AlfalfaGEDB | MS.gene66360

M. sativa cultivar XinJiangDaYe / MS.gene66360

KEGG: -
GO: GO:0000166 GO:0003674 GO:0003824 GO:0004672 GO:0005488 GO:0005515 GO:0005524 GO:0006464 GO:0006468 GO:0006793 GO:0006796 GO:0006807 GO:0008144 GO:0008150 GO:0008152 GO:0009987 GO:0016301 GO:0016310 GO:0016740 GO:0016772 GO:0016773 GO:0017076 GO:0019538 GO:0030554 GO:0032553 GO:0032555 GO:0032559 GO:0035639 GO:0036094 GO:0036211 GO:0043167 GO:0043168 GO:0043170 GO:0043412 GO:0044237 GO:0044238 GO:0044260 GO:0044267 GO:0071704 GO:0097159 GO:0097367 GO:0140096 GO:1901265 GO:1901363 GO:1901564
PFAM: PF07714.20 PF12819.10 PF13855.9

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.gene66360.t1	XP_013453219.1	92.1	901	64	4	1	898	1	897	0.00E+00	1522.3

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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.gene66360.t1	C0LGR6	50.3	920	408	13	3	894	4	902	3.7e-224	779.6

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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.gene66360.t1	A0A072UC80	92.1	901	64	4	1	898	1	897	0.0e+00	1522.3

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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.gene049181	MS.gene66360	0.836228	1.06E-56	-1.69E-46
MS.gene049182	MS.gene66360	0.80548	1.31E-49	-1.69E-46
MS.gene049232	MS.gene66360	-0.835031	2.13E-56	-1.69E-46
MS.gene049259	MS.gene66360	0.823695	1.21E-53	-1.69E-46
MS.gene049281	MS.gene66360	0.803496	3.39E-49	-1.69E-46
MS.gene049285	MS.gene66360	-0.812957	3.26E-51	-1.69E-46
MS.gene049320	MS.gene66360	-0.831393	1.71E-55	-1.69E-46
MS.gene049483	MS.gene66360	0.8043	2.31E-49	-1.69E-46
MS.gene04986	MS.gene66360	0.811378	7.22E-51	-1.69E-46
MS.gene050082	MS.gene66360	0.821986	3.02E-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	bit score
MS.gene66360.t1	MTR_6g090615	92.342	901	62	4	1	898	1	897	1692
MS.gene66360.t1	MTR_8g015150	45.757	872	432	14	5	862	2	846	743
MS.gene66360.t1	MTR_8g014930	45.391	857	433	13	19	865	19	850	737
MS.gene66360.t1	MTR_8g015200	45.508	846	424	11	29	863	10	829	735
MS.gene66360.t1	MTR_8g014790	45.080	874	444	15	7	868	10	859	734
MS.gene66360.t1	MTR_2g100450	45.497	866	431	13	7	857	10	849	732
MS.gene66360.t1	MTR_8g014700	45.795	880	435	17	5	868	10	863	728
MS.gene66360.t1	MTR_8g014760	45.371	875	441	15	5	868	6	854	722
MS.gene66360.t1	MTR_8g014690	45.080	874	445	13	10	868	7	860	714
MS.gene66360.t1	MTR_8g014700	44.580	904	435	18	5	868	10	887	714

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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.gene66360.t1	AT4G29180	49.831	887	397	12	3	865	4	866	846
MS.gene66360.t1	AT4G29180	49.831	887	400	12	3	865	4	869	845
MS.gene66360.t1	AT4G29180	49.429	876	400	11	2	857	3	855	828
MS.gene66360.t1	AT4G29450	50.401	873	388	11	8	857	5	855	811
MS.gene66360.t1	AT4G29990	44.342	866	443	14	20	866	18	863	716
MS.gene66360.t1	AT2G19210	43.986	873	445	14	3	856	5	852	706
MS.gene66360.t1	AT1G05700	44.855	865	426	18	11	857	15	846	696
MS.gene66360.t1	AT1G51880	42.857	875	454	17	6	865	24	867	695
MS.gene66360.t1	AT1G51880	42.857	875	454	17	6	865	6	849	695
MS.gene66360.t1	AT2G19230	42.157	918	463	18	5	888	10	893	694

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Find 155 sgRNAs with CRISPR-Local

Find 349 sgRNAs with CRISPR-GE

CRISPR-Local

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CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
AAAAGTGACATCTATAGCTA+TGG	0.495772	6.4:-62865773	MS.gene66360:CDS
AAAATAAAATACGGCACAGA+TGG	0.506665	6.4:-62870665	MS.gene66360:CDS
AAAATACTTACAAATATTTA+AGG	0.133012	6.4:+62868899	None:intergenic
AAAATTGATGTTAGTGGAGA+TGG	0.455052	6.4:-62870089	MS.gene66360:CDS
AAACTATCATTCGCATTCCT+TGG	0.448180	6.4:+62870026	None:intergenic
AAACTTCTGAGATCTGAGAG+TGG	0.690718	6.4:+62870566	None:intergenic
AAAGACAAACTGGCAATGTC+AGG	0.485494	6.4:+62869131	None:intergenic
AAAGTTCACGTTGCTTGAGT+TGG	0.445824	6.4:-62867221	MS.gene66360:CDS
AAATACTTACAAATATTTAA+GGG	0.363388	6.4:+62868900	None:intergenic
AAATTATTTGTAGGAATTTA+AGG	0.130912	6.4:-62868808	MS.gene66360:intron

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CRISPR-GE

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sgRNA_sequence	Strand	Position	Region	GC_content
AAAAGTGACATCTATAGCTA+TGG	-	chr6.4:62871365-62871384	MS.gene66360:intron	30.0%
AAAATAAAATACGGCACAGA+TGG	-	chr6.4:62866473-62866492	MS.gene66360:CDS	30.0%
AAAATTGATGTTAGTGGAGA+TGG	-	chr6.4:62867049-62867068	MS.gene66360:intron	30.0%
AAATATGCGATTATGTTCAG+TGG	+	chr6.4:62869537-62869556	None:intergenic	30.0%
AAATTCACTGTAGATTGGAA+CGG	-	chr6.4:62867229-62867248	MS.gene66360:intron	30.0%
AACAATAGAAAATGTCTTGC+AGG	-	chr6.4:62869649-62869668	MS.gene66360:intron	30.0%
AACACATCTTCATTCAACAA+AGG	+	chr6.4:62867888-62867907	None:intergenic	30.0%
AACCTAAAAGAAAATCTCTC+AGG	-	chr6.4:62869776-62869795	MS.gene66360:CDS	30.0%
AATGTAAGAAACAAGCTTAG+AGG	-	chr6.4:62871089-62871108	MS.gene66360:intron	30.0%
AATTTGATGTAAATTCCGGA+CGG	-	chr6.4:62871525-62871544	MS.gene66360:intron	30.0%

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Chromosome	Type	Strat	End	Strand	Name
chr6.4	gene	62865385	62871775	62865385	ID=MS.gene66360
chr6.4	mRNA	62865385	62871775	62865385	ID=MS.gene66360.t1;Parent=MS.gene66360
chr6.4	exon	62871694	62871775	62871694	ID=MS.gene66360.t1.exon1;Parent=MS.gene66360.t1
chr6.4	CDS	62871694	62871775	62871694	ID=cds.MS.gene66360.t1;Parent=MS.gene66360.t1
chr6.4	exon	62869715	62870746	62869715	ID=MS.gene66360.t1.exon2;Parent=MS.gene66360.t1
chr6.4	CDS	62869715	62870746	62869715	ID=cds.MS.gene66360.t1;Parent=MS.gene66360.t1
chr6.4	exon	62869299	62869437	62869299	ID=MS.gene66360.t1.exon3;Parent=MS.gene66360.t1
chr6.4	CDS	62869299	62869437	62869299	ID=cds.MS.gene66360.t1;Parent=MS.gene66360.t1
chr6.4	exon	62869119	62869190	62869119	ID=MS.gene66360.t1.exon4;Parent=MS.gene66360.t1
chr6.4	CDS	62869119	62869190	62869119	ID=cds.MS.gene66360.t1;Parent=MS.gene66360.t1
chr6.4	exon	62868910	62868981	62868910	ID=MS.gene66360.t1.exon5;Parent=MS.gene66360.t1
chr6.4	CDS	62868910	62868981	62868910	ID=cds.MS.gene66360.t1;Parent=MS.gene66360.t1
chr6.4	exon	62868737	62868817	62868737	ID=MS.gene66360.t1.exon6;Parent=MS.gene66360.t1
chr6.4	CDS	62868737	62868817	62868737	ID=cds.MS.gene66360.t1;Parent=MS.gene66360.t1
chr6.4	exon	62868279	62868418	62868279	ID=MS.gene66360.t1.exon7;Parent=MS.gene66360.t1
chr6.4	CDS	62868279	62868418	62868279	ID=cds.MS.gene66360.t1;Parent=MS.gene66360.t1
chr6.4	exon	62867935	62868158	62867935	ID=MS.gene66360.t1.exon8;Parent=MS.gene66360.t1
chr6.4	CDS	62867935	62868158	62867935	ID=cds.MS.gene66360.t1;Parent=MS.gene66360.t1
chr6.4	exon	62867363	62867489	62867363	ID=MS.gene66360.t1.exon9;Parent=MS.gene66360.t1
chr6.4	CDS	62867363	62867489	62867363	ID=cds.MS.gene66360.t1;Parent=MS.gene66360.t1
chr6.4	exon	62867184	62867246	62867184	ID=MS.gene66360.t1.exon10;Parent=MS.gene66360.t1
chr6.4	CDS	62867184	62867246	62867184	ID=cds.MS.gene66360.t1;Parent=MS.gene66360.t1
chr6.4	exon	62866364	62866589	62866364	ID=MS.gene66360.t1.exon11;Parent=MS.gene66360.t1
chr6.4	CDS	62866364	62866589	62866364	ID=cds.MS.gene66360.t1;Parent=MS.gene66360.t1
chr6.4	exon	62865385	62865823	62865385	ID=MS.gene66360.t1.exon12;Parent=MS.gene66360.t1
chr6.4	CDS	62865385	62865823	62865385	ID=cds.MS.gene66360.t1;Parent=MS.gene66360.t1

Gene Sequence

>MS.gene66360

ATGACAAATTCAATTGGATTCATTCTATTTCTTGTGTTATGTTTTGATGTTACAGTTTTAGTTCATGCACAGCAACAAACAGGTTAGTATTTTCAATTAGCTTCTGTATATTAGTTAGTCTTTATTTTTCTACAGCATTATTCATTCATAATCATGATGATATAGAATATTTTCTGGAAGTTCATATTTAATTTGGTGGTGAGTTCGATGAAATCATGATGAGTCATCCAGATTTTGGCAAAGCGTGCGAGTTTCAACAAAAAACGTGATTTTGTCAAGCTCACTGTGATTCCAAAAATTGACATATGCACTGTTTATTGAAGAAGATGAAAACATGTAGGATGTAGTAACACCAACACTTTAGATTGAAAACATGTTTGTTGTCGGACATGTGTCTGGTTTTCAACAGACCGACACCATGTCAAATGTCAATATCCAATACTGACAGACACACATGGTTACATTGAATCACTTTTATTTTCTCAAATTATTACCAACATCGACTTATCAGTGTACCATGCCTGATGTCTATGCTTGTGTTAGTGCTTCATAGGCTACTTACGCGTTACAAGTTGTTTTTAAAGATATCCAAACAATAGTACAAGTACTGTTTTCATGAGTTAAGGCTAAATTAACTCTTCAAAACACTCCCTTAATGTAAACCAATCATAAGTTTGTAGGATTGGCTAATCTAATAAACTTCTATAGGGAATGCTTATCCATAAGTTATTTTGTGAAATTTATTGAAAAATATGAAAATAGCTTCAATGTAGTACCGATATTTCAGATTGAAAGTGTGTCTGGTGTCCAACACGTGTCTGACATCAGCCGATACCAACATGACACTGACACTGACACATGTGGTTACATTTAATAATTTTCACTTTTCACTTTATTATAGGTGTGATTGACTTGTCAGTGTTGTCTGTCATGTATGGTGTCTATGTGTGTGTCAGTGCTTCATAGTACTAACATGCGGTTACATTCAATCATTTTCATTGCTGAATCTACTTTGTCATTCTGTTTTAGGCTTCATAAGCATTGATTGTGGTGGTCCAGCAAATTTTGAGTACACAGATGATGTAACTAAAATAAAATACGGCACAGATGGATCTTACATACAAACAGGACTTAACGGAAACATTTCTTCTGACTATGCATATCCAAAAAATCCTATTCTACCATTACCACTCTCAGATCTCAGAAGTTTTCCTAACGGAAACCGAAATTGTTACCGATTAATTGCCGGAAGAAAAGGCAGTTTACATTTAATAAGAGCTTCTTTCTTGTATGGAAACTACGATGGCCAAAACAAACTGCCTGAATTTGATCTCTATGTTGGTGTAAATTTCTGGTCAACGGTTAAATTTAAGAATGCTTCAGAAGAAGTTATGTTGGAAATAATCAGCATGGCAACATCAGAAGAAACAGATGTTTGTCTTGTGAATAAAGGAAAAGGAATTCCTTTCATCTCAGCATTGGAACTTAGACCAGTTGATAGTTCTATATATATAACCGAGTTCGGTGATTCTGCTTCATTGTTACTTTTCAAAAGATGGGACATTGGTTCAGTTAATGGAAGTGGTAGATATGAAGACGATGTTTACGATAGAATTTGGTTACCTTTGAATTCCTCTTCATGGAAATCTATAAGCACTTCTTCGAAAATTGATGTTAGTGGAGATGGCTATAAAGCACCATTTGAAGTTATTAGCAATGCTGCTACACCAAGGAATGCGAATGATAGTTTGGAATTTTCTTGGATTTCAGATGATCCAAATTTGAAGTTCAATGTTTACTTCTACTTTGCTGAATTTGAGAAACTTAACAAAACTCAGTCGAGAAAATTCACTGTAGATTGGAACGGTTCTCCTTTGATTAAATCAATAATACCAAAATACTTGCAATCAACTATCGTGTTTAATTCAAAGACGTTGGTTGCAAATGAACATCGAATTTCGATACGAAAAACTGAAGACTCAACGCTTCCACCTATTCTTAATGCAGTGGAGATTTATGTAGTAAGACAACATGATGCACTTCCAACATCTGAAGAAGATGGTAGGACATGTTTTCTCTGCTAAAATTTCGTATGCAATTACACTGCTTACCCTACTGAATAATTGTAGCACCGACGTTTCAGATTGATGGTGTGTCTGGTGCCTGATACAGGCCCATTTGGTACATTCAATCATTTCTATTTTTTAAAATATATCGGTGCCTGCGTTTTAGTGTACGTGTCGGTGCCTTTGGTGCAGTATTACTTGCAAATGTTTTCACTTTGACTTTGACCGATTATATTATACCTTTAAGTGAATGGAATTATATTTAATCACAGCTGAAGCTATAAGGAGTGTAAAAGATAGTTATAGAGTTCAAAGAAATTGGGTTGGTGATCCATGTGAACCAAAGAACTACACTTGGGAGGGCATAAAATGCAACTCCAGCACTTCACTTCCTCCAAGAATTGTATCACTGTGAGTGTTCTAATATCCCTTTTCCTTTGTTGAATGAAGATGTGTTGTATCTCTTTAGATTATGAATTTGTATCATGATATTTATAAGGAAATATTTTCTTTTTATAGGAATCTGAGCAGAAGTAGTCTGAGTGGAATCATAGCTCCTGACATTGCCAGTTTGTCTTTCTTGGAAACTTTGTGAGTACATATCTAAAATATTTGGAGTACATATATTGTCATCAGGGCCGTTCCTAAGAAATTGGAGGTCCGGGTCTCATAATGAAAATAGGCCCTTAGTAAAATAAAATTAATATCGCAACATTATTTTGACTCAGGGATTTATGCAACAATAGCTTAACTGGATCAATACCTCAGTTTTTGGAAGAATTGAAATCCCTTAAATATTTGTAAGTATTTTTTATGATGGTCACAAACTATAGACATTTTATACAAGATAAATTGTTAATGGCTAATGCAAGATAAATCAAATTATTTGTAGGAATTTAAGGGGCAACCAACTTTCAGGTTTTGTCTCTACCACTCTCATAGAGAGATCAAGGAATGGATTACTTACTTTGAGGTATGACTTTCTGTAATAGAAGATCATGATATTCTTAATGCAAGTCAAGTTAGTTTTATGTGCTATAAAACATTAACACAAACATGGACATCAGACACGACACTGACACATTGACACCAGAAATAATTTGGAAGCATTTAACAATTGAATGTAACCACATGTGGCATTGTCACATCGGACAGTGCTATATAGTTAATTTATCTAGAGTTATGGAAAAGAAAGCCAAAGTGCAAGTAAAGCATATCAAGGTGTGTAGAAGTGTCATCAAACATTTTTATGTGTAAATATGACCAGACTATTGTTTTAACATTTTTATAGGGTGGATGATAAAAACCTTTCAAATGCAAGTAACAAAAACAAGGTAATTGTTCCTATTGTTGCATCAATATCATCCGTTTTAGTTCTATTGGTCATTGCCATTCTTTATTGGAAGCTTAGAAGAAGAAATGAACCATCAGGTAAGTCTTGCTTTTAGCCAAAATTAATTTTGTAGAATTAGTTCATTCAAAATCAATTTTTGTTAGCGTAGAACAAAAGATAGACACCCTTAAACTCATTGTATTTGTTTTTGATTTAAGAGGATGAGATGCATATGATCAACAAAGTAGTAGGAACAGTAGTATCAAAGAAGTTGCAATACACTTATGCTGAGGTGTTGGACATCACCAGCAACTTGGAAATGGTCATTGGAAGGGGAGGATTTGGAAGTGTTTACAGTGGTCAGATGAAAGATGGAAATAAAGTTGCAGTAAAAATGCTTTCTGCATCTTCAGCTCAAGGGCCAAAGGAATTTCAAACTGAGGTAATTAGTGTTGGACACACTATACATGCAATGATAACTCTAGTCAATATTAGAAGAGTTTAGTTATTTTGATACACAACTTGGACTGTAAATTCCGACAACAACTAGATGATTAACATGATGCAATTATGCGGTTAATGAATAAATGTGGTTGATGGATATCATGGACACAATTTGGATGGTTAATGGATATCATGTATATTTGAACATCTGAAAAATCATGGTTAATGACATTCAAATTTGTAGTTAATTATGATAAGTGGATGGATGATGAGTTTCAGCACCTTGTCGTCATTTTCATGAACTATCCACTGAACATAATCGCATATTTCAACTAAATCAACCATTCAAATTGTTGTCAAATTTATTGTCAAGTATTTGCGACAAAATATCATTCTTTTTATATCAGAAACATCAATATCAAACAATAGAAAATGTCTTGCAGGCTGAACTTTTGATGACAGTTCATCACAAAAATTTGGTATCCTTCATTGGCTATTGTGATGAAGGTGACAAGATGGCACTGATATATGAGTATATGGCTAATGGAAACCTAAAAGAAAATCTCTCAGGTAGGCCCTTCCATGATTTAGATCATTGTACTTAATTTACTTAGTGTATTCTTTTTGACATCTCTTAATATTTGATAAAAGAAAGCATATTTCAATGTGATTTAATATGATTGCAGAAAAAAGTTCACGTTGCTTGAGTTGGGAAAGAAGACTTCAAATAGCAATTGATGCTGCAGAGGGTCAGTATATCTCCATTTTTTTTAGGATTTTTCTACTTTTTTTATCGTAGAAAAAAGTTCGAGTAAACCACCAAATTAGTCCATGTCTCAAATTTGTCATTGACTCAATTAATATTTCAAAATAGTGTCTCTCTCTCTTTGTCAAAAGTTTCTCAATTAAGTCCCTCGTCATGTGACAAAAACATCGAGACAGTGATCGAATTGAGAATCTTTTGACAATATTTCAAAATAGTCGTTGTCTTTGTCGAAAGTTTCTCAATTAAGTGCCTCGTAATGTGATAAAAACAGAGAGACAGGGATCTAATTGAGAAACTATTGACAAAGACATGGAATATTTTGAAATATTAATAGAGTCAGGGACTAATTTGAGAGTGGCTTACAAAGACAGGAACCAAATTGGTGGTTTACTCAAAAAAGTTCACATTGCTCTGCAATCAAAGACGTACACACAATTGGCCCAACTTCGTTACCAAACAACGCGTGTTTCTCTGTTAGTGTGACTAATAACTAGTTGCATTATATATGCATGAATCTTTTTGTGCAACTATTGTAATTTTTAATGATGTTTTGATGAATGATGTGTTTGGATTGAAGGATTGGACTACCTGCACCATGGATGCAAGCCACCCATAATACACAGAGATGTAAAATCAGCCAACATTCTTCTAAATGAAGACTTAGAAGCTAAATTAGCAGATTTTGGACTCTCTAAGGTGTTTAAAAATAGTGATATCCAAAATGCAGATTCTACATTGATTCATGTTGATGTTAGTGGCGAAAAATCTGCAATCATGGGGACAATGGGATACCTTGATCCAGAGTGAGTCCTAATCCAATTGATTTGTTTTACATTCTGGCATGTCAGCATCACAATCACAAGAAACCAATTCAGTTCAAAAAGTTACATTTCAACTTATGGTAAAACTCGTTTTGGTTCAGCTTGAAAACAGTAAATCGATGAACTGAAACTTTATACCACCAGTTTGGTTCGGTTTAGGAAGAACCATTAATAGTTCTTTTTCTATTTTACCAGTATTGAACAATGAAGGAAATGAAGAAAAGAGAAGAAAGGAAGAGTCTAAATTGTCCTCATAGCAAAGTAGATAACTTGCAATGTAAGAAACAAGCTTAGAGGACAATTTAGACTTTTCCTTTCATCTCTTTTCTTCATTTCATTCATTGTTCAATAACCAGACTGTTAAAACGGTTTAGTTCAATTTTCTTCCAAAAACGAACCATAAGTCCTACACGTCGTAAGCTATTTTCATAAACATATCAGCACATGAAAACCATATAAAAATAGAGTTTCATCTTTTCATGGATTCGTCAAGTGAATCTAACTACATTGTCGTTTATACAGGTACTACAAATTACAGACATTGAATGAAAAAAGTGACATCTATAGCTATGGAATTGTTCTATTGGAATTAATCACAGGTCTCCCTGCAGTGATTAAAGGCAAGCCATCAAAACACATACTTGAGTTTGTAAGACCACGACTTAATAAGGACGACTTGAGTAAAGTTATCGATCCAAGACTCCAAGGAAAATTTGATGTAAATTCCGGACGGAAAGTTTTAGGATTAGCAATTGCATGTACTGCATCAACCTCAATTCAGAGACCAACAATGAGTGTTGTGTTAGCTGAGCTGAAACAATGTGTTCAACGGGAGTCTCATAGCGACAGGGACAGGGAAATATTCGTGCCACCAAGAAATATCTACAGTGAATTTTATAGTTCATCTGATGCATTTAACTCCGTAGATAGTGAATCTATGACATATCCTGTCGCTAGGTAA

Protein sequence

>MS.gene66360.t1

MTNSIGFILFLVLCFDVTVLVHAQQQTGFISIDCGGPANFEYTDDVTKIKYGTDGSYIQTGLNGNISSDYAYPKNPILPLPLSDLRSFPNGNRNCYRLIAGRKGSLHLIRASFLYGNYDGQNKLPEFDLYVGVNFWSTVKFKNASEEVMLEIISMATSEETDVCLVNKGKGIPFISALELRPVDSSIYITEFGDSASLLLFKRWDIGSVNGSGRYEDDVYDRIWLPLNSSSWKSISTSSKIDVSGDGYKAPFEVISNAATPRNANDSLEFSWISDDPNLKFNVYFYFAEFEKLNKTQSRKFTVDWNGSPLIKSIIPKYLQSTIVFNSKTLVANEHRISIRKTEDSTLPPILNAVEIYVVRQHDALPTSEEDAEAIRSVKDSYRVQRNWVGDPCEPKNYTWEGIKCNSSTSLPPRIVSLNLSRSSLSGIIAPDIASLSFLETLDLCNNSLTGSIPQFLEELKSLKYLNLRGNQLSGFVSTTLIERSRNGLLTLRVDDKNLSNASNKNKVIVPIVASISSVLVLLVIAILYWKLRRRNEPSEDEMHMINKVVGTVVSKKLQYTYAEVLDITSNLEMVIGRGGFGSVYSGQMKDGNKVAVKMLSASSAQGPKEFQTEAELLMTVHHKNLVSFIGYCDEGDKMALIYEYMANGNLKENLSEKSSRCLSWERRLQIAIDAAEGLDYLHHGCKPPIIHRDVKSANILLNEDLEAKLADFGLSKVFKNSDIQNADSTLIHVDVSGEKSAIMGTMGYLDPEYYKLQTLNEKSDIYSYGIVLLELITGLPAVIKGKPSKHILEFVRPRLNKDDLSKVIDPRLQGKFDVNSGRKVLGLAIACTASTSIQRPTMSVVLAELKQCVQRESHSDRDREIFVPPRNIYSEFYSSSDAFNSVDSESMTYPVAR