AlfalfaGEDB | MS.gene42612

M. sativa cultivar XinJiangDaYe / MS.gene42612

KEGG: -
GO: GO:0001882 GO:0003674 GO:0003676 GO:0003677 GO:0003824 GO:0003899 GO:0005488 GO:0006139 GO:0006351 GO:0006725 GO:0006807 GO:0008150 GO:0008152 GO:0009058 GO:0009059 GO:0009987 GO:0016070 GO:0016740 GO:0016772 GO:0016779 GO:0018130 GO:0019438 GO:0032549 GO:0032774 GO:0034062 GO:0034641 GO:0034645 GO:0034654 GO:0036094 GO:0043170 GO:0044237 GO:0044238 GO:0044249 GO:0044260 GO:0044271 GO:0046483 GO:0071704 GO:0090304 GO:0097159 GO:0097367 GO:0097659 GO:0097747 GO:0140098 GO:1901360 GO:1901362 GO:1901363 GO:1901576
PFAM: PF00562.31 PF04560.23 PF04561.17 PF04563.18 PF04565.19 PF04566.16

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.gene42612.t1	XP_003603295.2	99.2	1188	10	0	1	1188	1	1188	0.00E+00	2357.4

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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.gene42612.t1	Q9LK40	68.0	1172	336	11	34	1188	23	1172	0.0e+00	1607.0

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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.gene42612.t1	G7J9U6	99.2	1188	10	0	1	1188	1	1188	0.0e+00	2357.4

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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
No data available in table

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Network:

Co-expression Network:

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Gene1	Gene2	correlation coefficient	p_value	FDR
MS.gene050447	MS.gene42612	0.822579	2.20E-53	-1.69E-46
MS.gene050448	MS.gene42612	0.832216	1.07E-55	-1.69E-46
MS.gene056228	MS.gene42612	0.811949	5.42E-51	-1.69E-46

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PPI:

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Gene1	Gene2	Type
MS.gene014907	MS.gene42612	PPI
MS.gene023227	MS.gene42612	PPI
MS.gene023462	MS.gene42612	PPI
MS.gene028236	MS.gene42612	PPI
MS.gene08397	MS.gene42612	PPI
MS.gene08846	MS.gene42612	PPI
MS.gene09000	MS.gene42612	PPI
MS.gene09247	MS.gene42612	PPI
MS.gene24205	MS.gene42612	PPI
MS.gene27025	MS.gene42612	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.gene42612.t1	MTR_3g105990	99.158	1188	10	0	1	1188	1	1188	0.0	2456
MS.gene42612.t1	MTR_0189s0050	93.243	518	32	2	2	519	3	517	0.0	1005
MS.gene42612.t1	MTR_1g023500	35.063	1195	667	29	53	1186	36	1182	0.0	663
MS.gene42612.t1	MTR_8g023445	30.252	1190	691	33	53	1186	894	2000	4.25e-139	466
MS.gene42612.t1	MTR_4g124030	26.839	1237	706	44	59	1184	31	1179	1.54e-94	329
MS.gene42612.t1	MTR_0002s0510	25.355	422	268	8	738	1117	653	1069	6.82e-30	130
MS.gene42612.t1	MTR_4g051130	25.221	452	265	12	774	1181	618	1040	4.18e-28	124
MS.gene42612.t1	MTR_1g022135	23.860	285	145	12	133	402	11	238	1.72e-12	70.1

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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.gene42612.t1	AT3G23780	67.534	1192	345	13	17	1188	3	1172	0.0	1633
MS.gene42612.t1	AT3G23780	67.534	1192	345	13	17	1188	3	1172	0.0	1633
MS.gene42612.t1	AT3G18090	68.441	1071	302	9	136	1188	3	1055	0.0	1505
MS.gene42612.t1	AT3G18090	65.529	908	277	9	136	1025	3	892	0.0	1209
MS.gene42612.t1	AT3G18090	65.635	905	275	9	136	1022	3	889	0.0	1206
MS.gene42612.t1	AT4G21710	35.314	1195	664	29	53	1186	33	1179	0.0	654
MS.gene42612.t1	AT5G45140	30.945	1228	699	38	19	1179	7	1152	5.48e-151	484
MS.gene42612.t1	AT5G45140	30.945	1228	699	38	19	1179	7	1152	5.48e-151	484
MS.gene42612.t1	AT1G29940	25.606	1238	731	38	53	1184	16	1169	2.22e-90	317
MS.gene42612.t1	AT5G45140	29.340	818	469	28	53	827	39	790	2.57e-76	270

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Find 294 sgRNAs with CRISPR-Local

Find 498 sgRNAs with CRISPR-GE

CRISPR-Local

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CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
AAAAGGATGGAAAGGATTTC+TGG	0.253506	3.1:-84053152	MS.gene42612:CDS
AAAGCATCGACTCTTATATT+TGG	0.162091	3.1:+84050863	None:intergenic
AAAGCTAAAGCACACCGAAA+GGG	0.531794	3.1:-84050405	MS.gene42612:CDS
AAAGTCAAATTCAGGAACAC+CGG	0.640672	3.1:-84049101	MS.gene42612:CDS
AAAGTGGTGATATTATCATC+GGG	0.600046	3.1:-84050460	MS.gene42612:CDS
AAATAGGATGGTTGTTAAAT+TGG	0.238146	3.1:-84053810	MS.gene42612:CDS
AAATATTTCTGAAGAGACTC+TGG	0.434667	3.1:-84053883	MS.gene42612:CDS
AACAAGAGGCTTGAGTTAGC+TGG	0.506910	3.1:-84053359	MS.gene42612:CDS
AACCAATCCATTACAAACCA+TGG	0.584723	3.1:-84053108	MS.gene42612:CDS
AACCGTGCTTCGTTGCAGCG+CGG	0.708946	3.1:-84050656	MS.gene42612:CDS

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CRISPR-GE

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sgRNA_sequence	Strand	Position	Region	GC_content
AAACAGAAATGGTTAACACA+AGG	+	chr3.1:84052878-84052897	None:intergenic	30.0%
AAAGTGGTGATATTATCATC+GGG	-	chr3.1:84053696-84053715	MS.gene42612:CDS	30.0%
AAATGTGAAAAGAGCAGTAT+TGG	+	chr3.1:84052709-84052728	None:intergenic	30.0%
AACCCTAAAACGTACAAAAT+CGG	+	chr3.1:84049738-84049757	None:intergenic	30.0%
AACTGAACTGAACTTTAAGT+TGG	+	chr3.1:84054564-84054583	None:intergenic	30.0%
AAGGATTAAAAAGAAAGGCA+AGG	-	chr3.1:84050696-84050715	MS.gene42612:CDS	30.0%
AAGTATGGATTCAGTTACAT+CGG	+	chr3.1:84051891-84051910	None:intergenic	30.0%
AATTGGAAACATAACATAGG+AGG	+	chr3.1:84052735-84052754	None:intergenic	30.0%
AGTAAAAAAAATCCCTAACC+TGG	+	chr3.1:84049204-84049223	None:intergenic	30.0%
AGTAATCTGCTCAAGATTAA+AGG	-	chr3.1:84052984-84053003	MS.gene42612:intron	30.0%

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Chromosome	Type	Strat	End	Strand	Name
chr3.1	gene	84048743	84055435	84048743	ID=MS.gene42612
chr3.1	mRNA	84048743	84055435	84048743	ID=MS.gene42612.t1;Parent=MS.gene42612
chr3.1	exon	84054974	84055435	84054974	ID=MS.gene42612.t1.exon1;Parent=MS.gene42612.t1
chr3.1	CDS	84054974	84055435	84054974	ID=cds.MS.gene42612.t1;Parent=MS.gene42612.t1
chr3.1	exon	84054493	84054705	84054493	ID=MS.gene42612.t1.exon2;Parent=MS.gene42612.t1
chr3.1	CDS	84054493	84054705	84054493	ID=cds.MS.gene42612.t1;Parent=MS.gene42612.t1
chr3.1	exon	84053044	84053924	84053044	ID=MS.gene42612.t1.exon3;Parent=MS.gene42612.t1
chr3.1	CDS	84053044	84053924	84053044	ID=cds.MS.gene42612.t1;Parent=MS.gene42612.t1
chr3.1	exon	84052097	84052388	84052097	ID=MS.gene42612.t1.exon4;Parent=MS.gene42612.t1
chr3.1	CDS	84052097	84052388	84052097	ID=cds.MS.gene42612.t1;Parent=MS.gene42612.t1
chr3.1	exon	84050334	84051278	84050334	ID=MS.gene42612.t1.exon5;Parent=MS.gene42612.t1
chr3.1	CDS	84050334	84051278	84050334	ID=cds.MS.gene42612.t1;Parent=MS.gene42612.t1
chr3.1	exon	84049807	84050078	84049807	ID=MS.gene42612.t1.exon6;Parent=MS.gene42612.t1
chr3.1	CDS	84049807	84050078	84049807	ID=cds.MS.gene42612.t1;Parent=MS.gene42612.t1
chr3.1	exon	84048743	84049244	84048743	ID=MS.gene42612.t1.exon7;Parent=MS.gene42612.t1
chr3.1	CDS	84048743	84049244	84048743	ID=cds.MS.gene42612.t1;Parent=MS.gene42612.t1

Gene Sequence

>MS.gene42612

ATGGAACACATAGGTTCAAGCAAAGATGCTAACAACACCAACTACACAGAAATGGACATTGACCTCGACGACGATGAAGATCAATCCAACGCCGAAATCCTCAACGAACTCGGTGATGATATGGTCAAATACTTTTGCAAGAAAGCTTCCGTCATGTTCTTCGACCAATACGGTTTAATCAGTCACCAAATCAACTCGTACAATCAATTCATCAATTCTGGTCTTCAAGCCGCTTTCGATTCCTTCGGTGATCTCACTGTTACGCCTGGTTTTGATCCTTCTAAGAAAGGTGCTGATGAACATTACCGTTATGCTACGGTTAAGTTTGGGAAGGTTACGCTTGAGCGACCTAAGTTTTGGTGTGGTGAAGGGAATGCTCAAGAGTTGAAGATGCTTCCCAGACATGCCAGGTTGCAGAGGATGACTTATGCTTCTAAGATGAAAGTTGATGTTCACATCCAGGTTAGGGATTTTTTTTACTCCTTTACAAAGTTTTCATTTTTAAATGTTGGTTAGTATGATTTGAAATTTGTAGTTTCTATTTGATGGTTTTGTGTTAACAAGAAATGATTTTTGACATCAAAATTGTTACAGTGTCCTTTGATTTTTGTGTGTGTTTTTGAAATGTGGGTAAGTTGTAGAAGATTAAAAAGTATGAGAGATAGAGATAAACACGTAGAGTGTTTGCATTTTGATGTTCAGATAACAGGACTGTGTGTGTTAATTTCAGGTATATGTTATGAAGAAGGTTCGAAGTGATAAGTTTAAGACTGGGAAAGAAGAATACATTGATAAAGATATTAAAGGGGAGGATACGAGGGAAATAACTATTGGGAGACTGCCTGTTATGGTCAAGTCTGATCTGTGTTGGATGAGTGAAACTGAGAAAGGTGATTGTGAATTTGACCACGGAGGCTACTTTCTGATTAAGGGTGCTGAAAAGGTTAGCTATAATTATGATTTATTTACACGTGTTTCTGTCTTGTTTGTTACCGATTTTGTACGTTTTAGGGTTACATATGTTTTTAGTGATTTTTGTCCCTGTAAAATTCACAATTGTTTATGTTTAGTCCCTGCATGAGTTTTGTTACTTGTAAATTTTAGTCCCTTTTTTGCTTTAGGGACAAAAATCGCCTGTTTTTTGTTCAGTGTTATCCAATGGCAGTTATGGCGCCTATTGGTGGCAGATTTTGACCACGCCGATGTGGTAAATGGTGGTCAATATTGCAGGTTTTTCTGCCATAAATGTACCACAAAGTGGTCAAAATTGCAGAAATTTGGGTCTCGGCCACAATATGCCATAGACAATACTGCTTTTGTAAAATGTTTTCAAAATAGGGACTAAAATTTATCTAGAGACAGAACTAAAAAAATTGCATTTTGATTGGGATTAAGAACACATTTAGCCTACATTTTAACGCAGCGCATTTATTGTGTCTTATTTTTGTATGTCTATATTATATCTTCGCAATCATTTCTTTGCTGCTGATTGTAAACCGCTTTTGTTGCAGATTTTTATCGCACAAGAGCAAATATTTCTGAAGAGACTCTGGGTTTCAAATATTCCATACTGGGCTGTTGCTTTCAAGTCACAGATGAAGAGAAATAGGATGGTTGTTAAATTGGTGGAAGGTTCGACGGAGGGAATTACACACGGAGAGAAGCTGCTCACAGTGTATTTTCTGTCTGTCGAGATACCTGTATGGATATTGTTTTTTGCTCTTGGTGTCACATCAGATAAAGAAATTGTTGATCTCATCGATTATGGAGAGGCAGATGGAAGAATTGAAAACATTCTCTTTGCATCCATCCGTGAGGCAGACGATAAATGTGAAGCATTTCGTAGGGTAAAGAACGCTCTTCTTTTCTTAGAGGAACGTGTAAAAGGCGTACAGTTTCCACCCGCAGAATCTATTGACGAGTGCTTTAACATGTATGTTTTTCCGAACATTAAAGGATTAAAAAGAAAGGCAAGGTATCTAGCTTACATGGTGAAGGTTCTTCTACTAGCATATACTGGCCGTCGAAAAACTGATAACAGGGACGATTTTCGAAACAAGAGGCTTGAGTTAGCTGGTGAGCTGCTGGAGCGCGAGGTTAAAGTGCACTTTGCACATGCTAGGAAGCGAATGGGGAAGGCCCTGCAGAGAGACCTTTATGGAGAACGAGAAGTTCGTCAAATTGAGCACTATCTTGACGCTTCCATTATTACAAATGGTCTCCAAAGAGCGTTTTCTACTGGAGCTTGGACACATCCTTTCAAAAGGATGGAAAGGATTTCTGGTGTGGTTGCAACTCTTGGGCGAACCAATCCATTACAAACCATGGCTGAATTAAGAAGAACAAGGCAACAAGTTCAGTACACAGGAAAGGTCGGGGATGCTAGATACCCGTAAGTTACTTTTAACTTCTATTTTAGTCTTTCTGTAGTCTGTGCCAATAGAATTATTTTATCCTAGCTGACTGAATGAAGGTTAAATATGCGCATCATACAAAATCTTATCACTAATAATCCTAAACTACTTATACATGTGAAGGCCCCTTATAATATTGCTATCAATCAACAAGAAAACTAAAACTAAATAAAATTACCTGGTCATTAAAACTCACGGTTCATACATTCAATTCTTTATAGTGCTGCCTGTGTAGACTAGATGCCGAGTTTTTATGGTGGCCATCTCTGTTTCTTCCATTTCATGTTCAGTATCAGCTTCTGTAATGCGCCTTCATTGAGGGGATGTAAATGTAAAAATCAGTACGTTCTAAATGAAATGGTCGTCATAACTCATGTTCAAACCTGTAAATTAATCTCTTATTTAGTCATCACTAGCATGAGTATAACTTTATAAGTATCAACGTCCCAACCTTTTCAGGGATTGATCTAGTCTCTGGCATTGTCTTAGTAGCTTCAGATGGTAGTAGTGCAATGAATACTTGATTTCTCTTAAGTTTAAAGTTCATAGCTGCTGTTTTGTATATTTGAACTATTGCTTTATTATAAAAGTTTAGATGCTTTCATTTATTTTAATAGAAGCTTATGGTTGCAGGCATCCTTCTCACTGGGGTAAGGTTTGTTTTCTTTCCACCCCAGATGGTGAAAATTGTGGACTTGTAAAAAATTTGGCTGCCACAGGAGTAGTAAGTACCGATGTAACTGAATCCATACTTCCTCAGCTGTTCGATTGTGGGATGGAAGAACTTGTTGATGATACTACAACTGTTCTGGGGAAAAAAGACAAAGTTTTCCTAAATGGGGACTGGGTTGGAGTTTGTTCAGATTCCATATCATTTGTGGCAGAGCTACGAACTAGAAGACGGAGGAATGAGTTGCCTCATCAGGTTCACTTTTAATCTCTCATTTTGATGTGACAGTGTATTCTACCTTTGTCATATTTTAAAGCACTTACTTTACATGAGTCATGGAGAGAACCCATATAGTGGAAGAAGGTTGTTGTTTTATGCTGTTAATTTGATATTTAATAGCTTAGTTATATAGTGCAGAGCTGATGATGCATTAATTAATAACAAATTGCATAGTTATGTTTTAAGTATCTGGAAACTTGGCTTATATTGAATATAATAATTTTGCAGCTTAGTTTATGTCTAACATATGATTAAATGGCTAGCATGATAATATTATTTGTTTGAAATTTGCTTTCTGGGTGAGCGAGACCATGTCTCTATGTACACTACCTCTGCAAAACGCTGTCACTTATGTGTCCCTCTCCTCTGTCAAAGATTGGTTTATATATATATTCAGTTTTGGAACTTTATTGTTTTGATAAGATCGTGATAGCACCTTTTTGTAGAAATAGAGAACAACAAATGAAAGGGAAACAATTGCTCGAAATACTAAATTAAAGAATCTCAATACTGAGCATGCACATCTCCCACTTTCCCCTTGTGAGTTGTGACCTTGCACTAGAATAGTGAAGTGACTCATGTTGATTTTGTTAGAAGCTTCCAATACTGCTCTTTTCACATTTCTTCCTCCTATGTTATGTTTCCAATTATGTTGACTTTGTAAGCTTTCAATTGTATTGTTGTTTCCCTATTTTTTTTCCCTTGTTGAAAATAATATGCCACAGTAATTGCAATAAATTTGTGATTTTGTTGATTTTGATTCTTTGAGCCTTGTGTTAACCATTTCTGTTTAGGTGGAAATCAAAAGAGATCAGTGTCAACAAGAAGTGCGCATATTATCTGATGCAGGAAGGATTCTCCGTCCACTCTTGGTTGTTAGTAATCTGCTCAAGATTAAAGGATCTAAGTCTGAGCATAAATCTTTCCAGTCCCTATTGGATAATGGCGTGATTGAGCTGATTGGTCCTGAAGAAGAAGAGGACTTCAAGACTGCTTGGGGTGTTCAGTATTTGTTTGGCAAAGAGGGAAAATCTTCTGTGAAGTACACACATTGTGAACTTGATATGTCATTCTTATTAGGTCTAAGCTGCTCACTTGTTCCATTTGCAAATCATGACCATGCTAGGAGAGTGTTGTACCAATCCCAGAAGCATTCTTCTCAGGCTATTGGCTTTGCTACGACAAACCCAAATATAAGAGTCGATGCTTTGTCTCACCAACTGTTTTATCCACAAAGACCACTCTTTCAGACAATGACATCTGATTGTCTTGGAAAACCTGGATATCTTGGTCAGAGTAAAGTTGTTCCAAAGTCTGAATTCTATAATGGGCAGAATGCAATTGTGGCTGTCAATGTGCATCTCGGATATAATCAAGAAGATTCCTTGGTTATGAACCGTGCTTCGTTGCAGCGCGGTATGTTCAGATCTGAGCATATAAGGAGTTACAAAGCTGAAATTGAGAATAAGGAATCTTCAGAAAAGAGAAAGAAACCTGAAGACATTGTTAATTTTGGAAAGATACAGAGTAAAATTGGCCGAGTTGATAGCCTTGATGATGATGGCTTTCCATTTGTTGGAGCAAATTTGCAAAGTGGTGATATTATCATCGGGCGGTGTGCTGATTCCGGGACGGACCATAGTATAAAGCTAAAGCACACCGAAAGGGGTTATGTTCAAAAGGTTGTGCTGTCTTCGAATGATGAGGGGAAGAATTTTGCTGTTGTTTCGCTGAGACAGGTAACTGTTGTAACCAAGAACTACTTCAATTATGATGCATCTTGTCTTATGGATAAAAAAATTTGGGTTACTGCACTGAACAACAAACATACTGAATACTTAGATGCAAGTTGAGATGAACATGCAAATATATAAGTTTGTTCGTAATCTGCACATGGATATTTTTTTATGTTCCACAACTGAAATCTAATTTTTTTTTTACCTCTAAGTTGTATTTGACCGCTAAGAAAAACTGTTGTATGATAAAATTTGCAGGTTAGGAGCCCAGTTCTTGGAGATAAGTTCTCCAGTATGCATGGACAGAAGGGTGTTTTGGGATTTCTGGAGTCTCAGGAAAATTTCCCCTTCACAAAACAAGGCATTGTTCCTGATATTGTTATAAATCCACATGCATTTCCTTCGCGACAAACTCCTGGACAACTACTAGAGGCTGCTTTGGGAAAGGGCATCGCTTGTGTTGGTTCACTGAGGAATGCTACTCCTTTCTCCACTTCCTCTGTTGAAGCCATTACTGACCAGCTTCATAGGTAATCTTCCATCATGATTTAGTTTACTTTAATTGCAGTTTTGGTTACTTGTATTTTATGTAGGCCTGTTCAAGATTCATTAAAAAACTGAACCGAACTATGCACTGCACTGATCCGAACTGGAAAAGAGCCGAACTTTTGACACAGTTCAGTTTGTTGTACTGTTTAGTTGAACAAGTTCACTAACCGCCAACTTAAAGTTCAGTTCAGTTTACTTTAAAACCCAGTTTGGGAAAGAGCTTGAAATACCGGTGACCGATGCTTAATAGTGCTAGCGTTTGTTTGTTCATTCTGCTATGTATTTCTCAATCGCGTCTCATTGCTAGGTGCCAAAAGCTTGAAAGCATGTTAGGAATATTTTATTGTAGATCCAGGCTCGCTTTCAGGCTTTCGGAACTGGAAAGAGCATGTTAGGATAATATTCCTAACAATAACATGTCTCAATATGTGGATTGCATTAGCTTCAGGCTCGCTTTAAAAATAGGAATTTTGTCCCAAAGTTTCATTTTAAGTTGTCATGTTTTGTTGTTGTACTGAGCCCTATTTATTTTGTACATTACAGAGCTGGCTTTTCAAGATGGGGGAACGAACGAGTATACAACGGAAGGACCGGTGAGATGGTCCGATCGCTGATATTTATGGGCCCAACATTCTACCAGAGACTGCACCACATGTCCGAAGACAAAGTCAAATTCAGGAACACCGGCCCAGTTCACCCGCTGACCCGACAGCCTGTCGCTGACAGGAAGCGATTTGGAGGTATCAAGTTTGGTGAGATGGAGCGTGATTGCCTGATAGCTCATGGTGCTTCAGCAAATTTGTATGAACGCCTCTTCACCCTGAGTGATTCGTCTCAGATACACATTTGTAGTAAATGCAAGAATGTTGCAAATGTGATCTTGCGACCGGTATCTGGTGGCCGGAAGATTCGAGGTCCCTACTGCCGTTTCTGTGAATCAGCCGATGACATTGTGGTGGCCAGTGTTCCATATGGAGCAAAGTTATTGTCTCAGGAGCTGTTCAGCATGGGCATTAATCTCAAATTTGAAACTGAGCTTTGCTAG

Protein sequence

>MS.gene42612.t1

MEHIGSSKDANNTNYTEMDIDLDDDEDQSNAEILNELGDDMVKYFCKKASVMFFDQYGLISHQINSYNQFINSGLQAAFDSFGDLTVTPGFDPSKKGADEHYRYATVKFGKVTLERPKFWCGEGNAQELKMLPRHARLQRMTYASKMKVDVHIQVYVMKKVRSDKFKTGKEEYIDKDIKGEDTREITIGRLPVMVKSDLCWMSETEKGDCEFDHGGYFLIKGAEKIFIAQEQIFLKRLWVSNIPYWAVAFKSQMKRNRMVVKLVEGSTEGITHGEKLLTVYFLSVEIPVWILFFALGVTSDKEIVDLIDYGEADGRIENILFASIREADDKCEAFRRVKNALLFLEERVKGVQFPPAESIDECFNMYVFPNIKGLKRKARYLAYMVKVLLLAYTGRRKTDNRDDFRNKRLELAGELLEREVKVHFAHARKRMGKALQRDLYGEREVRQIEHYLDASIITNGLQRAFSTGAWTHPFKRMERISGVVATLGRTNPLQTMAELRRTRQQVQYTGKVGDARYPHPSHWGKVCFLSTPDGENCGLVKNLAATGVVSTDVTESILPQLFDCGMEELVDDTTTVLGKKDKVFLNGDWVGVCSDSISFVAELRTRRRRNELPHQVEIKRDQCQQEVRILSDAGRILRPLLVVSNLLKIKGSKSEHKSFQSLLDNGVIELIGPEEEEDFKTAWGVQYLFGKEGKSSVKYTHCELDMSFLLGLSCSLVPFANHDHARRVLYQSQKHSSQAIGFATTNPNIRVDALSHQLFYPQRPLFQTMTSDCLGKPGYLGQSKVVPKSEFYNGQNAIVAVNVHLGYNQEDSLVMNRASLQRGMFRSEHIRSYKAEIENKESSEKRKKPEDIVNFGKIQSKIGRVDSLDDDGFPFVGANLQSGDIIIGRCADSGTDHSIKLKHTERGYVQKVVLSSNDEGKNFAVVSLRQVRSPVLGDKFSSMHGQKGVLGFLESQENFPFTKQGIVPDIVINPHAFPSRQTPGQLLEAALGKGIACVGSLRNATPFSTSSVEAITDQLHRAGFSRWGNERVYNGRTGEMVRSLIFMGPTFYQRLHHMSEDKVKFRNTGPVHPLTRQPVADRKRFGGIKFGEMERDCLIAHGASANLYERLFTLSDSSQIHICSKCKNVANVILRPVSGGRKIRGPYCRFCESADDIVVASVPYGAKLLSQELFSMGINLKFETELC