATGTGGTTACGTATTTCTGTTTTTAGAGTTCGGAATTCGGCTGTAGGTGCAGCTTTAGCACGGCTTGTGCTATAAACTATGATTGTATAAATATTTTGGTTCAATCAATTTATTTAGCTTATAAGAAAAGCATTAATTGATGGATTCACTATTTATTTGGCTTATAAGATAATGTGCACTGTAACAGCCTTACAGGCTTAACAACTAATGAGAAGTTTTCCGAATATTCGATAAAACCCCATCATACTCTTTCTGTGTAACGGTCCTCCTAGGAGGAAGGGCCTAGGTATGCTTAAAAGTGGACCCCTATAATTTTTGGTTCTGCAATTGTAAAGATAAGTGTACGATGCAGTTTTGGGCATGGAAATATGTTAGGGTAAGAAAGGATCCTAACACAATTCCTGACTTGGACCTTGTTTGCATACGATGGACAGCTATGGTAACTAAATTAGAAAGGAGGAACCTGGATTAGTATTACTTGTGGCAGTATAGTAATATTCAGGAGAGGGAGAAAAGGATGTTTGAGCATCATGATGCATAGGTGCAGGGTGAAGGAGAATCAATTCGTGCAGTAAGAGGGGAAGAGAGGGGAGGACTTTGGAGGGAATGAGAAAAATGGAAAGATAGTGGAATCCCTCACTTTTTTTGAGAGATCATTTTTTAAGGGAATGAACTGAATATACTTGTGAATAATCTTTTGTTTGCTTTGAGAGTATTATAGGGTTTTAGTCCAAAACCCTTCCCCATTGCATTTTTTTAGCTCCCCCATATTGGAGGGTTTTAGTCCAATGAAGAAGAATAAAATCTCATGCAAGGTTGGGAGCTACTCACCCTTCATTAGTTCATTTTCTCTTTATTCCGTCCTTTATCCTCAAAACTCTCCCTCCCTTTCCCTCCAAACTCCCAAATATAGCCCAAGATGGACCTGATAGTTTGAATAACACCAAGTGGGAGAACTCTGAAGGTTGCAACTAATGCAGGTGGAGATTCACTGGAAAAAGGGAATTTAGTTTCGTGAAACAGGACATCTTTAGAAATGAACATTCTTACATGTCAGAGGGCCGCACAGCTGCTGCCACCTGCTGGATCTGTTGCTCCGTCACGCTGCCAACGTTTCAGTTGTCTGCCGATATAACATGGTTGCAGGGTGTTTCATTTCAGAGTTTTGCGTTTATTATCATAACGTTAGATTAACCTAATTTAACTTAGTGGATAAGATTTATTGTTGAGAGATATTGAGATAAAAGATCATTGAGACTTGAGAGGATCCGGGTTCACCCTTTATGAAAATCAGTAACCAAGAAAGGTATATTAGGTAGTTCTAAATTGAAGTTAATTTTTTTCAAAAAAAAAAAAAAAAAAAAAAATCTGTGACTAATACTAATACTTCTTCTGCCTATTAATTTGAAAATAAATTACAATTATAACTTCCGATAATTAACTTTTTTAATCATTGCCTACGTACTGTCCATAACAATCTCAATTATCACAAAACATCCATAATGATAGAAATTCTACACTTTAGCTTATATATTCCAGCTACAGATACTGAGGCATATTCTCAACATTGAATTATAGAATCTGAATTAGATGATTTTTTTTATAGCTTAAATCCTTATTCATATCACAAATGTATGTGATTTGTAACAGAGTTTTGGAAGACTCAGAAGTGCGTATGATCCTTGCACAGAGAAACACAGCATTGTATACTTCAATCGACCAGAGGTCCAAAGGGCTCTACATGTTGATCCAGATCATAAGCCTGATAAATGGCAGACCTGCAGGTAAGGCTCAAAACAGAAACTTTTGAAAGGCTTAACATATTATAACAGCATGTGTTGCAAATCACATAACCACCTTATTTCAAATATACTACGAACTGAAATGTAGAAATGGTATGAAAATAGTACTGAAAACAGAAATACTGTCGGAGAAGCAAAATACTATTCTGCACTATTAACTAACAATTGCAGAATTCTTGCAATTATATCATTTAATAATTGGTACTGACTTCAAGAATTTTAGGCACAACATAAAGTGCATCACTGTATTTCTTTCCATGTTTATAACAAATTCATAAGATCGTAATCCAATTATTATCATTTATTGCAGTGATGTGGTAGGTACTAACTGGAAGGATTCACCTACGTCAGTGCTCAATATATATCGTGAACTTATTCCTACCGGGCTGCGAATATGGATATTCAGGTTACTCATTCATCCACTGTCACTCGCATATCATTTTTTTTCCTAAAGTAATTTTAGGCGCCAAAGGGACTTACATTTTTGTGTTTCCTCAATTCATCTATGTCATGGCAGTGGTAATACTGATGCTGTAATCCCAGTAGCATCTACTCGCTATTCCATAAATGCTCTCAAGCTTCCAACTGTGAGCCCCTGGCGTGCATGGTATGATGGTGGGGAGGTAAGTCATAATAGACAGATAGATTCCATCTATTTTCTTCGTTTAGTTAGGCTTTGTTTGGGAGTTTGGAGGGGAGGGGAGGGGAGGGTTTTGGAAAAAAGGAAGGAGCAAGTGGAAGAAATAGAAGACATTGGGAGGAGAGGGCTTTGGAGGTTAATTTTTTACTCATAATAAAAAATCCCCCTCATTTGGGGGAACTCAAAAATTGTATTGGGGGAGGGTTTTGGGGGGTTATGGAGGGTTTATATGAATTTTTCAAATTCAATCTATGTTGTTATAGTATTCTTAAAATTAAAAGTATATTAATCATAAGTATTGGTTTATCATTCTCTAAAAAACTGTTTTTTCAAAAAATGTGAATTTTTTGTCCATTTTTCTATATATTTCCAACCCCCCAAAACCTTCCCCTCCCTTCCCCTCCAAACTCCCAAACAAAGCCTTAATATTTTCTCATTTACTAGCTATTGTTCACTTCACATTTACTTCAGTGCATTGATATTGATATCTAAGTGAAACAATCAGGTAGGAGGATGGACCCAAGAATACGACGGACTCACGTTTGTCAATGTACGGGGTGCAGGGCACGAAGTTCCTCTGCATAGACCAAAACTTGCTCTAACATTGATCAAAGCCTTCTTAGAAGGAACCTCCATGCCAACTCTTGAACCACGCACACTCACCGCCGCAATTTGA

Protein sequence

>MS.gene92247.t1

MANFEWSQILAITLATLFLCNNNFTYATDPFVQQEQDRIGIALPGQNFNISFEHYSGYITVNEDAGRNLFYWFIQADHVDPTSKPLLLWLNGGPGCSSIAFGEAEEIGPFHINSDAKTLYLNPYSWNQVANILYVDSPVGVGFSYSKNSSDIRNNGDKRTAEDNLIFLLKWFERFPQYKNTDFFISGESYAGHYVPQLSQVIVNYNSNTKQDSINLKGYMVGNALTDDFSDQLGMFQFMWSSGMISDQTFKLLNLLCDFQPVEHPSDSCNKIWEIAYEEMGNIDPYSIFTPPCHANDNQLDKRKHSFGRLRSAYDPCTEKHSIVYFNRPEVQRALHVDPDHKPDKWQTCSDVVGTNWKDSPTSVLNIYRELIPTGLRIWIFSGNTDAVIPVASTRYSINALKLPTVSPWRAWYDGGEVGGWTQEYDGLTFVNVRGAGHEVPLHRPKLALTLIKAFLEGTSMPTLEPRTLTAAI