Gene Details:

Gene ID Chr. No. Start Position End Position Function View on
Vu_06840 LG1 99331198 99338172 PREDICTED: transcription factor BIM1 isoform X2
Map

Annotations  
category   relationship type   keyword
Biological Process   involved in   transcription, DNA-templated, transcription, DNA-templated, transcription, DNA-templated, regulation of transcription, DNA-templated, regulation of transcription, DNA-templated, transcription, DNA-templated, brassinosteroid mediated signaling pathway, brassinosteroid mediated signaling pathway, transcription, DNA-templated, brassinosteroid mediated signaling pathway, regulation of transcription, DNA-templated, brassinosteroid mediated signaling pathway, positive regulation of shade avoidance, regulation of transcription, DNA-templated, transcription, DNA-templated, transcription, DNA-templated, transcription, DNA-templated
Cellular Component   located in   nucleus, nucleus, nucleus, nucleus, nucleus, nucleus, nucleus, nucleus, nucleus
Molecular Function   enables   protein binding, protein binding, DNA-binding transcription factor activity, protein binding, protein binding, protein binding, protein binding, protein binding, transcription cis-regulatory region binding, DNA binding, protein binding, DNA-binding transcription factor activity, protein dimerization activity, protein binding, protein binding, protein binding, protein binding, protein binding, protein binding, DNA-binding transcription factor activity, protein binding, protein binding, protein binding, transcription cis-regulatory region binding, DNA-binding transcription factor activity, protein binding, protein binding, protein binding, identical protein binding, protein binding, protein binding, protein binding, protein binding, protein binding, protein binding
SNP Position Effect Amino acid change
A/G 99331512 3_prime_UTR_variant
T/A 99331557 missense_variant p.Asn531Tyr
C/T 99331672 downstream_gene_variant
T/C 99331927 downstream_gene_variant
C/A 99331932 downstream_gene_variant
T/C 99331976 downstream_gene_variant
A/G 99331977 downstream_gene_variant
C/G 99332018 downstream_gene_variant
G/T 99332178 downstream_gene_variant
T/A 99332219 downstream_gene_variant
A/T 99332220 downstream_gene_variant
T/A 99332241 downstream_gene_variant
A/T 99332242 downstream_gene_variant
C/T 99332271 downstream_gene_variant
T/A 99332447 downstream_gene_variant
A/T 99332494 synonymous_variant p.Gly440Gly
G/A 99332671 synonymous_variant p.Ser381Ser
T/C 99332879 missense_variant p.Asn312Ser
G/T 99333086 downstream_gene_variant
G/T 99333100 downstream_gene_variant
A/G 99333120 downstream_gene_variant
T/G 99333294 intron_variant
A/G 99333425 intron_variant
T/A 99333546 missense_variant p.Arg242Trp
C/A 99333564 missense_variant p.Ala236Ser
T/A 99333574 synonymous_variant p.Ser232Ser
A/G 99333700 intron_variant
C/G 99333953 intron_variant
T/C 99333967 intron_variant
G/C 99334001 intron_variant
T/C 99334013 intron_variant
T/C 99334020 intron_variant
T/A 99334071 intron_variant
G/T 99334072 intron_variant
A/G 99334102 intron_variant
C/G 99334380 intron_variant
A/T 99334381 intron_variant
T/G 99334444 intron_variant
A/G 99334446 intron_variant
A/G 99334531 synonymous_variant p.Asn197Asn
A/T 99334892 intron_variant
T/A 99334894 intron_variant
C/A 99334895 intron_variant
A/T 99335080 intron_variant
T/A 99335115 intron_variant
G/T 99335141 intron_variant
T/C 99335193 intron_variant
G/A 99335257 intron_variant
C/T 99335371 intron_variant
A/G 99335385 intron_variant
A/T 99335409 intron_variant
A/C 99335436 intron_variant
G/T 99335484 intron_variant
A/C 99335555 intron_variant
A/T 99335587 intron_variant
A/G 99335595 intron_variant
A/G 99335639 intron_variant
T/G,* 99335657 intron_variant
T/*,G 99335671 intron_variant
T/G 99335673 intron_variant
A/C 99335918 intron_variant
C/A 99336000 intron_variant
A/G 99336001 intron_variant
A/G 99336017 intron_variant
C/A 99336072 intron_variant
T/G 99336090 intron_variant
G/A 99336544 intron_variant
A/T 99336567 intron_variant
C/T 99336569 intron_variant
C/T 99336588 intron_variant
T/C 99336592 intron_variant
C/T 99336616 intron_variant
T/C 99336683 intron_variant
T/A 99336689 intron_variant
T/C 99336912 intron_variant
A/G,* 99337135 intron_variant
C/T 99337204 missense_variant p.Gly123Arg
G/C 99337206 missense_variant p.Thr122Arg
C/A 99337704 intron_variant
T/A 99337705 intron_variant
G/C 99337712 intron_variant
A/T 99337813 intron_variant
C/T 99337822 intron_variant
G/T 99337835 intron_variant
T/A 99337871 intron_variant
T/A 99337875 intron_variant
G/T 99338020 5_prime_UTR_variant

View accession wise SNPs


Sequence Details:

Protein Sequence:
>Vu_06840.1
MTANGGSCLKTHDFLQPLERLETKGSAKEEATDEISWVVEKAGPSVEHLLPGGIGTYSINHISYVNNNNNNNNQRLPKAETSLFARQATSTDRNDENSNCSSYTTSSGFTLWEDSSGKRGKTGKENNSGDRPSTGECAATKLGQWTSTERTSQSFCTNRHDSFSSRSSSQTTGQKNQSFMEMMKSARDSAQDEVLENEETFFLKKEPSNNQRELRVKVDGKSTDQKPNTPRSKHSATEQRRRSKINDRFQMLRELIPHSDQKRDKASFLLEVIEYIHFLQEKVHKYEGSFQGWSNEQEKLMPWRNNDKPAENFQHRGTDNGSSPSPALLFSSKNEERNISISPTIPGSTQNVESGLSTATTSKTVDHQAGIVNNAFPIPISSQLNFFPPAQMGGPGGVVSQVAHIPVSDAENKYQPSVECQTMAATSEKLKEKELAIEGGAISISSVYSKGLLHTLTHALQSSGVDLSQASISVQIELGKQANIRPTVPVSVCGAKDGEVPSNNNQKMMRSRVASSGKSDQAIKKLKICRN*


CDS Sequence:
>Vu_06840.1
ATGACTGCCAACGGAGGGAGTTGTCTGAAGACTCATGATTTCCTGCAGCCACTGGAGCGGCTAGAGACGAAGGGGAGTGCGAAGGAAGAAGCCACGGATGAAATATCATGGGTTGTTGAGAAGGCAGGACCTTCGGTTGAGCACCTCTTACCTGGAGGAATTGGGACTTACAGCATTAACCACATTTCATATGTTAATAATAACAATAACAATAATAATCAAAGGCTTCCCAAAGCGGAGACGTCTCTTTTTGCGCGTCAGGCAACTAGTACGGACAGGAACGATGAGAACTCCAACTGCAGTTCGTATACTACTTCGAGCGGTTTCACTTTGTGGGAAGACTCATCGGGGAAGAGGGGCAAAACAGGAAAGGAGAATAATTCGGGCGACAGACCCTCTACTGGAGAGTGTGCGGCGACAAAGCTAGGGCAGTGGACATCAACGGAGCGGACCTCACAGTCGTTTTGTACCAATCGTCACGACAGCTTCAGCTCTCGCTCTTCATCTCAGACAACTGGGCAGAAGAACCAGAGTTTTATGGAAATGATGAAGTCCGCAAGGGATAGTGCCCAGGATGAAGTGCTGGAGAATGAAGAAACATTTTTTCTCAAGAAAGAACCTTCCAATAACCAAAGAGAGCTGAGGGTGAAAGTGGATGGTAAGAGTACCGATCAAAAGCCAAATACACCAAGATCAAAACACTCTGCAACAGAACAGCGGAGAAGGAGCAAAATTAATGACAGATTCCAAATGCTAAGAGAGCTTATTCCACACAGTGACCAAAAGAGGGACAAAGCATCTTTTTTATTAGAGGTCATTGAGTATATTCATTTTTTACAAGAGAAGGTGCACAAGTATGAAGGTTCATTTCAAGGGTGGAGTAACGAGCAAGAAAAATTGATGCCATGGAGAAATAATGACAAGCCAGCAGAAAACTTCCAACATCGTGGCACTGATAATGGGTCAAGTCCATCTCCAGCACTGCTTTTTTCTTCAAAGAATGAGGAGAGAAATATTAGCATCTCCCCAACAATTCCTGGGAGTACCCAGAATGTAGAATCTGGCTTGAGTACAGCAACTACCTCCAAGACAGTGGACCATCAGGCCGGAATAGTGAATAACGCTTTTCCAATTCCTATTTCCTCACAGCTAAATTTCTTCCCTCCAGCCCAAATGGGTGGTCCAGGTGGAGTAGTGTCTCAGGTCGCACATATACCGGTTTCTGATGCCGAGAACAAATATCAACCTTCAGTGGAGTGTCAGACCATGGCGGCTACCAGTGAAAAGCTGAAAGAGAAAGAGCTCGCTATTGAAGGTGGTGCAATTAGCATATCAAGTGTGTACTCAAAAGGGTTGCTGCATACGCTTACACATGCACTGCAAAGTTCAGGAGTGGATCTGTCACAGGCTAGCATCTCAGTGCAAATTGAACTTGGTAAACAAGCAAACATCAGACCAACTGTACCCGTGTCAGTGTGTGGTGCTAAGGATGGTGAAGTACCTTCTAACAACAATCAAAAGATGATGCGCTCAAGAGTTGCTAGCTCAGGGAAGTCTGACCAAGCAATTAAGAAGCTAAAGATCTGCAGAAATTAA


Promoter Sequence:
>Vu_06840::LG1:99338172-99340172(-)
ATTAAAGTACTTTTTAAAGATGAAATTATGATAAAGTGAACAATATTTTAAATATGATAATTTACTCTGATACTGATATACCAATATATTTGAAGTTGGTAAATTAAATCTGAATAACATAATGAAAAAATGGTTTAAAAAAAAACCTCTGATCTGTTAGTCCTCATATTGTTTCCTTAATATTATAAATAATTTTTTTAAAAGAACAGTATTTAACCTTATCGATCTATATGAACAGATTTGAGAATATCATATAACGTTCATAATTTGAGAATAACTAAAAATTTGGTAATGCATGTTCACTGACCTGTTTGCGGACCAGAATATACATTTTAAACTTGAAACTCTTTATAAAGCAGGGCAACTAATAGGAATAAAAGTTTGAGGTGTGTAATGAGATAGCGTGGAGTATTATATATTTGACGGGAAAAAGCATTGGCATGTGTCCGAAAATTGAGTGTGTTTGTACTTTGTAGGAATGGATTAATTAGTATAGTCCGAAGCAAAGATAAGTTGTGTGTGTATTTATATATCCGAAAAGAGAAAGAAGAAAGATAAAGATGCATGGATATCGTAACTCCAAGCTGTACCATTGTATCTTTGCATCACACTGTAAATGCTCGCCATGATTGTCGGAGGGCTAAAGAATCCTTTCACTAATCAATTCATATTCCTTTCTTTCTTTAATTAAAAGCCATTTAAACAAACAATTATTGTAAAACACTATTAAACAAAACAAACACAAACACAAAGAAGCCAGGGGGAAGCTGCACCCCACGACAAACCTTCAAAATTCACATGTCTCTGCATAATCAATTCTCTAACGTCACAACTTTCTAAATTTTCTGTTTATCGCAAATTATATCTAAATACTTCAAACAACTCTTTCTTTTAAATAATCATAAAGCGTTCGTAGGCAGATGATAAAGTTGCTAGTTAATTGCCATGATTCGGTGTCAGTTCCCGCTTTTAATTAATTATTTTACTTCTTAATGCGCTTAAGTAAAATATATTTTTTTAAATGATGTATATTTTGAGAAATTAAAAAAATATTATATTATATTTGATGTGAATGTAGATAGATATGTGTGGTGGTATGAGAGAGAGAATGTTGAGGGGCATGCACATGGAGGCATAGGAGAAGGCATGATATGATGGAATGGAGAGAAGGGTAGATTTAAAAGTAAAAGAAAAAATAAAAAATAAAAAAGAAAAGAAAAATGGGGCGTTTGACGGCACAGGCAAAAAGATCCATGATAGAGCAGGGGATATGAAGAGTGGGGAGGTGAGGTGAGGTGGTGCGTGCGGCACGTGACATTTCCTCCCTCACCACCAACATCTTCTGTTCCTTTTCTCTGTCTTCATTCTTTTCTTTTTCATCTTTTATGGATAAAAAACGAAACAGAGGAAATGTAAATCCATTTCCAGTTTCTTAAAAAAATGGAGGGGTTTAATTAGTAACTCCGGCTAGGGATCTGTGCACTAATCATCACCACAGGCCTCTATTTAACACTTTCTTAATTTCATTTAACCACGTCAACCACCTCCTGTTCCCGTGTCAACGCTCCCGTTACCCGTTACGTTACCCTCCTCTCTCACGTGACCTTAACCATTCCTCAACGCCTACACTCAAAACTCATAAACCTTTGTCGTTTTGGTATTTAATCACCTGTTACAAAAACATTTGAAACTGGAAACCTATCTTTTTTATTGTAGTAATAAATCCAAACATTCCTGAGTGTGGTGGGAGGGATTATCCGGTTTAAGATGGAAAAGGTTTAGTGGTTTTAATTAAGTTTAAGAAGGGAATTATAGAGAGGAGTGAACTAAAGAAGAAGTAATGTATTTATGACGGTGTGAGGGTTATGAAAGGAAGGTAGGTGTTTATTGTTGTGTTACACGTGTGAGTTGATGCGCTGTGATTAACGGAGTGGTAGTGTGTAATGCTTACGTATTGGGTAGATGTCTATGTAAGTATTTCTCTCCCTTTTTCTTTCTCC


Gene Sequence:
>Vu_06840(-)
AACCCAAACGCACACATTCCACGATACATACATACCCTTCCCTCTCTATCATCTCTTCTCTTCCCTCTCCACCCACACTGCATGTACCTGTTTCTCTTTCTCTTCATCTACTCCTTCCCTTCGCTTTCTCCTTTCGTTGCTCTTCTCACCTCCTCCACTCTTCTCCACCATTTCAGATCCGCTCACGTCCGACCACCACCGCCGTCGATCTAGATCTCCGTCCTCCAACCGCTGCCGATTTTTCAAGATTTCCTCGCCGCTACCACCGTCATGACTGCCAACGGAGGTTTCGCCATAAATTACTTGTTTCTATCTTTTTAATTACTTAATTCATTGCCCGAACTGTTCTGGAATTTAGTTTCGTATTTTTTTCCTTTCATTTCCAGTTTTGATCTCTATAGTCCCTAGTTTCATCAGAATTTTGTGCCGGTTGAGTGAGATATTGAAACTCAATTTTGTTCTTAAGGAGGAACGGGAGTCTGTTGCGTTCTGCTCCTGTGTGAGAACGGTTTGTAATAAGATTAGAGTGCTGAGAAGTTGCGAGAAACGAATGAATTAGGTTTGTGTTCCGTTGACTTGCATCGATCTTATTGGCGTTTTTTACCTGTGGACATACAGGGAGTTGTCTGAAGACTCATGATTTCCTGCAGCCACTGGAGCGGCTAGAGACGAAGGGGAGTGCGAAGGAAGAAGCCACGGATGAAATATCATGGGTTGTTGAGAAGGCAGGACCTTCGGTTGAGCACCTCTTACCTGGAGGAATTGGGACTTACAGCATTAACCACATTTCATATGTTAATAATAACAATAACAATAATAATCAAAGGCTTCCCAAAGCGGAGACGTCTCTTTTTGCGCGTCAGGCAACTAGTACGGACAGGAACGATGAGAACTCCAACTGCAGTTCGTATACTACTTCGAGCGGTTTCACTTTGTGGGAAGACTCATCGGGGAAGAGGGGCAAAACAGGAAAGGAGAATAATTCGGGCGACAGACCCTCTACTGGAGGTAAACCATAAATTTTCTCTCTCCTTCTTTTTTTCTTTTTTTTTCTCTCTCTCTATCTAGGAAAAACTTCATCCAATTGATTGTAATTTATAAAATAAATAAATAAATGACATTTGTAAGTTCTTTTTAATTTATTATTATTGATTATTAATATTTTTTTGGTTTGTTAATGTAAAAATACTTTTCATCTTATCTCAATAAATTTCCTAGATAAAGTTCGTATCATGGTAATTTATTGAATAAATGTTTATTAAATATTTTGTCCCACCAATTTCCTACATTTTTCATGGAGTTTCCTAAACCTTTATAGACCTAAATCAAAACAAGGTCAAGCAATCACAATTATTTTCCTATTTCCGCAATACGAAATCGAATTTATATTTCTTATAATTTTATTATTTCATAAAATAAGACTAAATTATGTTTTTTTTTCTGAGAAATTACTGAATTTTATTTTTTATTTTTTATTTTTAAAATTTTTATTCCAACATTTTTTAATTTTATTTTAGTGTCGAAACCCTGATCTAAATTATTTTATGTCATCAATTGAAACATTATCTAAACAAATATTAAAGGGAAAAAATATTTGAAATAAGTTAGTTACAAAATTTTGTTAAAACCAAAAAAAAAAATCGCAATTTTACATAAATAAATAGTTAATATTTAATTAATTTCAAATTGACAAGCTTGTTGTGTATTTTCTTTTTGAAAAAATAATACGGTATCCTTAAAGTTTGTTGAAATACTATACTCTACCCACTTGCTGAAAATTCCAGTGTTAAACATAGTTTACTTGTTAAAATCTATCATTCCATAGTAAATCAGAACCCTCATTTTACAATAATTTGAAAGTGATTTTCATGATTGTTAACTCAAGTCACTTTTTGCTTTAAATAATTACTTTTGCTTTAATTTTTTTTATTCATTCCAAATATCATTTCTGATTTTAATTTCATTTTATTTTAAAAGTTGACACATTGTATCGAGTTATGTATAATTTTTCCTTTGTGGATAAATACACTTTTAATTTAATGAATCTTAAGTTGGATTTTGTTAAGTTTTAAATCTGGTGATATTCTCAGTAAATAAATTGACGACCGTTGATTTTAGTAATTTCCGTTTTAATTAAATGACCTGGTCCAAGACATTTTTAATTTTATTATTGAGAGAGAAAATATTTATCTGATAAATTTCCTGAAATTATGTCCTATTTTAAGTTTTATAGGACTATTTTACTGTTAAATTATTACGAACCATTTTGAGTATTTTACGAGCTTTTAAATTGTATTATATTCTCATTTTATTAAGATCTAAATCAATCCAGCCTTACATATTTAAGGAATAAATTGGTTATTTATCTTTTTTATTTATTTTAAACATGTTACATTCCTGATTTCATTCTATTTAATATAATGAAATATGCAACTGTTATTAATAACACTAAAACACACACACACACACACACACATATATATATATATATATATATATATATATATATATATATATTAAATTGATTAATTTATATTTTTGAATTTTATTTAAATTTGTAACTAATCAATGTTTTTTTTTGTTTTTTTTTTGTTTGTATATAATTCAAACAAATTCGTGAAATACAATCCACATTTTCTATTATTTTTGGAAATGATCAAAATCGTGTTTGTATTTTTTGTGTATTATCACGTCATTGTTGTAAGATATCTTTATTTTACTTGTAACGTATTCGATTATTCATTTAATTATTCTCCACAAATATTATAATAAAGGTGTTCTTCATGTTGTAAATTTGTTCCGTTATTTCATAAAAATTCAGTCACCGGCAGAAGAAATAATCTGATTATGTCAACTAGTATAATTGTCAATTTTGGTTGTTCGTTCATGTGAATTTCTTACCTTTCTGTTCACAGCGGAAAAGAAAATAATCTTAATATAGTTGCTGGGAAATTTAACCCAGTAGATGGAAAAAGTCATATATCTTCAATATGAAATTATGTTCGTAGTATTTAAAAGATTTTATGAAAAACATTTGTTCAAATATTTTTTATAGGAATATCAAGGTGAAAAATAATTCAACTTATAAATAATGTGTCCGTTGATTCATTTAACAATTTTTTTAGGTTTAATAACATGATCTAACATGCTGATTCATTAAGATCTACATGTAATGTCATAGATAGACCGAAGCAGCGTTGTGGGCTAGTTAGCCAGACCAAATTCAGTGTTTGTCTATCGGTATTCGGCAATAAGAAAAACAGTAGAAATAATGATAGAGTCAAATATGAATTGCAGTATATACATATATTTAGTTTGTCTATAATTGGTATGTCTAACGGTTTTAATATATGACAGAGTGTGCGGCGACAAAGCTAGGGCAGTGGACATCAACGGAGCGGACCTCACAGTCGTTTTGTACCAATCGTCACGACAGCTTCAGCTCTCGCTCTTCATCTCAGTCAGTCTCTCTCTCTGCCACCTCTTCCATATTTATACTCCTTTTTTTGTCTTCTTAATTTTATTAATGTTTATGTTGTATTTGTGGAATTGATGAACAGGACAACTGGGCAGAAGAACCAGAGTTTTATGGAAATGATGAAGTCCGCAAGGGATAGTGCCCAGGATGAAGTGCTGGAGAATGAAGAAACATTTTTTCTCAAGAAAGAACCTTCCAATAACCAAAGAGGTAACTTTTAACATTCCATTCTTGAGAAAGGTGCACCATAACCATTGACCGTACATATTTCATGCAATATGCTCAGGTTGCTAAATAATTTTCATGTTAAATTTGTCCTTTTAGCTGTAAAGTTGTAACTAGATATTGGGTTTTCCACACAAATGGGGCATTTTTGTTTTAAATTTCAGGAATTAATAAATTTTAAATGTATTACTATGAATGGATAAGTAGCTAATCGAACAGTTTTTATTATTCTCTAATTTTAAAAACGTATTATTTATTCATCATTTTTATAATATTTTTTAATAGTATCTTTTTTAATATATATATATATATATATATATATATATATATATATATATATATAATTTTATCTCACATTTTTTTTATCTTCTGTACCTCTCTCTCTATGTTGCATAAACATATGAAAAAACATAAATTTGTGAGTCTCATTCTTTATTTATAATTTTTATAGCTCTTAATAAATTATAGCTAATAATAGAAAATGTGTTGGAAGAAGTTTCTTATAAATAAAATATCGTACAATTACACTTCTCTTCATTCAAGTAGAATTTGGGAGAGACTTTAGAAAGGAATCTCAATCCAAAACAAGTCGAAGTTTGTGATGCATTCCGGTGATGCTTAGCATAAACTATATCTTTTACTCTTTGATGATTATTCTTCTGTGTCATGCTTTTGTATTTAATTTAATGTAAAGAGGGGGAGAAACTTTTGTGCACAACAACCACTTTGTAATTCTTATTTATGTAATTATATCGTTTCGGCTTGTGAGTATTTGTCCTCAAAGTCATTTATTTAAAAATTTCTGACCAAGTTAATTTGTTTGATTACTTACGACAGAGCTGAGGGTGAAAGTGGATGGTAAGAGTACCGATCAAAAGCCAAATACACCAAGATCAAAACACTCTGCAACAGAACAGCGGAGAAGGAGCAAAATTAATGACAGGCATGTGTTCCCTAACAATGCAGGCTTAAAGGAACTCTCCTTTTTACTTTATTATTTAAGAACTGAACATAAACTAACATGGTTAAAAGCAAATTTCCTTATGGTGTTCATAGTCTTCTGACAGAACATTTGAATTAATTATGCAGATTCCAAATGCTAAGAGAGCTTATTCCACACAGTGACCAAAAGAGGGACAAAGCATCTTTTTTATTAGAGGTACATTCATATGAGAAAACAGTTGTTATCTTATATAAGTTTACAATATTTCTGATTAGTGCTAAATCTGAAATATTTTTAGGTCATTGAGTATATTCATTTTTTACAAGAGAAGGTGCACAAGTATGAAGGTTCATTTCAAGGGTGGAGTAACGAGCAAGAAAAATTGATGCCATGGGTAAATACCATATATACCTATCATAAGCTGCGCGGGATTTAAAGGACTAAAACTTTATCTTCCTTGAGATATTTACTGTTTCCTATCATTTAAATCGCATATGTTTGTTGGGTTCATTCATTAGTATCAATAGCATGTTGCAACGGATTTGAATTTAGAAATATAATAACGATTGCGAACCATCCAAAAACTTATTTTTCTTTTTTTTTTTTCTTAATTTTATAGCAGAGAAATAATGACAAGCCAGCAGAAAACTTCCAACATCGTGGCACTGATAATGGGTCAAGTCCATCTCCAGCACTGCTTTTTTCTTCAAAGAATGAGGAGAGAAATATTAGCATCTCCCCAACAATTCCTGGGAGTACCCAGAATGTAGAATCTGGCTTGAGTACAGCAACTACCTCCAAGACAGTGGACCATCAGGCCGGAATAGTGAATAACGCTTTTCCAATTCCTATTTCCTCACAGCTAAATTTCTTCCCTCCAGCCCAAATGGGTGGTCCAGGTGGAGTAGTGTCTCAGGTCGCACATATACCGGTTTCTGATGCCGAGAACAAATATCAACCTTCAGTGGAGTGTCAGACCATGGCGGCTACCAGTGAAAAGCTGAAAGAGAAAGAGCTCGCTATTGAAGGTGGTGCAATTAGCATATCAAGTGTGTACTCAAAAGGGTGAGTATTTATATAATGTTTATTTGTTTGTGTATAATAAAAAGTAGTTTTGAAATCGCTATACCATTTTGAAATTATGTTGGTCTGTTGGACATAAAAAAATGGATCTATTCTCTAGTAATCATTCATGTAAAGGAAACGCAGATGTCGCACGTTATGGAGATACGCTTTTTGATAATAACCTATTAATGTTGCATCATACTTATCTTGACCCTGACATAATGCCGAAGAGTCATTGGATTATGCTATGCAACCTTAATTTAAACTAAATTCACTTTTTTCGCTGATTATGATTTGCAATTCATGATGCTGTGTAATTGTGGAAGAAGTTCATGATTTCAGTTCATACTTGAAAAATTATCCTTTTTATCTCTTAATAATTTAGATCAATTGTCTTATGCAATGATGGCATATAGTGCTGCTCTGTTCCATTCGAACAATTAGGTATGCAACATTAGAAACTAGTTCAGATAATTTGAGAAAATATTTTTATGGACCCGGTAGGAGCATTTTGGTTATAATATACTAAGATAAATGTATTACACTTGAACAGGTTGCTGCATACGCTTACACATGCACTGCAAAGTTCAGGAGTGGATCTGTCACAGGCTAGCATCTCAGTGCAAATTGAACTTGGTAAACAAGCAAACATCAGACCAACTGTACCCGTGTCAGTGTGTGGTGCTAAGGTATAGTGACACTCTAATTACTTATTTTCCGGGTCTTTGTTTTGAACATAAGCTATGTTCTAGTATTAAATTAAAATTTCACATTATCTAATTTGTCGATGATGTTCCCCTAGGATGGTGAAGTACCTTCTAACAACAATCAAAAGATGATGCGCTCAAGAGTTGCTAGCTCAGGGAAGTCTGACCAAGCAATTAAGAAGCTAAAGATCTGCAGAAATTAATTGGACCGTTATATTCATTCTTTCCTTATTATTATAATTTCCATTAATTATTAATTATTTGGGGGTAACTTTTTTAAAATTAATTTTTGGAAGGGGTATTTATGTCTTCTGCTGGCCTGCTATCCTGCGAGGGTGAGATCGACTGTACATTCAGTGTCCTCTTAGTTTGTTGGGATCGTTAGGCTCACCCCAACAAAATAATATGAATCAATTTAGTTTCTAATCATATAAATATAAAAGGCTTCCATACTAATTGAGAAGCTATTTTTTAACCACAGCTTCTATTCATGTAAAGTTTGTAAACTCTGACTCCTTTATTTGTTGCATATTGTTTGACATTTCGTCTTGGTGGTA