Genomic Resources - Ricebean Portal

Integrated genomic strategy for accelerating domestication of
ricebean (Vigna umbellata) under genetic enhancement of minor pulse

Gene Details:

Gene ID	Chr. No.	Start Position	End Position	Function	View on
Vu_35561	LG11	1375668	1382924	PREDICTED: probable LRR receptor-like serine/threonine-protein kinase At5g48740 isoform X2	Map

Annotations

category	relationship type	keyword
Biological Process	involved in	meristem development, protein phosphorylation, response to inorganic substance, positive regulation of cellular component biogenesis, phosphorylation, protein phosphorylation, protein phosphorylation, plant-type cell wall organization, phosphorylation, plant-type cell wall organization
Cellular Component	located in	chloroplast
Molecular Function	enables	protein serine/threonine kinase activity, protein serine/threonine kinase activity, kinase activity, protein binding, protein serine/threonine kinase activity

SNP	Position	Effect	Amino acid change
C/A	1375673	3_prime_UTR_variant
A/G	1375704	3_prime_UTR_variant
A/G	1375722	3_prime_UTR_variant
T/G	1375726	3_prime_UTR_variant
A/T	1375733	3_prime_UTR_variant
A/G	1375761	3_prime_UTR_variant
G/C	1375786	3_prime_UTR_variant
T/G	1375869	3_prime_UTR_variant
T/A	1375880	3_prime_UTR_variant
T/C	1375900	3_prime_UTR_variant
T/A	1375924	missense_variant	p.Asn900Tyr
T/G	1376187	downstream_gene_variant
A/G	1376245	downstream_gene_variant
C/T	1376367	downstream_gene_variant
A/T	1376368	downstream_gene_variant
C/T	1376370	downstream_gene_variant
T/A	1376386	downstream_gene_variant
G/C	1376407	downstream_gene_variant
C/A	1376530	missense_variant	p.Gly820Val
T/C	1376553	synonymous_variant	p.Gly812Gly
T/A	1376659	downstream_gene_variant
A/G	1376688	downstream_gene_variant
C/T	1376711	downstream_gene_variant
T/C	1376712	downstream_gene_variant
C/A	1376778	intron_variant
T/C	1376824	intron_variant
G/A	1376897	intron_variant
G/T	1377018	intron_variant
A/C	1377084	intron_variant
T/C	1377224	missense_variant	p.Gln766Arg
A/T	1377238	synonymous_variant	p.Ser761Ser
A/C	1377304	missense_variant	p.Asp739Glu
A/T	1377307	synonymous_variant	p.Arg738Arg
A/T	1377444	intron_variant
C/G	1377617	intron_variant
A/G	1377629	intron_variant
A/G	1377631	intron_variant
C/A	1377648	intron_variant
G/A	1377687	intron_variant
T/C	1377690	intron_variant
C/T,A	1377775	intron_variant
A/C	1377829	intron_variant
T/C	1377931	intron_variant
A/G	1378043	intron_variant
G/A	1378126	splice_region_variant&intron_variant
C/G	1378208	intron_variant
T/G	1378259	intron_variant
A/T	1378268	intron_variant
A/T	1378271	intron_variant
C/T	1378278	intron_variant
C/G	1378537	intron_variant
T/A	1378565	intron_variant
C/G	1378589	intron_variant
T/A	1378681	intron_variant
A/T	1378685	intron_variant
T/A	1378689	intron_variant
C/T	1378723	intron_variant
T/A	1378725	intron_variant
G/T	1378790	intron_variant
C/T	1378793	intron_variant
T/C	1378794	intron_variant
C/T	1378809	intron_variant
C/T	1378821	intron_variant
T/A	1378970	synonymous_variant	p.Pro635Pro
A/T	1379012	synonymous_variant	p.Ile621Ile
C/T	1379087	synonymous_variant	p.Thr596Thr
C/T	1379162	intron_variant
G/T	1379212	missense_variant	p.His583Asn
T/C	1379264	missense_variant	p.Ile565Met
G/A	1379287	synonymous_variant	p.Leu558Leu
T/A	1379333	synonymous_variant	p.Val542Val
C/T	1379386	missense_variant	p.Asp525Asn
T/C	1379426	synonymous_variant	p.Thr511Thr
G/C	1379487	splice_region_variant&intron_variant
T/C	1379569	splice_region_variant&intron_variant
T/C	1379597	intron_variant
C/T,A	1379598	intron_variant
G/A	1379603	intron_variant
A/G	1379618	intron_variant
C/T	1379628	intron_variant
C/T	1379640	intron_variant
T/C	1379641	intron_variant
T/C	1379655	intron_variant
T/A	1379671	intron_variant
A/G	1379672	intron_variant
T/C	1379678	intron_variant
T/C	1379708	intron_variant
C/A	1379728	intron_variant
G/T	1379796	intron_variant
T/C	1379819	intron_variant
C/G	1379823	intron_variant
C/G	1379913	missense_variant	p.Glu480Gln
A/T	1379980	intron_variant
C/T	1380017	intron_variant
C/T	1380030	intron_variant
C/A	1380072	intron_variant
G/A	1380092	intron_variant
T/A	1380208	intron_variant
A/G	1380303	synonymous_variant	p.Thr425Thr
G/T	1380304	missense_variant	p.Thr425Asn
A/T	1380306	synonymous_variant	p.Leu424Leu
A/G	1380333	splice_region_variant&intron_variant
T/C	1380338	intron_variant
T/C	1380447	intron_variant
G/T	1380456	intron_variant
C/T	1380507	intron_variant
C/T	1380688	intron_variant
G/A	1380831	intron_variant
A/T	1381029	intron_variant
T/C	1381064	intron_variant
T/C	1381078	intron_variant
C/A	1381097	intron_variant
G/A	1381160	synonymous_variant	p.Ala352Ala
C/T	1381260	missense_variant	p.Arg319Lys
G/C	1381292	synonymous_variant	p.Gly308Gly
A/T	1381446	stop_gained	p.Leu257*
C/T	1381474	missense_variant	p.Val248Ile
G/A	1381647	intron_variant
G/A	1381667	intron_variant
G/A	1381668	intron_variant
A/G	1381729	intron_variant
G/A	1381846	intron_variant
T/C	1382020	synonymous_variant	p.Ser151Ser
T/C	1382036	missense_variant	p.Asn146Ser
A/T	1382494	intron_variant
A/T	1382525	intron_variant
A/T	1382795	intron_variant

View accession wise SNPs

Sequence Details:

Protein Sequence:
>Vu_35561.1

MDLRDAKVGFFLFCSFCLVTFSEQDGFFSLSCGGRTSFRDSSNISWVPDTTYVTTGKTTTITYSDGSNSLNISARFFPNSRRRKCYRIPVNNSTTLVLVRAKFVYKNYDGLGKPPKFYVSIGTSIAAAINLAEDDPWSEEFLWTVNMDTLSFCLIAMPEGASPVISSLEIRPLPQGAYTNGMTDFPNKLLKKSYRIDCGHSKDSIRYPLDPFDRIWDADRSFTPFHVAIGFKIQLSFRQSSLVEEPPVVVLQTGRVLARSNTLTYNLPLDALGDYYIILYFAGILPVFPSFDVLINGELVKSNYKINGSETSALYITRRGIGSLNITLKSISFYPQINAFEVYKMVDIPNDASSTTALQVIQQSTGLDLGWQDDPCLPSPWEKIHCEGSLVTSLDLSDINLRSISPTFGDLLDLKILDLHNTSLTGEIQNLDGLQHLEKLNLSFNQLTSIGADLQNLINLQILDLQNNSLMGTVPDSLGELEDLHLLNLENNKLQGPLPQSLNKETLEIRTSGNLCLTFSTTSCDDDASSSNPPIEAPQVTVVPQKKHNVHNNLAIILATVGGAIIAFLLMCISVLIYKTKQHYEASHTSRGEMDTRNWGAAKVFSYKEIKVATRNFKEIIGKGSFGSVYLGKLPEGKSVAVKVRFDRSQLGADSFINEVNLLSKIRHQNLVSLEGFCHERKHQILVYEYLPGGSLADHLYGCQKISLSWVRRLKIAVDAAKGLDYLHNGSEPRIIHRDVKCSNILLDMEMNGKVCDLGLSKQVTQADATHVTTVVKGTAGYLDPEYYSTQQLTEKSDVYSFGVVLLELICGREPLTHSGNPDSFNLVLWAKPYLQAGAYEIVDEDIRGSFDPLSMKKAAFIAIESVHRDASQRPSIAEVLTELKEAYDIQLRFLESCENEN*

CDS Sequence:
>Vu_35561.1

ATGGACTTGAGGGACGCAAAAGTTGGCTTCTTTCTGTTTTGTAGTTTCTGTCTTGTCACTTTCTCTGAACAAGATGGTTTCTTTAGTCTTTCTTGTGGTGGAAGAACCAGTTTCAGGGATTCATCTAACATTTCGTGGGTACCAGACACCACCTACGTAACCACAGGAAAGACTACTACCATCACATACAGTGATGGTTCCAACTCACTGAACATCTCAGCTCGGTTCTTCCCAAATTCTAGAAGGCGAAAATGTTACAGAATACCAGTGAACAATTCAACTACTTTGGTTCTTGTTAGAGCAAAATTTGTGTACAAGAACTATGATGGACTTGGGAAACCCCCTAAGTTCTATGTTTCAATTGGGACATCTATTGCAGCCGCCATAAATCTTGCTGAAGATGATCCATGGAGTGAAGAGTTTTTATGGACAGTCAACATGGATACACTGTCATTCTGCTTAATTGCAATGCCTGAAGGGGCTTCACCTGTAATTTCTTCTCTTGAAATCAGACCACTTCCTCAGGGAGCCTACACAAATGGTATGACAGATTTTCCTAACAAGTTGCTTAAGAAGAGTTATAGAATTGATTGTGGGCACTCAAAGGATTCCATAAGGTATCCTTTGGATCCATTTGATAGAATATGGGATGCTGATAGAAGTTTCACACCCTTTCATGTTGCCATTGGGTTTAAGATTCAACTTAGCTTCAGACAGTCTAGTCTTGTAGAAGAACCACCAGTTGTTGTTCTTCAAACTGGGAGAGTTTTGGCAAGAAGTAATACTCTGACATACAACCTCCCTCTTGATGCATTAGGGGACTACTACATCATCCTCTACTTTGCAGGGATTCTTCCTGTCTTCCCCTCATTTGATGTTCTTATAAATGGAGAACTAGTAAAATCAAACTACAAAATAAATGGCTCTGAAACCAGTGCTTTATACATAACGCGAAGGGGAATTGGGAGCTTGAATATAACATTAAAGAGTATCAGCTTTTATCCTCAGATCAATGCATTTGAGGTTTATAAGATGGTTGATATTCCAAATGATGCCTCATCAACCACAGCACTGCAGGTTATTCAGCAGTCCACTGGATTGGATCTTGGATGGCAGGATGATCCATGTCTGCCTTCCCCATGGGAGAAAATTCACTGTGAAGGAAGCCTTGTTACATCATTGGATCTTTCAGACATAAATTTGAGATCCATTAGTCCTACATTTGGTGACTTGTTAGACCTCAAAATATTGGATTTGCACAACACATCACTTACTGGTGAAATACAGAATTTGGATGGCTTGCAGCATCTTGAGAAACTGAACTTAAGTTTCAATCAGTTAACATCTATTGGTGCAGACCTCCAGAACTTGATTAACCTTCAAATATTAGACTTGCAGAACAATAGTTTAATGGGAACAGTACCTGATAGCTTGGGAGAGTTAGAGGACCTCCACTTACTGAATCTGGAAAACAACAAACTACAAGGTCCTCTGCCACAGTCTTTGAACAAAGAAACATTGGAGATCAGGACATCTGGTAATTTGTGTCTTACCTTTTCCACAACATCATGTGATGATGATGCATCATCATCCAATCCTCCAATTGAAGCACCACAAGTTACTGTAGTTCCTCAGAAGAAGCACAATGTACATAACAATCTAGCAATCATACTAGCCACGGTTGGAGGAGCCATAATAGCCTTTCTCTTAATGTGTATTTCAGTATTGATATACAAGACCAAACAACACTATGAAGCCTCCCACACATCAAGAGGAGAAATGGATACGAGGAACTGGGGTGCTGCAAAAGTATTTTCCTACAAAGAAATCAAAGTAGCTACAAGAAACTTCAAGGAAATCATTGGAAAGGGTAGTTTTGGATCTGTTTATCTTGGTAAACTTCCAGAAGGAAAATCTGTAGCTGTCAAAGTTCGTTTTGACAGATCTCAACTGGGTGCTGATTCATTCATCAATGAGGTTAATCTTTTATCAAAAATCCGGCATCAAAATCTTGTGTCTTTGGAAGGATTTTGTCATGAAAGAAAGCATCAGATATTGGTTTATGAGTACTTGCCTGGGGGATCCCTGGCTGATCATCTCTATGGTTGTCAAAAAATTTCCTTAAGCTGGGTGAGAAGGCTGAAAATTGCTGTTGATGCAGCAAAAGGTTTGGACTATTTGCACAATGGAAGTGAACCAAGAATCATACATCGTGATGTGAAGTGCAGTAACATCCTCTTGGACATGGAAATGAATGGCAAGGTCTGTGACTTAGGTCTCTCTAAGCAAGTAACTCAAGCAGATGCAACTCATGTCACCACTGTTGTTAAGGGCACTGCTGGTTACCTTGATCCAGAGTATTATTCCACTCAACAGTTGACAGAGAAAAGTGATGTATATAGCTTTGGAGTTGTTCTTTTGGAACTCATTTGTGGAAGAGAGCCATTGACTCACTCTGGAAACCCTGATTCATTCAACTTGGTGTTATGGGCCAAACCATACTTGCAGGCTGGTGCATATGAGATAGTGGATGAAGACATAAGAGGAAGTTTTGATCCCTTGAGTATGAAGAAAGCAGCTTTCATTGCTATAGAGTCAGTGCACAGGGATGCATCACAGAGGCCATCTATTGCAGAGGTATTGACAGAGCTAAAGGAAGCCTACGATATTCAGCTCAGATTCCTTGAATCATGTGAAAATGAGAATTGA

Promoter Sequence:
>Vu_35561::LG11:1382924-1384924(-)

GGAAGCTTATAATATGTTTTATTCAAACAGTGTTATTCAAGCAAACGTTTTATGAAATGTATCGTCTAAGGAAAAGCTCGCTATGCGCTATAAATCCCGAATAGCTTTAAAGCATCCAATGTTTTACACTGTCTGATAATTATATGTTGAATGCTTTGCAAAATAGAAGAACGAGAGACTTACCGACAAAGAACCATGACAGATGATTGAAAAGGACCGAGGTTGCTCATAGGATGAGGCGTTGAAGGTAGCTATATGAAGGAGGCTCTACTATGAATGAGTGAATGAGACTTTATGGATGAGGAAACGAGGCACCAAAGTTAGCTTTGCTAAGAAGACTCTATGAATGGTTCTATGTGAATGAGGGAACGTGGCTCTAAATGAAGGAACGAGGCTCTACGAGGGAATGTGGAGAAAAGGGAAACTTGGGAGGCTACCAGTGTGGAAACAAGAAGAGAAGAGGGAAACTTGCGAGAAAAAGAAAACTTACGAGAAAAGAAAAAACTAATTTTCCAAATCACTAATTAATTTTACTTAGGTGTTTACTAATAGATTTTATCTGTCAGTAATGAGCCACATGTTTTACCGACAAATTTACTGACAGATATATCTGCTGGTAACTTAACTTAATGAGTTCATTGATAAATCCATCGATAATAAGTAATTACCGACAAAATTAATTCTACCGCTAAATATTTGTCAGTATATTTAGTTATTCTTGTAATGTAAGTGTTATGCCTACCTTTTAGTCTAATTTTTGTGATGTTGAGTTATTATAAATAAATTTTTAAGAGGACACGAGAGTTTAAATTCATTGAAACTATTGTGTTACCCTCTATCAAACTCTTCTTAAATCAAATGAAGGTACATACTACATCTTACATATAATTAGAATAAATCACAATGCTTTATAAAGATGATAGCATCTTAAAAAAATAAACATTTTGTATACTTGTTTGTAAAGTAATTTATCAAAATATATTGAAATCTGTTAGAAATTACTCTAACACCTATAATAATAATTTATTAAAATTATAATAATATATTTTTCATTTAACAATTTCATTATACAACGTTTCATAATTTGAAAAAAAATAAAATAGTTAACAATTTTACATGAACAAAAACGAGTAGAAATATATAAACTAAATAGTAAGATTTTATATTAAATTAAAACTCGGCCAAACAAAATTTTATATGAATTTCATGTTTGATTTGATTGACTTTCTAATAAAAAAATTCAATTAATTACAAACACTTATAAACAAAAACCCATAATCAATTAAGGTGTTTTCCAATTTTATTTTTACTCATTTCCTTGCCTAAAACAATTAATCTAAGGATATTATGCAAAAACACACTGAAAAACCCTAGAGGTTGTTAAGATATTCTTAAAAAAAATGTCACTTGAGCTTGGTTTAGATTCAACCAAACAACATATTTTTACTTTCATCTCTTACCTCTTTTTTCTTTTCTTTTTTTACTTTCTCTTATTTTTCTTTGTTTCTTTCTTCTTTACCAAAATGAAAAATAAAATATAAACATTCTACAATGTACTAGAGTGGATCCACAATATAACACATCACAACATAAATCACAAACCTAAAACACATACTTCAAAATAGATGGGGATGGTGAAGCCTTTTCTGTTATTCATGATTTCCCAAAGAGGAATCAAATCACCAAACATGCTAGGAATGATTACTTAGTGCAATAAGGAAACAAAGATTAAAATACCTTAACCATTTGCCATTTTCCAAAGACTGAACAACCTTTAATGATTACACCCTCTAAGCACTCATTCATATTTCATCTTTTCCTTTCTCTCTACCAAACAAAGATTCATTCCAAATTTCCCCTCCTTTTCTCTTCCTTCAAGCTTTGTCCTGCATTTTGTTTTCATCATTGTTCTTTAAATCAGGAAATGATTATGAATATGAATCAGTGCATTGAACAACTTGGACACTATTTATGCACTGATTATTTTCATAGTATCTATT

Gene Sequence:

>Vu_35561(-)

GTTAAGTAAAAGAGATAACAGGCATCGGTTTTCATGACTCCATGGACTTGAGGGACGCAAAAGTTGGCTTCTTTCTGTTTTGTAGTTTCTGTCTTGTCACTTTCTCTGAACAAGATGGTATGTTTACACTTCCCTATGAAATAGTGTCATCATTTTAGCTTTAACTTTATGTTTTAGAAAATTAACTAAGAAATTCAGCATCCCATTTCCTTGATCATGTTTGTTTATAAATACATATTCTTTTGTTTGAGATCATTTAAAACATTAAGTGTCTATGCTGACTTCATTTTTACATGAAATTAGTCTTCACCTGGTTTCATACATATTGAAGAAATGATGAACAAGATTTTAGCGTTTGCTTTGCATTTTCTCAGCAATCAGTAAGAACTTATAATGCACTCAAGTTGTTTTACAATATGACTGGTGGTTCTATTATTTCAATATCAAGGGCATGACCAAGTTTCTTTTTTGGTATGGTCAACCTGATTGTGTTGTTCAAAACGTTTCTCATAGAATTTCAATGTGCAGGTTTCTTTAGTCTTTCTTGTGGTGGAAGAACCAGTTTCAGGGATTCATCTAACATTTCGTGGGTACCAGACACCACCTACGTAACCACAGGAAAGACTACTACCATCACATACAGTGATGGTTCCAACTCACTGAACATCTCAGCTCGGTTCTTCCCAAATTCTAGAAGGCGAAAATGTTACAGAATACCAGTGAACAATTCAACTACTTTGGTTCTTGTTAGAGCAAAATTTGTGTACAAGAACTATGATGGACTTGGGAAACCCCCTAAGTTCTATGTTTCAATTGGGACATCTATTGCAGCCGCCATAAATCTTGCTGAAGATGATCCATGGAGTGAAGAGTTTTTATGGACAGTCAACATGGATACACTGTCATTCTGCTTAATTGCAATGCCTGAAGGGGCTTCACCTGTAATTTCTTCTCTTGAAATCAGACCACTTCCTCAGGGAGCCTACACAAATGGTATGACAGATTTTCCTAACAAGTTGCTTAAGAAGAGTTATAGAATTGATTGTGGGCACTCAAAGGATTCCATAAGGTAAGAAAACTTAACATCGGTCAGATGAGAAATGTTAGCAACACATTCTTGGAATTGTTGAAATCATAAAATTTTATGATTTCCACTACTGAACTAATGTTTCACTCATGAATCTAAGGTTTTCAATAAATTTTAACCAATAATAGAAAGAATTAGAAAGAGTGTGTTGGAGAATGTACTGCCAACACCAATTTCTTTCATAGTGATACCTTTTGTGGTTAACCAAGGTTGTGAAGCTTTAGCTCTATAAAATACAGGTATCCTTTGGATCCATTTGATAGAATATGGGATGCTGATAGAAGTTTCACACCCTTTCATGTTGCCATTGGGTTTAAGATTCAACTTAGCTTCAGACAGTCTAGTCTTGTAGAAGAACCACCAGTTGTTGTTCTTCAAACTGGGAGAGTTTTGGCAAGAAGTAATACTCTGACATACAACCTCCCTCTTGATGCATTAGGGGACTACTACATCATCCTCTACTTTGCAGGGATTCTTCCTGTCTTCCCCTCATTTGATGTTCTTATAAATGGAGAACTAGTAAAATCAAACTACAAAATAAATGGCTCTGAAACCAGTGCTTTATACATAACGCGAAGGGGAATTGGGAGCTTGAATATAACATTAAAGAGTATCAGCTTTTATCCTCAGATCAATGCATTTGAGGTTTATAAGATGGTTGATATTCCAAATGATGCCTCATCAACCACAGGTTCCTCTCCTCCTTGTCTCACCCTAAATTTTGGTTTCTTTCCAGAATAGATCTGTTTGAATAAACTTATCTACAAACACTTATGAAAAAGAAAAATAAGAAGAAAAATGAAATGTTTACTTATGCACAAACTACAAGTTCTTCTAGTTTTTCTCTAAATTCTTATTTTTAACTTGTGCATAAGCTAATTTTAGAATATGAAAAAACTCATTTCACTTGCTTTTTTCTTATTTTTCTCTTTGAGGAGTGTTTATGGAGAAGTTTGCCCAAAACAAACTAACTTAGTTTGATTCATTTACTTATTGTTTTTCTCAACTTGGACGCCAGTTTCAGCACTGCAGGTTATTCAGCAGTCCACTGGATTGGATCTTGGATGGCAGGATGATCCATGTCTGCCTTCCCCATGGGAGAAAATTCACTGTGAAGGAAGCCTTGTTACATCATTGTGTGTGCACTCAGTACATTGTTGTTGCTTTTTTTTTTTCTTTCCCAATATACTAGCTTTTCTTTCATTGATGATCTAATAGGAATGACATTTTTCAGGGATCTTTCAGACATAAATTTGAGATCCATTAGTCCTACATTTGGTGACTTGTTAGACCTCAAAATATTGTAATTTTCTTTCAACTAATTGGACATGATCATTCTACTTTTGGTTAGCTTATTGTGGAAAAATATTCTGTTTCCTTTCAGCTTCCGAAGACAGCTTTCCAAACATAAAATTTATTATTTCTACAAATACAATTGTTTTCAAACATGTAACATATTTGGTTCTGATATTCAATTTCTTATGTCCATCTTTGGCTGCATAATTATCAGGGATTTGCACAACACATCACTTACTGGTGAAATACAGAATTTGGATGGCTTGCAGCATCTTGAGAAACTGTAATACTTCCATATAGCTCGAACTTAAAACATTGTTTTTATACAAGTAAACTAATAAGCTAAAATTTTCAGGAACTTAAGTTTCAATCAGTTAACATCTATTGGTGCAGACCTCCAGAACTTGATTAACCTTCAAATATTGTGAGTAACATATACCACATGTTTTCCAAATTCAGGGATTTAAGGGCTCTATTAGTAGCTTGAAATTTGAAATTCTGCTAAACAATAGCTGAAAACTTACGCTTACATTTCCCTTTTCTACCCTTTGCTTTGTTTCTTTCCCCTTGTATGTGAAGAGACTTGCAGAACAATAGTTTAATGGGAACAGTACCTGATAGCTTGGGAGAGTTAGAGGACCTCCACTTACTGTAAGCAAGAATCAGAAAAAAGATAATGTTTTTATTATTTTCATTCATATCAATTATTGAAAACCATGACAATTGATATATTACAAATGTTTTCCCTTGAAAAAGAGAATGACTTTATTATTTTCATTCATATCAATTACATTCTCCTTACTTCTATTTGTAGCAATCTAATATTCTAAAAAAGAGAAATAAGGAAACAATATACTGAAAAAATAATCTAGAAGATTCAACAAATATTTTCTCTAATTAAGAAGATTCTATAGATATTTTCTTTAATTAAGAAGATTCTATAGATATTTCCTCTAATTACAACATTTTCCTATCTGAAGGAATCTGGAAAACAACAAACTACAAGGTCCTCTGCCACAGTCTTTGAACAAAGAAACATTGGAGATCAGGTATACAATAAATATTCTTGTCTCAAGAAACAGCATTTATGTTAATTCCTTGATCATTTGCAGGACATCTGGTAATTTGTGTCTTACCTTTTCCACAACATCATGTGATGATGATGCATCATCATCCAATCCTCCAATTGAAGCACCACAAGTTACTGTAGTTCCTCAGAAGAAGCACAATGTACATAACAATCTAGCAATCATACTAGCCACGGTTGGAGGAGCCATAATAGCCTTTCTCTTAATGTGTATTTCAGTATTGATATACAAGACCAAACAACACTATGAAGCCTCCCACACATCAAGTGTGTATATTCTCTTACATCATGCGCTATTATCTTAAACATTTTGTTTCATCTGTGTTAGATTGAAATCCTTGTGTCTTTTAGGAGGAGAAATGGATACGAGGAACTGGGGTGCTGCAAAAGTATTTTCCTACAAAGAAATCAAAGTAGCTACAAGAAACTTCAAGGAAATCATTGGAAAGGGTAGTTTTGGATCTGTTTATCTTGGTAAACTTCCAGAAGGAAAATCTGTAGCTGTCAAAGTTCGTTTTGACAGATCTCAACTGGGTGCTGATTCATTCATCAATGAGGTTCACTAACTGAATTTCTCTTACAAACAGCATTGAATGCTTCATTGTATTTGTGCATGGTGAAATTGTGACAAAGGGTCAGCTACTAGCCACCTAGGAAATAAGTTCTATCTCTTTGGACCAAAACAGAGTGTTTTCTGTATGGACTAAAATGAAAAACTGTGTATACTATAGGGATAAATTTTTTAATTTAACCATATTTAAATGAATAATTTAATCATTCTCTTGGTATATATCTCATACTTAACCACAAAACATGTAGTTTTTTATACAGTAGAGATTATTGTTTTGTTTCAGACATTAGAAGAGAGAGTGAGAAAGGTTGTGGATTCAACTCTCCCACTAACAACTAACACTACTGATAAAAGAAAAAAATTCTACATTAAAATGCCTTGTGTAATTTTTTTTTTCTCAAACCTAATTCTTTTTCCAACATCTACTGTTGTGCTTAGGTTAATCTTTTATCAAAAATCCGGCATCAAAATCTTGTGTCTTTGGAAGGATTTTGTCATGAAAGAAAGCATCAGATATTGGTTTATGAGTACTTGCCTGGGGGATCCCTGGCTGATCATCTCTATGGTACTAAAGACTTGAACACAAGTTTGTTTCTCTCTATTACGTATACATATTTGTATATGATTACGTTTCTTTGGAGAAACTCCTATGAACACTAAATGCATATGTTTATTGTTTTTCTTCCTCTAGGTTGTCAAAAAATTTCCTTAAGCTGGGTGAGAAGGCTGAAAATTGCTGTTGATGCAGCAAAAGGTACAACAATGAGTTCCTAAACAATAATAGTGTGACTATATCATATTAGAAACACAATTTTGACCCTATCTTTTCTAATATGTATTTTTATTGCTCTATGATACAATACGCATAGCTCATTTTAATTCCGGACCTCATGAAAACACCATTCTAGTAGTACTTCATTTTCAAAAATGTCACTGATGTTGATTTTTGTTTAACTAAATCAAGGACTAAAGTGAAAAACATCTTCATAAGTCAAGAACTAAAGTGAAATTTAACTAAATGAAAGATTAAACTTATCAATGAGATGGGTCTTTTTTAGGGGGATTCACTTGTGAGATTTAACATCAATGAAACTTAAGTCCAACCCACGTAAGGGATTGACATTAGTTTCAACCCAAAACCTTAAGACAATATTTCTTATAATATGCTTAACTTTATCATTTTTATCTAATTAAGACTTAAACTCATACTTGATTTCTTAATAATCATTATCTCAGAAGCGAGTCTCTTTCATATTGATACATCCCGTCAAGCGTACCCCTTAGTATAATTTTCACTTTTTCTATCTAAGAAGCCTTGTAATCACTCAATAAAGAATAAACCTAATAAAAATATGTTGTTCAGTTTGGTAAACATGACAATATAGGCTTTTCAAACTTTATAAGAACAAGACAAAAAAATTACAGTAATTAATATAATCTGCATGTTTATAGATACTAACAATCATTATGCAGTAGTGTTATTACAATTAATTTAATACATGGTGTAAATTATGTTTATTTATTGAAAAGGTTTGGACTATTTGCACAATGGAAGTGAACCAAGAATCATACATCGTGATGTGAAGTGCAGTAACATCCTCTTGGACATGGAAATGAATGGCAAGGTCTGTGACTTAGGTCTCTCTAAGCAAGTAACTCAAGCAGATGCAACTCATGTCACCACTGTTGTTAAGGGCACTGCTGGTTACCTTGATCCAGAGTATGTCTTGTAAATTATGATAAAGTTTTTAACATTTTTAATATACTAAAATATCAATTTTTCAAAATTATTTTTATTTTTATTTTGCATTCATATTGAGGTATAACATAAGAAAGCATCATTATTAAATTTCAACTAGGTTGACCCTTTATATTTCAATAATCACCTCCTCTTGCAAAAATATGTATATCAAAGAGAAAAAGAACCAACAATACAAAATAAAATATGGAGAACCGAATCAAAACCTGTAATCAAGAAAAAAACCTCTGTAATTTTTTTTATTTTAGTTCTTTAGGTTTTAGATAATGTACAATTTTAGTATGCTCCTCAACGTTATACAAGTTTTTTTTTTCTTATTTTATTTCATCTAGTTGATCTCTAGACCGTACATTCATTTAAGATGAAAATGATAAGTAATTAATTAAAATGTAAAGTCATATTTTAGAGAAAAAGAAATAAGAAGGCCATTGATAAATTTGTTTTTTTTTTATTTGGGAATAAATTATATATGCAAGTTAATTTCCTTGTACAGGTATTATTCCACTCAACAGTTGACAGAGAAAAGTGATGTATATAGCTTTGGAGTTGTTCTTTTGGAACTCATTTGTGGAAGAGAGCCATTGACTCACTCTGGAAACCCTGATTCATTCAACTTGGTGTTATGGGTAAACAACATATCATTCTTTTTTATTGTTTGTACAAACTGGTAAAAGCAATGGTTATTGTTAAAATGCTAAAATCAATTCATAAAGTGGTCTAGGTTGGAAAGATGATTAGAAAATTATAACTCTTCGATGAAGAATGTGGGAACATAATAACAGAGTAATGATTTCATGTAACAAAAGTTCACTTCACATAACAAATTATTTTATTACATGTTAGGTAGACAAAGTTAAACATAAGAGAAAGACCTATAAATTCATTGCTTTAGGTGGATCAACGTTATTTTAAGCCTATAACAAAATTGCATACCAAAAACTTTTTCACATCAATGTGTGGTTTACATTTTTTGTTTATAACTACCAATTGCAGGCCAAACCATACTTGCAGGCTGGTGCATATGAGATAGTGGATGAAGACATAAGAGGAAGTTTTGATCCCTTGAGTATGAAGAAAGCAGCTTTCATTGCTATAGAGTCAGTGCACAGGGATGCATCACAGAGGCCATCTATTGCAGAGGTATTGACAGAGCTAAAGGAAGCCTACGATATTCAGCTCAGATTCCTTGAATCATGTGAAAATGAGAATTGATTTTGCAGCTACACTTGCTGCATATCAAGTTAAATTATGCATCACAGAGAGATAACATTTTGCTCAATATCAGTTCTTGTTGCTCTGATTGTATGCAAACAAGGAAAAGAAGGCAACAGAAAAGGGCAATTGATATGATATTTAATTAGTTTTGTAATTTTATCATATTTTACTTTATTTAATATTATAATGAACAAACACAATATATTCAATCCAATAGCTACTAGATGATGCAGTTGGATTAG