AlfalfaGEDB | MS.gene70154

M. sativa cultivar XinJiangDaYe / MS.gene70154

KEGG: -
GO: -
PFAM: PF05003.15 PF11961.11

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.gene70154.t1	XP_003630390.1	97.3	641	16	1	1	641	1	640	0.00E+00	1143.6

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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
No data available in table

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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.gene70154.t1	G7LFS2	97.3	641	16	1	1	641	1	640	0.0e+00	1143.6

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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.gene04918	MS.gene70154	0.856639	2.81E-62	-1.69E-46
MS.gene04919	MS.gene70154	0.847189	1.35E-59	-1.69E-46
MS.gene04920	MS.gene70154	0.868274	7.38E-66	-1.69E-46
MS.gene049254	MS.gene70154	0.803377	3.59E-49	-1.69E-46
MS.gene049283	MS.gene70154	0.886146	4.41E-72	-1.69E-46
MS.gene049368	MS.gene70154	0.83	3.76E-55	-1.69E-46
MS.gene049419	MS.gene70154	-0.831867	1.31E-55	-1.69E-46
MS.gene049499	MS.gene70154	0.86017	2.49E-63	-1.69E-46
MS.gene049680	MS.gene70154	0.842592	2.35E-58	-1.69E-46
MS.gene04998	MS.gene70154	0.822246	2.62E-53	-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	e-value	bit score
MS.gene70154.t1	MTR_8g095080	97.504	641	15	1	1	641	1	640	0.0	1280
MS.gene70154.t1	MTR_8g095080	98.097	473	8	1	1	473	1	472	0.0	954
MS.gene70154.t1	MTR_3g097240	71.479	568	145	6	74	641	73	623	0.0	766
MS.gene70154.t1	MTR_1g096970	63.838	542	184	6	102	638	2	536	0.0	672
MS.gene70154.t1	MTR_3g097240	75.584	385	80	4	74	458	73	443	0.0	585
MS.gene70154.t1	MTR_3g097240	74.167	360	79	4	74	433	73	418	0.0	535
MS.gene70154.t1	MTR_3g114010	45.908	501	233	7	101	579	76	560	1.26e-143	431
MS.gene70154.t1	MTR_1g025340	49.268	410	200	3	106	513	86	489	6.66e-126	385
MS.gene70154.t1	MTR_0318s0020	25.551	454	257	12	151	532	128	572	4.51e-28	119
MS.gene70154.t1	MTR_1g044135	29.187	209	138	2	151	356	43	244	9.57e-17	84.3

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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.gene70154.t1	AT1G34320	56.297	659	266	10	1	641	1	655	0.0	701
MS.gene70154.t1	AT1G34320	56.297	659	266	10	1	641	1	655	0.0	701
MS.gene70154.t1	AT5G08660	52.824	655	276	8	1	641	1	636	0.0	616
MS.gene70154.t1	AT5G08660	52.824	655	276	8	1	641	1	636	0.0	616
MS.gene70154.t1	AT5G08660	52.824	655	276	8	1	641	1	636	0.0	616
MS.gene70154.t1	AT5G08660	57.231	484	183	4	1	473	1	471	3.96e-179	516
MS.gene70154.t1	AT1G30755	48.723	470	228	5	101	563	83	546	7.64e-143	429
MS.gene70154.t1	AT1G30755	48.723	470	228	5	101	563	83	546	7.64e-143	429
MS.gene70154.t1	AT1G30755	48.723	470	228	5	101	563	83	546	7.64e-143	429
MS.gene70154.t1	AT1G30755	52.279	373	175	2	101	472	83	453	1.06e-128	387

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Find 114 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
AACATGAAATGTAGGTAATT+TGG	0.317265	4.1:+7593823	None:intergenic
AAGACAAGCTGCTGTTGCTA+AGG	0.512156	4.1:-7599055	MS.gene70154:intron
AATAAAGCCTTTGGCAGTGC+AGG	0.481849	4.1:-7594797	MS.gene70154:intron
AATTCAAGTGCAGCTCAAAG+CGG	0.724106	4.1:-7595538	MS.gene70154:intron
AATTGATGCAGAGCGCATCA+CGG	0.675237	4.1:-7593119	MS.gene70154:intron
ACAAATTTAAATTCTGGCGG+TGG	0.549754	4.1:-7597415	MS.gene70154:CDS
ACCAAGAAGGAAGAACACTA+TGG	0.524865	4.1:-7599291	MS.gene70154:CDS
ACCATAGTGTTCTTCCTTCT+TGG	0.214550	4.1:+7599290	None:intergenic
ACTCTGGTCCAGAAGTTTGG+AGG	0.584664	4.1:-7595088	MS.gene70154:CDS
ACTTAGAAGCCAAAAGAAGC+AGG	0.515237	4.1:-7595133	MS.gene70154: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
chr4.1	gene	7592469	7599358	7592469	ID=MS.gene70154
chr4.1	mRNA	7592469	7599358	7592469	ID=MS.gene70154.t1;Parent=MS.gene70154
chr4.1	exon	7599056	7599358	7599056	ID=MS.gene70154.t1.exon1;Parent=MS.gene70154.t1
chr4.1	CDS	7599056	7599358	7599056	ID=cds.MS.gene70154.t1;Parent=MS.gene70154.t1
chr4.1	exon	7597202	7597527	7597202	ID=MS.gene70154.t1.exon2;Parent=MS.gene70154.t1
chr4.1	CDS	7597202	7597527	7597202	ID=cds.MS.gene70154.t1;Parent=MS.gene70154.t1
chr4.1	exon	7597007	7597099	7597007	ID=MS.gene70154.t1.exon3;Parent=MS.gene70154.t1
chr4.1	CDS	7597007	7597099	7597007	ID=cds.MS.gene70154.t1;Parent=MS.gene70154.t1
chr4.1	exon	7596806	7596896	7596806	ID=MS.gene70154.t1.exon4;Parent=MS.gene70154.t1
chr4.1	CDS	7596806	7596896	7596806	ID=cds.MS.gene70154.t1;Parent=MS.gene70154.t1
chr4.1	exon	7595539	7595632	7595539	ID=MS.gene70154.t1.exon5;Parent=MS.gene70154.t1
chr4.1	CDS	7595539	7595632	7595539	ID=cds.MS.gene70154.t1;Parent=MS.gene70154.t1
chr4.1	exon	7595086	7595183	7595086	ID=MS.gene70154.t1.exon6;Parent=MS.gene70154.t1
chr4.1	CDS	7595086	7595183	7595086	ID=cds.MS.gene70154.t1;Parent=MS.gene70154.t1
chr4.1	exon	7594798	7594867	7594798	ID=MS.gene70154.t1.exon7;Parent=MS.gene70154.t1
chr4.1	CDS	7594798	7594867	7594798	ID=cds.MS.gene70154.t1;Parent=MS.gene70154.t1
chr4.1	exon	7594345	7594448	7594345	ID=MS.gene70154.t1.exon8;Parent=MS.gene70154.t1
chr4.1	CDS	7594345	7594448	7594345	ID=cds.MS.gene70154.t1;Parent=MS.gene70154.t1
chr4.1	exon	7593814	7593930	7593814	ID=MS.gene70154.t1.exon9;Parent=MS.gene70154.t1
chr4.1	CDS	7593814	7593930	7593814	ID=cds.MS.gene70154.t1;Parent=MS.gene70154.t1
chr4.1	exon	7593258	7593334	7593258	ID=MS.gene70154.t1.exon10;Parent=MS.gene70154.t1
chr4.1	CDS	7593258	7593334	7593258	ID=cds.MS.gene70154.t1;Parent=MS.gene70154.t1
chr4.1	exon	7593086	7593130	7593086	ID=MS.gene70154.t1.exon11;Parent=MS.gene70154.t1
chr4.1	CDS	7593086	7593130	7593086	ID=cds.MS.gene70154.t1;Parent=MS.gene70154.t1
chr4.1	exon	7592469	7592976	7592469	ID=MS.gene70154.t1.exon12;Parent=MS.gene70154.t1
chr4.1	CDS	7592469	7592976	7592469	ID=cds.MS.gene70154.t1;Parent=MS.gene70154.t1

Gene Sequence

>MS.gene70154

ATGGGTGGTCTTTGTTCCAAGTCTACAAAAGGTAATAAGGCTTTAACCAAGAAGGAAGAACACTATGGTAATCATAAATCTGGTGTTGGTAATAAGAAGAATAATCATAAGCATGTTAGTGATTTGACAAGTGCAAAGGAGGGTGTGGATAGTAAGAAAAAGGAAGAAGAAGAAGAAGAAGAAGCTGTTGGTGTTGCTGCAGAAACTAGGAATGATGATTTCTATGATGGGATTCCACGCTATGCTGATTCTTTTTCACATAAGTCTAGGTCAGTAAGATCAAGACAAGCTGCTGTTGCTAAGGTTTGTTCAGTTTCACCATTCTCTTGTTTGTTTCATAGCATTCTGTTCAAGTGTTCAATCTCTGAATTTATATGTCTGCATTGACTTATTTGAGTTTATGTACCGGCCACACTTGTGAGACTATTTGGGAGTGCTATGGAAATAGTTTATGGCATATCCATAAGCTGTTTTCGGCTTATTTTTACATACTCTCCATGATAGCTTACACGAAAACAATTTGACTTTATTTTAATTTTGTTATGAAAATAGCTTACACATGAACACTTAGAAGCACTTAATTAAGTCGTTTATCCCAACAAGGTCTTGATCAATTAGTAATCTTAGACAAATCAGGTATGTTGATGAATCACAAAACATATTGTAATTGGCGATGGATTGAGTTTAGATAGATAGAGGGTGAAAGTAGAATTGTCCTAAAATTGCATCTTTTATAATTATATTGTTGTTTTTGAATTATGAGCTGGAAGCAATTGGGAATGAAATTTCGGTTAGGTTTTGTTAAGTTACTCTCTTATTTCAAATTGAATGGATAGCTTTTGGGGAACGAAATTAATGCAAGGATTGATTTTTGAGGTTTTGGAATGGTGACACTATTTTGTCGTGCGATGACGAATTCCAAATAATCTTTCCCATTTAGCAGTTTGTACTCTACATCAGTTTAGCAATTGAGCCAAACTTCATTCCAGTTGTACACACTCGCTCACCTCAAGAATCTGATAGGAACTTCGATATTATGGGGTGCCCAAGTCCCACATCCTGTAGTACAGAATGCTCGGTGGAGCAGTTAAATGGCTTGGTTCTTTCCCCTTGATAGCTAGATTTTTAGGGTGGGTTCACCAAGTGCTTGGATACTTCTCATTTGGCATCCGAGTTGATTGTCACTTGTCAGTGGCTCAGAAAGTGTTACACATTAAACAGAAAGGATTGTTGCTGCCCAAGTTCCACTACCTCCTATCTTTTATGTTACTTTCCCATTTTCACTGTTGGTTATTTTATTCCACAACCACATGTTACATTTTTCTTCTTTATCCTCATTTCAAATTGAGAGTGAGTTTTGTCCAACGTGAGGAGAGAAACGCAGAGTGTGTCAATAGAATTGAAAGCAGAATTATTCATTAGTGCTGATTTGGTGCTGATTTGTTGGTCATTAAACCAGCAGATTTGCACATACTTGATTGCAAGTCAAACCAACATATTCTATATTATTGTACAGTTATAATTGTGTAATTATGTATTTATTGAATAGCTGTAGATAACAGTTACAATTGTATCAGCACTATTTAAATGAAAACAGTCCAGAAAAAGGGATCACAGTTTTGACCCTAATTTCTCTGAGTTTATCAGTCTCTGAGTTTAACAGAGTGAACCATGTGGAACCAATGTTTAAGATATATGGATATATTTATAATTTGGGGATCAAGGAGATTTAGAGTTAGTATTTTATTATTTTAAAATTTCTGAACCAAGTGAAAGGGGTAAATTTGACCAACTTTGGAGAAAAATGACGACTAATGTCTTTCTATTTCAGGTCTCCGAGGTGAGTTCACGCCTAGGCAGAGCTGGCACTATTGGATTCGGGAAAGCAGTTGACGTTCTAGACACACTTGGGAGTAGCATGACAAATTTAAATTCTGGCGGTGGCTTTGCATATGGAGCTGTAACAAAGGGGAACGAAGTTGGTATTTTAGCGTTTGAGGTTGCAAACACTATTGTCAAGGGCTTTAGTCTCATGGAATCTCTTTCAACAAAAAATATTAAACATTTGAAAGAAGAGGTGCTTAAGTTAGAGGCTGTTCAAGATTTAGTATCAAAGGATATGGACGAACTTCTAAGGATTGTTGCTGCAGACAAGAGGTAATGGATTAAATCAAAACCTCAGAGATTCCATTAACAAACTAACTTTCAGTTGTTTTAGTTTGAAATGCCAACTTGCTCTGATTTTTGGTACGTTTCCAGGGATGAATTGAAAGTATTTTCTGATGAGGTGATTCGTTTTGGAAATCGGTCAAAGGATCCTCAGTGGCACAACTTGGATCGATACTTTGAAAAGTAATATAAATTGCATTGACTCAATTCGTCTAGTTTTTAGCCTTGCAATGCATGGAAAAATAACCTTTTATTATTTTTGTTCTGACCAGTATTTTTGTTGTAAATTTTAGAATTAGCAGAGAACTTAATTCTCAAAGACAAACAAAAGAAGAGGCAGAGTTATTAATGCAGCAATTGATGAGTTTAGTTCAACATACGGCGGTGAGTGTATTTCTTTACTAAAGAAATGTTTAATTTTTCTCCAGAAGTTGTAGTGTCTTTAGAAGATGAAAAAGTATAGTATAGTTTCTCCATTTAAATAGTTTTTTTTTGGTAAAAATAAAACTAGAATCAATCAGTGAATTGAATCAATAAATAATTACTCAGTTATTTGCAAAAAAAAAAAAATAGTTACTCATTGAATTAAATAGAATAATTAAATTTTTGTCAAAATGTACTGTTGAGGGACTTGATTGAAAGGTATTTTCTCTACTTTCTTTTTACTTGTGTTGCATGTCAATTGAATAGAGGGTTTTCTTTCTCTTTCCCATTTTCTTTATAGTTCTGCTAGATATCTTTTATATGCATCATGATTTATACAACAACAACCAAAGCCTTATCCCACTTAGTAAGATCAGCTATATGGATCAACGACGCCACGATATTCTATCATATATCATATCTCTATCCAACTTATTAATCTCTAGAATTTTCTTAATATTCCCGTATAGTCTTTTTAGGTCTTCCTCTACCTCTAGTGATTTGACTACCCTCCATATGATCTACTCTCCTTACTACGGAATGTACAAGTCTTCTCTCTATATGCCCAAACCACCTAAGCCAAGTTTCCACATTCTTTTCTACGATAGGTGCTACCCCAACCCTGTCTCCAATGTTATCATTTCTACTCCTATCTTGTCTAATCTTACCACATATCCAACACAACATCCTCATCTCTGCTACACTTCGTTTTATTCTCGTATTGGTTCTTTACCGTCCAACACCCCGTCCCATACAACGTCACCAGTCTTACAGCTGTATGATAAATTTACCCTTCAACTCGAGCGGTACTTTTGTATCACATAGAACACCTGAGGCCATCCTCCATTTCAACCATCCAACTTGAATTCGATGGTTTGCATCTTCTATTTCTCCTTCGTTTCAGCATAGGAAAGTGTATTCAATTTCAACATGCTGTCGTCTATCAATATCAGCTCCATAAGATTTTATGAAAAATTTCTCTTCAAAGTTTTGTATTATGTTTTCTGCTGTACAATCAAGGAATTCATAAAATATCTCTATATTGATTTTGTTTGCAAATTGCATTTCATTCAACTTTTATTTTGTGGAATTTAACTCTAAAAGAAATTGAAAAATCTTTCTTTATGGTCTCAGGAATTATACCATGAGTTACATGCTTTGGATAGATTCGCACAAGATTATCAGCATAAGCGTGATGAGGAGGACAATTCAAGTGCAGCTCAAAGCGGTAAGAATAATTCTCGTGACATAACATGCAACTCTTGTTTGTGGCAAGCAATTATTGACCAAAAATATTAAGATCCAAATTTTGTGAAAATTTCTAATTTAATGTTAATTTGGTATTGTAAATATTTGCCTAGCACACACTTTTGGTTTATGTTTTTTTTTTTTTTTAATTTTGTGGAGCCTGATTTGCATATTCTTTTTGGAATGTTTATGAAAGCACAAAGAGATGGTTATTATATAACACTTCTAAAGAAAAAGTCACTTCGAGCTAAACATTTGAACACAGTATAGGGTAATATTTCTTTAGGTAATTTGTTATATGCATATAACCCAAACTGTCTCTCTTCATCATATAGGCGATAGCCTGTCAATCTTGAAGGCAGAACTTAGAAGCCAAAAGAAGCAGGTTAAGCACTTGAAGAAGAAGTCACTCTGGTCCAGAAGTTTGGAGGAGGTAGCCACACAATTCTTCTGTAGATGAATGGGATGGTCTCATCTCGTATTCTTTTCCACCCTATATGTTTTTATACTTCCATAGTAATTTATCCATGTATAATGCTGGAACTAGTATATAGACTCTAAGATGTTTTTTACTGGCCGAGGTTGATTAATTTTGAGCATAACATGAGAATTTAGAAAGCAGAGTATAATTCATTACCTAATAATTTACAGGTTATGGAGAAACTTGTAGACATAGTCCACTTTTTGCATTTGGAGATAAATAAAGCCTTTGGCAGTGCAGGTATGTACTCACTAAAGGCATTCAGGCACTCACTAAAGGCATTCAGGCTGTACTTGCTTTGCTTGTTTTATTGCTCTCTTCTAATCTCATTTAGAATAACCATCATCAGTTATCTATATAACAAGTTAATTAACATCATTGATAGCCAAAGAAACAAATTTCAGCCTTGTTAATATGTTTTTCTAGTTTTTGGAAATCTTTATTTTGAATCATCAAATTACTCTGTCTCAATTTTTCTAGTTTTTGGAAATCTTTATTTTGAATCATCAAATTACTCTTGGTCTCAATTTGTATCAAAATTGTATTTTGCTTCATAACTGCAATGGGTGCTGTCGATGGATATCTGCAGATGGCCGTAAACCATTTATTCGAACCATCAGCAATCGCCAAAGATTGGGTCCTGCAGGGCTCTCTTTGCATTATGCAAATATAGTGCTCCAAATGGATACTCTAGTAAGTATTTCTTCTTTACTGTAATTATTTCCTAACATGGTTAAGTTCCAAGAGTTTGCTTTATCAGTATCTCTTAATTAAAAAATTAATTAAAGGAATAGGTAACTAGGTCGCTACTTATTTGATTCAAGACAAGCTTTGATCATGTTGTACATTTTTTATTGATCATTTGATGATTGGCATATGATTTGTTTGCGCCTGAATCACTTTAGAGCTCATGGTCTGTATCAAACTATTATAAGATTAAGATATTGTAATATAATATCAATGATATTATAAGATATTTCTTGTATTCTAACAGAGACTATCGTGTGTAGTTTTACTCGGTAATAAGTTTTAAAAAACGTCTATCAACTGCCATGTCTGATTTATGTGCTGAAAAGCATTGTACTAAGCTTGTGTTCATTTTGTTAGGTTGCCAGATCCAGTTCTATGCCTGCAAATACAAGGGATACACTATATCAGAGCTTGCCTCCTAATATAAAATTAACTTTGCGCTCCAAATTACCTACATTTCATGTTGCAGAAGAGGTATGTTCTCATCTGTTGGTTCTTTCCTTTTACAAATGTTAAAAATGAAAAACTGAGAAAATAGTGGTTTAGGCGGAGACAATATGAAAGCTTAGCTATATATGTGTGCGTGCACGCGTGCACTGCCAAACAGAAACTGCATGTTACATAATTTATAAATCCAGCATTGAATGTCATGCAGAAATAGATTCAACATTAGACTTCTATAACTGTAGAATGTACAAGGTTCAAAATACTCAAAAAGGGCCGCCAAACAAAGGAGGCTACCAAAGGAAGTAACTCTAATCCATAAGATTTTCGTTACTACCTTAGTAGGTTTTAGCACACTGCATCGTGTATAATCTGAATGTCAATGAAAACGTTCAAGAGTTATTATATATTATTTTTTTCTGCCTTTCACCTTTCCACTTTCAATCACCGCAGTTTTTTTTAATTATGTTTTTTGTTTTTTCCATGTGGTTGCTATCTGTCTCAAGCAGCTCACTGTAGCAGATATTAAACAGGAGATGGAAAAAACATTGCATTGGTTGGTTCCAATTGCTACAAACACAGCCAAGTAAGATGTCTGGCTTTGTGTATATATAAAATTGAGAAACTTTCTTCAAGCTTTAGTTTGCTTACTTTTAATATAAACTAACTACTTATTCTTTTTCTTTTGTTTGGTTGCTCTAAAATTGATGCAGAGCGCATCACGGTTTTGGTTGGGTTGGAGAGTGGGCAAGCACTGGGTAAGCAACAATCTGCTGTATTAACTACACTTGTTTTTTTCCACTTTTTTCCCTTATTTTTTGCTCCTACTTTTTTTTTCCCTTCAAAATTCTTGTTTGATTGTTGCAGATCTGATCTAAATAAGAAAACTATGAAGACCGAAGTAATGCGGATTGAAACATTTCACCATGCAGATAAAGAAAAGGTAGAAAACTATATTCTTGAACTTCTCTTGTGGCTTCACCGCTTGGCGGTCAAAAGTAAGGCCGGAGGTGATGTTGGAGAAGTCAAGTCTGTCATAAAGTCTCATGTTGGCACTGTCCTGCAAAAGACAAATAAACAATCTACAAACACAGTATCACCATTGCTAACAACCGATGAGCAGATCATGCTGAAGGATGTAAGTAACAAAATTCCTGTTAGAGGGATCATTAAAAGTAAAAGCTTGGACTTTGACAGTCTGAAAATGGAGTTGACAGATAACAGCAAACTGATCAAAAGTAGCAGTTACTCAACGACAAGTAGAAGCAAGGAATTATCTTTTAACAGAATTCACACTAAGGTTCCTGTGATTGATTTTTGTATTGACAAAAAGAGAGCATTGGATGTGATTGACAGAGTAAATGTGACCAGATAA

Protein sequence

>MS.gene70154.t1

MGGLCSKSTKGNKALTKKEEHYGNHKSGVGNKKNNHKHVSDLTSAKEGVDSKKKEEEEEEEAVGVAAETRNDDFYDGIPRYADSFSHKSRSVRSRQAAVAKVSEVSSRLGRAGTIGFGKAVDVLDTLGSSMTNLNSGGGFAYGAVTKGNEVGILAFEVANTIVKGFSLMESLSTKNIKHLKEEVLKLEAVQDLVSKDMDELLRIVAADKRDELKVFSDEVIRFGNRSKDPQWHNLDRYFEKISRELNSQRQTKEEAELLMQQLMSLVQHTAELYHELHALDRFAQDYQHKRDEEDNSSAAQSGDSLSILKAELRSQKKQVKHLKKKSLWSRSLEEVMEKLVDIVHFLHLEINKAFGSADGRKPFIRTISNRQRLGPAGLSLHYANIVLQMDTLVARSSSMPANTRDTLYQSLPPNIKLTLRSKLPTFHVAEELTVADIKQEMEKTLHWLVPIATNTAKAHHGFGWVGEWASTGSDLNKKTMKTEVMRIETFHHADKEKVENYILELLLWLHRLAVKSKAGGDVGEVKSVIKSHVGTVLQKTNKQSTNTVSPLLTTDEQIMLKDVSNKIPVRGIIKSKSLDFDSLKMELTDNSKLIKSSSYSTTSRSKELSFNRIHTKVPVIDFCIDKKRALDVIDRVNVTR