AlfalfaGEDB | MS.gene80052

M. sativa cultivar XinJiangDaYe / MS.gene80052

KEGG: -
GO: -
PFAM: PF00628.32 PF16135.8

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.gene80052.t1	XP_013469849.1	95.8	1673	69	2	1	1671	1	1673	0.00E+00	3014.6

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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
MS.gene80052.t1	F4IXE7	41.0	446	247	7	578	1016	592	1028	1.7e-97	359.8

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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.gene80052.t1	A0A072VQ30	95.8	1673	69	2	1	1671	1	1673	0.0e+00	3014.6

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TFs/TRs:

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Gene ID	Type	Classification
MS.gene80052.t1	TR	PHD

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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.gene051642	MS.gene80052	0.8101	1.36E-50	-1.69E-46
MS.gene052036	MS.gene80052	0.823342	1.46E-53	-1.69E-46
MS.gene052307	MS.gene80052	0.826216	3.06E-54	-1.69E-46
MS.gene052609	MS.gene80052	0.843937	1.03E-58	-1.69E-46

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PPI:

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Gene1	Gene2	Type
No data available in table

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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.gene80052.t1	MTR_1g103830	97.310	1673	43	2	1	1671	1	1673	0.0	3345
MS.gene80052.t1	MTR_1g072130	45.760	684	317	17	350	1015	577	1224	4.90e-178	580
MS.gene80052.t1	MTR_2g078040	39.859	567	302	12	572	1109	726	1282	2.71e-118	407
MS.gene80052.t1	MTR_3g464550	39.855	414	236	8	605	1012	603	1009	4.09e-84	301
MS.gene80052.t1	MTR_5g071340	37.915	422	245	9	599	1012	673	1085	5.66e-78	283
MS.gene80052.t1	MTR_7g095140	39.329	328	173	6	705	1025	11	319	7.51e-77	260
MS.gene80052.t1	MTR_5g024390	35.431	429	243	6	605	1011	3	419	1.22e-69	241
MS.gene80052.t1	MTR_5g024500	34.965	429	245	6	605	1011	3	419	2.40e-68	238
MS.gene80052.t1	MTR_7g109640	36.269	386	235	6	604	985	383	761	5.96e-68	246
MS.gene80052.t1	MTR_3g103120	32.347	507	304	10	512	1011	358	832	2.14e-62	231

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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.gene80052.t1	AT4G14920	48.704	1080	463	29	4	1049	5	1027	0.0	897
MS.gene80052.t1	AT4G14920	48.749	1079	463	29	4	1049	5	1026	0.0	896
MS.gene80052.t1	AT4G14920	48.749	1079	463	29	4	1049	5	1026	0.0	896
MS.gene80052.t1	AT1G05380	46.581	1009	417	30	34	1020	27	935	0.0	772
MS.gene80052.t1	AT1G05380	46.581	1009	417	30	34	1020	27	935	0.0	772
MS.gene80052.t1	AT1G05380	46.581	1009	417	30	34	1020	27	935	0.0	772
MS.gene80052.t1	AT5G36740	45.166	631	273	10	390	1014	389	952	3.34e-174	558
MS.gene80052.t1	AT5G36740	45.166	631	273	10	390	1014	389	952	3.34e-174	558
MS.gene80052.t1	AT5G36740	44.323	643	271	11	390	1014	236	809	7.02e-171	544
MS.gene80052.t1	AT5G36670	42.040	647	284	12	390	1014	389	966	7.92e-158	514

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Find 442 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
AAAAGAAGAACTCTCCCCTT+TGG	0.464651	1.1:+74679725	None:intergenic
AAACAGAGTTTAAGGGCTGA+GGG	0.604380	1.1:-74680251	MS.gene80052:CDS
AAACTCAACCATTCAATGCT+TGG	0.456332	1.1:+74673636	None:intergenic
AAACTCTGTTTGCTTTCTAC+TGG	0.378430	1.1:+74680263	None:intergenic
AAAGGAATGCTCTGACATAT+TGG	0.364115	1.1:+74677909	None:intergenic
AAAGGGGATGCTTTGGGTGG+TGG	0.400107	1.1:-74680995	MS.gene80052:CDS
AAATAGTCTCTATTCCTCCG+TGG	0.647518	1.1:+74679846	None:intergenic
AACAAAATCCGCTGAGAAAC+AGG	0.259130	1.1:-74680183	MS.gene80052:CDS
AACCACTTAGGCAAGAAATG+AGG	0.636144	1.1:-74675769	MS.gene80052:CDS
AACGGGGATGGTATGGTTGA+GGG	0.516275	1.1:-74680725	MS.gene80052: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
chr1.1	gene	74673640	74681101	74673640	ID=MS.gene80052
chr1.1	mRNA	74673640	74681101	74673640	ID=MS.gene80052.t1;Parent=MS.gene80052
chr1.1	exon	74678888	74681101	74678888	ID=MS.gene80052.t1.exon1;Parent=MS.gene80052.t1
chr1.1	CDS	74678888	74681101	74678888	ID=cds.MS.gene80052.t1;Parent=MS.gene80052.t1
chr1.1	exon	74678096	74678228	74678096	ID=MS.gene80052.t1.exon2;Parent=MS.gene80052.t1
chr1.1	CDS	74678096	74678228	74678096	ID=cds.MS.gene80052.t1;Parent=MS.gene80052.t1
chr1.1	exon	74677888	74677976	74677888	ID=MS.gene80052.t1.exon3;Parent=MS.gene80052.t1
chr1.1	CDS	74677888	74677976	74677888	ID=cds.MS.gene80052.t1;Parent=MS.gene80052.t1
chr1.1	exon	74677464	74677702	74677464	ID=MS.gene80052.t1.exon4;Parent=MS.gene80052.t1
chr1.1	CDS	74677464	74677702	74677464	ID=cds.MS.gene80052.t1;Parent=MS.gene80052.t1
chr1.1	exon	74676361	74676447	74676361	ID=MS.gene80052.t1.exon5;Parent=MS.gene80052.t1
chr1.1	CDS	74676361	74676447	74676361	ID=cds.MS.gene80052.t1;Parent=MS.gene80052.t1
chr1.1	exon	74676061	74676160	74676061	ID=MS.gene80052.t1.exon6;Parent=MS.gene80052.t1
chr1.1	CDS	74676061	74676160	74676061	ID=cds.MS.gene80052.t1;Parent=MS.gene80052.t1
chr1.1	exon	74675696	74675888	74675696	ID=MS.gene80052.t1.exon7;Parent=MS.gene80052.t1
chr1.1	CDS	74675696	74675888	74675696	ID=cds.MS.gene80052.t1;Parent=MS.gene80052.t1
chr1.1	exon	74673640	74675600	74673640	ID=MS.gene80052.t1.exon8;Parent=MS.gene80052.t1
chr1.1	CDS	74673640	74675600	74673640	ID=cds.MS.gene80052.t1;Parent=MS.gene80052.t1

Gene Sequence

>MS.gene80052

ATGGAACCGGGAACGAGAATTGGTAGTCCTTCTGGGGTTGTGGTGAAGAATAGAAGCTCTTCGGGGTGTTTGATTGTCAGGAAGAAAGGGGATGCTTTGGGTGGTGGTGTTGGTGTTGGTGGTTCGAGTTCGCGGAAGCAGTATGATTCGAAGAAAGTAAGGAAAAAGGTGAAGGTGGAGGTTGATTCGAGTGATTCAGAATCGAGCGGGGAGTTAGTGATGCCGTCTGGTAGGAGGCTTGGGCCGGAGACAATCCGAGTTTGTAATAGTTTGAGTGCTCTTGAGCGAGGTGGTGGTAATGTTGGTGGCGGGGAGATTAGTAGGAAGAGGGACAGGATGGAGCAGATTCGGCGTAACGGGGATGGTATGGTTGAGGGGAATGGGTTGGAGAGGAGGGAGAAGAAAGTTAAGTTGGATGTGTTTGATTTTGATGAGTATGATGGAGTGGGTAAGGAAAGGATGAGGAGGCAGTTTGATAATGACAGGGTTGGTTTAGGAGGGGGAAGGTTTATGGGAACAATGCACGCTGCTAGAGGTAGTGTTGATAGGGAAATCGAATCTGGTTCAAGCAGACACACTGTGGATAAGCGGAAAAAAGCGTATTATGACAGGGCAATTGGCTTGCATCCCGTAGATGGCGGTGAACATAGTAGGATGAAGATGAAAAGGGATGGAACTCAGCCTCCCCTGCCCTTGTTGAAGGAGAAGTTTAAACCTGACGAGTCCATTAGGGTTCAGGGAAAAAATGGTGTTTTGAAGGTGATGGTTAATAAGAAGAAGGTGGGTGGGTCAGTAGAACGCTATGAACAACGTAAACCAGTAGAAAGCAAACAGAGTTTAAGGGCTGAGGGCACTTCTAAGAGGAGTGTTCCGATCCATCCTTCATCACACTTAGAAACAAAATCCGCTGAGAAACAGGGTTTACTTGTTAGGCCAGAGAAGAAACAGATAACAACAAGAAAATCCTTGTCAAGTAAGGAAGACAGCAAGGGAAAGGAGCAGGATTCAGATGACAATGACACATCAATGAATCTGGAAGTAAAAAATATTAAAGCTCACACACCTTCAAAAAAGATAACCTCTGAAAATGAACAGACTCCTGTAAATGACAAGTTCCCAACTACAAAGTCGAGTGAAGGGAAAATCAGGCGAGGTAGTGGCACAGAAAAGCAGAAACTACGAGAACAAATACGGGAGATGCTTCTGAATAAAGGCTGGACCATAGACTATCGCCCACGGAGGAATAGAGACTATTTAGATGCAGTTTACATTAATCCTGGGGGAACAGCTTATTGGTCCATCATCAAGGCCTATGATGCACTTCAAAAGCAATTGATTGAGGATGAGCGAGCGGCCAAAGGGGAGAGTTCTTCTTTTGCTCCTATTGCTGATGATGTGCTCAGTCAATTAACAAGGAAAACTCGGAAGAAGATGGAGAAAGATTTGAAGATGAAGAAGAAGAAGCAAAGGATTGATGACATTGATAGCGGAAAAGAACGGCAGATTAAAAGAACTTCTGGCAAAAAGCATCACATGAATAGCATTGATAGTGATAGCAATGAAGACAAGTTAAGCTCCTTTATCAAGCAACAAGGAAGTAAATCGATGAAAGCTAAATTGACTGAAAATGCTGTTACCGGTGGTAGCTCTAAAAGCCAGAATGCTACAACTGAGAAACCATTCTCTGAAAATGATCCTCAGAACCTACATGGAAGGAAAAGTAGGAAACATGGAAGGTGCACTTTATTAGTTCGTAACAAGGGATTGAATTCAGAATCTGATGACTTTGTTCCATATACGGGCAAACGAACAGTGCTTTCCTGGTTGGTTGACTCAGGGGTAGTACAGGTAAGTCAGAAGGTTCAGTACCGCAGGAGGAAGAAAGTAATGCTGGAGGGATGGATCACAAGAGAAGGCATTCACTGTGGCTGCTGTAGTAAGATCCTCACAGTTTCAAAGTTCGAGCTTCATGCAGGAAGCAAATTGCCTCAGCCATATCAGAACATATATTTAGATTCTGGAGTTTCTCTTCTACAGTGCCAGATAGATGCGTGGGAAAAACAAGAGAATTCTGGGAAAATCAGTTTCCATTCAGTAGATGTTGATGGTAACGATCCAAATGATGATACCTGTGGTATATGTGGGGATGGAGGAGATTTAATCTGCTGTGATGGTTGTCCATCAACGTTTCATCAGAGTTGCTTGGATATACAGGTATGTATTCATTTTATTTTGCTTTTGGGCATACTGCATGTTATGGTTTTTCAAATTTTAATTGGGTAAGTTATTGATCTCTCTAAGTTTTTTTTTTGTTGGTTCCTTTTTTTAAAAAAAAAAGCTTTGGTGGGTTGGGCTTTATTAGGACAGTTCTTGTTGATAGTTGTTTTGGTGGAAGAGAGCCGGTCAAATCTCATTATTGGAAACTTTGTTGCTCAGACAGCTGGAGGAGAGTGAAAACCCGGCACTATTCTTTATGGGTCATGCTAACATTTTCCTTTATTCGATTATAATATTTTGCCATATATCTTAGTGGACATGTTCAGAATTGGTATTTTGGGGCACCTTTTGCTCAATGACATTTTGGAACGGAATGTTCATTGTCAAGAAAGTGATGTTAATCACCAGTAGTTTTTATACCTGGAATGGTATCATGAATTTGTGGTTGATCAATAGGAAGATGTATTGCTGTAAATAATTCAATTTCTTATTTTTATTTCTGGGGGTGTTGAATGAGTCCCGTCATATAGGTGGTGTCCAGTGTGCCACAAACTATAATAGTTTATCACTGACAATGATGTTATTGATGCCTTAGTTTGGCAACATAATTGGTGAGGATTATTTTCATTCTGAGGAGCTCATTTATTCTGTTGCAGATGCTCCCTCCTGGGGAATGGCGTTGTCCAAATTGCACCTGTAAATTTTGTGGACTAGCCAGGGCAACTATTGACAAAGAAGATGATGCAACTGTAAATGCTCTACGTACTTGTGACTTGTGCGAGGAAAAATGTATCGAACTTATCCTTGTTTAGATTTGAAGTTATTTCAATTCAATATGCACTTTGCTCTGCCCCATTCTGTTCGTTTTGGTTTGATTTTGTCTAATACACAACCTTCTGTTTTTTAAGATCATGACCGCTGCACTAAGGACATGGGTGCCCTTCTTGCTAACTCCAATATGTCAGAGCATTCCTTTTGTGGAAAAAGCTGCAAAGAGGTACCCTTTGCATGTTCTTGTGCCCTAGTTTATAGACTGTATACTTAACAGTTGCAGATATCTTCTTTCTACAAAATTATGTATTTAATATTTGTATTACTGAGTTGACAAAACAAGCAGCAAAACCAAAGTGAACTTTTGTAGAGCTAAGGCCTGACTGAATTTCTTTCTTTATGCTTTTTCAGCTTTTTGAGAACTTGAAGAAGTACCTTGGGACCAAGCATGAACTTGATGCAGGCTTTACATGGTGTCTTGTTCGTAGAACAAACGATGATTCGGAAGCAGCTAGTAGGGGAGTCACCCAGAGGGTGGAGTGCAACTCCAAGCTGGCTGTTGCACTGACTGTGATGGACGAATGCTTTTTACCTGTTGTTGATAGGAGGAGTGGGGTCAATTTAATCCATAATAGTTTATATAATAGCGGGTAAGAACTAGTAATCACATTATGGCTGAACCATATACTTTTTGGTTCATGAGGTGCCTCATGTTATATTCTTTGGCATTCATAAAGCTGTAAATAGTTTGTCTGCTTCCTTTTTATCATTTTTCTTTCTAATATTTCTGTGTACACTGTTTGCTAATTTAAGTAGTTTCAAAGGGGATTGAACATTTTATCAAAATTATACCAACAAGTACATTAATTGTTGCTAAAAAATAACAGCACTTGCAGAATGATCTGCCACGAGCTTCAGCATTAGGCTTGATGTTCCATTTCTATCAATTTCGAAATTAAATCATTAACTCTTGCTCTGTAACAATCAGTATTCGATGCCTTATTGCTTTATATTCTGTCTGCAATGCAATGCAGCTATTTTGTCATAGGAAAAATATTTTTCAAAAAGAGGAAAAGTACAACTAGCTCGAGAATATAATATACTGTTCATAACTGATAAATGCTAAAAACAAGGTAATACATAAAAGTTCTAGGATGCAGCAAGGCTATCCAATCTCTGCAAATTGGATAGGCAAAACCCCCTCAGAACAGCCATATGTCAAGCAGCACTGTGAAGCCATAAAAACAATCGTATTCCAGATAAAATCTTGGGTGACTTAGACTCTCTTATGATGCAGAAAATGGGGTGTGATTTTAGCATCGAACAGTGAGATTTTTATTGGGTGTGTAGCCCATCCTTGTAACTGTTTATGTATGTCTGAAATCTAGATAGCTTGATACATATACTATGTTCAACATATGTTAAATACATCCTCCAGACAGTGATATCACATTTTTTGTAGTACTTGTATATATTCTGAGGCTTAGGTCATCATGCTTTTATTATTTAAATGACTTTTGTTTCCTTGTTTGTCTTATATTATTAAATACATTTCATGGTGTTCATTTCATGATTTTGACCGCATGAATACTTTCTTGATATTGTTTGCTGTAAGATGCATATATATTTTTTTAACCTTTATGGGTTTTCTGTTTATTTTTTACAGGTCAAACTTCAGTCGGTTGAATTATACTGGCTTTTATACCGCTATTTTGGAGCGGGGTGATGAAATAATTTCTGCAGCATCTATCAGGTATTATGCATCCGCCGTCGTCATTTTATTTTATCTTTCTGCTAAACTTTATGAAGAGCCTCACTTAACCAACTCAGTGGATCCTTTTCCCTTTTATATACGGAGATTAGGACAATAATGTACTAACTATTTCTGTTTCACTTACTTACTGAGCAAAATGAGAGTAAACTTACTTGTTGGTCATTATTATCCTGTCTTAGGTTCCATGGGACTAAGTTAGCAGAGATGCCATTCATTGGAACTCGCCACATATATAGGAATCAGGGAATGTGCCGCCGGCTTTTTTCTGCCATTGAACTCGTAAACCTTCACAAATTTCCTTTTCTTTGCTCTTTTATCTGATATCTTTATACAATTTTCGTTGGCATATGCCCTTTCGCGTACATTTTTTATGAAACTGACACACTCTTATCTCAATCTCAATTTTTTATGAAACTGACACACTCTTATCTCAATCTCTACTTCTTGGAAGGCTCTTTGCTCATTGAAGGTTGAGAAGCTGGTTATTCCTGCAATTTCTGAACTTGTTCATACATGGACAACAGTTTTTGGCTTCACACATCTTGAGGAACCACTTAGGCAAGAAATGAGGTCATTGAATATGTTGGTGTTCCCTGGCATTGATATGTTACAGAAGCTTCTAGCAGAGCAAGGAAAACTTGAGGGTAATACAACCGGTGAAGGTGCTGATTATTTATTTACTTATTATTTATCAATTTTCAGCAAATTATTTGACTCTTTCACTTTTCTTTTCCAACAGATGCTGAGCAATTTGAGAATGGAGACGTGGGTTCTATTAAGCCTGCTGTGGTCAATGGGTTAGATATCAATTCACCCGCTTTGCAAGATCCTCATGGAAGTGAGGATGCTAGTTCCAATCTTGCCAATAAGATTAACAATGAATGTAGTGATGCTTCTCAAGATATAAGCAATCAAGGTTTATCTGGCAGAACTGTGTGCTCCAAATCTCATTCTGAGGAAAGAATATCTGATTTTGTTTCAGAAAACTGTGCTTCTCCTTCTAATTCTAGTCATGGGGTACTCAAAAAGAAAATTAAAATATCGATGTCTTCTCCCATCAATGATCCATCACCCAAATGTCAACTCATTTCACCAAATGATACTTCTACAAATGGTCTTCCATCGGATCACTCAGATAGTCATGAAATCCGAGCTTTGGGTCAAGCAACTGCATGTTCTGACCTAGCTACTGTAAAGAACATGGTTGAACCTGCTTCTGAGGGGAAACCCCATGCTTTCACTGATATGAATTGTGATTCACCAGGTCTTGACCAAAATCCTGTGTCGGATTCTCAAGTAGTGGATAATGCTTTGTCTTTTAAAGAGTTTGATATGAATGATGCCCATGTTGAGGTTCTCGAAGCTGGTCCTTTAGTGAATTCATCTCAGGCGAACAATACCGAAGAGAATAATGAAAATGTAGATGTCTCTGGTTCTGTTCTGAATCATGCTATCACAGATATGAATTGTGATTCACCAGGGCTAGACCAAAATCCCGTGTCGGATTCCGGAGTGGCAGATAATGACATGTCTTTAAAAAAGTTTGATATGAATGATGCCCATGTTGAGGTTGTTGAAGTTGGTCCTTTAGTGAATTCGTTCGAGGGGAACAATACCAAAGAGAATGATGAAAATGTAGATGTATCTGGTTCTGTTCTTAATCATGCTATCACTGATATGAATTGTGATTCACCAGGGCTTGACCAAAATCCTGTGTCGGACTCTCAAGTGGTGGATAATGATTTGTCTTTAAAAAAGTTTGATATGAATGATTCCCTTGGCGAGGTTCTTGAAGCTGGTCCTTTAGTGAATTCATCTCAGGCGAACAATACCAATGAGAATAATGAAAATGTAGATGTCTCTGGTTCAGCTCTTAATCAAGATATCACTGATATGAATTGTGATTCCCCAGGACTTGACCAAAATCCTGTGTCGGATTCTCGAGTGGCGGATAATGCTTTGTCTTGTAAAGAATTTGATATGAATGATACCCATGTCGAGGTTCTTGAATCTGGTCCTTTAGCGAATTCGTCCGAGGCGAACAATGCCAAAGAGAATGATGAAAATGTAGATGTCTCTGGTTCAGTTCTTGATCACACTGAAAGTGATATGAATAATAATTCACCAGGGCATGACCGAAATCCTGTTACGGATTCTCAAGTGACGGATAATGCTTTGCCTTTTAAAAAGTTTGATATGAATGATGTCCGTGATGAGGTTGTAGAAGCCGGTCCTTCAGTGAGTTCATCTGAGGGGAACAATACCAAAGAGAATAATAAAAATGTAGATGTCTCTGGTTCAGCTCTTAAACCTGCTTCCATTGATATGAACAGTAACTCACCAGGTCTTGACCAAAATCCTGTGGTGGATTCTCAAGTGGCGGAAAGTGCGTCTTGTAAAGAGTTTGATATGAATGATACCCATGTCGAGGTTCTTGAAGCTGGTCCTTTAGTGAATTTGCCTGAGGGGAACAATGCCAAAGAGAATGTTGAAAATGTAGATGTCTCTAGTTCTGTTCTTAATCATGCTGGTGAGAGTTCCTTGCAGGTAAGATCTGATTTGAATGGTGAACTTGCATATGAAGGGAAAAAGAATTCACATTTGGACACAGAAGTTGCTTCAAATGAAATGCATTTTGATGAAACTGGCGTAAATCCTTCCGGTGATAGTGCTGAGACTGACCAAGCATTGAATGGTTGA

Protein sequence

>MS.gene80052.t1

MEPGTRIGSPSGVVVKNRSSSGCLIVRKKGDALGGGVGVGGSSSRKQYDSKKVRKKVKVEVDSSDSESSGELVMPSGRRLGPETIRVCNSLSALERGGGNVGGGEISRKRDRMEQIRRNGDGMVEGNGLERREKKVKLDVFDFDEYDGVGKERMRRQFDNDRVGLGGGRFMGTMHAARGSVDREIESGSSRHTVDKRKKAYYDRAIGLHPVDGGEHSRMKMKRDGTQPPLPLLKEKFKPDESIRVQGKNGVLKVMVNKKKVGGSVERYEQRKPVESKQSLRAEGTSKRSVPIHPSSHLETKSAEKQGLLVRPEKKQITTRKSLSSKEDSKGKEQDSDDNDTSMNLEVKNIKAHTPSKKITSENEQTPVNDKFPTTKSSEGKIRRGSGTEKQKLREQIREMLLNKGWTIDYRPRRNRDYLDAVYINPGGTAYWSIIKAYDALQKQLIEDERAAKGESSSFAPIADDVLSQLTRKTRKKMEKDLKMKKKKQRIDDIDSGKERQIKRTSGKKHHMNSIDSDSNEDKLSSFIKQQGSKSMKAKLTENAVTGGSSKSQNATTEKPFSENDPQNLHGRKSRKHGRCTLLVRNKGLNSESDDFVPYTGKRTVLSWLVDSGVVQVSQKVQYRRRKKVMLEGWITREGIHCGCCSKILTVSKFELHAGSKLPQPYQNIYLDSGVSLLQCQIDAWEKQENSGKISFHSVDVDGNDPNDDTCGICGDGGDLICCDGCPSTFHQSCLDIQMLPPGEWRCPNCTCKFCGLARATIDKEDDATVNALRTCDLCEEKYHDRCTKDMGALLANSNMSEHSFCGKSCKELFENLKKYLGTKHELDAGFTWCLVRRTNDDSEAASRGVTQRVECNSKLAVALTVMDECFLPVVDRRSGVNLIHNSLYNSGSNFSRLNYTGFYTAILERGDEIISAASIRFHGTKLAEMPFIGTRHIYRNQGMCRRLFSAIELALCSLKVEKLVIPAISELVHTWTTVFGFTHLEEPLRQEMRSLNMLVFPGIDMLQKLLAEQGKLEDAEQFENGDVGSIKPAVVNGLDINSPALQDPHGSEDASSNLANKINNECSDASQDISNQGLSGRTVCSKSHSEERISDFVSENCASPSNSSHGVLKKKIKISMSSPINDPSPKCQLISPNDTSTNGLPSDHSDSHEIRALGQATACSDLATVKNMVEPASEGKPHAFTDMNCDSPGLDQNPVSDSQVVDNALSFKEFDMNDAHVEVLEAGPLVNSSQANNTEENNENVDVSGSVLNHAITDMNCDSPGLDQNPVSDSGVADNDMSLKKFDMNDAHVEVVEVGPLVNSFEGNNTKENDENVDVSGSVLNHAITDMNCDSPGLDQNPVSDSQVVDNDLSLKKFDMNDSLGEVLEAGPLVNSSQANNTNENNENVDVSGSALNQDITDMNCDSPGLDQNPVSDSRVADNALSCKEFDMNDTHVEVLESGPLANSSEANNAKENDENVDVSGSVLDHTESDMNNNSPGHDRNPVTDSQVTDNALPFKKFDMNDVRDEVVEAGPSVSSSEGNNTKENNKNVDVSGSALKPASIDMNSNSPGLDQNPVVDSQVAESASCKEFDMNDTHVEVLEAGPLVNLPEGNNAKENVENVDVSSSVLNHAGESSLQVRSDLNGELAYEGKKNSHLDTEVASNEMHFDETGVNPSGDSAETDQALNG