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_28866	LG8	15339753	15347591	PREDICTED: uncharacterized protein LOC108326175 isoform X1	Map

Annotations

category	relationship type	keyword
Biological Process	involved in	biological_process
Cellular Component	located in	nucleus, nucleus
Molecular Function	enables	protein binding

SNP	Position	Effect	Amino acid change
A/G	15339869	5_prime_UTR_variant
T/G	15340026	missense_variant	p.Asp5Glu
T/G	15340063	missense_variant	p.Ser18Ala
C/T	15340187	intron_variant
A/T	15340324	missense_variant	p.Asp74Val
G/T	15340452	intron_variant
A/G	15340546	intron_variant
A/G	15340780	intron_variant
G/T	15340819	intron_variant
T/A	15340966	intron_variant
A/T	15340967	intron_variant
T/C	15341055	missense_variant	p.Val106Ala
A/C	15341057	missense_variant	p.Lys107Gln
T/C	15341078	missense_variant	p.Tyr114His
C/A	15341081	missense_variant	p.Pro115Thr
C/G	15341120	missense_variant	p.His128Asp
A/C	15341189	intron_variant
T/G	15341196	intron_variant
G/A	15341315	missense_variant	p.Ser159Asn
G/T	15341323	missense_variant	p.Val162Leu
A/T	15341504	missense_variant	p.Tyr222Phe
T/A	15341522	missense_variant	p.Leu228His
C/T	15341574	synonymous_variant	p.Phe245Phe
G/A	15341579	missense_variant	p.Arg247Lys
A/T	15341583	synonymous_variant	p.Thr248Thr
T/C	15341718	synonymous_variant	p.His293His
T/C	15341773	missense_variant	p.Tyr312His
T/A	15341783	missense_variant	p.Ile315Asn
A/C	15341811	missense_variant	p.Arg324Ser
G/T,C	15341925	missense_variant	p.Gln362His
T/G	15341967	synonymous_variant	p.Gly376Gly
C/T	15342023	missense_variant	p.Pro395Leu
G/A	15342024	synonymous_variant	p.Pro395Pro
G/A	15342063	synonymous_variant	p.Gly408Gly
A/T	15342092	missense_variant	p.Asp418Val
G/A	15342099	synonymous_variant	p.Gly420Gly
A/C	15342167	missense_variant	p.Asn443Thr
C/T	15342330	synonymous_variant	p.Ile497Ile
C/T	15342423	synonymous_variant	p.Cys528Cys
A/G	15342523	missense_variant	p.Ile562Val
T/C	15342541	missense_variant	p.Ser568Pro
C/T	15342559	missense_variant	p.Arg574Cys
A/C	15342633	missense_variant	p.Lys598Asn
G/A	15342644	missense_variant	p.Cys602Tyr
A/T	15342654	synonymous_variant	p.Ala605Ala
A/G	15342831	synonymous_variant	p.Gln664Gln
G/A	15342841	missense_variant	p.Glu668Lys
G/A	15342847	missense_variant	p.Asp670Asn
C/T	15342962	missense_variant	p.Thr708Met
T/G	15342978	missense_variant	p.Asp713Glu
A/T	15343030	missense_variant	p.Ser731Cys
G/A	15343063	missense_variant	p.Gly742Arg
T/A	15343104	missense_variant	p.Asp755Glu
A/C	15343105	missense_variant	p.Asn756His
A/T	15343136	missense_variant	p.Asn766Ile
G/A	15343143	synonymous_variant	p.Gln768Gln
A/T	15343277	missense_variant	p.Asn813Ile
A/G	15343351	missense_variant	p.Thr838Ala
T/G	15343387	missense_variant	p.Ser850Ala
A/G	15343499	missense_variant	p.Glu887Gly
A/C	15343510	missense_variant	p.Ile891Leu
G/A	15343527	missense_variant	p.Met896Ile
A/T	15343532	missense_variant	p.Tyr898Phe
T/C	15343559	splice_region_variant&intron_variant
A/T	15343599	intron_variant
G/T	15343607	intron_variant
C/A	15343663	intron_variant
A/C	15343664	intron_variant
T/C	15343706	intron_variant
G/A	15343709	intron_variant
T/C	15343752	upstream_gene_variant
G/A	15343780	upstream_gene_variant
T/A	15343783	upstream_gene_variant
C/T	15343848	upstream_gene_variant
G/A	15343924	upstream_gene_variant
T/A	15344040	upstream_gene_variant
T/A	15344052	upstream_gene_variant
T/A	15344056	upstream_gene_variant
A/G	15344057	upstream_gene_variant
C/G	15344181	upstream_gene_variant
C/T	15344284	upstream_gene_variant
C/T	15344287	upstream_gene_variant
T/C	15344379	upstream_gene_variant
T/C	15344383	upstream_gene_variant
C/T	15344419	upstream_gene_variant
G/A	15344439	upstream_gene_variant
C/T	15344527	upstream_gene_variant
A/G	15344538	upstream_gene_variant
A/T	15344546	upstream_gene_variant
A/T	15344636	upstream_gene_variant
C/T	15344676	upstream_gene_variant
T/G	15344678	upstream_gene_variant
A/T	15344680	upstream_gene_variant
A/G	15344683	upstream_gene_variant
C/T	15344696	upstream_gene_variant
G/T	15344820	upstream_gene_variant
G/T	15344848	upstream_gene_variant
T/C	15344951	upstream_gene_variant
T/G	15345134	upstream_gene_variant
G/C	15345302	upstream_gene_variant
G/C	15345363	upstream_gene_variant
A/C	15345595	3_prime_UTR_variant
A/T	15345653	upstream_gene_variant
T/C	15345679	upstream_gene_variant
T/A	15345714	upstream_gene_variant
G/C	15345729	upstream_gene_variant
A/T	15345784	upstream_gene_variant
C/A	15345798	upstream_gene_variant
A/G	15345878	upstream_gene_variant
T/A	15345883	upstream_gene_variant
G/T	15345939	upstream_gene_variant
A/T	15345951	upstream_gene_variant
T/A	15345999	upstream_gene_variant
C/T	15346009	upstream_gene_variant
T/A	15346017	upstream_gene_variant
G/A	15346080	upstream_gene_variant
T/G	15346081	upstream_gene_variant
G/A	15346121	upstream_gene_variant
T/G	15346125	upstream_gene_variant
G/A	15346127	upstream_gene_variant
C/T	15346144	upstream_gene_variant
T/C	15346222	upstream_gene_variant
G/A	15346251	upstream_gene_variant
C/T	15346254	upstream_gene_variant
A/G	15346258	upstream_gene_variant
T/A	15346315	upstream_gene_variant
T/C	15346324	upstream_gene_variant
C/T	15346325	upstream_gene_variant
C/T	15346336	upstream_gene_variant
T/A	15346350	upstream_gene_variant
T/G	15346354	upstream_gene_variant
T/C	15346360	upstream_gene_variant
G/A	15346364	upstream_gene_variant
A/G	15346367	upstream_gene_variant
C/T	15346373	upstream_gene_variant
T/C	15346374	upstream_gene_variant
C/T	15346382	upstream_gene_variant
G/A	15346436	upstream_gene_variant
G/T	15346444	upstream_gene_variant
G/A	15346461	upstream_gene_variant
G/A	15346512	upstream_gene_variant
C/T	15346525	upstream_gene_variant
G/A	15346542	upstream_gene_variant
C/T	15346550	upstream_gene_variant
G/A	15346556	upstream_gene_variant
T/C	15346558	upstream_gene_variant
A/T	15346566	upstream_gene_variant
C/T	15346570	upstream_gene_variant
G/A	15346589	upstream_gene_variant
G/A	15346598	upstream_gene_variant
C/T	15346602	upstream_gene_variant
G/A	15346622	upstream_gene_variant
T/C	15346695	upstream_gene_variant
G/A	15346724	upstream_gene_variant
A/C	15346814	upstream_gene_variant
A/G	15346816	upstream_gene_variant
C/T	15346835	upstream_gene_variant
C/G	15346857	upstream_gene_variant
G/A	15346884	upstream_gene_variant
C/A	15346885	upstream_gene_variant
C/T	15346980	upstream_gene_variant
C/A	15347053	upstream_gene_variant
G/A	15347104	upstream_gene_variant
G/A	15347140	3_prime_UTR_variant
C/T	15347174	splice_region_variant&intron_variant
A/T	15347338	3_prime_UTR_variant
A/T	15347340	3_prime_UTR_variant
A/G	15347376	3_prime_UTR_variant
T/C	15347410	3_prime_UTR_variant
T/A	15347443	3_prime_UTR_variant
A/T	15347472	3_prime_UTR_variant
C/A	15347481	3_prime_UTR_variant

View accession wise SNPs

Sequence Details:

Protein Sequence:
>Vu_28866.1

MDGGDDPSALAWLWVIESLAARKEISNPTLLSLIDAAPVGKDKFGENVKEMVSLRCLEKLSTIMFDGVASSSSDSRAGFDFSRSCQDVLQEILDEIPLSNLKMNGVKLLKSDLYPFINHKRAVTSTCHLEQLRQTILEGTHPHTDYLKERSGLFPQNNSYSVIVNDVNRDDHSAKEAGNSANTENVLGKDNSVSLTLENGNKSSREHLLDNNSSPSKRSRVYSVDDYLTKHFHGKQVCVKECGDFFRTSKRVKLSASTSFEPRKEKPDSQHRQEVLEHLTERMLLVSEQGDHHVENNNKETVGGGFSEDIPYRCIVSKLCQPSRHIEVPPDESNIPFNDALMLQHTFGGENSQQQLVKSIPQEALADGIQHGISGGKPKSKHEKDLQLEDPNDSPHQIAGVKALDHTGNGCRVEESGDIGYQSETNSLKMKKQTVQNLCLKCNEGDQLPISDVNVVQPVVTECCLGMETTMPTNDANAEKNHQTINLHQPKQTEPDIAALNLSQESVACDETIVGVVNGCGAEVVTECCLGMATTMPTNDANAEKNQQTINLHQPKQTEPDIEALNLSQEPVARDETIVGVVNGCGAELSSDSDEYHKEKKCLEAKKHEFLHSHCTVDQDFSAMNEPNEKNLCMKCNQGGQLLACKTTTCPMMVHENCLGASAQCNTEGDFFCPFCTYSRTISEYIEAKKEASLARKELAIFISKGKTSRAADSLLYEFRTQEHVFSRKSSEYEHIHVKNKGDEQLTRCGDNREDNVDEHANEANNLQFGRSQQQAHNISCTYSSFREKENISNGSVEFLREEKIGQMPNAKNITGVRGEENKLPTDHVDGLVGDTCTVEKETLVNKSNSGYESPQETAKHLDTDGATESVSEHNTGKEEMSENECEKHSISRYSMRYRKHKMQCKPEASPAFLDNQLRRKYIPWTAEEEEMIREGVQKFGFNDPKKWKNILAFGSHVFEKVGKRRTPQDLKDKWKNMCKASPKSK*

>Vu_28866.2

CDS Sequence:
>Vu_28866.1

ATGGATGGTGGCGATGACCCTTCAGCATTGGCATGGCTCTGGGTCATTGAATCCCTAGCAGCCCGTAAAGAAATCTCGAATCCCACTTTGCTGAGTTTGATTGATGCAGCACCTGTGGGGAAGGATAAATTTGGTGAAAATGTAAAAGAAATGGTTTCTTTGAGGTGCTTGGAGAAACTGTCCACTATTATGTTTGACGGTGTAGCTTCTTCATCATCGGATTCCAGAGCTGGATTTGATTTTTCGCGGAGTTGTCAAGATGTCCTCCAGGAAATATTGGATGAGATCCCATTATCAAATCTGAAAATGAATGGAGTGAAGCTTTTGAAATCAGATCTTTACCCGTTTATAAATCACAAAAGAGCTGTCACTTCTACATGCCACTTAGAGCAGCTGAGACAAACAATCTTGGAAGGTACTCATCCTCATACTGATTACTTGAAAGAAAGGAGTGGATTATTTCCTCAGAATAACAGTTATTCGGTGATTGTAAATGATGTCAATCGTGACGATCATTCTGCTAAGGAAGCTGGGAACTCCGCCAATACAGAAAACGTGCTAGGAAAAGATAACTCAGTGTCCTTGACTTTAGAGAATGGGAATAAATCTTCAAGAGAACACTTGCTTGATAATAATTCTTCTCCCTCTAAGAGGAGTAGGGTTTACTCAGTTGATGATTATCTTACAAAACACTTTCATGGAAAGCAAGTCTGTGTGAAGGAATGTGGTGATTTCTTTAGAACATCAAAGAGGGTTAAACTTTCTGCATCTACAAGTTTTGAGCCTAGGAAAGAGAAGCCAGATTCTCAACACAGACAGGAAGTGTTGGAACATTTAACTGAAAGAATGCTTCTAGTTTCTGAACAAGGAGATCATCATGTAGAAAATAATAACAAGGAAACTGTGGGTGGTGGGTTCTCAGAGGATATTCCCTATAGATGCATTGTTTCAAAATTGTGCCAACCCAGCAGACATATTGAAGTCCCCCCTGATGAATCAAATATTCCTTTTAATGATGCTTTGATGCTTCAACATACATTTGGTGGTGAAAATTCTCAACAACAGCTGGTTAAGTCAATTCCACAGGAAGCACTTGCAGATGGAATCCAACATGGGATTTCAGGAGGTAAACCCAAGTCTAAACATGAAAAAGATTTACAACTTGAAGATCCAAATGACTCACCGCATCAAATTGCTGGTGTTAAAGCACTTGATCATACTGGGAATGGTTGTAGGGTAGAGGAATCAGGTGATATTGGGTATCAAAGTGAAACAAATAGCCTTAAAATGAAGAAGCAGACAGTACAAAATCTTTGTTTAAAGTGTAATGAAGGTGACCAATTACCAATTAGTGATGTAAATGTCGTCCAACCAGTGGTTACTGAATGTTGTCTTGGTATGGAAACTACCATGCCAACAAATGATGCTAATGCAGAAAAAAATCATCAAACAATTAATCTACACCAACCCAAACAGACAGAACCAGATATCGCAGCGTTAAATCTCTCCCAAGAGTCAGTTGCTTGTGATGAAACTATAGTTGGTGTGGTTAATGGTTGTGGAGCAGAGGTGGTTACTGAATGCTGTCTTGGTATGGCAACTACCATGCCAACAAATGATGCTAATGCAGAAAAAAATCAGCAAACAATTAATCTACACCAACCCAAACAGACAGAACCAGATATTGAAGCGTTAAATCTCTCCCAAGAGCCAGTTGCTCGTGATGAAACTATAGTTGGTGTGGTTAATGGTTGTGGAGCAGAGTTATCAAGTGATAGTGATGAGTATCACAAAGAAAAAAAATGTCTTGAAGCAAAAAAGCATGAATTCCTGCACTCCCACTGCACTGTTGATCAAGATTTCTCAGCAATGAATGAACCAAATGAAAAAAATCTTTGCATGAAGTGTAATCAAGGTGGCCAATTATTGGCTTGTAAAACAACTACTTGCCCAATGATGGTGCATGAAAACTGTCTAGGGGCCTCTGCACAATGCAATACAGAGGGCGACTTTTTTTGCCCATTTTGCACATATTCTCGCACTATTTCAGAATATATTGAAGCTAAGAAAGAAGCTTCCTTAGCAAGGAAGGAATTAGCCATCTTTATTAGTAAAGGTAAAACGAGTCGAGCTGCCGATAGTCTTCTTTATGAATTTCGTACACAAGAACATGTTTTTTCAAGAAAGAGTAGTGAGTATGAACATATTCATGTCAAAAACAAAGGAGATGAACAGTTAACAAGGTGTGGAGACAATAGAGAAGATAATGTTGATGAGCATGCAAATGAAGCCAATAATCTTCAGTTTGGAAGAAGTCAGCAACAAGCCCATAATATATCGTGTACCTATTCGTCATTCAGAGAAAAGGAAAATATAAGCAATGGATCAGTTGAATTTTTAAGAGAAGAGAAAATAGGTCAAATGCCAAATGCAAAGAACATAACTGGTGTAAGAGGTGAAGAAAATAAATTGCCAACTGACCATGTAGATGGACTTGTTGGTGACACATGTACTGTTGAAAAAGAAACCCTTGTTAATAAAAGCAATTCTGGATATGAAAGTCCACAAGAAACGGCAAAACATCTAGATACTGATGGAGCAACAGAGTCAGTTTCTGAACATAATACTGGAAAAGAGGAAATGTCTGAAAATGAATGTGAAAAGCATAGTATTTCTAGATACTCCATGAGATACCGTAAACATAAAATGCAATGCAAACCTGAGGCAAGCCCAGCATTTCTCGATAATCAATTAAGACGAAAATATATTCCATGGACAGCTGAAGAGGAAGAGATGATAAGGGAAGGAGTACAGAAGTTTGGTTTCAATGACCCAAAGAAATGGAAAAACATTTTGGCATTTGGTTCTCATGTGTTTGAGAAAGTTGGTAAGCGCCGTACACCACAAGACCTGAAGGATAAATGGAAGAACATGTGCAAAGCTTCCCCAAAATCAAAATGA

>Vu_28866.2

Promoter Sequence:
>Vu_28866::LG8:15337753-15339753(+)

GGCGGAGATGCGACGGAAAAGCAGCGTGGTCGCAAGGGTGTGGTGGTTGTTCTTCTTCTTCTCTTCATTCTGATTCACAGCAAAGGAGAAAGTTTCCTTCCCACCTCCTTTTCTAATTTCGATTGTTCTGTTTGATTGTTTCTCTACAGGAGTGGTAGTGAGAGTGTGCCAACCTCGCTCTTGCAATGATTTGGAGTTTGCATTTCGTCTTGAGGGTTGATTTATGAGTTTCTCATCCATTGTAGGATGAGTCGTGAAGAGTGGTCGCATCATTTTGAGTTATGATTTAGGAATTCTCTTTTGGGATTTTCTATTCTTGTATTTCGATCTTGAAAGTTGGATATTTGAATTACAAGTCATCAAGAACCTTAATTTGAATTCAAATATCTTCATGTTGTTCGTCACTTGTTCGCATTCAAATCTCTAATTCCCTTTTTAATTTCCTCTTTCTTTAACCCTATTTAGTTCAGAAAGCCCTAATTTGAAAAAAACAAAAGCCTTAATCTATTATTTTAACATAAATGACCAATTAAATTTTACCATGTCAAAATTCCTTAATTTAAATTTTAATTTCACATAATAAAATCATTAACATCATCGTATTTATTGTGCACATTAATTGATGTGTCAACACTTAAAGAAAGGGTTTAATTGTTATGATTTAACAAAATTTAGAATTCATTTGAAATTCCACAACAGATATTCGAAACATCCAAGGGTTTAAATTTTTTTTTTTTTTCAAAATGTTGTTATAAATATTTATACTAAATTTGCTTCATATATAATTTTATTCGATGCGAGGAATTTAAGAATTCGAGCTTTTGATTTTTTTAACTATTCATACACTAGAAAATTTTAGGTTTAATACATCATTTGGTCCCTACTTTTGGGGGTTTTGTTCAAAATGGTTCCACCTTTTGAAAAAGTTCAGTAAAGTCCCATATTTTGGTTTAAAATGTTCAATTCGGTCCTTTTCGTGGACGGCGTTAGAAACTTAACAGTGGTGGTGCTACTGTGACGAAATTTGAGTGAGTTGTTATGTTTTGATGGTTACGTGGCACTGTAAATTGAGGAAATATCCTAAATTGGGGAAAACCCTAAAGTTTTAATAACCCTAAACCCTAAATTAGAATCAGAAACCCTAAATTAGGGAAAAATCCCCAATATCAAAACCCCGACCCTCAACCGGTTAGTCTTTCTCATATTTCCCTCCAACAGCACCACAAGGGACTGAGGGATAGGAGAATGAGACTTTCTCTTAATGTTGCAAGGAGGTTTTTTGGTTTGCAAGATATGTTGGGCTTTGACAAAGCTAGCAATACCGTGGAGTGGCTGCTGAACCAAGCAAAAGCTGAAATCAATCGTCTAGCAAAGGAGAAAAAGAAGTAGAAGAAGAGTGTTCACCGCAGTTGTTGTAGTGCTGATTCGGAATGTGAAGAAGGTGTGTTTAGTCTGGATGAGGTTGCAGGGAGTAGAAATGAAGAAGAAGCAGGAGAAGATTGGGGATTTTTCCCAATTTAGGGCTTCTGATTCTAATTTCCACTTTAGGGTCCCCAATTTAGGATATTTCCCCAATTTACAGTGTCACGTAACCATCAAAACATAACAGCTCACTCAAATTTCGCCAAGTGGCACCACCACCGTTAAGTTTCTAACGCCGTCCATGAAAAGGACCGAATTGAACATTTTAAACCAAAATATGGGACCTTACTGAACTTTTTCAAAAGATGGGACCATTTTGAACAAAACCCCTAAAAGTAGGGACCAAATGATGTATTAAACCAAAATTTTACTATTCCAAAAAAATTAAATATTAAATGTGAATTTGATTTTTTTTATTCTGAATCAAGAGGAATTTAAGCATTCGTGTTTTTTTTCTCTTAAAAAATATGAGCCGTTCAATTAATCCAATGGACAACATTTTGGCTGGAGAGGGTAGGGACTAAATTACGGTGGAGAGAATCCCAATTAAAATCACAGAGATTTGAAAAACAATAATA

Gene Sequence:

>Vu_28866(+)

AAACTAAGAGTGTTAAGAAATCTTTCGCAGAAGTGCCTCCCATCTTCCTCTTCGAACAACTTCACCGTTTCTGAAACCAAAACGCGATTCCAGTTCAAATCAAAATCGCACTTTTCAGTTCCTCTTCGCAACTCTCATGACGCATTCGCGTTTGGCGCAGGAATGAACGCTTTCGCATTCTCGAATACCCTCGAACAGTGTTGGTAACCACAATTCAAAGCCATATAGGGTTTCGGTGCACTTGAAAACACCGTTGTCCATGGATGGTGGCGATGACCCTTCAGCATTGGCATGGCTCTGGGTCATTGAATCCCTAGCAGCCCGTAAAGAAATCTCGAATCCCACTTTGCTGAGTAAAAAGAGCCATACTCGCTTATTTTCCTTTTAATTTCATTTGTTATGAATAATTTCATGATTACTGTAGCTGTTGTTGACGATGATGTAGGTTTGATTGATGCAGCACCTGTGGGGAAGGATAAATTTGGTGAAAATGTAAAAGAAATGGTTTCTTTGAGGTGCTTGGAGAAACTGTCCACTATTATGTTTGACGGTGTAGCTTCTTCATCATCGGATTCCAGAGCTGGATTTGATTTTTCGCGGAGTTGTCAAGATGTCCTCCAGGAAATATTGGATGAGGTAAAACAATTTCAAATTTTAAGTATGTTTGATATCACGGTAGGAAGCGTTAGATTTGAGTTTGCCTTGGTTTGATTTTAATATAGACAAGGATGTTTGGTTATTGTTGGGTAAAATTGATTTTGCATTTAAATCATCGTTGGGCTAGAACTAGTAAAAGGTAAATTATGTTAAGGTGGAAAGTTTGGGCTTAGGTTTTACTTGAAACTTGCTTTTGGGATAAAATATACAAGCATAAATTACATAGCTTTAAAGTCAAGTTTAACCCAAATCAATTTTATAATTGTTCACCCAAATACACACTAAATCACCTTTGATATGTGAATGACATAGTTTACTTACTCCTTTTAATGTTGGAGGCTATTTGAACTAATTTGAATAGTCATACTGTATTTATGTTTGTTTTGAAAAACGTTTCCTGTTTTCATTTGCTGTGTTTATATAAACAATTACACTGGTGGCAGTTCGTTTTCACTTTATTTCCTGTTTAAAGATTTATACTGGAAATAATGAAAACGTGATTGTTGTTGTTTCCAGACTCTAGTATTTTTCTTTTTAATATTTGAAGATGGATCTTTATGAATATGCTAATTGAGATAAATCTCCCTCTTTTATTTGTGTAACGTATGAAGCAGATCCCATTATCAAATCTGAAAATGAATGGAGTGAAGCTTTTGAAATCAGATCTTTACCCGTTTATAAATCACAAAAGAGCTGTCACTTCTACATGCCACTTAGAGCAGGTAATGAAAGTGTCCTTTTTGTTTGAGAACTCTCCTGTATGAGATTTGTATGTTTTCATACCAGTTTTGTATGATCTGTTTCTTTTCCTGATGCTGAATAGCTGAGACAAACAATCTTGGAAGGTACTCATCCTCATACTGATTACTTGAAAGAAAGGAGTGGATTATTTCCTCAGAATAACAGTTATTCGGTGATTGTAAATGATGTCAATCGTGACGATCATTCTGCTAAGGAAGCTGGGAACTCCGCCAATACAGAAAACGTGCTAGGAAAAGATAACTCAGTGTCCTTGACTTTAGAGAATGGGAATAAATCTTCAAGAGAACACTTGCTTGATAATAATTCTTCTCCCTCTAAGAGGAGTAGGGTTTACTCAGTTGATGATTATCTTACAAAACACTTTCATGGAAAGCAAGTCTGTGTGAAGGAATGTGGTGATTTCTTTAGAACATCAAAGAGGGTTAAACTTTCTGCATCTACAAGTTTTGAGCCTAGGAAAGAGAAGCCAGATTCTCAACACAGACAGGAAGTGTTGGAACATTTAACTGAAAGAATGCTTCTAGTTTCTGAACAAGGAGATCATCATGTAGAAAATAATAACAAGGAAACTGTGGGTGGTGGGTTCTCAGAGGATATTCCCTATAGATGCATTGTTTCAAAATTGTGCCAACCCAGCAGACATATTGAAGTCCCCCCTGATGAATCAAATATTCCTTTTAATGATGCTTTGATGCTTCAACATACATTTGGTGGTGAAAATTCTCAACAACAGCTGGTTAAGTCAATTCCACAGGAAGCACTTGCAGATGGAATCCAACATGGGATTTCAGGAGGTAAACCCAAGTCTAAACATGAAAAAGATTTACAACTTGAAGATCCAAATGACTCACCGCATCAAATTGCTGGTGTTAAAGCACTTGATCATACTGGGAATGGTTGTAGGGTAGAGGAATCAGGTGATATTGGGTATCAAAGTGAAACAAATAGCCTTAAAATGAAGAAGCAGACAGTACAAAATCTTTGTTTAAAGTGTAATGAAGGTGACCAATTACCAATTAGTGATGTAAATGTCGTCCAACCAGTGGTTACTGAATGTTGTCTTGGTATGGAAACTACCATGCCAACAAATGATGCTAATGCAGAAAAAAATCATCAAACAATTAATCTACACCAACCCAAACAGACAGAACCAGATATCGCAGCGTTAAATCTCTCCCAAGAGTCAGTTGCTTGTGATGAAACTATAGTTGGTGTGGTTAATGGTTGTGGAGCAGAGGTGGTTACTGAATGCTGTCTTGGTATGGCAACTACCATGCCAACAAATGATGCTAATGCAGAAAAAAATCAGCAAACAATTAATCTACACCAACCCAAACAGACAGAACCAGATATTGAAGCGTTAAATCTCTCCCAAGAGCCAGTTGCTCGTGATGAAACTATAGTTGGTGTGGTTAATGGTTGTGGAGCAGAGTTATCAAGTGATAGTGATGAGTATCACAAAGAAAAAAAATGTCTTGAAGCAAAAAAGCATGAATTCCTGCACTCCCACTGCACTGTTGATCAAGATTTCTCAGCAATGAATGAACCAAATGAAAAAAATCTTTGCATGAAGTGTAATCAAGGTGGCCAATTATTGGCTTGTAAAACAACTACTTGCCCAATGATGGTGCATGAAAACTGTCTAGGGGCCTCTGCACAATGCAATACAGAGGGCGACTTTTTTTGCCCATTTTGCACATATTCTCGCACTATTTCAGAATATATTGAAGCTAAGAAAGAAGCTTCCTTAGCAAGGAAGGAATTAGCCATCTTTATTAGTAAAGGTAAAACGAGTCGAGCTGCCGATAGTCTTCTTTATGAATTTCGTACACAAGAACATGTTTTTTCAAGAAAGAGTAGTGAGTATGAACATATTCATGTCAAAAACAAAGGAGATGAACAGTTAACAAGGTGTGGAGACAATAGAGAAGATAATGTTGATGAGCATGCAAATGAAGCCAATAATCTTCAGTTTGGAAGAAGTCAGCAACAAGCCCATAATATATCGTGTACCTATTCGTCATTCAGAGAAAAGGAAAATATAAGCAATGGATCAGTTGAATTTTTAAGAGAAGAGAAAATAGGTCAAATGCCAAATGCAAAGAACATAACTGGTGTAAGAGGTGAAGAAAATAAATTGCCAACTGACCATGTAGATGGACTTGTTGGTGACACATGTACTGTTGAAAAAGAAACCCTTGTTAATAAAAGCAATTCTGGATATGAAAGTCCACAAGAAACGGCAAAACATCTAGATACTGATGGAGCAACAGAGTCAGTTTCTGAACATAATACTGGAAAAGAGGAAATGTCTGAAAATGAATGTGAAAAGCATAGTATTTCTAGATACTCCATGAGATACCGTAAACATAAAATGCAATGGTAAGTTCCTAAACTTTCCCTACCATATGTGATTATTATTATCTGAGTAGTTTGGTGGGTAATGAGTTCTACCATATTTGGTTAAGTGCCATGTTTTAAATACTTTTGTCAACAATATTTTTGTTAGGATGTATTTTTTTTTTTGTGTTTCTTATGCCATGAATATTTCATGTGATGTTGTCTGGATGGATCAAAAGATTGCCAATGTATTTTTTCAAAACCAATGGTTTAACTCAACATCTACAATCTTTTTGGGCTGTCTTCAGTTAGATCAGCTCTTCTTAACTAGTGCTGCCATTGTTCTTTTTTACATGTGTCTAAACTATCTTAGACTCAACATAATTTTACCATCTTTTCCTCTGTAGTTATCGCTTTATTAGAGTTGTTTTACTCTCTGTTTTTCTTTTGTTCTTTCTACGGCAGTTGTCCTGTAGAACTTTATATTTGACTGATGTAATCTCTATCTAATGAGTTGAGTGCTTATGCTCTAACTGATCTTGTGTAAAAAATATTCTTGTATCTCTGATTCAGTTGAGTAGAAATACTTCTCAACTATTCTCTAATTCTATTACACTTCAACTTTCTCTCTAATATCCATTCTCAATCATATCTTTTCTTGTATGAACACTCGTCCAACTTATTACTTGGATCATATGCTCTTGTTGGCCCTTGTTGCAACACATTCAGTACTAAAAATATAGTCCTAGAAATTTGGGGTTTGAACTTAACTCAACCCTTCAAAACAATGTGTAAGATGAGGTTTGTACCTTATATACTTTATTTTAGCCATATCACTAGTGAATGAGAATAAATTACATTCCCCCTTAATTCCACAAAACAGACCTATAAGATAAGATTTACGTCTCGGTTATATACTTCATTTTAGTCATATCTCTATTCTATCTCAACCTCATAAAATTAATTTATAAGATAAGGTTTTATATATCAGTTATATACTTCATTTTAATCATATCACTATTCAATATAGAACTAAACCACCATCCATGAGTTGCAGTAAATGCTGTTTTCCAACATAAAACGCCACTGGCTTTGTGGCTGCAGCAAAGTTTTCCTTTAAGCGTAGGAGACACCTTTGTGACAAATAACATCTGATGCATTTTCCTTCAAAATTGAACTATTCCCCAATTTCTAACAATCTAGAACTGTTCCCATGACAGAATGGGAATGATCGTCCCCCTTTCTCCAGTGGAAATGATTGTGGGAATCCTAATTTATAAAATATCTCTGAGAATAAGTCTTTTACTGGCAATTTTTCATATCTTATTCTAAATTTGCGAATGTGTCATCCCACCTTAAGATTTTGGGGATGTAGAAATAGTTCATGAACCAAATGCTGCCTTATAGTAATAATTACGTTTGAAGGACTTTTACTATTGTAGTTATTCTAATTGAATTGGTTATTTTGACTGACAGCAAACCTGAGGCAAGCCCAGCATTTCTCGATAATCAATTAAGACGAAAATATATTCCATGGACAGCTGAAGAGGAAGAGATGATAAGGGTATCTTTTTTCTTTCTTCCATCACTTCTTCCATGTAGTATGACTTCACATCTTATAATTATCTAATTACATTATGTTTCTGTCTAAATAGCATTCCTCGAGCATGTATTTCTTTTGCTTCCACAACAATTCTTTGAGTAAGAACAATCTTATACTATGATAGAAAGTTAAAGGATGTAGACCTCCTATGTGTTTCTTTCACCTTGAATTTTGAGGTTTAATGTATGTCAAGGATATATATATATACACACACACACGTGTGTGTGTGTGTGTGTTTTGTAATAATTGTTTGTTTTCTCTGTGAAGGAAGGAGTACAGAAGTTTGGTTTCAATGACCCAAAGAAATGGAAAAACATTTTGGCATTTGGTTCTCATGTGTTTGAGAAAGTTGGTAAGCGCCGTACACCACAAGACCTGAAGGATAAATGGAAGAACATGTGCAAAGCTTCCCCAAAATCAAAATGAAAGGCTTCATCTCAAGTTATACATGAAAGAGTGGTCATCTGTCTGCCGTTGTTCATCATTCTCATGTGACTGGCAGTAGTCGAAAATTAGGTAAAATTAGTATTCTCTATACAAGGTCCCAGGTCTACCCGAACTACTTAAAATTTTATCTTATTAATTCTGGAATGCGCCTATGCGTCATGCACTCCGTTACTGATTTCGTGAATTGTCTGTACCATGTTCTTTCACTTCAGGAGATAATTTACTCTTTTTAAAAACGAGAAAATGTTGCATTGATTCCTCTTGTAACATATTAATTGATAAAAAGGACAGGACCCATATCTACACTATCTGTACCAAAATTTATGGTTCAAACGAGGGTTTTGTCTCATAATATCTTGACCTCAAAACACAAGAATGATGGTTTATGGATCTTTATTTATACCTTCAAAATTCAGAAGTTAGTTGAAATTGTAGCTTGCTTCTTTGCTAGTCCATAATGTTCTATGAATGGAAACAAAATATAAAGAGGGAGGTTGTATTTGCATCAATATGTTGGTGTGGAATATGTATTCATTTTGGGTTTTTGAATGTGCTCAGTGTCCTAGGATCATTTTGGTTTACCATATTACTCTGGTTGAATCAAGTGTATGACATGTAGTTTATGTATGTATGTTGTTTGCTTATCTAATCCATTTCATTTTGTTCTTCCCTCAAGAAACTCGGTAGATGATCTTTATGTTAAGAGATAGACTTTAAGTCTAACTCAACTCCACAAAATCGGCTTATAAGGTGTGGTTTGCATCCACTTATATGCTCTAAAATGGCCTTATCTCTAGTTAATGTGAAACTTCTAATATACCTTCTCATGCCAAGGTATATACATCTCGAGTGTGAGACTAGACATTAATGGGTGGTCCAATAGCGGCTCAATAGTGGCCGATAGCGAGTGGAACAATATGTCCAACAAACAACAAATAACATTAGGATAGGCTCTAACCATAACTTTGATACCATGTTAAGAGGTGTACTTTAAGCTTAACTCAACCTCACAAAATCGGCTTATAAGGTGAGGTTTGCACCCACTTATATACTCTAAATTGACCTTAGAACTAGTAAATGTGGGACTTCCAACATTTTATATTGTCACATCTAGTCTCCTATTACATTTACAGTATCGCCTTTACCCTTACAAGTAAGTTGCGCAATCTTTTGCCAAGAGAAGAGAATCATTGAAGTGGTGCCTTAAATTCCATTTAACAACAAGGTTGATCTGCCCAGATCATTTGATTGCAAATAACAATGTTGATTCAGCCCTACCATTTTAAATCAATTGTCGGTGTAGATGTTCACATAAATCAGTCGCTTGTATCATAAGGTTCTAGTGAAAATATGAAATCTTGATGGTATATCTCAATATGTTTTACTCAGGTGTTTCATGTGAATTATCTTTTCACTTACAAGTTTGATTTCATTTTTTTCCTCCTCAAATAATCTATCTCCAATTTGTCATGTAATCGTATGTTTAGTTGTCATACGGCTGCCTTCAGCATCCATTTTACATTACCATTGCTTCATTGTAATGTTTAAATTCGTTTTCTTTGGTTTTAAGTGGTAGGAGTTTTTAAGACTTCAACGATGTGAATGTAATTCACAGATGACATATCTGGGTAAATAGAGGAAAAGCATGGGATAAAGGTGAAGTAGGTCTCGAGAATCAGGCTGTGTATAGCAGGAAAACATGTGAAATGTGGCTCGTGATATTGGAAAATGTTGAGGTGGATCTTTCTGATCGTTGAGGTCAAATTCGGCTAACTTATAGAATCCAAAGATGAGTGTCAGAGTTCATTCAAAGCACTCACAGTTACTAGGAAAAACTCTCTCCATGTATACTGTAGTCACTGCCTCCCCATTTAATAACCATATTTTCTTCCATTTTCCTCATTGGATCAATTATAGCTCTTCATTTGCAAAGCCTTATCTTGTAATAATTAAAGTTTTTGGACATCAGAAACTGATAAACTTGTGAGTATTTGCATAATTCAAGATGGTTCTCTTGCCTGGTGTTTGTG