AlfalfaGEDB | MS.gene068183

M. sativa cultivar XinJiangDaYe / MS.gene068183

KEGG: -
GO: GO:0000166 GO:0003674 GO:0005488 GO:0005515 GO:0017076 GO:0030554 GO:0032553 GO:0032555 GO:0032559 GO:0036094 GO:0043167 GO:0043168 GO:0043531 GO:0097159 GO:0097367 GO:1901265 GO:1901363
PFAM: PF00931.25 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.gene068183.t1	KEH41386.1	82.9	2072	331	3	1	2069	1	2051	0.00E+00	3158.2

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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.gene068183.t1	O81825	28.2	920	581	30	28	919	1	868	6.9e-48	195.3

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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.gene068183.t1	A0A072VII4	82.9	2072	331	3	1	2069	1	2051	0.0e+00	3158.2

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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.gene051388	MS.gene068183	0.808901	2.47E-50	-1.69E-46
MS.gene051719	MS.gene068183	0.802938	4.42E-49	-1.69E-46
MS.gene051720	MS.gene068183	0.800771	1.23E-48	-1.69E-46
MS.gene054801	MS.gene068183	0.800442	1.44E-48	-1.69E-46
MS.gene055818	MS.gene068183	0.804617	1.98E-49	-1.69E-46
MS.gene058515	MS.gene068183	0.825505	4.52E-54	-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.gene068183.t1	MTR_1g050402	86.293	2072	260	3	1	2069	1	2051	0.0	3482
MS.gene068183.t1	MTR_1g050402	28.944	805	473	22	773	1549	1319	2052	7.42e-57	219
MS.gene068183.t1	MTR_2g089975	53.776	2079	920	19	1	2069	1	2048	0.0	2043
MS.gene068183.t1	MTR_2g089975	50.800	1063	494	16	1036	2079	2048	3100	0.0	955
MS.gene068183.t1	MTR_2g089975	40.188	1065	604	17	1027	2069	1514	2567	0.0	686
MS.gene068183.t1	MTR_2g089975	23.084	1096	634	48	760	1766	2079	3054	4.33e-17	89.0
MS.gene068183.t1	MTR_1g041550	52.746	2076	927	20	1	2066	1	2032	0.0	2015
MS.gene068183.t1	MTR_1g041550	46.748	1307	597	21	788	2071	1330	2560	0.0	1030
MS.gene068183.t1	MTR_1g041550	32.397	534	325	13	1542	2069	1012	1515	1.19e-54	212
MS.gene068183.t1	MTR_1g051585	52.502	2078	930	21	1	2069	1	2030	0.0	1991

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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.gene068183.t1	AT4G27220	26.744	774	502	24	173	919	141	876	4.33e-60	226
MS.gene068183.t1	AT4G27220	26.744	774	502	24	173	919	133	868	9.28e-60	224
MS.gene068183.t1	AT4G27190	24.563	973	610	35	1	919	1	903	7.83e-55	210
MS.gene068183.t1	AT4G26090	24.550	778	455	23	177	926	178	851	2.43e-44	176
MS.gene068183.t1	AT5G05400	24.421	864	547	32	36	859	39	836	6.11e-37	152
MS.gene068183.t1	AT5G05400	25.895	726	444	29	169	859	1	667	6.48e-35	145
MS.gene068183.t1	AT5G05400	25.895	726	444	29	169	859	1	667	6.48e-35	145
MS.gene068183.t1	AT1G61190	24.550	611	401	22	24	608	26	602	6.41e-33	139
MS.gene068183.t1	AT1G61190	24.834	604	400	21	24	602	26	600	1.55e-32	139
MS.gene068183.t1	AT1G61190	24.834	604	400	21	24	602	26	600	2.64e-32	137

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Find 363 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
AAAACAAGGATATTCGTGTT+TGG	0.339137	1.4:-36442859	MS.gene068183:CDS
AAAATATATTTAACAAGCTT+TGG	0.325405	1.4:+36437263	None:intergenic
AAAATCAGAGAATGCAAAGA+AGG	0.501540	1.4:+36441264	None:intergenic
AAAATGTGCCTACTCTTAAG+TGG	0.512826	1.4:-36439034	MS.gene068183:CDS
AAACAAGGATATTCGTGTTT+GGG	0.365236	1.4:-36442858	MS.gene068183:CDS
AAACAATTCAAAATAGTTAT+TGG	0.199999	1.4:-36441828	MS.gene068183:CDS
AAACCACTTAGAAATGTCGT+TGG	0.645103	1.4:+36436663	None:intergenic
AAACTCCGGATAGAGTCTTG+TGG	0.683675	1.4:-36437205	MS.gene068183:CDS
AAACTCGAGCGTTTCTCTGC+AGG	0.486557	1.4:-36439808	MS.gene068183:CDS
AAAGAATATGTATGAAGATA+AGG	0.469124	1.4:-36438400	MS.gene068183:intron

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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
chr1.4	gene	36435945	36444001	36435945	ID=MS.gene068183
chr1.4	mRNA	36435945	36444001	36435945	ID=MS.gene068183.t1;Parent=MS.gene068183
chr1.4	exon	36441149	36444001	36441149	ID=MS.gene068183.t1.exon1;Parent=MS.gene068183.t1
chr1.4	CDS	36441149	36444001	36441149	ID=cds.MS.gene068183.t1;Parent=MS.gene068183.t1
chr1.4	exon	36440484	36440738	36440484	ID=MS.gene068183.t1.exon2;Parent=MS.gene068183.t1
chr1.4	CDS	36440484	36440738	36440484	ID=cds.MS.gene068183.t1;Parent=MS.gene068183.t1
chr1.4	exon	36439651	36440376	36439651	ID=MS.gene068183.t1.exon3;Parent=MS.gene068183.t1
chr1.4	CDS	36439651	36440376	36439651	ID=cds.MS.gene068183.t1;Parent=MS.gene068183.t1
chr1.4	exon	36438401	36439210	36438401	ID=MS.gene068183.t1.exon4;Parent=MS.gene068183.t1
chr1.4	CDS	36438401	36439210	36438401	ID=cds.MS.gene068183.t1;Parent=MS.gene068183.t1
chr1.4	exon	36436931	36437671	36436931	ID=MS.gene068183.t1.exon5;Parent=MS.gene068183.t1
chr1.4	CDS	36436931	36437671	36436931	ID=cds.MS.gene068183.t1;Parent=MS.gene068183.t1
chr1.4	exon	36435945	36436811	36435945	ID=MS.gene068183.t1.exon6;Parent=MS.gene068183.t1
chr1.4	CDS	36435945	36436811	36435945	ID=cds.MS.gene068183.t1;Parent=MS.gene068183.t1

Gene Sequence

>MS.gene068183

ATGGAGGTTCTCATTTCATTAACCGCAGAAGTAGCAAAGTTTGCCGTCGTTCCTATTGGACGGGAAGCAGGTTATTTGCTATTGTACAAAAGCAATTTCAAGAAGCTAGAAGACCGGGTTAAGGAACTTGACGCCACAAGAATAACATGGAACAATTGTGTTGAAGATGAAAGAAGGAGCGGTAAGGAAATTGAAGCTGTTGTGGTGAACTGGTTGAAGGATGCAAATGAGCTCATTGAAAAGGCAAATAAGCTTCGTGAAGATCCTCGCCGTACTAACATCAGGTGCTCTATATTTCCTTTTCCCAGTTTGATTTGGCGTCATCAACTTAGTAGGAAAGCCTTCAAGATTTCAGAAAAAATTGTTGAAATACAAGGAAAAGGAAAGTTCGATCGAGTTGGTTACCTTCCAACACTAGATCAAATAACCTTCTCTTATTCTTCTACCACAAGGAGGTTAAAGCTTAAGACCAGGGAATTGTTTAAGGACAAAATTTTAAAGGCTTTACTAGACCTTAATGCACATAACATTGGGGTATATGGGCTAGATGGTGCGGGTAAGACCACCGTCGTGGAGGAAATTGCTGAAACAACTAAGCATAAAAAAATGTTTGATGCAGTTGTTATGGCCAATGTATCTAGAAATCCAGATATTGAGAGAATTCAAATGGAGATCGCAGATCAGTTGAATCTTACATTTATTGAGAAGACTATTGTCGGGAGAGCAAACCGTCTAAGACAAAGAATCAAAGCTGAGAAAACTATCCTAGTCATTCTAGATGATATTTGGCCTACATTTGAATTGGAGAAAGTAGGAATTCCATTAGGAGATGATCGTACATCTCGCATTCAAAATAAACAATATACCAAACAAAATGTGAAACAAAATGTCTGCAAATTGTTGATGACCTCCAACAATAAGGATGTGCTCTTGGAAAAGGAGGTTGAAGAAGAATTCACTTTCAGACTGGAACTGTTGGGTGAATTAGAAACATGGCACTTGTTTCAATTTATGGTTGGAGACAAGGTTAATGATATTAGTTTACAGAGTTTAGCTCCTCAAGTGGCCCAAAAATGTGCAGGCTTGCCTCTTCTCATTGTGACAGTGGCAAGAGGTTTGAAAAACAAGGATATTCGTGTTTGGGAAGATGCATTACGACAATTAGAAAGTAATAGTCTTGCAGGAATGGATATGAAAACTCGTTCTACTTTGGAGTTGAGTTACAATTTGTTAGTGAGTGAAGAAATGAAGGATATCTTCTTGCTTTCTTCTACACTACAAGATAGGGATGCAGAGTACTTACTGAAAGTTGCTATGGGTTTGAACATATTCAAAAATATAAATACTGTGTATGATGCAAGAAACACACTTCACAATATAATCCAATCTCTGCAGGCTTCTTGTTTATTGGATAAAGGTAACACAAGTGGGCAGATCCAAATGAATAACTATGTTCGTGATGTAGCAGTCTCTATAGCACTTAGGGATCGACATGTATTTGTGAAGGAAAACCTATCTGACTTGAAGGAGTGGCCAACGAAAGATTTTCAAAGAAGCTCACAGATCATCTTATATGGGTGTAATGTCCGCAAGCTTCCTGAAAGGTTAGATTGTCCTAATGCTAAGTTTTTCTACTTGGATAGTGATGATTCCTTTGTAGAGATCTCAAATACTTGTTTTGAGGGTATGGAAAGTCTTCAAGTGTTAGATTTAACAGGCTTGAACTTGTCTTCGTTACCAACTTCTTTTCAGTCCCTATCTAGCCTTCAAACATTGTGTCTGGATCATTGTGTGTTGGAAAATATGGATACAATAGGAGCTCTGAGAAATCTAGAAATTCTCAGCCTTGTGAAATCATCAATGATCAAATTACCAAGCGAAATAGAAAAACTGACTAAACTAAGAATGCTTGATTTGACTCATTCTGGAATAGAAGTAATCCCATCAAACATCATATCAAGCTTGGCTACACTGGAAGAGTTGTATCTGGGCAATACATCTATTACATGGGAAGAAGAGAACTCAGCTAAGCAAAACAAAAATGCTAGCCTTGCTGAGCTTAGACAATTGTCAAACTTGACTGTTCTAGAGTTACAAATTCCTGAGATTTGGGTTTTGCCTAGGGACTTGAAATTGATGTTTGAGAAACTGAAACAATTCAAAATAGTTATTGGAGAGGTATGGGAGTGGGTTCAAATGGAGAAAGGAAACTTGAATACATTGATGCTAAAATTGGGAACAAGCATACATTTGGAGCATGGGATTAAAGCATTGATTAAACGGGTTGAGAATTTATACTTGGATGAAGTAGATGGCATTCAAAATGTGCTTTTCCAACTCAATTGGGAGGGATTTCCATTGCTGAAGCTCCTCCACATACAAAATAATGCAAAAATGAAGCACATAGTTGACTCCACAGAGAGGAATACAGTCCAAGTTTGCTTTATCAATCTGGAAAAACTTGTACTTGAGAATCTTAAAAATTTGGAGCGAATATGTCATGGCCGACTTGAAGCTAATTCCTTTGGCAAGCTTAGTGTTATCAAAGTCAACAATTGTGTCCAATTAAAATATCTTCTCTCCTATTCAATGGTTATGGGACTTTCTCATCTTTCTGAGATTGAAGTTTGTCAATGCACTTCTATGACAGAGATAATACTCAAAGATCGTGATTCAAGTGGAGATAATGACATAACTAATGAAAAATTCGAGTTTCCTTCTTTGCATTCTCTGATTTTAGAACATTTGCCCAAACTTGATAATTTCTTCTCTTATGAGTCGAAGTCTTCCAAGAATGAGCGGAACCATCAAAGGTTGGAGATGTATGTTCCTGCACTATTTTTTGGGGCTCAGGTATTTTATTCCACACTAATTATTTATATTGAAGTAACGTATATAATATTTATTTTGTAAAAGGAACAATCTCATCATGGATAAATTACTTGATAACTTGATAGTCATTAATAGGAAACAATTAATTTTGATATATAAACTTGTAGGAATGCAAGACACAAGGTCCAATAAAATTTTCCATATCTAACTTTCTTTATGTATTTACCTTAACCATTCATTGTTAGATATATTGGCCATGGCCTAGTTCTCTTATTCTCATATAAAATGCCTTATGGTAACTAAGAGTTTGGTCAAATGGTAAAAGGACTAACGACATATTTTGGATGAATAATGCAACTTCAAAGTCCAAATTCATATCATTAAATTGTCGTAGCCTTCAGTTATGATTTGCTTAATTAATTTCTATGTAGGTTGCACTTCCTAATTTGGATACCCTTACCTTGAGCTCATTAAATTTGAATAAAGTTTGGGGTGACAATCAACATTCCTTTTACAAATTGACAAATTTGGTTGTGGATAATTGTGGTAAGTTAAAGTACTTATTCTTGTCCTCCATGGTTGGATGTTTTATAAACCTCAGGCAACTTGAAATTAGTAAATGTTCTTTGATGGTGGAGATAATAGCTACAGAAGAAAAAAACAACCTTACTGATGCATCAAAAGAGGTATGCTACTTTACCATTAGGAATATTCCAATTTTGCACTAGCATTTAAATAAATATTTATAACGACGACACTAGTTATTTATGAGTTCATAAATTTTCAATCATAGGTTCGATTCTCCAAATTAGAGGAAATCATATTGAATGACATGGAGAACTTGAAGACAATATGGCACCACCAGTTTGAATCTTTGAAGTCGTTGAAAGTGAATAAATGTGACAAAATCACAGTAGTTTTTCCTTCTTCATTGCAAAAAACATACAATAATTTAGAGATGCTAGATATTACAAACTGTGCTTCAGTGGAAGAGATATTTGAATTGAATTCCAATGAAAAGGGAAGTAAAGAGGATGCAACAAATCTGAAAGAAATCACCTTGAGTGATATGCCAAAGCTGAAAAATATATGGAGTGTGGATCCTCAAGGGATTCTTAGTTTTCATAATCTAGAAAATGTATATGTAGGGGGTTGTGAAAGCATGGAATATCTATTTCCGCTTTCTGTAGCCATTTGCTGCTGCTCACATCTTAAAATACTTAGTTTGATATCGTGTGAGAACATGAAGGAAATTGTTGCAGTGAAGAAAGGATCTGGGTCTGCAACCCCCATATTTGAGTTAAATCTGCTGAATACTCTAACGCTTTTGAGTTTACCTAAACTCGAGCGTTTCTCTGCAGGAAATCATACTTTAACTTGTCCATCTTTGAGAAAACAATTTGTTGTAGTTTGTTCAAAATTGAACTTATTCAAAACTTCAATTACAAGCATGCACAAAATGTTTCAAAATGGAAAACTCCATATCGCAGAAGAAGTACCACTTCTCATAGTTGAAAAGGTACATATCATACAAATTAATGCACCACAATTTGCATGAAAACTTTATATATGTCACTATTTTTAGAAGAAATAAAATTATAGCCGAATTAAATTGTCAAAATTTGGTACCTTTTAAGACAAAGCCTACGAACTATCGCCACCAGAAAAAAGGTTGTAGATTAAAATGACCAAATGCATCAATATATATTCAAATTGAAGACAAGTGGGTGAAGATATTGAGATTGAACACTGGTGGCATTTTGTAGTTATATCTTCGAGCTGGAATTTATTAATCTAGTTAGCGTAGAGGTGGTAATTGTGTGGGTTAAAGATGAAATTGAGGAACGTACAGTTGTAATGGTCAAAGAAAAGGAAAGTGAATATTAGTAAATGTTTCTGTTTTTTTTACTGAACAATAAATATTCACTTCTTGTAAATTGTGCTTTATGTTTGTTTTAGGTGATTCCAGAGCTGGAGGAATTGTTTATTGACTATAGGGATGCTAAAATGATTTTGCAAAACAACAATTTGGGTTTTATCTTCACCAAAATTACATTTCTTGGACTATATAGATTTGTAATTGAAGATGCTATTTTTCCTGATTGGTTTCTCCAAAATGTGCCTACTCTTAAGTGGCTAAATGTTGGTTTGAGTTCCTTCAAGAAGATATTCCCAGAAGGAAGATTGGTAACCAAGGAAAGTTACACATGGCTGAAATCGTTGAAACTTACTGATTTGCCTGAACTTCAAAATATATGTGAAGAAGGATGCCAACTCGATCCGGTTCTTAAAAAACTTGAATACCTTGACATTCGTGCATGTCCTAGTTTGACGATGTTGTCACCTTCCTCTGCTACTTTTAGTCACTTGACAAATTTGGAAATAAGAAATTGCCATGGGTTGATAAAATTAATTACATCTCCAACAGCGAGAAGTCTTGCCAAACTCACAACAATGACGGTAACAGACTGTAATTCACTTGAAGAAATAATCACAGGAAGTGAAGATGTTGAGATTGCACTTACTAGTTTGGTAACATTGATGCTTGAATGTTTACCAAGGCTCAACAAATTTTGCTCTTGTAAGTGCTTATTGAAACTTCCATTGTTGGAGGAAGTAGTTGTGAGAGAATGTCCGCGTATGAAGATTTTCTCTGAGGGAAATGTCAGCTCTGCAATTCTACAAAAAGTGAAAACTGCACAAGATGTTGGGAAATGGCATTTGAAAGGGAACCTAAATGATAAAATAAAGAATATGTATGAAGATAAGGTATGCTCTAGTTTTCCAATTGATTTCCTATGCAAAATCAATTTTCTTGTTGTTTTTCATTGGATACAAGATGGTTGATTTTTAACTTCCAAATAAAGAAATATTGAAGAAAACAACCAATCTTCTTTCCAGGAAGATAACAGCCAATTATTTATACTGACATGTGATACATCTAGATTCTCCATGCACCTGTTAAGAATGCCAAAAGTGGAAATTATGTATTGGAAATTGTGTAAATTTATTTTTCAAAAAGAGGAATTCTTAACATGTTCACTTAGGACACATGTTAGCATGAACCTCTTTTTAATAAATAAAAACTTCCTTTTTTCATCTAACTTCAAACTCATAAGGATTTTAACTTAGTTCATGTACTTTTATTGTAATTGCTGGCATGTGATAGCTCTAGATTCTCCAATTAATATAATTTTTTTCAATTTCAAACTCCAATAAATAGAAATGCTTGTTTATATGTTAAAGAGTTTACAAAACATATAGTATAATTAAATATTAAATAAAATTGGCTAAATGCATGAATTTTATATAAGCTAAATTCATAAAAATATATGCAGATGTTGCATCTTGTAGTTTTGGCATTTTTACTTATATCTTGATTATTCTATATGTAGAAAAAAATGTAGTATTTGGCTCTCTTAAACATATATAGATGAGTGAGTGAAAAAAAACTAATGCCTTATGATCACTTGATATATTTATTTGATTGATCAACAGGTTGCATTTTGTGAATTTGAACATTTAACATTGTCTGAATTCCCTGAACTGAAGGATCTGTGGTATGGGCAACTTCACCCCAATGTGTTTTGCAATTTGAAATCTCTAGTTGTGCAACAATGTGATTTTTTGTCAAATGTACTTTTTCCATCAAATATATTGCAAGTGCTTCTTACACTCGAAGAACTTGAAGTGAGAGATTGTGATTCATTAAAAACAGTGTTTGATGTGAAAGATATTCAATCTAAAGAAAAATTGGTGAAGCAAATTGCTGAATTGAAAAAATTAACTTTGTCTAGCTTACCACAACTGAAGCACATATGGAATGAGGACCCTTGTGAAATTATCAACTTTGGAAAATTAGAAATAGTGGATGTTTCTGAATGCCAAAGCTTGTTAAATATATTTTCACTATCACTAAGCCAACATCTTGGACATCTTGAGAAACTCCGGATAGAGTCTTGTGGCGTCGAGGGAATTGTTGCAAAGGAAGAAGGACCAATGAAAATTAGCCTTAGTTTTCCCCAAATGAATGAACTGGAACTACTTGGTTTGACAAACCTCAAGAGTTTTTATCCAGGAAAACACACTTTGGAGTGCCCTTCATTAAAGATATTGAAAGTGTTTCAATGTGAAGCATTGAGAATGTTTTCCTTTAATTATTCAAGCATCCGAGAGCCTGGTCAGGTGGACGAAATTCATGATATGCCATTTCAACAAGCCCTATTTTCTATTGAGAAGGTAAAACCACCAGTCTTGATCCTTGTCTTTGTCCTTTTTATCATTGTTGACATAAAACTTAAAAGAACTGTATCCTCCTTAGTCCAATCTAGTACTTATTTGAATACTTTATTTTTTAGGTATGCCCCAACTTGGAAGATTTGGCATTATATGGAAAGGATGCAGAAGAAATATTGAATGGTAGTTATCAGGAAAATCTCTTCCAAAAGGTTGAAATTCTTCGTTTGTGCTGTTTCAAAGAAACTCCAACGACATTTCTAAGTGGTTTCCATGCAATGTGTCCTAATCTAGCAACACTTGAAGTGAATAGTAGTTCCTTTGAAACATTGTTCCTCACAGGAGGAGTTGATCATCTAAATTCACGATCTCCCAAAAAAATAAGAAATTTGTGGCTTTTCAAATTAGAACAACTCAGGTTTATTTGGCAGGAAGACTTACCGGTGGATCATTTTGTAATGCGGGATCTTGAAGGTTTGAGAATATATAATTGTCCCAATTTGATAACCTTGATACCATCATCGTTATCTTTAAAAAATTTAACTAATTTGGAAGTGGACAACTGCAAAGGATTGATTCATTTGATAACAAATGAAACAGCTAAAAGTCTTGTACAACTCACAAAATTAGTAATAGGAAATTGTGAAAATATGTTGGATGTTGTGAAGGTTGATCAAGAAAAAGCAGAAGAAGAAATCATATTTGAAAACTTGGAAATCTTGGAATTCTCTTCTTTGTTAAGTTTGAGAAGTTTCTGCTATGGGAAACAAGCATTCATATTCCCATCTTTACTAAGTTTTGTTGTTGAAGGATGTCCTCAAATGAAGATTTTCTCATCAGGATTCACAATAGCACCATTCCTGACAGCAGTTGAAGTGGAAAACGAAAAGAAACGGTGGAAAGATGATCTTAATACCACTATTGAACAATTGTTCAAAGAGCAGCAGGTACGCAAAGCTATTCCATTTATTCAGCAATTAACGTTATGA

Protein sequence

>MS.gene068183.t1

MEVLISLTAEVAKFAVVPIGREAGYLLLYKSNFKKLEDRVKELDATRITWNNCVEDERRSGKEIEAVVVNWLKDANELIEKANKLREDPRRTNIRCSIFPFPSLIWRHQLSRKAFKISEKIVEIQGKGKFDRVGYLPTLDQITFSYSSTTRRLKLKTRELFKDKILKALLDLNAHNIGVYGLDGAGKTTVVEEIAETTKHKKMFDAVVMANVSRNPDIERIQMEIADQLNLTFIEKTIVGRANRLRQRIKAEKTILVILDDIWPTFELEKVGIPLGDDRTSRIQNKQYTKQNVKQNVCKLLMTSNNKDVLLEKEVEEEFTFRLELLGELETWHLFQFMVGDKVNDISLQSLAPQVAQKCAGLPLLIVTVARGLKNKDIRVWEDALRQLESNSLAGMDMKTRSTLELSYNLLVSEEMKDIFLLSSTLQDRDAEYLLKVAMGLNIFKNINTVYDARNTLHNIIQSLQASCLLDKGNTSGQIQMNNYVRDVAVSIALRDRHVFVKENLSDLKEWPTKDFQRSSQIILYGCNVRKLPERLDCPNAKFFYLDSDDSFVEISNTCFEGMESLQVLDLTGLNLSSLPTSFQSLSSLQTLCLDHCVLENMDTIGALRNLEILSLVKSSMIKLPSEIEKLTKLRMLDLTHSGIEVIPSNIISSLATLEELYLGNTSITWEEENSAKQNKNASLAELRQLSNLTVLELQIPEIWVLPRDLKLMFEKLKQFKIVIGEVWEWVQMEKGNLNTLMLKLGTSIHLEHGIKALIKRVENLYLDEVDGIQNVLFQLNWEGFPLLKLLHIQNNAKMKHIVDSTERNTVQVCFINLEKLVLENLKNLERICHGRLEANSFGKLSVIKVNNCVQLKYLLSYSMVMGLSHLSEIEVCQCTSMTEIILKDRDSSGDNDITNEKFEFPSLHSLILEHLPKLDNFFSYESKSSKNERNHQRLEMYVPALFFGAQVALPNLDTLTLSSLNLNKVWGDNQHSFYKLTNLVVDNCGKLKYLFLSSMVGCFINLRQLEISKCSLMVEIIATEEKNNLTDASKEVRFSKLEEIILNDMENLKTIWHHQFESLKSLKVNKCDKITVVFPSSLQKTYNNLEMLDITNCASVEEIFELNSNEKGSKEDATNLKEITLSDMPKLKNIWSVDPQGILSFHNLENVYVGGCESMEYLFPLSVAICCCSHLKILSLISCENMKEIVAVKKGSGSATPIFELNLLNTLTLLSLPKLERFSAGNHTLTCPSLRKQFVVVCSKLNLFKTSITSMHKMFQNGKLHIAEEVPLLIVEKVIPELEELFIDYRDAKMILQNNNLGFIFTKITFLGLYRFVIEDAIFPDWFLQNVPTLKWLNVGLSSFKKIFPEGRLVTKESYTWLKSLKLTDLPELQNICEEGCQLDPVLKKLEYLDIRACPSLTMLSPSSATFSHLTNLEIRNCHGLIKLITSPTARSLAKLTTMTVTDCNSLEEIITGSEDVEIALTSLVTLMLECLPRLNKFCSCKCLLKLPLLEEVVVRECPRMKIFSEGNVSSAILQKVKTAQDVGKWHLKGNLNDKIKNMYEDKVAFCEFEHLTLSEFPELKDLWYGQLHPNVFCNLKSLVVQQCDFLSNVLFPSNILQVLLTLEELEVRDCDSLKTVFDVKDIQSKEKLVKQIAELKKLTLSSLPQLKHIWNEDPCEIINFGKLEIVDVSECQSLLNIFSLSLSQHLGHLEKLRIESCGVEGIVAKEEGPMKISLSFPQMNELELLGLTNLKSFYPGKHTLECPSLKILKVFQCEALRMFSFNYSSIREPGQVDEIHDMPFQQALFSIEKVCPNLEDLALYGKDAEEILNGSYQENLFQKVEILRLCCFKETPTTFLSGFHAMCPNLATLEVNSSSFETLFLTGGVDHLNSRSPKKIRNLWLFKLEQLRFIWQEDLPVDHFVMRDLEGLRIYNCPNLITLIPSSLSLKNLTNLEVDNCKGLIHLITNETAKSLVQLTKLVIGNCENMLDVVKVDQEKAEEEIIFENLEILEFSSLLSLRSFCYGKQAFIFPSLLSFVVEGCPQMKIFSSGFTIAPFLTAVEVENEKKRWKDDLNTTIEQLFKEQQVRKAIPFIQQLTL