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_31313	LG8	46292047	46299387	hypothetical protein	Map

Annotations

category		relationship type		keyword

SNP	Position	Effect	Amino acid change
T/A	46292061	synonymous_variant	p.Leu5Leu
G/T	46292062	missense_variant	p.Val6Phe
G/C	46292067	missense_variant	p.Leu7Phe
C/G	46292072	missense_variant	p.Ser9Trp
T/A	46292081	missense_variant	p.Val12Glu
C/T	46292098	synonymous_variant	p.Leu18Leu
G/T	46292100	synonymous_variant	p.Leu18Leu
T/A	46292109	synonymous_variant	p.Val21Val
C/A	46292197	missense_variant	p.His51Asn
C/T	46292236	missense_variant	p.Pro64Ser
T/G	46292245	missense_variant	p.Ser67Ala
A/T	46292262	missense_variant	p.Lys72Asn
C/A	46292316	synonymous_variant	p.Thr90Thr
T/A	46292321	missense_variant	p.Phe92Tyr
T/C	46292331	synonymous_variant	p.Asp95Asp
T/G,*	46292347	missense_variant	p.Tyr101Asp
A/G	46292354	missense_variant	p.Gln103Arg
C/A	46292367	stop_gained	p.Cys107*
T/A	46292383	missense_variant	p.Tyr113Asn
T/C	46292390	missense_variant	p.Ile115Thr
T/A	46292401	missense_variant	p.Ser119Thr
A/T	46292428	stop_gained	p.Lys128*
A/G	46292435	missense_variant	p.Asn130Ser
C/T	46292448	synonymous_variant	p.Phe134Phe
G/A	46292456	missense_variant	p.Ser137Asn
C/A	46292458	missense_variant	p.Gln138Lys
C/A	46292533	missense_variant	p.His163Asn
C/G	46292605	missense_variant	p.Pro187Ala
G/C	46292614	missense_variant	p.Gly190Arg
A/T,*	46292619	missense_variant	p.Arg191Ser
C/G	46292626	missense_variant	p.His194Asp
A/G	46292653	missense_variant	p.Thr203Ala
G/T	46292659	missense_variant	p.Ala205Ser
T/G	46292682	missense_variant	p.Asn212Lys
G/T	46292704	missense_variant	p.Asp220Tyr
G/C	46292707	missense_variant	p.Gly221Arg
A/C	46292711	missense_variant	p.Lys222Thr
A/G	46292715	synonymous_variant	p.Gly223Gly
G/C	46292720	missense_variant	p.Cys225Ser
A/*,T	46292732	missense_variant	p.Asn229Ile
G/*,A	46292734	missense_variant	p.Glu230Lys
G/C	46292753	missense_variant	p.Gly236Ala
T/G	46292763	splice_region_variant&intron_variant
A/T	46292769	downstream_gene_variant
A/T	46292776	downstream_gene_variant
C/T	46292777	downstream_gene_variant
T/C	46292803	downstream_gene_variant
A/G	46292963	intron_variant
T/A	46292964	intron_variant
G/C	46292980	missense_variant	p.Lys240Asn
G/A	46293018	splice_region_variant&intron_variant
A/T,*	46293142	intron_variant
T/A	46293273	intron_variant
T/C	46293486	intron_variant
A/C	46293683	intron_variant
A/G	46293689	intron_variant
G/T	46293815	intron_variant
T/C	46293819	intron_variant
G/A	46293847	intron_variant
G/A	46293945	missense_variant	p.Asp261Asn
C/T	46294245	intron_variant
C/G	46294248	intron_variant
C/T	46294266	intron_variant
A/G	46294331	intron_variant
T/A	46294369	intron_variant
T/C	46294404	intron_variant
G/A	46294413	intron_variant
A/G	46294428	intron_variant
G/A	46294438	intron_variant
C/T	46294477	intron_variant
C/T	46294536	intron_variant
C/T	46294874	intron_variant
A/T	46295018	intron_variant
A/C	46295022	intron_variant
A/T	46295023	intron_variant
G/T	46295024	intron_variant
A/T	46295028	intron_variant
C/G	46295070	intron_variant
G/A	46295078	intron_variant
T/G	46295205	intron_variant
C/T	46295312	intron_variant
G/T	46295321	intron_variant
G/T	46295343	intron_variant
T/A	46295366	intron_variant
C/T	46295389	intron_variant
T/C	46295478	intron_variant
T/C	46295527	intron_variant
C/G	46295551	intron_variant
G/A	46295604	intron_variant
T/A	46295605	intron_variant
A/T	46295634	intron_variant
C/T	46295635	intron_variant
C/T	46295715	intron_variant
A/C	46295771	intron_variant
G/A	46296017	missense_variant	p.Gly410Glu
G/A	46296110	stop_retained_variant	p.Ter441Ter
C/A	46296151	missense_variant	p.Leu455Met
T/C	46296203	intron_variant
G/T	46296211	intron_variant
T/A	46296268	intron_variant
G/T	46296320	intron_variant
A/T	46296350	intron_variant
T/G	46296364	intron_variant
G/T	46296442	intron_variant
G/A	46296579	intron_variant
C/G	46296657	intron_variant
G/C	46296671	intron_variant
T/A	46296674	intron_variant
A/G	46296680	intron_variant
A/T	46296701	intron_variant
C/T	46296714	intron_variant
A/G	46296716	intron_variant
T/A	46296736	intron_variant
G/A	46296739	intron_variant
C/A	46296803	intron_variant
T/G	46296833	intron_variant
G/T	46296870	intron_variant
G/T	46296939	missense_variant	p.Asp469Tyr
G/C	46296943	missense_variant	p.Ser470Thr
G/T	46296947	splice_donor_variant&intron_variant
T/A	46296977	intron_variant
T/A	46296991	intron_variant
G/T	46296998	intron_variant
T/C	46297016	intron_variant
G/C	46297017	intron_variant
G/T	46297042	intron_variant
C/T	46297264	intron_variant
T/C	46297509	intron_variant
G/C	46297511	intron_variant
T/C	46297625	intron_variant
T/C	46297633	intron_variant
C/A	46297669	intron_variant
T/G	46297774	intron_variant
C/T	46297780	intron_variant
T/C	46297839	intron_variant
G/C	46298123	intron_variant
A/C,*	46298171	intron_variant
C/A	46298197	intron_variant
C/G	46298289	missense_variant	p.Thr478Ser
C/G	46298339	missense_variant	p.Gln495Glu
C/T	46298363	missense_variant	p.His503Tyr
A/G	46298519	missense_variant	p.Ser555Gly
T/C	46298696	intron_variant
T/G	46298726	intron_variant
C/T	46298748	intron_variant
T/A	46299005	intron_variant
T/C	46299020	intron_variant
G/A	46299023	intron_variant

View accession wise SNPs

Sequence Details:

Protein Sequence:
>Vu_31313.1

MAWVLVLKSLIVFLSQLLLIVSAQNGRCPPYSDCGFLGRIRFPFTTTEQQHCGLLAIHGCQQLPPSSPKTIKLGTSTSTSYSVLRVEPRTIFISDDEQERYLQNRSCKAFSKYVILPHSSPLASFVNKYNITIFRCSQSLKPSLSKDFHKYSNCSEFDIFYGHPNILTPPGFQWPRSLASCSTVQLPVEGRITHDPFQFVISTTAIEVQLSNECERCLGDGKGRCLLDNEGKFYCGTGSRSWVTKMVLGLASAVTVVLLIAMVKIYYTRRKKQNPTNQRIEVFLKKHGALQTKRYGYSEIKKVTNCFRNKLGQGGFGSVYKGKLQDGRYVAVKILNELKDDGEEFINEVANVLRCRPALSAPPNNSVSNSAICRNETLYSLVDTDPSSSYSHLKGCTMVQLPTSFDVQSVDLDPNDPFKYVTYEIEIGIELSQNCSRCLYADGGQCRVDNTGMFYCDQGKKSTKTRLIVIAVACVSGALGVIVLGGWYIRRRYYNKRNPTHQIIEMFLNTHGHLAAKRYSYSEIKKATNSFRNKLGEGGYGSVYKGKLNDGSLVAVKILSDSKGNGEEFINEVASISLTSHVNIVSLLGFCQEDLLLVPLITPLTRLTTYPTD*

CDS Sequence:
>Vu_31313.1

Promoter Sequence:
>Vu_31313::LG8:46290047-46292047(+)

TATGTTATAATTTGTGAAAATCTTATATATTAAGAATAAGATTTATTTTAATAAAAAATATAATACAAATGTTAATCAATAAATAAAATTTTTTATTTCGTATAAATATTGAAAGATTTTATAACAATTTAAAATAAATAAATACGTCATATAAAACAAATTTGTCAAATAATATAACAAATCCTAATACAATTAAGTAAAACAAAATAATCATCAATCTAAAAAATAAATTATAAACCCAAAGTAGAGAATTAGGGATATAGATTGCACGTCATAAGTTCCTCAAACCACTTAAAAGTGAACTTAAATTGCACGTCCAAAATTCAATATACTTTGTGATTTTTTTTTCGTCGTAATAATACTTTTTAAAAATAATTTGACACCACTGAAATTAATTTCTGACACATCATTATTAAACTTTAACACAATGTTTTCAAAACATGTGCGCACCCGACTTCACTTCATGCTGATGATCATGGCTACAAAGAGAGGCATTTAAAAGGCTGTATCTCATTTTCAATTCCCTTTCATCTACTTGTCCATGTTCTATTCAACAGCTTTAAATTTCTTGTCACTTTGTCTAAATATCTATTCAACGCGTTTTGTAGCAATCAGTTCTACATTTAGGCTAAACGACAGCCATTAACAAATGCTCAGCAAAATATAAAACCTGCAAATCGGTATTAGTCAGGAAAGATAATGATTTTCTTTTCTAAAATATTCAATGTTGTTCTTTTCTAAGTTTTGATAAACTTCTTTTATTTTCGAGTATTCTTATGGGTTTATAAATTTTGTTCTAAAATTAAGAGAAATTTTGGCCAAAATAACATATTTGTAGTAGTAGAATTGTTTTCACGTAATAATGCATATGATGTCAAAAATTATCTGAAGGTGATAATTCATATGACCTTAATAGAAACATAATACATGCTGCAAGATTTTTAGGTCACATATTATAAACTATAAATAAATAAAAAATATAACTATACTTTATGCGAATTTATATAAACAAACTATACAAGAAAAATGTGAACAAAGTGGTATCCGCATTCAATTATCATAATTTTTAGTTTATACTTATTAAGTTATTGGTGTTTTAGTCAACGTAATTGCATGTGAGATTCATTGTGTCAATATTTTTTCTTGTATATGAACATAAAAAAAATACTTATTTATTTTATGAATTGAGCTTATCCGACTAATTAAAATTCCGATTTTGTGAATATAATCTTAGAGCGACTGAACTGATTTGTTTTATTGATCTTTAATGCTTATTAATATTAATGAAAGTGTAAATTTTATAGTTTTCCATTTTAATAGGAAAGAATTAGTTTATTATATTAAACATCCATAGTATTTGATAATTATTAATTACAAAAATATGAAGTTGTTAAAATATATATTTAATGAACAAAATTAATATAAGAAACAGTTTAAAAACATGTCTTATAAAAGGCACAAATAGATTTCTCATAAAATGTCACATAGGAAGATGGGGATAAGTAAGCATCCTAGAAAATCATTATATACCAATTACCTAAAGTTTGAATTTTGTTGATATAAATAAGCAGCCTATCGAATAATATTCTATTTCATAAATCTATCCTAAATTGGTCTAAGAGCTTTGTTGGATTGATTACGTGGAATTCTGTGAGGGGTGACTTACTTCACGACAGCCCCAATCACTATTGTTTCACTGATTTTTGTCGTTTTTATTACTTAATAAAACATAAAATAATATTTATAAGAAATTAAATCACAATTTATATAAAACTATTTTTATGCCGTCATTTTCGAAAGTAAACTGCGTCTCAATTACTTAAAAAATGATCGAAAAACAACATGCAACACAACTTATTAGGACATGGTGTTCTTAATTATAAACTCTTGAAGTTCGTCACTACCTCCACTTAGAAAAGGGGATTTTCTCATGTTTGATGCATTGAATGCGTTTAATGTTTTTAAGAAATTCTACCATATTATTTTGCAAATTGAAATAA

Gene Sequence:

>Vu_31313(+)

ATGGCCTGGGTTCTTGTTTTGAAATCGCTAATAGTATTTTTGTCACAGCTTCTGCTGATTGTTTCAGCTCAGAATGGAAGGTGTCCACCATATTCGGACTGTGGATTTCTTGGGCGCATTCGGTTTCCTTTCACAACCACCGAGCAACAACACTGCGGCTTATTGGCTATACATGGCTGTCAACAACTTCCTCCTTCCTCTCCCAAAACTATCAAACTAGGCACCTCCACATCAACCTCGTACTCTGTTCTAAGGGTAGAACCTCGTACCATATTTATCTCAGATGATGAACAAGAACGTTATTTGCAAAACAGAAGTTGCAAAGCGTTCAGCAAGTATGTTATTCTTCCTCACTCCTCTCCTTTAGCTTCTTTCGTCAACAAATACAATATCACCATCTTCAGATGCAGTCAGTCCCTGAAACCCTCCCTTTCCAAGGATTTTCATAAATATTCAAACTGTTCTGAGTTCGACATCTTCTATGGCCATCCAAATATACTAACTCCTCCGGGTTTCCAGTGGCCCCGCTCTTTAGCATCATGCTCAACCGTTCAGCTTCCTGTAGAAGGAAGAATTACCCACGACCCCTTTCAATTTGTAATCAGTACTACTGCTATTGAAGTTCAGTTATCGAATGAATGTGAAAGGTGTCTTGGTGATGGAAAAGGACGATGTTTACTTGACAATGAAGGAAAATTCTATTGCGGCACAGGTATTCAGAAATACTTTACATTTTTACCACCTACATATACAGTATACTCTATCAGAAATTAGCGAAAGGTAGATGATATGCTAAAAAGTAAAATTAGAACATATACGGTTGCTCTGTATTTGTGTTCTTTTTCGAAGGCTAATTTTAACGATTGATTTTGTTTCAAAGAATTCTAACAAAAATAGTTATTAACCATATTCTAACATCTGCAGGGAGCAGAAGCTGGGTTACGAAAATGGTACTGGGACTCGCATCAGGTGATGCATATAGATTAATTTTCCTTTTAATTGGTCTAAATTAGAATTTGAGAAATTTCTTTCATTATGGTTTTTTTGTTATTATTTATTTATTAATTAAAATAATTTACTTTTGGTAACATAGTTAAGTGTTTTCGTTTACTAACACACCACTTATTAAATAAATGTGCTCACTCTTTATAACTTTACAAAAGTAATTTGGGGCTTCTTAATATATGTGTTAGTTTGTTGTAATGGTAGACTATTCTCTTCTGTCTTCGTATAAAATGCTAAATAGTTAACAATGGTACAAGTCATATCTTAAAGTTTAACCAGTTAGTGTCATAATTAAGGATCGTTTATAGTATTATATTTAATATTATTATTACAAAAAAAAGTAGGAATTGGATTATTTTTCTGTTCACATTGCTTCCTTATCAAAGTGTATAATCCAATCAGTTTTTCGTTTCCTTTTAACTTGGTCTTTTATCTATCTCTTTTATGCATCCTGGAACAAAAAATTCAATCTCTATCCTTATCCAGATTTCCCCGACTTGCTTACGACCGTGATTGGCCTAAGCCCTGCACTCCAATGTCCAAAGTCTTCAACTCAGCAGCAGTAGTTAGGCATTAGAAAACTTTAGCATTATTCTAGCTCTTCATTGTTCTTGATTACTAAAAGCTGAACACCATTAGCAAACTGATCTTTGAAGCAGCCATAATATCAAAATTAGCTGCCAATCTATACTGAGTTTAGGCTTCTTTTGTATCTTAGATGGATTGGCTTGCATTGAAATCATTAATTAGTCATTGCTTACTTGAAATTCTTCAGTCTTAAATATAACCGAAATCGTTCTGTTTCTCTGTATAGGATTTCTTTCTAATTCTTTTTAAACAATCTTTCTGATACGAAAAACCTCTCCAGCTGTTACAGTTGTTTTACTGATAGCGATGGTCAAGATCTACTATACAAGAAGGAAGAAGCAAAATCCAACCAATCAACGGATTGAGGTCTTTCTGAAAAAACATGGAGCCCTTCAGACTAAGAGGTATGGTTATTCTGAGATAAAGAAAGTGACCAACTGTTTCAGAAACAAACTAGGCCAAGGAGGATTCGGTAGTGTATACAAGGGAAAATTACAGGATGGACGTTACGTTGCTGTGAAGATCCTAAACGAATTAAAAGATGACGGAGAAGAATTCATCAATGAAGTTGCTAGTATTAGCAGAACTTCTCATATTAACATTGTCACCCTTTTGGGGTTCTGTTGCGATGGTTCTAAACGAGCTTTGGTTTATGAGTTTATGTGCAATGGATCACTTGAAAAACTTATCTATCAAGAAAATGCTCTAATCACACATCATCAATTGGACTATCAAATGTTGTATCATATTGCAATTGGTGTTGCTAGAGGACTGGAATACTTGCATAAAGGCTGCAATGCTAGAATTTTACACTTTGACATCAAACCTCATAACATTCTGTTGGATGAGAATTTCAATCCCAAGATTTCAGATTTTGGTCTGGCAAAAATTTGCTCCCGAAAAGAAAGTATGGTGTCAATATTTGGTGCTAGAGGAACAGCAGGCTATATTGCTCCAGAAGTTTTTTCTAGAAATTTTGGTGTAGTATCGCATAAATCAGATGTTTACAGTTATGGAATGATGATCTTAGAAATGATTGGAGGAAAGAAGAACACTATAACTGGGCTAGACCCCTCAAGCGAAATTTACTTTCCCGATTGGATATACAATCGTATTGAATCAAAGCAAGAACTTGGCTTACAAAACATGCGAAATATAAGTGATGAAAAACTGGTAAGAAAGATGGCAATTGTGGGCTTATGGTGCATACAAACTCATCCTTCAGCCCGACCTGCCATAAGTAAAGTGTTGGAAATGCTAGAAAGCAAAGTAGAGTTATTGCAAATTCCACCTAAACCTGTATTGTCTTCTCCTTCCACTTCTCCCATCCATTTATCAAGTGAGACATTGTAATTTGTGACTTGTAGGCTAGGATACTACATAAGATGAAGTAAATGTTACAGTATTTCAAATTTATAACACACTATTCTCCTTCTTTGTGTCTTACTTTCTAAAATAGAGCAATAATTGTAACTGTAGCAGTGATTTACCGGAAGTTATACAGTAACTACGTGAGTTTGCGCCGCAGAGACTCGACAAAATAGACTTTTGAACTGGTTTGATCTTAGGTTCAATGTAATAATAATATTGTTGCATGTTGACTCAGTCAGAAACGGCTGCAATGTCAAAGTCAGTGCGGTGGAAAATAACAACAACACTGTTTGGTCGTTTTCCTTTTCTTGTCTGTTGCTGACATTTCCGTGGTGACCTCTGTTTCCTCTGTTCTTCACGCACTTTCTTTGAGGAGGCCATTACAATAAGACTTAGGTTGATCCCAATCAAGAGACTACTGTAGCACTCTCCAGAAATAACCAACCCAAAGATGGCTGCACTTCATGTGTCTGGAGTCGTTTTGTTTGCATGCCTTGTACAAGGGGTATTGGGTGGTAGCTGTCCTTCCGTGATTAACTGCGGCGATCTCGGCAACATCAGTTTTCCTTTCACCGACATACGTCACCGAGACTGTGGCATGTTGGTGATACATGGCTGTGATGACCACGAACCAGGGGCCCAAAAAACCATTAAAAACAGCAATAAATGGTTTGATATTGTGAAGCTCGAGCAGTTTAAGATCACCGTCAAAGACGATGAACTCCGCGACTTTTTGCTACAACGAAGTTGTGAAACCTTCAACCACAACTATACTTTCACAGTCAGCTCACCCTTGGCTAAGACTTCTCGTTTAAATCATTACGTAGACGTACTCAGATGTAGACCCGCCCTCAGTGCTCCACCAAACAACTCTGTTTCTAACTCAGCAATTTGCAGAAACGAAACACTATATTCACTGGTGGACACCGACCCTTCTTCCAGCTACAGTCACCTCAAAGGATGTACAATGGTTCAGCTTCCTACAAGCTTCGACGTGCAGTCTGTGGATCTTGATCCCAACGACCCTTTCAAGTACGTAACTTATGAAATCGAAATTGGAATAGAATTATCTCAGAACTGTTCTAGGTGTCTGTATGCTGATGGAGGCCAATGTCGAGTTGACAACACCGGAATGTTTTACTGTGACCAAGGTTCGTTCCCTCTGTTACATGATACAAAAATCTATCAAACATGATCCTTGAACATTAAAATCTATTCTACCACCGTCGCTGTGCTGGAGTCTCGTCGACTTATAATTATGATGTTTAATACTAAAAAAATGCAATAATTTTACAGTATTTTAGAATAAGATGCTTTTGAGATTTGATTTATTTTAAGAAGATTTACAAATGTTTTGATATGTAAAAACATTAAATAATTCTTTAAATAACTATTTTAATGTCACAAAATTTATATATAATTCTGTTTGTTGTAGATTCACTACGTAAGATATGTTTGTCAGGCATTTGAACTAGTTTTTATTTTATCCTGTCTTATCTCAAAACCTCGTTTGACTTGGTATGTAGTGTTTAAATAAGGTTTTTTTTAGTAATTTCAAACTTTTTTAAGAGACGTACAAGTCACATTTTTTTAAGGATTATGTTAACCACTTTCATAACAATTTTTTTTATACTACATCATCATGTCTTATTATTTTATTGACTCATTTAAATTTATTTTTTAGAAAAGTATTTGAAACGGACCAATTACACACATGGTAAAAAATATGTTTTTCTTTTTTTTAACCTTATTTTCTAATTTGTTTTATATTTATTTTTATTTTTATCATTTACATGTTAATTAATTCCCCATTTATTCTATATAATAATTTGTTTTCTTATCTGATTATGTTGCTGTGCGAACTAAGAAATATTTGCATATTTTTGTAATTTTTCAGGAAAGAAATCAACAAAAACTCGTCTTATAGTGATAGCAGGTATGTATTAAATCTCTTCGTTCGACCCTTTACTAATAATATTGTATACAGGGTTTATTTTCGTCCTATTGTCAAGTGAGCAATAGTTAAACTATGGTTTAATCCTTTTCGACATCCCTATTTACGTACGAATGTCTCAATTGGATCCTCGTTTTTTAAAGTGTATCAAGATGGTCCCTAATTTTGAAAATTGATATCAATTGAGTCCTTTCCGTTAAGTTGGCTGGACGGCGTTAAAAAAATTGATGAGTGGATGCTGAGATGACGAACGAACGCTCGTCCACCAGCGAACGAACGCTCGTCCACCAGAGAACGAACGCTCGTCGACCTCTTACTGCTGGACGACCGTTCGTTCCACACTGGACGACCGTTCGTTCGGTAGTCGACGAGCGTTCGTTCGCTGATGGACGAGCGTTTGTTCGCTGGTGGACGAGCGTTCTTTCGTCATCTCAGCATCCACTCATCAATTTTTTTAACGCCGTCCAGCCAACTTAACGGAAACGACTCAATTGATATCAATTATTTTGATACACTTTAGAAAACGAGGACCCAATTGAGACATTCGTACATAAATAGGGATGTCGAAAAGGATTAAACCTTAAACTATTGTAAATAGGAATATAGGTTCTAAAAACATATATAAAAAAAGGCTTAAATAATTGCTTTTTTTTCTTAATTTAGTATTTTTGATATTTTTTATTACAACAACTATTTTTTTAGTACAAGTATTATGAAACCAAATATAAATTACTGAGAAATTTATTGTCTTAAACTAATTTAGTAATTCAGTTATAAGTTGAAAATTTTATTTTTTCTATAAATTAATTTATACACATGTTATTTTTAACCAGTGAAAAATATTTTTTCTTTTAATCAAATGGATACAAAATGATACAAAAGAAGTAACCGTGCATATATACACATTCATTTTATCCACATTACATATATCTTTCTTCTTGTCTCTCTTCTTATCACATCATATAACCTATAAACCTGATTTTATCTATATACTTATTACATACTTGATTTTTCCTTCTATATCTCTCTTCTTATCACATCATATATAAAACATATAAATTTATCAATTTTTCCTTAAGTGTATATTAACTGTTAATGCTACTTATTTGGTGTCCATAAATATTTGAAAAATGTTTTTTAACATTTAGATGCATTTTAGAATATATTTGGTCATTAAAAAATATTTTCTTTTTTGTATTTATAAAGAAAAAAAAAGTAAAATAATAAATGTACAGTATGTATAGTTGGTTGTAAAAATAACAGTATACTTTATTTTTCTAAATTGTTATGTATAAACTGTGCAGTTGCATGCGTGAGTGGAGCACTCGGAGTTATAGTTTTGGGTGGTTGGTACATTAGAAGACGCTATTACAACAAGAGAAACCCCACCCACCAGATCATTGAGATGTTTCTGAACACCCACGGTCATCTTGCAGCCAAAAGATACAGTTATTCAGAGATAAAGAAGGCCACCAACTCCTTCAGAAACAAATTGGGTGAAGGAGGCTATGGTAGCGTCTACAAGGGCAAGTTAAACGATGGAAGCCTCGTGGCAGTGAAAATCTTAAGCGACTCCAAAGGTAACGGTGAGGAATTCATCAACGAGGTTGCCAGCATCAGTCTCACTTCTCACGTTAACATTGTTAGTTTACTAGGATTCTGTCAGGAAGGTTCTAAAAGAGCTCTCATATATAAATACATGCCTAATGGATCTCTAGAGAAGTTCTTATATGAAGACAAGGATCCACATAAGCTTAGTCTTCGATTAACCTGCAAAACCATCCACAATATTGCGATTGGCATTGCTCGAGGATTAGAGTATTTACACAGAGGATGCAATACTAAAATCTTGCATTTTGATATAAAGCCTCACAATATATTGATTGATGAGGATTTCTGTCCCAAGATTTCAGACTTTGGACTGGCTAAGATATGTCAGAAAAAGGAAAGTATTGTGTCCTTATTGGGAACTAGGGGGACTATAGGATATATTGCTCCTGAGGTATTTTCTAGAAATTTTGGAGGAGTCTCTCATAAATCTGATGTATATAGCTATGGGATGGTGGTTTTGGAAATGGTGGGGGCAAAGATGAATAAGAATGTTGAAGGTGAAGGTTCAAGCGAAGTATATTTTCCACAGTGGGTTTACAAGCGTCTTGAGCTGAATGAGGAGGGTAGACTGGGAAGCATAAAAAGTGAAAGTGATAGAAAAATGATACGAAAGTTGATTATTGTGAGCTTGTGGTGTATTCAGACAGAGCCATCAAAGAGGCCAGCAATGAGTAGAGTGGTAGATATGATGGAAGGAAGCTTGGAGGTGTTGCAAATACCACCAAAACCTTATCTATCTTCACCTCCAAGATCTCCTCCTAGTTCCTCTGATCACACCACTTACACGTCTCACTACGTATCCTACTGATTAG