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_26559	LG7	7646674	7658885	PREDICTED: CBL-interacting serine/threonine-protein kinase 8-like isoform X1	Map

Annotations

category		relationship type		keyword

SNP	Position	Effect	Amino acid change
A/T	7646901	intron_variant
T/A	7646912	intron_variant
A/T	7646920	intron_variant
T/A	7647575	intron_variant
C/T	7647584	intron_variant
T/C	7647677	intron_variant
A/T	7647678	intron_variant
G/A	7647992	intron_variant
G/T	7648590	missense_variant	p.Arg65Ser
C/A	7648641	intron_variant
A/G	7648803	intron_variant
G/T	7648805	intron_variant
G/A,*	7648816	intron_variant
T/G	7648828	intron_variant
A/G	7648830	intron_variant
A/C	7648841	intron_variant
A/G	7648862	intron_variant
T/A	7648871	intron_variant
C/T	7648897	intron_variant
A/G	7648922	intron_variant
T/C	7649044	intron_variant
G/A	7649124	missense_variant	p.Arg79His
T/C	7649164	synonymous_variant	p.Gly92Gly
T/A	7649168	missense_variant	p.Leu94Met
T/C	7649173	synonymous_variant	p.Phe95Phe
G/A	7649357	missense_variant	p.Cys123Tyr
C/T	7649361	synonymous_variant	p.His124His
A/C	7649366	missense_variant	p.Lys126Thr
A/T	7649408	intron_variant
A/C	7649410	intron_variant
C/G	7649422	intron_variant
T/C	7649424	intron_variant
T/C	7649461	intron_variant
C/T	7649462	intron_variant
G/A	7649471	splice_acceptor_variant&intron_variant
G/C	7649627	intron_variant
A/T	7649823	intron_variant
C/T	7649836	intron_variant
C/A	7650024	intron_variant
A/G	7650182	intron_variant
C/T	7650213	intron_variant
G/A	7650746	intron_variant
A/G	7650752	intron_variant
G/T	7650779	intron_variant
G/T	7650782	intron_variant
T/A	7650935	intron_variant
A/T	7650936	intron_variant
G/T	7651152	intron_variant
T/G	7651203	intron_variant
A/G	7651256	intron_variant
A/G	7651294	intron_variant
A/G	7651299	intron_variant
G/A	7651315	intron_variant
G/A	7651319	intron_variant
G/A	7651326	intron_variant
T/A	7651327	intron_variant
G/A	7651337	intron_variant
T/G	7651366	intron_variant
G/A	7651371	intron_variant
C/G	7651386	intron_variant
C/T	7651403	intron_variant
G/T	7651410	intron_variant
C/T	7651412	intron_variant
C/T	7651421	intron_variant
G/A	7651469	intron_variant
A/T	7651523	intron_variant
T/C	7651551	intron_variant
T/C	7651558	intron_variant
G/A	7651560	intron_variant
T/C	7651571	intron_variant
T/C	7651573	intron_variant
C/T	7651598	intron_variant
G/A	7651602	intron_variant
G/A	7651605	intron_variant
G/T	7651643	intron_variant
A/G	7651680	intron_variant
T/*,C	7651758	intron_variant
T/A,*	7651764	intron_variant
T/A,*	7651770	intron_variant
G/A,*	7651783	intron_variant
A/G,*	7651785	intron_variant
A/G,*	7651787	intron_variant
T/C	7651973	intron_variant
T/A	7651992	intron_variant
A/G	7652007	intron_variant
G/A	7652066	intron_variant
T/G,*	7652081	intron_variant
T/G	7652083	intron_variant
T/G	7652085	intron_variant
G/A	7652103	intron_variant
T/A	7652130	intron_variant
G/C	7652150	intron_variant
A/G	7652156	intron_variant
C/T	7652211	intron_variant
G/A	7652213	intron_variant
A/G	7652217	intron_variant
C/G	7652222	intron_variant
T/C	7652223	intron_variant
T/G,C	7652225	intron_variant
C/G	7652231	intron_variant
T/C	7652253	intron_variant
C/T	7652274	intron_variant
T/C	7652287	intron_variant
T/C	7652301	intron_variant
C/G	7652357	intron_variant
T/C	7652374	intron_variant
A/T	7652385	intron_variant
T/A	7653457	intron_variant
T/G	7653465	intron_variant
T/C	7653552	intron_variant
G/C	7653664	intron_variant
C/G	7653671	intron_variant
T/C	7653744	intron_variant
C/G	7653760	intron_variant
C/T	7653913	intron_variant
G/T	7653931	intron_variant
A/T	7654122	intron_variant
T/C	7654181	intron_variant
T/A	7654390	intron_variant
T/A	7654394	intron_variant
T/A	7654634	missense_variant	p.Trp230Arg
G/A	7654663	synonymous_variant	p.Leu239Leu
C/T	7654706	intron_variant
A/G	7654777	intron_variant
C/T	7654882	intron_variant
T/A	7655268	intron_variant
T/A	7655362	intron_variant
A/C	7655365	intron_variant
A/T	7655367	intron_variant
G/A	7655695	intron_variant
C/T	7655804	intron_variant
C/T	7655858	intron_variant
C/T	7656851	missense_variant	p.Ser350Leu
A/T	7656853	missense_variant	p.Ser351Cys
G/A	7656868	missense_variant	p.Ala356Thr
A/T	7657114	intron_variant
A/T	7657135	intron_variant
A/T	7657163	intron_variant
C/G,*	7657207	intron_variant
T/A	7657286	intron_variant
T/A	7657345	intron_variant
A/G	7657558	intron_variant
C/T	7657607	intron_variant
C/T	7657723	intron_variant
T/A	7657807	intron_variant
T/C	7657812	intron_variant
G/T	7657903	intron_variant
A/G	7657906	intron_variant
T/A	7657929	intron_variant
G/A	7658034	upstream_gene_variant
C/A	7658255	upstream_gene_variant
A/T	7658263	upstream_gene_variant
T/G	7658271	upstream_gene_variant
T/G	7658317	upstream_gene_variant
C/G	7658526	upstream_gene_variant
G/T	7658568	upstream_gene_variant
A/C	7658569	upstream_gene_variant
T/A	7658580	upstream_gene_variant

View accession wise SNPs

Sequence Details:

Protein Sequence:
>Vu_26559.1

MVLRKVGKYEIGRTVGEGTFAKVKFAQNTETGESVAMKVLDRSTIIKHKMVDQIKREISIMKLVRHPYVVRLYEVLASRTKIYIILEFITGGELFDKIVSHGRLSEVDCRRYFQQLIDGVDYCHSKGVYHRDLKPENLLLDSQGNIKISDFGLSAFPEQGVSMLRTTCGTPNYVAPEVLSHKGYNGAPADVWSCGVILYVLLAGYLPFDELDLTTLYSKIEKAQFSCPTWFPVGAKSLLHRILDPNPENRITIQQIRNDEWFQKEYVPVSLLEYEDVNLDDVNAAFDNVEDQITNQQCENDDMGPLTLNAFDMIILSQGLNLATLFDRGEDSVKYVTRFISQKPPKVVLSSMEVVAQSMGFKTHIRNYKMRIEGIPANKASYFSVILEVFEIAPTFFMVNIQKAAGDSNEYLKFYKNFSNNLEDIMWKPSHEKSKLRNSKTNCKEQ*

CDS Sequence:
>Vu_26559.1

Promoter Sequence:
>Vu_26559::LG7:7644674-7646674(+)

GATCTTTGTTCAAATTGGTTTAGTTGAGGTTTAATAATGAAAGATGATGGAGTATGATATGGATGAAACGTATTTGATTATGAAAGAGTATTCTGGGGAGGAATATCTCATGAATGAATATTGGAATTGGTAAAGTATGAATGTGGGCATGCTAAGCTGACGGTTCATCCTGATATTCCATGATTACTCGTTCTCACGTAGAGAAGGATAAGTCATGTGTGGGAATGGCAGGAGGTCCTAGTCCTTATGGTTAATTTGGACAGATTGGACTAACCTCGGGTGACAGCTGTTGAGGGTATCCCAGTTACTACATCATCCGGGTGCACGAACGTCGTAGCTACGCATAACTCATACAGTCCGGACAGTCAGAGTCTAGTATTAGGCTTTGCATGAAAGAGTTAATGATTTTATCTGATTTAATTGATTGTGTGTAATATATGCTGATACATGAATTAAATTACATAAGCTTACCCTATTTTTCTGTCTTGTCCGTTTTGTACGTTTGGTTGTTGTCTTGTCGCAATGATCATCCGTGTGGATGTGAGCAGAAGGAGAAGAGCAGTTGGAAGAAGCGTTGGAAAAAGAAAGTTTAGTCGAAGTAGAAGTTAAGACCGAACAGTAGAACCTTTCGGTTAGTATTTAGTTTAGTTGTACGATGATCGTTCTATCATCTTTTTCCTTTTTCTTTTGTATGACCGTTCGGTATAGGTCTTTTGTAAACCGTTCGGTCAGGATTGAGTAATTGTACATTTTTAACTTTCTAGTTATTCTGTAAGGCTGTTCGGCCATAAGCGTACATCCTATTTTATGTATGACTGATATGTAGTATTATTAACATGTGATTATTCTATTATATAATTTTATACTGTATTTTTGGGATGTTACACTAAACATAACTAAACAAGATAAATAAAACCATGTCATGTACATAATGATGATGTTAAAAAAAATATAAAATATTTAAATACCCAATTCAATAAATTTGTATCTAAGAGGGTTAATTAAAAATACCAATAGAAACTTAAAAGTTATTAGTCTTTGATAGATCTTGTATATGCCAAAAAGGACAGAAGATTAATTATCTCGAAAAAATATACAAGGATAAAATTGTTCCGACTTTTAATTTCAAATTTCCATATAAAAAGTAAATCTTACTAATATTGGTAAAAAATATATTTATTTATTAAAAAAATCATATCAGGATATATTAAAAGTTTCGATAAAAATTTTTGTATACTACTTTTTCAAGGAAAAATATATTTATAATGTTATTTCATCAGAAAAGAAACTTTTAATCAGTATTTAAAAGAACCACTTAAGATTTGAAAATCATAATACATTTATTTGACCATGACAAGAGAAGTTCGTAATAAGACAACGGTTTAAAATCTGTATTTAAGAGAAAGTAAAATAAAACTCAACTTTTATTTCCAAAAGTCAACTTTTTTAGTTCCTTACTTTTAACTCTTCAATAATTTCTTTTCATTTTCATTTTCTTTCCTCTTAACCAATCATTTCACGTATGTGAAACACAATAAGATATAAACTTATACAACGCAAACACAATTCAAATAATTCATTTTGAAATTATTTTTATCAATTTAGTGTGAATTAATAAAAGACGCTATATATAATATATTAATAAGTGGCTATAAAGTACCAAATTTGAAAATGGAAGGACACAGTGTTTTGATTCAAATGGAAGTGTAGCAAAGAAGATAAAGCATAGGAAGTAACCAAATATTTGAAATTCCAATTTTCAACTTTGTCCCCTCCCTTTCCAACAGGTTAGGCCTAGCTCTTTATTCCCCTGACCTCCTCTGCTACCCAATCACAGTTTTTTCCTCTCTTTCATAATTTCATTGCATTCCTCATCAATAGCCACAAGGATTTCAATTAATCCATTTTTCTTCAACAGTGTAAATTAGAAATTGTCGTCTTCACATTATTTTGGTTGTGAGAGAGAAGAGAGAGCGAAATTCACAAGAGAAAGAGGAAGA

Gene Sequence:

>Vu_26559(+)

ATGGTGTTGAGGAAAGTGGGGAAGTATGAGATTGGAAGGACAGTTGGAGAAGGAACCTTTGCGAAGGTAAAGTTCGCTCAGAATACGGAAACTGGTGAGAGTGTTGCAATGAAGGTGCTCGACCGTAGCACCATTATCAAGCACAAAATGGTCGATCAGGTACTCTCTCTCTCTTTCTCTCTTGTTTTCTTATTCATTGAATCGATTTCTGAAATTCAAGCATCGTCAGTTAATTTAGTAATTATAATCTTGAATTTACGAAAATTGAATGTTCTGTTATGCTGTTATGGTATGGCTAACTCGATCTTTGTTCTAGGGACTAGCAATTAGTTTAATATCTGATTTTGAAATTTATCAGTCGACTGAGTTCGTGTTTGGATTTATGTTATATCATCCAGAATCAGGTCGAAAGACTGGTTAACTTGGTTTTAGTTAAATTTTAGCGTGTTTGGATTCACTTTGAATCATTCAGAATCTGGATGAAAGATCAGTTAACTTGGTTGTAGTTAAATCTTCGTTTGATTTCAAGTTGGAAAATTAATTTTAGGTTTAGAATTTATTTGACTTGAAGCCATTTAGATAACTTTTGCGTTGGATAGGATAAAAAAAAAGTTATACTCGATTTCATTACTAGTTTTTAGACTGTAGCAAAAACATAATAAATGTAAACTGAGATGAATTTTAACGGAATTCTAGATGTAACAGAAAAACAAGAGATGAAAGAAAACTGTCTTCTATTATTAGAAACTTACTTCTACAAGAATTACAAGTTGCTTCTTTTATAGAAGCCTATTAACATAACAAAGTGACGGCTGTCCTATACGTTAATAAATTTCACCAAATCAGTTTCGTTAAAAAATTTTCATGGACTCATACACACTGAATTCCTAACATGCTATTTTTATGGATACGATTATATGCCGTTGTGTCTGCGACCAAATCGCCTGTTAGTTTTAAAAATAAGGTTCAAATTGATTGATAAATGATGCCGCAATTTACGAAATAAAATTGATTGACGTTGAAGTTCCCTTTCTTAATTTCAAGAACAGGAATATTGCTCTTTATTTTTCTACGTAAAAGGGAAGACAAATAATAATTTCCTTTTCTGCAAGTTCTTTTAATAAGCTATTAAAAAGGGTTCTTTAAAATAATTAGTTCTGATATGCAATTTTTATTGTTTTCAAAGTATTTTTGGTATAGTAGAAAAGCACAGGGAATGCATTTTTGGTTCCTTCAATTTTGTGAATGTGTAATTTTGGTCCGTGCAGATCTTTAATTACACATTTGGTCTTCTAGTTTTATAAAATTAAACAGTTATGGTCCAATGTTAATATGTTTTTCAATATCTACCAAAATGATAACAAACTTAGTTACCTATTATTTTTTTACGTAGAATATTAATAATCATGTTTAATTGTAAGCTTTAACATTATTTCTTTACGTTATTTCTTTGGTTAGCAATTAGATGGTAAATTATGTTGATCTGAAATTTCTTAATTCTGATAATTTGGAAGACTAAATGTGCCATTTAATTTTATAAGGACCAAAATTGCACATTAACCAGGGCCTTAACCTTTTATGATGAACTATGAATATTAATTAAATTCTTTGATGCTGAATGAATACTTTGATTGGATTTGACTTCATGCGAGTGAGTGGGAGTTTAAGACGTTTAGGCCTTGGTTTCTTCCTTTTTAAGATATGAGAGGTTTTTGGTACAATGGTGGCAGAGGTTTAAATCTAAGAACTCATATTAACTTTCCAAGCCCCTCACTAGATGCTAGAGGTTTGATGACTATATTTGTGAGTTATGATTGCTATGGTTCCTATTTTTGTTTTGTATTTTATTTTTATTTATTTGTTTATTTTTTAATAATGCAGATCAAGAGGGAAATTTCTATTATGAAGCTAGTCAGGCATCCATACGTTGTTCGTCTGTATGAGGCATGTGATATTCTTTTTCCCTTCTTATATAGTATGTTTGAAATAAGCTATTTCTGGGCAAAAAGGCTTTTAATTTAAGGATTGCTCCAAGAGATTTTGGTAAAGAAACTCATTGAAGGATTGGTACTAGAGATTTTTTCTTAAAAGGTTATTAATTACTTTGTTTTCCACTTCATGATGAATTGATGATTATCATTGGAGTGTTAAATATGATATCAACTATAAAGTTTTAGAACTCTTTTCTAGCAAGTAATGTAAAATCAAAATTATAGAAATCTCCGTTCATTAATAGATTGAGAGAGGAACAATATTAAAAGATCATTTCGGAATCTGTCTTGGTTTTCTGGTACACTTTTTCTCCTGGAATGTTACAGAAGAAGGTGCACAATGTCTAAATATTTTGTATGATAAGTCTTTTAATGTTTCTCTCTTGTTGGCTATCATCACTCAATACTCACAACTCATTCTTCTTTGATATATGACTTGTTTTCAGGTTCTAGCTAGCCGTACTAAGATTTATATCATATTGGAGTTTATTACAGGTGGTGAATTGTTTGATAAAATTGTGAGTAGCTCAAGTTGGATTTATGCTATAAGCTTTTAGTGTGACTTTTATCAGTAATTTTCTCAGCATTGATGTTGCTAATAAATAAAGTAATGTTGTAGGTAAGCCATGGGCGTCTCAGCGAAGTTGACTGTAGAAGATACTTCCAACAGCTTATTGATGGTGTAGATTATTGCCACAGTAAGGGTGTTTATCATAGAGATTTAAAGGTTTGTGTTGAATGGGATATGGAATTCTGTCTTCATATTTATCATGATTTCTGCTAATTAGTATTGTTTTCTGGCTGCAGCCTGAAAATCTTTTACTTGATTCACAAGGAAATATTAAAATTTCTGATTTTGGTTTGAGTGCATTTCCAGAACAGGTGAGAGATTTCTAAAAATTAATTCTAAAATTGACTTTAATTCATGTGTCTGATATCAAATATTCAAATGTTTTCATACTGTTGTTCAATGTTATTTTTTGGAAAATCTCAGGGGGTCAGTATGCTTCGGACAACTTGTGGGACTCCTAATTATGTAGCTCCCGAGGTAATACGTGATTGGTTTTCTTCTTTTTTTAGTAACATGTTCGAATCAATTTTTCCATAAACACTTCTAAGTAGGGGGGGCAAAAACGGCCGAGCCTTGGCAGCCTAGCCAAAAACAGTGGGCCGGGACGACCTCTTCAATCGGGCAGTCTGACACATCCCGTCCTGGAGTGTTACTCCCTCCACCACTACATACTGCTCTTTACACCTCCTCATTTCTCTTTTGTCCCTGAAAAATATTTAATTCATGGTGGTTAAAAAGTATTTACTTTCACCAACATCTACCAACCCACTATATCAATGCACCCCACACCTTACTCATCAAATTTCTCTTGCTTCTTCTTCCCTCTAATTGTGCTAATGTGGTGGCCGAAGGTGGTATAGTGGTGGTGTCAAGTAGAAGGTTCACAAACGGTATCACTTAAACGGATATCCCGGAATCATGACGGATATCAAGTTGAAGTGTAAACAGATGTCAATATCCGAGGATTTCACTTTGGACGGGGCATTGAGTCACGTATGCTAGTCCAAACCGAGGAAAATCGATTTGAGGTTGATCAGGGCGGAGAGGTCAGGGACTTGGCCGGAGAGTGAGTTTCCTTTGAAGCTGAGGACTCGGAGTTGGTCCAAACGGTTCAAGATCTTGGCATCGAGAGAACCGGTTGGAGTGGTCCAGAATGAGCTTTCTGACTCTTCCGTTGAAGCAGTCTTTGACCCCTTTCCAAGTGCACACGTCGGCTCCCTTCCACCATGGGAGCTTCTGGAGAACGTCAATGGAGGATTTGAGAGTGAGTAGTGGCTGGGAATCGTCTTCTGCTCTGGTGGGTTCGGACAAGAAGAGACAAAGCACGGAGACACAGAAAAACAAAAGCATAGGATCTCTCCATGTTAGGGACCAACCAACCATAGTTGAAGTTGCAAACGAGGACTTCCAAGTTCAACTGTTTTGGTTTCCCATTACGAGAACCATTGAACACTTTAATGCATTTGAGGGTTAACAGTTAACTGACGTACATAAATTACAGCTGAAAAACGGTTGAAGTTGAGACAAATCTTTGGTTTTCTTAGCTGTTTCACTCACTTTTAAGTCTTCAGATCTACCATTGACATTTACAAAACCCTCTCTTTCTATGATCCACTCGTGTGTCATGACATTCTTGTGGTAGAGTGGAGTAGAGTAGAGTAGAGACCTCAACTACTCATCTAACCCAAAAGCTTGAAATTAGATTGAAGTTTGAAGTATGAAGCAATAACCATAACAGTGGAAACAATAATGGAAGAGAGAGCTATGTTTGGACACTCAAGGGATCCATCAAATTGGAGACACCTACCGTATGATTGAAATCCTTATGATTGAAGAAGAAGCTGAATCTTGACGCAAATGAGAAATTGGGAAAAGAAGATGGAAAATTGGGGAAAGAGGAAGAGGAGAATAAGAGAGGAAAAGAGAAAGTAAGAGTATGGGGTGTGGTGTGGGGGTGTGGGGTGTGGTGTGGGGCTGCGTAGAGAGTAAAAACTTAGGGTTTTAAAAAAAAAGTTAAAAAAGTAAAGGGTAAAAGTAAAAATGATATTTTGGGATTTAAAAAAAAAATAGAGAGGTGTAGGGAGCAATATGTGGTGGTGAAGAGAGCAACTCTCTCCGTTCGTCCATCGCTGCAGGCCAATCCAGCAGCCCAACATCATTAAAAAATCGAGAGTGGCTACCTACACCACCACATATTTCTTCTTGCACCACCCCATTCCATAATTGTCTTTTAGTAAAAATTGAATTACCGTGATTAAAACGTTAAAAAAATAAACGGAAATGGAAAATTTGAGCCTTCAATCGGATATCAACATTCGTTATTCGTTGAAGCCTCTATGTCCGTCATCTACTTGCATATTTTCCTCGCCGTAAATTTTTCAATTGAGTTTTTTCTGATGTTTTTCACGAGACAATATATAGTAAAATACAGTAAAACACACACAACTCTTCTTAATAAGGTTTTAGTAGTTAATAAATATTTCTCATTTCTTTCAGAGACCCGCACACACATTTTACACACATATATATATATATATATATATATATGTATATATATATATATATATATATATATATATATATATATATATATATGGGAAAGAGAAGGAGAAGAGGGGTGAGTGTGAGGTTGGGTGACAAAAATTGAAAGAGAAGAAGAGGAGAGGGGAGGGTGGTGGGTGTGAAGGTGGGTGACGGAAATGGAAAAGAGAAGGAGAAGAGGGAGGATGGATGGGTGTGAGGGTGGGTGATGGAAATGGAAAAGAGAAGGAAAAGAGGGGAGGAGGGGTGGTGGGTGACGAAAATGGAAAAGAGAATGAGAAGAGAGAGGGGGAAGGGAGGTGTGTGTGTGTGTGGTGTGCTGGAATGAGGGTATAAAATTAGGATTTTTAATCTAAAGTATAAAAAGTTAATGGTAAAAATAAAAAAAATTAACTTAAGGATATTTTTGGAAAAAAAAGTAAATTGGAGAGGTGCAGGAAAAAGACTGTAGGGACCAACTTTCTAAAAAAACTAAATGTAAGAAACTCGCCTTTTGCCCAACCCGACAAGTTAGCCCAATAACCTGTAATCATTAAAAAAACCTAAGGGTGTTGCTCCCTCCACCACCACACCTTTCTCCCTCCACCTCCCCAATTTTTTTTAATTCCAATTATATCCTCAAATTAAAATTTTTTATTTTTATTATTTTAATTTATTCCAAACCTAGTTCTCCTACTTTACTCCCTGCACTCAATCTTTCCATCTCTCAATTTCGTTTAACAATTTGTCTTCTGTTTTACTTTACAACTCCATTTGTCTTCTCCGTTTCACTTCTCCTCATACGATTCTTTCTTCTTCATTTTCCTTACATTATTAAAATACATTAAAAATATATTAAAAAATAATAAATCAAAACATTTAAATTAAATTATTAAAATATTTCCAAAATAAAGAATAAACTAATAAAATAAATCCTAAAATTAAAAACGTAACTCGGAGTCCGTTTAAGGAAAGAACTGATGTCAACATCCGTTTATGGAAAGAACGGATGTCAACATCCGTTTAAGGAAAGAACGGATGTCAACATCCGTTTAAGGAAAAAAACGAATGTCAACATCCGTTTAAGGAAAAAACAGATGTCGACATCCGTTTTTTCCTTAAACGGATGTTGACATCCGTTTTTTTCCTTAAACGGATGTTGACATCCGTTCTTTCCTTAAACGGATGTTGACATCCGTTGAAGGATGTCACCGTTTAAAAGTTACGTTTTTTATTTTAGGGTTTTATTTGAAGGTTTATTCGAAAACACACCTTAAGGAAGCAACACACGCACTGCACCACTCCACACACTGCACCACGAGAGCGACACTGCATCACGAGAGCGATACTGCACCACGAGAGGGAGACTACTTGATAATTCTTTCCACTACCACCAACCTTTACAACTTGTAGTATCTCACCGCGACAAAAGAAAGAGATGAAGAAAAATAATGTTAAAATAAAAGAAAAATATTTTACTCATGTAGGAGGAACTAAAATAGGTTATTAGTGGAATAGGTTGTGAATGGGTAAAATTAAAAAAATTAACCCTAAAAATAAAATTTTATTTAAGGGCAAAATAGTAAAGGGGAGGTGGAGGAAGAAAGGTGTGGTGGTGGAGGGAGCAACACCCAAAACCTAATTATAAAGAACTCACCCTTGCCCAGCCCGACAGGTCCGCTCGTCCAGCCCGGCAGGAGTTTCCTGATTGAAGAGTGATGGAGGGGAGTTCTTCTAATGCTGCATCTAATAATTTTGAAAAGGGAAATGATGAACACTGAATGAAGAAATGATGATGGAGTTGATTGTTAATTATTTTAAATATTTAGTACTATAGTGATAGAATGATTGTGAACAAAAATTATTTAACCTATGAACATGTTTTGATATATTATGAGAAATTCAAACGTACATTCGGATATTATATTCAAATAAGTAATAAATTATTCAAATAAAACCTGCCATCAACTCAACAACCTGCCTAGTAGTCCGGCATCAGCCCAACAACCTGCCTGGTAACCAGCCATAAGGTCCTAACATTAACCCATTTCAGCTTGCCAGCTTGCCAGCTTGCCATTCCGAGTTGTAAAAATCAATCCATCATTGTCAGGCTAGCCCGACCCATTTTTGGTGGACCAAAGTCAGGTTAGGCTTAAACAGGCTGGGTTGATCTGTGTTGCCACCCCTACTTCTTCTAAGAAAAGGAAAAGTGAAATAATTTTTTTCGTAAACTAAATTCAGCCTATACATGAACTAATTTGTGTAAACTCTCTCAGATTTGATTATGGAAAATCATATTTTTAATTTATGTATAAGCTAGTTTTAGTTTATGGGGGAAGTTTTTAATTTTTTTTCCTTATTCTTTTAAAGTGCCTGAGGAAAAAATGACTCAAATAGATGCAAATGCTTCCATGTCATCTTCTGCTACTGACTATTTTTTGAGCTTGGCCTTTGCGTTGAAAACTTATCTTTGTGACTTCAGGTACTCAGTCACAAGGGTTATAATGGTGCTCCAGCAGATGTTTGGTCCTGTGGAGTTATCCTCTATGTTCTATTGGCTGGATATCTTCCCTTTGACGAACTTGATCTAACGACGTTGTACAGTAAGGCATGAATTTATATACACGGCAAATATATGTTTTACTGTATAATAGATTGGATCCCCTGTTGTAAATGTCTTAAAACATTTTTCTTGCTCATAGTCACTGCTGTTGCTGTAAGTTCTTGTGATACAGACTCTCTTCACGGTGTCAAATGCTCAGGAAACACTTTTATCAAAGCTTTTGTTCAAAATGAAATCTTAGATCATTATGAAAGCTGCTGAACTCTTTTTCTTATTCTTGTGTAGATCGAGAAAGCACAGTTTTCATGTCCTACTTGGTTTCCGGTCGGAGCAAAGTCTTTATTGCACAGAATTTTGGACCCAAACCCTGAAAATGTAAGAATCGGCCTTATGGAGTAAATTTATTTTTTCTGTCAGAAGAACGTTGAGATACTGCCTTTCACTGTTAATTTATAACTAATGTCTGTTTCATTACAGAAGCAGAGAAAGAGTTTTGTCTCTGTGATGTCGTTAATTGTTGTATTAGGATTAGAAATCTAAAAAAGCCTAATAGTGTGATGATACGTAGTTGTCAAGCCTGAATATTGTCTTGACTACGTTCCTTCAAAATTAAATGAAAAAATGTTTATCACTAATAAGTTTACCCTATGGAAGGATATGATAATAACTTTAGGTTACCGAGTAATCAGGACGAAATGAAAGTTGCAAGTATCTGATTTTATAAATTTAAGATAGCATGGAAAATGCATAGAAAAGTAATATACTAGTTTTTTTATGTTGAAGGGAAATAGTTTTTGGAGCTCAACCTTTTAGTTTTAATTATTAATACGCAAGGGAAGAAAAATGAAATTTTGTGCTTGTGCGTGCACTAAGTGGCCCTTAGATATACAAAACATTTTCTATTTTCTCTTTTAACTACAAAAATGTCATTTTGTTTGACTTTTTGCTCTTGTTTTTAAAATCATGAATGGGAAACAATGAAAGAATAACGAAAAGTTGTTTTCATAGTTTTCTATATAAACTTTTGAAAACTGAAAATAAAATAAAAATATGACTATATTTTTGTAATTAAAAAGTTAAAATAAAAATCGTTTTTTTCTAACCAAACTGGCTTCATATTGTTACTACTGAGAAATCTATGTGCTCTCTTATAAATAGAAAACGGAAAAAGGGAAATAATAGATGTTTTCTATTCAATTTAAAAAAACGACAACGAATAGACAAATTAGTTTAAAGTAAAAATGTTTTTATCAAAGGCCTTATCCTGCTGATGAGAAATCTTTAGGCTCTTCGTATAGACAAATTAGACGAAATTATGTTTCACAAAACACTTCTTGTTCCTGTTCTAGATTATTGGTTCCATTAATATCAAGAACGTGCTCGATTCATTCTCGCCTTTCAAGGATATCTTTTTCATTTTCTGTTGCAGGGTATGCTTTAGTTTACATGGATATGACAAGTTCATAATGTATTAATCATAATATTCTAGTGGATTTAGTTTTTCCTTCTAATACTTGTTTTTTTCTCACAACTCTCTTTCCCATTCTCATTGCCGTTTGTGTTTCAGCGTATAACCATTCAGCAGATAAGGAATGATGAGTGGTTTCAAAAGGAATATGTTCCAGTCAGTCTCCTCGAGTACGAAGATGTAAATCTGGACGATGTAAATGCTGCATTTGACAATGTTGAGGTCTGTCTACTCTTTAATTCTGCTTTAGGTCAAGTTTAATTCTATAGGAAACCTGTCTATTTAAGCTAATCCACCGGAACTTTTCCAAATGTACTCAATGAGTTTCGAATCCTAGAATAAATTTATATTAATAAAAATGCTCTGTTCATCTATCTTCCTATATACTTTTCTAGAGTAGTTCAACTGTACAAAATAACAGTATTAGCAAATAAATGGTAGAGCTTTAGTATTAATGTACTCAAATTTACGGTGTAATCAAATATCAAAAGATCAATGATGATGGAAATAACAGAAAGGAACTGATTCAAATGCAAAAACTTTCACACTGTTTGTCTTTGTTAATTTTTCTTCTCTTCAATTCCGGAAGCTTGCTTTTTCTTTATGCATTCATATAGAATGCATCTTCTCAGTCATGTTAACATATTGATTATTTTGTGACTGTAGGATCAGATCACTAATCAGCAATGTGAGAATGACGACATGGGTCCTCTAACTCTTAATGCATTCGACATGATCATTTTATCTCAAGGCTTAAACCTTGCAACCTTATTTGATCGCGGAGAGGTATTTAATTATGATATTGTAATTGTGTTTGTGCCAATTTTTAAATAATCATTTGTGCAAACAGCCAAATAATTGCCGATGTAACCTATTAATGAAACGTTGCATAAGCACTGCTTGTACTTGTAATCCTGACCAAGTATAATAAAGTGCATTATTGCACGTCCCATCTTCTGTATCTTGATGTATATGAATCATGTTTGTTTCTCTTTTATCCTTACAGGACTCTGTTAAATACGTAACACGCTTCATCAGTCAAAAGCCACCAAAAGTGGTTTTATCGAGTATGGAAGTTGTGGCACAATCAATGGGGTTTAAGACGCATATTCGCAACTACAAGGTTTGTAACCTGTAATGCTGCTTAGTAAATTGCAGCGTTTACTGCTCTTACACCCTCCCAACTTAGTTGTTCTTAACTATTTTTGCTAGTTCACTTATTTACTAGTAGAACACTGATTGAACAGTGTTTAAAGTAGGGCTGAGCATAATTAATCTAATTACACTAAACTATAGATTATTTATACTATATTAAACTATAAAAACTAAACTATTTTTACTAAAAACTAAATTATACCATTTTGTGGTTCAGTATTAAAAATCTGAATCTTTATATTTGCACTACAGTTAACGGCATAAACTGTCTCTTTTATGTTTATCTTCCATATAAACTGTCTCTTTTATGTTTATCTTCCATGGTGTTTTGCGGTAAAGCCTTTTCCTATCACTTTTTTCTTTCAATCACGGATTCACCATGGTCACAAAGATTTTCTGTCGATGGTCCTGTTGCCGTTCTATTTTTGCATCTTTTAGGTTTAATTTTCACATGTTAAACTCATAAATTTCCGTTTCTGATTTAATTTTATATCTTAATTGGAGATTTTTTGTTTTGTTAATTTTTGTGTTAATTAGCTGTTTTTAGGTTCAATTCCCAATAGACAATCCAAAGCATAATGAAATTATGTCTCTCATTCTTATTCAATTCTTCACGAGGCAACATAAATAGGCAGTAGTCAGTTTATAGTGTTTAAAATATTTAGCCATCGGACCAAAGACAATGCTGGCTGTGCTTGTATTCACAGATAGACTTGTATTCACAGACGATAAATGATTTCTGTTAAATATAAAATTATTTTAATAGATTACATGTAAAAATCATATTCTGCACATAACATATAATAGAAATAATATTTTATATGATCTGTATAAAGTATAAAAATATATAATTTATCTTAAAGATTAAAATAAATAACAATATTTAAAACCCAAAATAAAAAAATTTGCCGTAAAGACTCTAACGGAAAAATAAGGAGTCTAGTAAAACTGACTTACACTCGTAAGATTTGATTATTAGTTAATAGATATAAGTTCAGTTTTTTAAAACTAAACTCTTAACAATATAGTTTATATATAATTTTAAATAGTTCATTTTTTTTTAGTTTAATAAAAATATAGTTAACTAGTTTAGTATAGTTTAGTATAGTTTAGATACTTAGGCTCAGCCCTAGTTTAAAGCATATAAGATGCTTGGAATACCACAGTATTTGCTGTCCTTCAAGCAGAGATGAATTCTGTGTCCAAATGACTAGACAACGCACATATTTTACCTTTTACATACATGTAATTGCTCCTAAGTTTCTTCTCTAGACTGTTGACATGACAGTCACAATTTGAACAAAATATTGCTGCTAATAACAGTTATTATCATACATATTTTGATAAAATGTACTGCTACTGCTTTTCTACCAATTAACTGCTATAATTGCCCCTGACTCTTGGTTCCCATCTACAACCTAAATACTTAAAAGAGCTAATTATTTTGAAAGTAAAACTTCCCACAGTTTCTTAATTTAATTAATCTGAACGGATATTTCTCTACATTTTCAGATGAGAATAGAGGGTATTCCAGCAAACAAGGCTTCTTATTTCTCCGTTATACTAGAAGTAAGTTCCTATTTTCTTCTAGATTTTCAGACTCCCTAAACATTGTGGCTAATAAACGAGTTTATTTCCTGGTCGATTTTTCTCTTTGTTTAAGCAGGTTTTTGAAATTGCTCCTACTTTCTTCATGGTGAACATCCAGAAAGCAGCTGGAGATTCCAATGAATATCTCAAGGTCAGTTTTTGAGGTTATCGTTTTTTGTGGTCTCACCCCCGCTCCCCATCTCTTTTTTATTTTGTACTTTATGACAAAAAAGTAGCTCGTGGATGTTGCAGTTCTACAAGAACTTTTCTAACAATCTTGAGGATATCATGTGGAAACCATCCCATGAGAAAAGCAAATTAAGGAACTCCAAGACTAATTGCAAAGAGCAGTAG