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_20154	LG5	18893243	18898800	hypothetical protein	Map

Annotations

category		relationship type		keyword

SNP	Position	Effect	Amino acid change
C/T	18893345	5_prime_UTR_variant
C/T	18893722	5_prime_UTR_variant
A/G	18893793	5_prime_UTR_variant
G/A	18893808	5_prime_UTR_variant
C/T	18894065	5_prime_UTR_variant
C/T	18894222	stop_gained	p.Gln25*
C/A	18894280	missense_variant	p.Pro44His
G/C	18894305	missense_variant	p.Lys52Asn
C/T	18894383	synonymous_variant	p.His78His
T/C	18894388	missense_variant	p.Ile80Thr
G/A	18894407	synonymous_variant	p.Ser86Ser
G/A	18894512	synonymous_variant	p.Leu121Leu
T/G	18894644	synonymous_variant	p.Leu165Leu
T/A	18894647	synonymous_variant	p.Ala166Ala
C/T	18895037	synonymous_variant	p.Thr296Thr
G/A	18895136	synonymous_variant	p.Leu329Leu
A/T	18895298	missense_variant	p.Arg383Ser
G/T	18895367	missense_variant	p.Leu406Phe
A/*,T	18895511	intron_variant
A/*,T	18895513	intron_variant
A/T	18895515	intron_variant
A/T	18895517	intron_variant
A/T	18895519	intron_variant
C/T	18895532	intron_variant
G/A,*	18895536	intron_variant
G/A,*	18895538	intron_variant
G/T	18895619	intron_variant
A/C	18895646	intron_variant
A/T	18895653	intron_variant
T/C	18895660	intron_variant
C/T	18895669	intron_variant
T/C	18895671	intron_variant
G/A	18895696	intron_variant
A/T	18895727	intron_variant
T/C,*	18895792	intron_variant
T/C	18895841	intron_variant
G/T	18895863	intron_variant
T/C	18895893	intron_variant
G/T	18895914	intron_variant
C/T	18895915	intron_variant
T/C	18895927	intron_variant
A/G	18895966	intron_variant
T/G	18895982	intron_variant
T/A	18896048	intron_variant
G/T	18896058	intron_variant
T/C	18896064	intron_variant
T/C	18896090	intron_variant
T/C	18896105	intron_variant
A/G	18896114	intron_variant
G/T	18896129	intron_variant
T/C	18896140	intron_variant
T/A	18896151	intron_variant
A/T	18896230	intron_variant
G/C	18896257	intron_variant
C/A	18896263	intron_variant
A/G	18896304	intron_variant
A/T	18896471	synonymous_variant	p.Thr479Thr
G/A	18896571	intron_variant
C/T	18896588	intron_variant
G/A	18896600	intron_variant
T/G	18896605	intron_variant
A/C	18896615	intron_variant
T/C	18896649	intron_variant
C/T	18896669	intron_variant
A/C	18896697	intron_variant
G/C	18896913	missense_variant	p.Glu542Gln
A/G	18896948	synonymous_variant	p.Val553Val
A/T	18897074	intron_variant
G/T	18897191	missense_variant	p.Gly600Trp
G/A	18897346	intron_variant
G/A	18897384	intron_variant
T/A	18897392	intron_variant
T/C	18897414	intron_variant
C/G	18897423	splice_region_variant&intron_variant
T/C	18897450	synonymous_variant	p.Ser646Ser
A/C	18897492	intron_variant
T/G	18897555	intron_variant
C/G	18897651	intron_variant
G/T	18897713	intron_variant
A/T	18897732	missense_variant	p.Lys658Met
G/A	18897737	missense_variant	p.Glu660Lys
A/T	18897816	missense_variant	p.Asp686Val
T/A	18898204	synonymous_variant	p.Ser775Ser
G/A	18898208	missense_variant	p.Gly777Arg
T/A	18898510	3_prime_UTR_variant
C/A	18898529	3_prime_UTR_variant
A/T	18898532	3_prime_UTR_variant
A/T	18898548	3_prime_UTR_variant
G/T	18898552	3_prime_UTR_variant
C/G	18898580	3_prime_UTR_variant
A/G	18898595	3_prime_UTR_variant
A/G	18898644	3_prime_UTR_variant
G/A	18898709	3_prime_UTR_variant
C/T	18898736	3_prime_UTR_variant
T/A	18898749	3_prime_UTR_variant

View accession wise SNPs

Sequence Details:

Protein Sequence:
>Vu_20154.6

MANIQHPSVLLVLVTFVLSICYSEQLQSSHSQTLLRIQQLLNFPAALSNWNKDTDFCNTDSNSSLSVVCYEDTITQLHIIGERRDSPLPRNFSINSFVTTLVRLPSLKVLTLVSLGIWGPLPGKIARLSSLEILNMSSNFLYGSIPQELSSLKNLQTLIFDNNMLAETFPPWLDSLPALTVLSFKNNLFNGSLPNSLGNVENLRALSLSHNHLYGVLPDFSRLKNLQVLELDDNAFGPQFPQLGNKLVTLVLRNNRFRDGIPAELSSYYQLKRLDISSNAFVGPFQPGLLSLPSITYLNISGNKLTGMLFENLSCNSELDVVDLSSNLLTGSLPKCLVSNSSDSTFLYARNCLDSANQNQQPQPFCHTEALAVGILPERKKHRQVSKVVLSLGIVGGTLGGVALVLLIFFIVRRGNARIKMKNPPTRLISENAASGYTSKLLSDARYISQTKKLGAVGLPSYRSFSLEEIEAATNYFDTASLMGEDSYGKMYRGQLKNGSVVAIRCVEMTKKYSTQNFVNHIELISKLRHRHLVSAIGHCFECSLDDSSVNKVFLVFEYVPNGTLRDWICDENVRKCLSWTQRIGAAIGVAKGIQFLHTGIVPGVYSNDLKIEDVLMDQNLVAKISSYHLPLLSNMGKVRHGNSSSGLKHSSNNKSVKHEDKSDIYDLGVILLELILGRQIKTANDADAFRDLLQASLGADEEGRRSVVDTAIRKACLDQSLKTMMEICVRCMVKEPEDRPSIEDVLWNLQFASQVQDAWRGDSQSSEGSPGSESRGLSFQ*

>Vu_20154.4

>Vu_20154.5

>Vu_20154.1

>Vu_20154.3

>Vu_20154.2

CDS Sequence:
>Vu_20154.6

ATGGCAAATATACAACATCCCTCAGTGCTTTTGGTGTTAGTTACTTTTGTACTTTCTATCTGTTACTCAGAGCAATTACAGTCCTCTCACTCTCAGACTCTTCTCAGAATTCAGCAGCTATTGAACTTTCCTGCTGCTTTGAGCAACTGGAACAAGGACACAGATTTTTGTAACACAGATTCAAACTCTTCCCTCTCTGTAGTGTGCTATGAAGACACCATAACACAGCTTCACATAATAGGTGAAAGAAGAGATTCGCCTCTCCCTAGAAATTTCTCAATAAATTCCTTTGTCACAACACTGGTAAGGCTTCCCAGTTTGAAAGTTCTCACATTGGTTTCTCTGGGTATTTGGGGTCCTTTGCCTGGTAAGATAGCTCGTTTGTCATCCCTGGAAATACTCAACATGAGTTCCAATTTTCTCTATGGTTCCATTCCTCAGGAACTTTCTTCACTGAAAAATCTCCAAACACTCATTTTTGACAACAACATGCTTGCTGAAACATTTCCTCCTTGGCTTGATTCACTTCCGGCCTTAACTGTGCTAAGTTTCAAGAATAATTTGTTCAATGGATCTCTTCCGAATTCTCTTGGCAATGTGGAGAATCTGAGAGCTCTTTCACTTTCTCATAATCACTTGTATGGGGTGCTGCCTGATTTTAGTCGTTTGAAGAATCTTCAAGTGCTTGAGTTGGATGACAATGCCTTTGGACCTCAGTTTCCTCAACTTGGTAACAAGTTGGTTACATTAGTGCTAAGAAACAATAGGTTCAGGGATGGTATTCCTGCTGAATTGAGCTCATACTATCAGCTTAAACGTTTGGATATATCATCAAATGCATTTGTGGGGCCATTTCAACCAGGATTGTTGTCACTTCCTTCTATTACCTATCTGAATATTTCTGGTAACAAATTAACTGGGATGCTTTTTGAGAATCTGTCTTGTAATTCAGAGCTTGATGTAGTGGATTTATCCTCAAATCTTTTGACTGGGAGCTTACCTAAATGTTTAGTGTCAAATTCCAGTGATAGCACTTTCCTGTATGCTAGAAATTGTCTAGACAGTGCGAATCAAAATCAGCAGCCGCAGCCTTTTTGCCACACTGAGGCCCTAGCTGTGGGAATATTACCTGAGAGAAAGAAGCACAGACAAGTATCTAAGGTAGTTCTTTCCCTAGGCATAGTAGGTGGTACTCTTGGAGGAGTAGCACTTGTTTTGCTAATTTTCTTTATTGTTAGAAGAGGAAATGCTAGAATCAAAATGAAGAACCCGCCAACAAGATTAATATCAGAAAATGCTGCTTCTGGTTACACTTCTAAGTTGCTTTCTGATGCAAGGTATATATCTCAAACAAAGAAGTTGGGAGCAGTTGGCCTGCCAAGTTATCGAAGTTTCTCATTGGAAGAGATTGAGGCAGCTACAAACTACTTTGACACAGCTTCTTTAATGGGTGAAGATTCTTATGGGAAGATGTACAGAGGTCAGCTGAAGAATGGTTCGGTTGTTGCTATTCGATGTGTAGAAATGACAAAGAAATACAGCACTCAAAACTTTGTGAACCACATAGAGCTGATATCAAAACTCAGGCATCGTCATTTAGTCAGCGCTATTGGACACTGCTTTGAATGTTCTCTGGATGATTCGAGTGTCAACAAAGTATTTCTTGTCTTTGAATATGTACCAAATGGCACGCTCAGGGATTGGATCTGTGATGAAAATGTTAGAAAATGCTTGAGTTGGACCCAACGCATTGGAGCTGCAATTGGAGTGGCAAAGGGAATCCAGTTTTTGCATACAGGGATAGTCCCTGGTGTATATTCCAACGATCTCAAGATAGAAGATGTTTTGATGGATCAGAATCTTGTTGCGAAAATCAGCAGTTATCATCTGCCTTTGTTATCTAACATGGGGAAGGTTCGACATGGAAATTCTTCAAGTGGATTGAAACACTCTAGCAACAATAAAAGTGTAAAGCATGAAGATAAGTCTGATATATACGACCTTGGAGTGATACTACTCGAACTCATTCTAGGAAGGCAAATAAAGACAGCAAATGATGCAGACGCTTTTAGAGATCTGTTGCAAGCAAGCTTAGGAGCAGACGAAGAGGGTAGGAGGAGTGTGGTTGATACAGCAATTCGCAAGGCATGCTTGGATCAATCATTGAAGACAATGATGGAGATATGTGTGAGGTGTATGGTTAAAGAGCCAGAAGATAGGCCCTCTATAGAGGATGTTCTGTGGAACTTGCAGTTTGCATCTCAAGTGCAGGATGCATGGAGAGGGGATTCACAAAGTAGTGAAGGGTCACCAGGCTCAGAATCTCGAGGACTTTCCTTTCAGTAG

>Vu_20154.4

>Vu_20154.5

>Vu_20154.1

>Vu_20154.3

>Vu_20154.2

Promoter Sequence:
>Vu_20154::LG5:18891243-18893243(+)

GTTATTTATTAAAAACTAAAATTGAAAAAAACACCAAAAAGTAAATCCCTTATATATTAAGACAAAATGCTTATTCTAAAAACATATAAGGCAATGCGAACTTTATCTTTAATAAGATATTTAACCAAATTCTAGGCCACACCAATAATCCCAATAACAAGTAGGAACCCTGTACTGAATTATAACTATTGTTATAACTGATGTAATTCTTTTAAATTTTCTTGTGAAAAATACAATTAATTAATATTAATAATACAACTTTCAATTAAGAATGACATTTAATTTTGATAATAAATTTATTTATAATAACTCTTATATTTATTAATATTAATAAATTAAACTTAAAAACAATTATTTAAAATGTCATAATATTTATAACGTTATTTATAATTGTAATATATTCCCAACAGTTTTAAATAATATTTATCTAATTAATACCAAATATATAAATTTATTAAAAAATAATAAATTATAATTAATAATAAAAATCAAGTATAGTATTTTTTCAATTAATAAAAATAGAAAAATATTTTTAGCATACAGTATTAATAAAATGATTATTTTTTATTAATAACTTAAATTGTTGAGTTTAAATTTAGTATTAAGATTTTATTTCAATTAATTTTATATTCACACTAGTTAAAATAATTATTAATTATTATTATCTCTCTTAATTATATTTTTGATTTTTTAATAATACTATTTATTTTATATTAACAATGTTTTAAAGTAATTACAAATGATTTATTATTACTATTATTATTGTATTTTATACTATATTTTAATAGTACTGATAAACTGAAAATAGTTTATAATAGTACAAATAATATTTAAAATTTTTATATTAAGGTTATTAAATATAAAATATAATACAAAAATCTGGTCAGAATATACTCACGGCAACCGATTTCCAGCATTGGCAAAAAAAACTATTTCAAGATTTCAATTTGGGAATTGATCAGAGAGCTGATCATATAAAAAATGTTTAATGTTGCAAAAAAGTTGGGAGGGGGTATTAGGTTATTTTTTTTAATTAGATTTATTCTGAAAATAGTTCAAAGAGATAATAATGTATTTATTTTCTTAAGTTATGTCTATTATTATTTTAAAATAGACTCAAATCTAATTAGCTCAAAGTAATAATTAAGAAAATCCATTGGCTCTTTGTTAACTAGGAAGAACCATGTAGGTCCGGAACTATTAATTACCTAAAATATCTAACTTTGTTTCTTTTTCCTTTTATATAAATATTGTTCTTTCTTCAAATTTGTTTATAGAGAGGAAATTTAAATAGTGTTTCATTCATTAACTTATAATTCATTTTTTTGTTAAATAGTCACCACCTTTTGTTAAATTGAATCATTCTCCTCTGTCATGAATCATGAGACATACTTACATTATACTTTTTTATTTTATTTCAATTTTAAGAAAAAACACACACGTATATATAATGCAAACATCTCTTAGGGAAAAAAAATTATTGTTAGGGAAAAAAAATTATTGTTTTGATTAATCATTATTAGATCTGTAATATATTTTATCATGCCAAGCCATCTTTTTTATGTAGCAAAAGAGAGTTAGCGTATCTTGATACAAGATATTCTGAACACTAAAGTTTGTTAAGAAATAGCAATCACATGATCTAATCACGCATCAGAAACTCTTTAGGTGACATTGGTTTTGATCATGCACGTTCCTTCCTTTTCCTTGAAGATCTTGCATCCTTTGCTGACATAGATTTGCCAACTTTTCAGATGAGACTCTTGCTTTGAAGGTTTAAGATCCAAGTTCCAACCATAGACACATAAATGAAGGTAGGTTGGTGTGAGAGAGAGAGAAGAAGAACCCAAAAGGCAAAAGCAACAGCAGAAATAAATAAGGGGGGACCATGTCATAAAGTTGGAGAGAGAAAACAAAGGCTCATCTCTCCCTGAAAGTAACACCTTACGTTACTGAACTCTGAGCCAAAACTAAAGGCTCCTTCTTCAGCCAATTTCCCA

Gene Sequence:

>Vu_20154(+)

ACTCATAATGATGGGAAAAGTACAAAAACTAGCTCCTTCAAGGAAATCTGCTGGAGTCCACATGCTCAAGTTAAAGCCTTAAAAGGTTAAAGAATCATATCACAGTTAAGAATAAAGGCTTCCCTCATTTACAAGAATCTTTCTTTTGCTTCCGCCACACAAAGAAAGAAAAAAGAAAAAACCTTTTTCTTTCGACCAAAACCAAGAAATTGTCAGTTCATTTATTATGATCGATAACCATGAAATGTCACCTTGTCAGAGAGCAGTGAGTTTTGGTCTTTTTCATTTGTTTTCATTTATCAGTTCTTGTCACTACAGCGTTGTCCTGCTCTCGGAAGAGAAGAAATGGTTTCCAGTTTCCAGGCTTTACTTGTATTTGGAGATTTACTCCTGAATTGTATGGTTGAAAAAGTTTTGGATTTTTTTCAATTGGGTGGCCTCTGCAAGTTCTGAAGGCATACAAATTTTTGTTTTCTCATCTCTTCCCAACTTTTCTTTCCTCCCTCCCTCTCTCTCTCTCTCTCTCTCTGAGTATTTTGGTTTTGGTTAGAACTCGTTGATGTGTGCTGTGTTCTACAGCAGGTGAAGCTTTTTCTGCATGTTGAATTATGTCTAAACTTTTCTCAGGTGGTTATACTTTTTGAGTTTGCGTGAAACAATGATTTTCTTTGAGAATTTGCCTTTGGATTTACTTGAAACTTAGAGTTCATGCATTCAATACATGGTAAAATTTGATTATTTTGATTCAGTAGATTCTTGCATTTTTGTTTTTGTCTATTTATATTAACACGTTTTCTTGTAATTGCAGGGTTTATGCATGTACCCCCAAAGCTTCAATTTTGAGAGAATTTGAATCCTTTTGAGAATATAACCAAAACTCTCTCATTCACTGCATGACTTGTGTCTAATGGCAAATATACAACATCCCTCAGTGCTTTTGGTGTTAGTTACTTTTGTACTTTCTATCTGTTACTCAGAGCAATTACAGTCCTCTCACTCTCAGACTCTTCTCAGAATTCAGCAGCTATTGAACTTTCCTGCTGCTTTGAGCAACTGGAACAAGGACACAGATTTTTGTAACACAGATTCAAACTCTTCCCTCTCTGTAGTGTGCTATGAAGACACCATAACACAGCTTCACATAATAGGTGAAAGAAGAGATTCGCCTCTCCCTAGAAATTTCTCAATAAATTCCTTTGTCACAACACTGGTAAGGCTTCCCAGTTTGAAAGTTCTCACATTGGTTTCTCTGGGTATTTGGGGTCCTTTGCCTGGTAAGATAGCTCGTTTGTCATCCCTGGAAATACTCAACATGAGTTCCAATTTTCTCTATGGTTCCATTCCTCAGGAACTTTCTTCACTGAAAAATCTCCAAACACTCATTTTTGACAACAACATGCTTGCTGAAACATTTCCTCCTTGGCTTGATTCACTTCCGGCCTTAACTGTGCTAAGTTTCAAGAATAATTTGTTCAATGGATCTCTTCCGAATTCTCTTGGCAATGTGGAGAATCTGAGAGCTCTTTCACTTTCTCATAATCACTTGTATGGGGTGCTGCCTGATTTTAGTCGTTTGAAGAATCTTCAAGTGCTTGAGTTGGATGACAATGCCTTTGGACCTCAGTTTCCTCAACTTGGTAACAAGTTGGTTACATTAGTGCTAAGAAACAATAGGTTCAGGGATGGTATTCCTGCTGAATTGAGCTCATACTATCAGCTTAAACGTTTGGATATATCATCAAATGCATTTGTGGGGCCATTTCAACCAGGATTGTTGTCACTTCCTTCTATTACCTATCTGAATATTTCTGGTAACAAATTAACTGGGATGCTTTTTGAGAATCTGTCTTGTAATTCAGAGCTTGATGTAGTGGATTTATCCTCAAATCTTTTGACTGGGAGCTTACCTAAATGTTTAGTGTCAAATTCCAGTGATAGCACTTTCCTGTATGCTAGAAATTGTCTAGACAGTGCGAATCAAAATCAGCAGCCGCAGCCTTTTTGCCACACTGAGGCCCTAGCTGTGGGAATATTACCTGAGAGAAAGAAGCACAGACAAGTATCTAAGGTAGTTCTTTCCCTAGGCATAGTAGGTGGTACTCTTGGAGGAGTAGCACTTGTTTTGCTAATTTTCTTTATTGTTAGAAGAGGAAATGCTAGAATCAAAATGAAGAACCCGCCAACAAGATTAATATCAGAAAATGCTGCTTCTGGTTACACTTCTAAGTTGCTTTCTGATGCAAGTAAATCTCTCTCTCTCTCTCTCTCACACACACACACACACACACACACAGTGTTGTGTGCATGATCAAACCACCTTTTCCATTTTATACATTTTTCATCCATATGCAGAAAATTTACAAAGTTCTCAGATATGTGCTAGTCTAATGTGTAGCCATTTTTATCACTAATAACAATAAGATTCTCTTGATGTCTGAGAAAAATTAAATACTGAAGTTAGATGATCACTCAAACAATCTTATAAAAAAAAAACTAAGGTTCCTAAAACAAGAAGTTAAATTAGTGTACCCATATACATACCTAAACTGTTATTTAGAGGAAAATTAGTAGGATCTTTTTCCTTATATGTTTGCACTCTATCTTGAGTCATCTTCAGGTAGTCCCTGTTCTACTTTCCCAACAAGGTCTGTTCCAACATCAGCTGCTTTTTGCATATATTCCACTACCCAGCTGAACAAAAATAGTGCTAAAAACGAGGCACCAGTTGTTAGGAATCAATAACAGAAATGGGAAAGAAAGAAAAGAACAACATTTTTTACTGAATAGGATGAAAAACAGATTTCCTGCTAAAGCAGCCCTGTACCTTGATTGACAAAAATGGTTTTATATATTAAAATCTAGTATTAACATATGTTGGTAAATAAAGATGATAACTGTTTCCCACTTTTAAATAATAGAAACAAGGACTTTATACATGTTTAAATTCAATAAAAGAAACATATGTTTATTTGCAGCCAAACAAGTAAAAACAATAGTTCTTTATCAGTGATGTCGACTTACTAATTGGAAAATATTTCTTGAGAGTGTGACATGAAAGAATATACAGTTTTCTGTATTCCATATTAAGGATAAATTGATAAACATGTCTTTTTTTTCTGTACTTAAAGGGTATATATCTCAAACAAAGAAGTTGGGAGCAGTTGGCCTGCCAAGTTATCGAAGTTTCTCATTGGAAGAGATTGAGGCAGCTACAAACTACTTTGACACAGCTTCTTTAATGGGTGAAGATTCTTATGGGAAGGTATGCTACAATGTCTCAAATTATTTTTGCATATATAGGAAATTTTCCTTTGAACTATATTCATACGAAATCAGTGGTTTAACCTCCTTTCATTGGCTGTTGTACACTAGACAGCATCACAAACATAATTTGACTATGCAGTCATGATTCACTTAACTATGTAGCATCAAGTTGTCAGTTATAATTAAGCTGAAACTCTCTAAGCATTTATGTGATGAGTGTTTCATTTTGAAATGGTGTATTTTGATGTCTTAGATGTACAGAGGTCAGCTGAAGAATGGTTCGGTTGTTGCTATTCGATGTGTAGAAATGACAAAGAAATACAGCACTCAAAACTTTGTGAACCACATAGAGCTGATATCAAAACTCAGGCATCGTCATTTAGTCAGCGCTATTGGACACTGCTTTGAATGTTCTCTGGATGATTCGAGTGTCAACAAAGTATTTCTTGTCTTTGAATATGTACCAAATGGCACGCTCAGGGATTGGATCTGTGGTAATTGACACTCAAACATTTTGCATGATCATGACAGTAATGTCTTTTTTGTTATTCTCCATCCTCTTCAGAAATGTGGTATTGATGCCTCATAATTTTGGCAGATGAAAATGTTAGAAAATGCTTGAGTTGGACCCAACGCATTGGAGCTGCAATTGGAGTGGCAAAGGGAATCCAGTTTTTGCATACAGGGATAGTCCCTGGTGTATATTCCAACGATCTCAAGATAGAAGATGTTTTGATGGATCAGAATCTTGTTGCGAAAATCAGCAGTTATCATCTGCCTTTGTTATCTAACATGGGGAAGGTAAGAAGAAAACAATATTGACATTTTACAGTTTTTTAGTGAGGAGGAAAAAATCATTACTAAGTTTCATCTTGATGAAAAAAATCCTGTACTTATTCACCTTAATTTTATCCTTCCAGGTTCGACATGGAAATTCTTCAAGTGGATTGAAACACTCTAGCAACAATAAAAGGTGATGATAGAAAGTTAATCAGGTTGTGTAACATGTTAGAAAAACAGAACTTATACAATAATTTTGTATACCATATGAGATAATTTGACATGTCTCAGTGTAGAGAAAATACTTTTGATCCTATTTCCAAATAAGGTCATGTTAGACATCATTATGAACTTTGACATCTCACTTATGCTGTTACACAAACTTGTATGTATATGTAAGTAAGAAAGAGAGGTTTTTAATGATTTGTGCTGTTTTGTAGTGTAAAGCATGAAGATAAGTCTGATATATACGACCTTGGAGTGATACTACTCGAACTCATTCTAGGAAGGCAAATAAAGACAGCAAATGATGCAGACGCTTTTAGAGATCTGGTAAATACAGGGACACTGATTCATTTTCTTTTATCTGCTTTCTTTTTCATAATCCACATTGAATAAAAAGCATCTAGAATTCTACTATGATATGCTTGTTTTAATTGCATGATGAGGCAGTTGCAAGCAAGCTTAGGAGCAGACGAAGAGGGTAGGAGGAGTGTGGTTGATACAGCAATTCGCAAGGCATGCTTGGATCAATCATTGAAGACAATGATGGAGATATGTGTGAGGTGTATGGTTAAAGAGCCAGAAGATAGGCCCTCTATAGAGGATGTTCTGTGGAACTTGCAGTTTGCATCTCAAGTGCAGGATGCATGGAGAGGGGATTCACAAAGTAGTGAAGGGTCACCAGGCTCAGAATCTCGAGGACTTTCCTTTCAGTAGATTCAATCCACAGGTTTTTCACTTTTTACTGTTTTGTATATTTCACTATAAGCCTAAAAGGTTCATGGTTGCAGATACTGCAACATCAGAATAGTATTATAAGGTCTTATGTTCTAACTCCTTTGCCCCAAAATCTGAGTATAGCTTCTAATGAAAAACTATGGTATATCAAAGCTTGCACTATTGTAATTTTTAAGGTTTTTTTTATTTTTTTTATGTTCACACTTACACAATTTACGGCGATGACTTTCGATTTTTGTTCCATGTAGGTCCTACCATCAAAGTAATCATAAGCAATAAAGTCCTACTGCATTAAAAGATAAACTGTGGAGAAACTGTGATGTATGAATTACACGACATTATAAGAAAATTGTCACGACATGAGAATTATGTAAGTTAGTTGATATAAAATTATTGGAAGTAGGGTATATTAACAACAATTTTTTCATTAATATTTTTCTTTTTTACTCTGTATTCTTTAACGAGTAGTCTAGACTAATTTAATGTTTTCATAGCGGATTCCTTCCAGACAAATGGAAGTGTCAAAAAGGAAAAAGTATTGTATTTCACGGCAC