Gene Details:

Gene ID Chr. No. Start Position End Position Function View on
Vu_11990 LG3 8660613 8667827 PREDICTED: U-box domain-containing protein 35 isoform X1
Map

Annotations  
category   relationship type   keyword
Biological Process   involved in   protein phosphorylation, protein ubiquitination, cellular response to organic substance, protein phosphorylation, root development, protein phosphorylation, root development, cellular response to organic substance
Cellular Component   located in   nucleus
Molecular Function   enables   ubiquitin-protein transferase activity, ubiquitin-protein transferase activity
SNP Position Effect Amino acid change
T/A 8660930 intron_variant
G/A 8661007 intron_variant
A/T 8661009 intron_variant
G/C 8661105 intron_variant
G/T 8661112 intron_variant
A/T 8661117 intron_variant
C/G 8661118 intron_variant
A/G 8661226 intron_variant
C/G 8661341 missense_variant p.Ala90Gly
A/G 8661415 intron_variant
G/C 8661446 intron_variant
C/T 8661493 synonymous_variant p.Asp118Asp
C/T 8661628 intron_variant
C/T 8661702 intron_variant
A/G 8661703 intron_variant
T/A 8661724 intron_variant
G/A 8661761 intron_variant
A/G 8661811 intron_variant
T/A 8661868 intron_variant
G/T 8661907 intron_variant
A/T 8662391 intron_variant
C/A 8662524 intron_variant
T/A 8662538 intron_variant
T/C 8662846 intron_variant
A/T 8662854 intron_variant
G/T 8662960 intron_variant
A/T 8662986 intron_variant
C/G 8663006 intron_variant
T/A 8663015 intron_variant
G/T 8663050 intron_variant
A/G 8663051 intron_variant
T/C 8663656 stop_lost p.Ter158Glnext*?
A/T 8663661 synonymous_variant p.Ala159Ala
T/C 8663744 missense_variant p.Leu187Ser
G/A 8663871 intron_variant
G/A 8664126 intron_variant
C/T 8664130 intron_variant
A/T 8664194 intron_variant
C/A 8664197 intron_variant
T/C 8664210 downstream_gene_variant
T/C 8664219 downstream_gene_variant
A/T 8664267 downstream_gene_variant
C/A 8664277 downstream_gene_variant
G/A 8664295 downstream_gene_variant
G/C 8664320 downstream_gene_variant
G/T 8664331 splice_acceptor_variant&intron_variant
G/A 8664358 stop_gained p.Trp219*
A/G 8664365 synonymous_variant p.Thr221Thr
G/A 8664389 synonymous_variant p.Thr229Thr
G/C 8664397 missense_variant p.Ser232Thr
C/A 8664419 stop_gained p.Cys239*
C/A 8664421 missense_variant p.Thr240Asn
C/G 8664424 missense_variant p.Ser241Cys
G/T 8664428 missense_variant p.Lys242Asn
A/T 8664434 missense_variant p.Lys244Asn
C/T 8664437 synonymous_variant p.Ser245Ser
T/G 8664443 missense_variant p.Phe247Leu
C/G 8664461 missense_variant p.Phe253Leu
T/C 8664462 stop_lost p.Ter254Glnext*?
G/A 8664464 stop_retained_variant p.Ter254Ter
C/G 8664475 missense_variant p.Ser258Cys
G/C 8664490 missense_variant p.Arg263Thr
G/A 8664499 missense_variant p.Cys266Tyr
C/T 8664504 stop_gained p.Gln268*
G/T 8664511 missense_variant p.Cys270Phe
A/T 8664522 stop_gained p.Arg274*
G/T 8664542 missense_variant p.Lys280Asn
T/A 8664550 missense_variant p.Leu283His
C/G,T 8664551 synonymous_variant p.Leu283Leu
C/A 8664558 missense_variant p.Gln286Lys
G/C 8664563 missense_variant p.Lys287Asn
G/A 8664580 stop_retained_variant p.Ter293Ter
A/C 8664599 synonymous_variant p.Ser299Ser
A/C 8664600 missense_variant p.Lys300Gln
C/G 8664622 missense_variant p.Thr307Ser
C/T 8664637 missense_variant p.Ser312Phe
G/C 8664650 stop_lost p.Ter316Tyrext*?
C/T 8664652 missense_variant&splice_region_variant p.Ala317Val
G/C 8664655 splice_donor_variant&intron_variant
T/A 8664659 splice_region_variant&intron_variant
T/C 8664672 downstream_gene_variant
C/T 8664694 downstream_gene_variant
T/A 8664695 downstream_gene_variant
G/A 8664733 downstream_gene_variant
G/A 8664774 downstream_gene_variant
A/C 8664775 downstream_gene_variant
G/C 8664781 downstream_gene_variant
A/G 8664785 downstream_gene_variant
T/A,* 8664792 downstream_gene_variant
G/A 8664812 downstream_gene_variant
A/G 8664817 downstream_gene_variant
C/G 8664830 downstream_gene_variant
A/G 8664831 downstream_gene_variant
C/T 8664846 downstream_gene_variant
T/G 8664853 downstream_gene_variant
T/G 8664920 downstream_gene_variant
T/G 8664927 downstream_gene_variant
C/A 8664934 downstream_gene_variant
A/G 8664935 downstream_gene_variant
C/A 8664938 downstream_gene_variant
A/G 8664946 downstream_gene_variant
C/T 8664973 downstream_gene_variant
C/G 8664991 downstream_gene_variant
G/T 8665018 downstream_gene_variant
A/G 8665034 downstream_gene_variant
C/A 8665036 downstream_gene_variant
C/A 8665052 downstream_gene_variant
A/G 8665054 downstream_gene_variant
C/A 8665063 downstream_gene_variant
A/T 8665075 downstream_gene_variant
G/C 8665080 downstream_gene_variant
C/T 8665090 downstream_gene_variant
G/T 8665105 downstream_gene_variant
C/A 8665111 downstream_gene_variant
C/T 8665115 downstream_gene_variant
C/T 8665147 downstream_gene_variant
C/A 8665160 downstream_gene_variant
C/G 8665167 downstream_gene_variant
T/A 8665478 missense_variant p.Phe345Tyr
T/C 8665487 missense_variant p.Leu348Pro
T/G 8666083 downstream_gene_variant
G/A 8666251 missense_variant p.Glu488Lys
A/T 8666252 missense_variant p.Glu488Val
T/A 8666442 synonymous_variant p.Leu551Leu
G/T 8666451 missense_variant p.Lys554Asn
C/A 8666969 downstream_gene_variant
T/C 8666976 downstream_gene_variant
A/T 8666979 downstream_gene_variant
A/G 8667291 downstream_gene_variant
C/G 8667322 downstream_gene_variant
T/A 8667327 downstream_gene_variant
G/A 8667363 downstream_gene_variant

View accession wise SNPs


Sequence Details:

Protein Sequence:
>Vu_11990.1
MEKILEADANTVSQRSSSSSVVALAIKGNKKSKYVVQWALNKFVPEGMIIFKLIHVYATIKGVPTPLGNVIPLSQVRNDVATAFKKEVEWQTNQMLLPFKRLCEQRKVHVDVVLIESDDVAIAITEEVAKGAITKLVVGASSRGIFKSKQKGISMKISVSTPRFCTVYAISKGKLSIRQSDMPIDGSIVDDASETSLSSSSSSNYTSTSQTESASVSSYAGLHSSSLATQRFQALSSINSALLSTNPSLSDTSHSRGQSLDFGRENTATSSARNSDIDHALSRVSSCKSFISDTESWMYDQNSIKDVPLATTLPSPNRQLNDLSKKRSEESIKMKEIIAKEEKAKEFAKLEIEKYQDASREAVYMKECAEREAVERKETEMKVIRATKEKEKLEGALSGNILQYRKFTWAEIVSATSSFSEDLRIGMGAYGTVYKCNLYHTTVAVKVLNTNGNRESKQFQQELEILSRIRHPNLLLLLGACPDHGCLVYEYMENGSLEDRLLRKNNTCPITWFERFRIAWEIASALAFLHSSKPEPIIHRDLKPANILLGRNLVSKIGDIGLSTVLHSDNLSTMYKDTAPVGTLCYIDPEYQRTGLISPKSDVYAFGMVILQLLTAKPAIALAHKVETAIEGGNLTDILDPEAGAWPFKETLDLALLGMSCAELRRRDRPDLKDQVLPILDRLKEVADRAQHSASTVTIKSKPPNHFICPILQDVMDDPCVAADGYTYDRKAIDKWLEENDNSPMTNIALPHKHLIPNYTLLSAILEWKSAES*


CDS Sequence:
>Vu_11990.1
ATGGAAAAAATTCTGGAAGCAGATGCAAATACTGTATCTCAGCGTTCCTCATCTTCTTCAGTTGTTGCTTTGGCAATCAAGGGTAACAAGAAAAGCAAATATGTGGTACAGTGGGCACTGAATAAGTTTGTTCCCGAGGGAATGATTATCTTCAAGCTGATACATGTTTATGCTACTATAAAAGGAGTTCCAACGCCATTGGGAAATGTGATCCCTCTTTCACAAGTGCGTAATGATGTAGCAACTGCATTCAAAAAGGAAGTGGAGTGGCAAACAAACCAAATGCTGCTACCTTTCAAGAGATTGTGTGAGCAAAGAAAGGTGCATGTGGATGTTGTACTGATTGAATCAGATGACGTGGCTATTGCAATAACAGAGGAAGTGGCTAAGGGTGCTATCACCAAACTTGTTGTTGGAGCTTCATCTCGTGGCATATTTAAAAGTAAACAGAAGGGTATATCTATGAAAATATCAGTAAGCACTCCAAGATTTTGCACAGTTTATGCTATTTCGAAGGGAAAATTGTCCATACGACAGTCAGACATGCCTATTGATGGAAGCATTGTAGATGATGCTAGTGAAACCAGTTTGTCTTCCAGCAGCTCATCTAACTACACTTCCACCTCTCAGACAGAATCTGCATCAGTTTCATCATATGCTGGTTTACACTCGTCTTCCCTAGCAACACAACGATTTCAAGCTCTTTCAAGTATAAATAGTGCACTTCTAAGCACAAATCCGAGTTTAAGTGACACTAGCCATTCTAGAGGCCAATCTCTAGATTTTGGGAGAGAAAATACTGCTACCAGCTCTGCCAGAAACTCAGACATTGATCATGCCTTAAGTCGAGTCTCTAGTTGCAAAAGCTTTATTTCTGATACTGAATCTTGGATGTACGATCAAAATTCTATAAAGGATGTGCCACTAGCAACTACACTTCCATCACCTAATAGGCAGCTGAATGACCTTAGCAAGAAACGGTCAGAAGAAAGCATAAAAATGAAGGAGATTATTGCTAAGGAGGAGAAGGCAAAAGAATTTGCAAAACTAGAAATAGAGAAATATCAGGATGCCTCCAGAGAAGCTGTATATATGAAAGAATGTGCTGAAAGGGAGGCTGTGGAAAGGAAAGAAACAGAGATGAAAGTGATCCGTGCCACAAAAGAGAAAGAAAAGTTGGAAGGTGCTCTTAGTGGTAATATACTACAGTACCGGAAGTTTACATGGGCTGAAATAGTCTCAGCTACTTCATCTTTTTCTGAAGATCTGAGAATTGGAATGGGAGCATATGGAACAGTGTACAAGTGTAATTTGTATCACACAACTGTTGCCGTTAAAGTTCTCAACACTAATGGAAATCGTGAAAGCAAGCAATTCCAACAGGAGTTAGAGATATTGAGCAGAATTCGTCATCCAAACTTGCTGCTTCTTCTGGGTGCATGTCCTGATCATGGATGTCTTGTATATGAATATATGGAGAACGGTAGCCTGGAAGACAGACTGCTGAGAAAAAACAACACATGCCCAATCACATGGTTTGAGAGATTTCGAATAGCTTGGGAAATTGCATCAGCTCTTGCCTTTCTTCACAGCTCAAAGCCAGAACCTATCATTCATCGGGACTTAAAACCAGCAAACATCTTGCTTGGTCGAAACCTTGTCAGCAAGATTGGTGACATTGGACTTAGTACAGTACTCCATTCCGATAATTTATCTACCATGTACAAGGACACAGCACCTGTTGGGACACTCTGCTACATTGATCCTGAGTATCAAAGGACTGGGTTAATATCTCCAAAATCTGATGTCTATGCTTTTGGAATGGTGATCCTACAATTATTGACAGCAAAACCAGCAATAGCACTTGCTCATAAGGTTGAAACTGCAATTGAAGGTGGGAATTTGACAGATATATTGGATCCAGAGGCAGGAGCTTGGCCATTTAAAGAGACACTAGATTTGGCTTTGTTGGGAATGAGCTGTGCAGAACTTCGGCGTAGAGACCGGCCTGATTTAAAAGATCAAGTGCTTCCAATACTTGACAGATTAAAAGAAGTTGCTGATAGGGCCCAACACTCTGCTTCAACTGTTACTATTAAATCCAAACCTCCTAATCACTTTATCTGTCCAATTCTTCAGGATGTGATGGATGATCCTTGTGTTGCTGCTGATGGATATACATACGATCGCAAAGCAATTGATAAGTGGCTTGAAGAGAACGACAATTCACCAATGACAAACATAGCTTTACCTCACAAGCATTTAATTCCTAATTACACACTTTTGTCAGCAATTTTGGAGTGGAAGTCCGCAGAATCATGA


Promoter Sequence:
>Vu_11990::LG3:8658613-8660613(+)
ACAATCTAAAGAATTATCACAATTTTAAAGATGAAATAGTAAGAAAATATTGATGAAAAACAAATACAAAAAAATGTTATAGATGTACCATTAATTATTAATTTTCTATCACAAATGATCTTAATCTTAATAATTAGAGTAAATACAATATATAGTTATTAAAAATAAAGCCATTTTAATAAAATTGTGTACATGAATATTTATTTATTATTCTTAATCTATTAATAAAAAGAATATAATAAATTCTTAAAATGTATATAAATAAATTGTGATGGAGGGGCAATTTGCTTTGATTTTATTTATTCTTTTTACTCTGACAATGATGAGTTGTTATCATTTATAACTTTGATGTGTATAGATTAATTTAATCACTGATTATTAATTTGTGATATCAACCAGTGGTGTCAATTTCGATAACTAAATTATTCTAAAATTGTGAAGGTCAGAAACTAAATTTTCTGAGTCTTTTTAGAACATCATAGACTAAATGAATTGACTTATAATTTTAATGATTTACCTTATGATATGATTCCAGAATATTCCATTAAACACATTCAACAGCTTTGGCAGTTAACATAAGACAAGAAACATCATATTATTAAAAGAAAGTGTTACCATTTCAAGTCTCAATTTCTTGGTTTAAACTAAAACAACATGTGTGAGGCGGCTAGAGAGGTTTGACTAATTGAGTTGATAATTGAAATGAAAATGCTCTCAAAAATTGAAAGTAGAAACACCCTTTTTGTGTTGACGGAAATTGCTGTTAGAGTTTGATTGTATGAAAAAAATCCTCGTCATGACAGTGACTTCTTATTTATGAGGTGGACATTGTCTGAAGGCACGGTTAGGTTGATGCATTTAATAGAAAATGTGTCTGATGAGACCATGAATTGCTGTTACTCACGTTCTTTGTTCTTTTATGTGTGAGACAACCATGTAATGAATTTTGGGGTGTCTGGGTGGTGTTCTTGTTTGAGACCTGGGAAAGGTTTCATATAGGAGAAGCTTCTTCACCAACAAGGATTTGAAGCTTTTCACTGTTTCAACATTCAACTAAGCAGGGGTTTGACTGGTAAGTTGAAAAGCCTCCTATGGTTGTTTTTTTGTTTTGTTTTACTTTGTTTGTTTGGTCTGTTTAAGTATATGGATTTCTGAATTTTTATCACACTCTCGTCCCTTTGTCCATGGATCTTTGAAATTTCCTTTTTTCATCATTTAAAGTTGATAATTGCACACTGAGTTCTTTCTGGGGATTGTTTACAGAGTTGGGAATTTGGGATTAGGTTTTTTGACTCATGCATAAAGAGAAGAACTTTGTCCTGTGAAATTCAGAAATTAAATTGTTTTAATTTGGAGCTTGAAACCCTTGTCCTTGATTTATCAGGTTATTTGTAAAATTAATGGAGGTTGCTTTCTCTTTAAAACAAAAATAGTTCCTTTAACACTCATTGTTTTGTATATTTCTAAGATTTCACTCTATAGATAAGTTTTATAGTATCAGTTATATACTGTTAGACAATTTTGCTTTATGTTAATTGATTTTAGCTTGAAATATGACACTGTAACCCTACTTTGTTATGACCTACGTAAGGATAAGACATATTTAGGAAAACTTCTCTATAAATGCTTCAAAAGAGAAGTAAAGCAATAAAGAAAAAAAAAATAAGTATTTTGAAAAGACGAAGTTAGCTTATGCATAAGCTAATTTATAAAAGTTTGATTTTAACTTATATATATATATATATGTTGATTTTCGCTTAATAGAGAAGTTTATTCCATTTTCCTATCTTACTTTCTTCTCTTAAAAATACTTATGAAGAAGTTTATCCTAGTAAGTCCTTAATGTGGTTTAGAAATTTATTGCAAGTGTTTTGACATGAAGCTGTTAAATTTTGTTATTTTTAGTGCCTGCAAGTAACTTGATATTCTGATAGAACATTCATTTTGTTTCTTTTCGGCTGTTACAGATAACTTACATCCTTATTCGTAGGGAAGAGAGA


Gene Sequence:
>Vu_11990(+)
ATGGAAAAAATTCTGGAAGCAGATGCAAATACTGTATCTCAGCGTTCCTCATCTTCTTCAGTTGTTGCTTTGGCAATCAAGGGTAACAAGAAAAGCAAATATGTGGTACAGTGGGCACTGAATAAGTTTGTTCCCGAGGGAATGATTATCTTCAAGCTGATACATGTTTATGCTACTATAAAAGGAGTTCCAACGCCATGTAATGTATTTTTATGTTTAATGTGTTCAATAAAGTCTGAACTTTATGCATATATTACATTGGGAAACTTCTACAAGTAATGATAACTGCATCAGTCGCACTTGTATCCTGAAGAAGTTTGTTTAGGTGGTCTGGTCTATTTGTAAAGGACTATGACTATCCAATTAGCAGTCTTGCATTGAGCCTCAAAGTTAGGGAATTTTCATATCTGCATAACTTTTGTCAACATGACAAAACTTTAGAACGTGATTTTGGGCCATGTTTCTGTTCTGTTTTCATTTTAATACTTAAGAGTTTTCAGCTGGACAACATAAGTACTTAATTATATGGGTTACTTAAGTTTTTCTATAGAATAAGTAATTTGATAATGCACAAGTGAAGTGACATCTGGTAGAAGATGGATATGAATTAGCAAAAGATTATTTCGTTAGGATAATATAACATTTTTGTATTTCCAGTGGGAAATGTGATCCCTCTTTCACAAGTGCGTAATGATGTAGCAACTGCATTCAAAAAGGAAGTGGAGTGGCAAACAAACCAAATGCTGCTACCTTTCAAGAGATTGTGTGAGCAAAGAAAGGTCAGATATGATAGATCATGTAGATTAATACAATATAGGATTTGTTTTCTGATAGTGTTGGTGCAGGTGCATGTGGATGTTGTACTGATTGAATCAGATGACGTGGCTATTGCAATAACAGAGGAAGTGGCTAAGGGTGCTATCACCAAACTTGTTGTTGGAGCTTCATCTCGTGGCATATTTAAAAGGTATTTGCTGATATGTTGATGCATAGTTCAATAAACCAGTACTTCTGCCAAGAAAAATGATAAGTACTTAAACACTTCAAAAGCTAACTATTAAGGGGAGAGAATCAAACACTTCAATACTCCACCAAGCATCACATACTACTTTGTGTAGGATTTGGACACTCTCTAATACCCAAGTTTTGTATCATAATCTAATCACACATGAGTCCTTAAATTGGATATTGGGATTTAAGAGGACTGTTGCTTTTACCATTAATTACTATTTGTTGGCTGATCACAAATTGTACTTCATTTTTTTCTTTTTAACTATGAAGAGACCTAGCTTCGGTCTCCTAACCTATATCACTGCATAGTTGATTATGAATATTTCTGGTATGAAAAATGCTATGAACATAAACTTTTTAAGCACCTTCTTTTTATTAGAACAAACTTCTAGGGAATCACAAAATTATGTGAAACTCACTTCCTATTGAATGAGTTTCATTTATGATTTTCAATAAATTTCAACCAATAATGGTGTGTTAAAAAATGGTTATTATAATACTCCTTTTTTGAAGTATGATAGGAACACTTGAGGTTGCTTTACCAATAAAATTCAAAATAATGAAATGTATCTTACCTAGACATTTTAGTATGAAATTAGGTTAAATACTCCATGCTAAATAGTGATTGTTCCCTAAACTTAATGGCTCTGTAGTCTCTAATCTCTCCTTGCACTTTAGGACTGATTTTGTCCCTTGTGACAACTTTGTGATCAGTGACAAATTTGATGATATAGGTGAATAAAATAAAATAGGCAAAGTTATCTATTAAAAAACACAACTATATTTGTAAATAATTGATCTTGTACACTATTTTTTTGTCTTTATTTGTTCAAAATGTGTAATCTCCTAGAGCATTATTATAGGTTTTTAAATTTTAAGGCCTGCTTAGAATGACTCATTCTAAAAGATTTTATTTTTTTACTTAATTGTACTTCTGATCTTCTAGTTTAGATTTTTGTTTTCCAAGTTTTCTTTGAATAAAGGAAGTCCCTCTATTTTTAAATTAAACAAATTTAGGCTTGTTGTCAAATTTTTTCTACCTGAAATTTCCAAAATATTAACTTCTATTCAAATATTTGGGGATTTGTGATGGATTTGGGATATGAACAAATTTGGAAATTTATAAGTCACATATCTAGTGGGAGCTTAATAAAATTTGAAGGGTTTAGTAGGATGTGAATTTAGGATCAAAAGAGAGAAGATTTGGAATTTTTTATTTTTGTTGAAATTAAATACTTAGGTAGTAAATTTTGGGTAAAAGAAAGTTTAGAACCATTTAAATGATTTTGTTTGTGATGATTTTCAGTTGGAAGTAAGAATTTGAGAGATATAAGTAGAAAGAAAGTGATAGAGGGACTAATTATAACAATTGAAGACATTCACATTGTCTGTAGGATGGTTTTCTTTTTCTGGTGTGCTCTAAGATGACTTATTGACCAAAATGATTTGTATAAGAACCTGAAAGTTAGTATTTCTTCCAACTTTTGTACATGATATGATGAACCATGGAAGCAGCAAACTTTTCGTAAAACTTCTATGACCAAAATTTTGTTGCAGACTAGATTTAATGTCAATGTTATGATGAGAAAAAAGATTACCAATTCTGTGTTCTAATTTAGGATGGATATTTTGTTAACAATTTTTAACTTTGCCGACAAATTCAGAAGAGTTCTTCCTTCTTGTTTCTTTGTAGTTTGCCTGGACAACTCTGAATTGAGGTGTTTGAATTACCTGAACTAGAACTTCAATTTAATTGATAATAATATTCATGATAAAAACCATTTCTGCGCTTCTCTTAATACTTAGCCTATACGATGATTTTGTTCAATATATGAATATTTAGAGCATGGTTACTTATGGATTTTTAAACTGAATTTAATGATGAGCCTGGAATATTTTACAGTTTGTATCAGTGTTGAGTACATAATGTTTCATTTCAACCAACTATCTTGTGGTCTCTATCTGATTATATTCCCCCTTTACTAATGTATTGTTTTCAGTAAACAGAAGGGTATATCTATGAAAATATCAGTAAGCACTCCAAGATTTTGCACAGTTTATGCTATTTCGAAGGGAAAATTGTCCATACGACAGTCAGACATGCCTATTGATGGAAGCATTGTAGATGATGCTAGTGAAACCAGTTTGTCTTCCAGCAGCTCATCTAACTACACTTCCACCTCTCAGACAGGTCTACTACTACTAGTAACTTCTGCAAAACTATGGTTTAGAAATTTGTAAACCCTTGATAAGTTATGAGATCATATTTAAATTCTTAAATTGCTATCATCATGTCAGCATAGGTACATATCCAATGCCTGAAATTTTCCAATTTGACATTCTTGTGTTCCAGCATTGTTAGTACACAGATAGGCACCTGCTCATATGTCTCCTGTAAATGGTAGACATTCACATTATTCTTCAAATCGTAATTTCCAATGACTCCCCATCTGGATTATTAGAAATAAGGAAATATAATAAGAAATCATCTATATTTAAACTGTGCCACTATATTTTACAGTTCTACTGTGATATTTAATGTTCATATTACTCACCTACATTGCAAATAAAGGCAACACTATGAGGTGCTTGGTTTCAAAGATATGTTTATCTCTTCTCAGAAATTCTAGCCTGTGTTGCATCATGAAAACATCAAAATTGACTATCCCCTGTGTAGTATAATTATTATCATTTTTGGATGTATACAGAATCTGCATCAGTTTCATCATATGCTGGTTTACACTCGTCTTCCCTAGCAACACAACGATTTCAAGCTCTTTCAAGTATAAATAGTGCACTTCTAAGCACAAATCCGAGTTTAAGTGACACTAGCCATTCTAGAGGCCAATCTCTAGATTTTGGGAGAGAAAATACTGCTACCAGCTCTGCCAGAAACTCAGACATTGATCATGCCTTAAGTCGAGTCTCTAGTTGCAAAAGCTTTATTTCTGATACTGAATCTTGGATGTACGATCAAAATTCTATAAAGGATGTGCCACTAGCAACTACACTTCCATCACCTAATAGGCAGGTAATTGAAATTTTTTTTATCTGGCTTGATGAAATGGTACTGATTTCTAGCTCATACATCAGGTGATGGTACCCTATTGGAAAACATAGACATATGTATACATGATTTAACATCGGATGGAAAAGTGTTCATTCCTTTTTTTTTTTATTTAATTTTCGTTCTATCCTATACTTGACAAGTCTCCAGCAACACAAATTTTATCTTCCACTAGAACCAGTTTTTTCATGCAAATGTAAAACTACAAATATGTTGTGCACAATCGAAATTTTTATTAATATGCAATCCTTCATAAAAAACTTTATGTTGCTTGTCATATAGCTATTGCTTCAGCAAATTCTAGATAGATACAACTCCAATTTGCAAGTGAACTTTCTTTTTGATCATTTATTTTATCAGGCAAAATTGAACCTTGAGCTGGAAAAGTTGAGAATTGAGCTAAGACATGTCCAAGGACTTCATGCAGTAGCTCAAAGTGAGAAAGTTGAAGCATCCCGGAAGGTAACATCTGTTTTCTTATTGCCAAAAACACTTTCTTCTACCTAATAAGTACAATAATTTAATGGGACCCCTGCACCCTAGCATACCTAAGTTGTTTCCTTGTTAGGTTCTTTGCTTTGACATCCATAAAGATACATTACCCTATTATAGCAATTGGAAGATGAAGTCACCTTCCATATGCGTGCAACTAAAATCATTGCTGGTATTGTCAAATGGAGTAACATCATTTATTGTTTTGAACAGCTGAATGACCTTAGCAAGAAACGGTCAGAAGAAAGCATAAAAATGAAGGAGATTATTGCTAAGGAGGAGAAGGCAAAAGAATTTGCAAAACTAGAAATAGAGAAATATCAGGATGCCTCCAGAGAAGCTGTATATATGAAAGAATGTGCTGAAAGGGAGGCTGTGGAAAGGAAAGAAACAGAGATGAAAGTGATCCGTGCCACAAAAGAGAAAGAAAAGTTGGAAGGTGCTCTTAGTGGTAATATACTACAGTACCGGAAGTTTACATGGGCTGAAATAGTCTCAGCTACTTCATCTTTTTCTGAAGATCTGAGAATTGGAATGGGAGCATATGGAACAGTGTACAAGTGTAATTTGTATCACACAACTGTTGCCGTTAAAGTTCTCAACACTAATGGAAATCGTGAAAGCAAGCAATTCCAACAGGAGGTATGAATTCTATAAATAAAATAGTAAAGCAAAAATATGTTCCATAATATGAGATAAAAGAATAAGTATATAGCTTCAATGTTGCAGGTGTTTATAGCATTTCAGTCGCAAGTTTGGATTTTCTCATTGATGTATCAAAGTTTATAATCCTAATTCAAATATAATGGTTAGGGTTGGGCAAAAATCCAAATAGTCAAATCTAATACATATTACTTTATGTCAATTTTAACACAACCAAGTTAGTTGTAAGACTGGAACTGAACCAGACAAGAATATTAAAAATAATTATAAGACTGGAACTGAACCAGACAGCAATATTAATTTATATCTTTTCTTTTGTTCTAGTTAGAGATATTGAGCAGAATTCGTCATCCAAACTTGCTGCTTCTTCTGGGTGCATGTCCTGATCATGGATGTCTTGTATATGAATATATGGAGAACGGTAGCCTGGAAGACAGACTGCTGAGAAAAAACAACACATGCCCAATCACATGGTTTGAGAGATTTCGAATAGCTTGGGAAATTGCATCAGCTCTTGCCTTTCTTCACAGCTCAAAGCCAGAACCTATCATTCATCGGGACTTAAAACCAGCAAACATCTTGCTTGGTCGAAACCTTGTCAGCAAGATTGGTGACATTGGACTTAGTACAGTACTCCATTCCGATAATTTATCTACCATGTACAAGGACACAGCACCTGTTGGGACACTCTGCTACATTGATCCTGAGTATCAAAGGACTGGGTTAATATCTCCAAAATCTGATGTCTATGCTTTTGGAATGGTGATCCTACAATTATTGACAGCAAAACCAGCAATAGCACTTGCTCATAAGGTTGAAACTGCAATTGAAGGTGGGAATTTGACAGATATATTGGATCCAGAGGCAGGAGCTTGGCCATTTAAAGAGACACTAGATTTGGCTTTGTTGGGAATGAGCTGTGCAGAACTTCGGCGTAGAGACCGGCCTGATTTAAAAGATCAAGTGCTTCCAATACTTGACAGATTAAAAGAAGTTGCTGATAGGGCCCAACACTCTGCTTCAACTGTTACTATTAAATCCAAACCTCCTAATCACTTTATCTGTCCAATTCTTCAGGTAATCAAATACTCCATATGTGACAATAAATTGATTTTCTATGCCACAATAATTAAATGTAAAACCTACTCATTTGGGTAAACATATTTTAGTGACAACAAACCCAACCTTTTTCCTTATGATAAGGTTGGATACGTCAGATAAAAAAATGTCATAATGTTACTTTAGGTTTAATTACTACTTTGGTTCTTATGCTTGTATTGTTTCTACATTTTGGCCTTAATACCTAAAAGCTAAACATTTTGGTTTGTGCATATACACTTATAATTGATCTCCTCTGTTAAGTGTGTCCAAAGAGCTAAAACCACCACAAATTTTATAGTGCTTGTTAAACCACAAGAACTTGTCACTTTAGCAACAAATTTGTGATAATTTAATAACTTCCCTAAAAAATCTGTACCAGCTCTACACTGTTAATATTGATTTGTGATGGTTTTATCGAATGGTAGGGCCAAAACAGAACTAAATGTTCACATGTAGAGACTGAAAGGTCAGGTTTTTAGGTACAGAGACTGAATGTAAAAACCTCAGATAGTAAAATATCAATTTATAAGCAACGTTTTGAATGATTCCACCTGTAGATTCTGGTAAACAGTCTTCACAAAAACATAAGGAACATTCTGTCCGTGTTAACTAGTTACCATCATAGCTTTAGCCAAACGTTGTTATCCAACTGTCTTGTCAATGTCCTTGAAGATGTCTGTTGTACTTTATTGATGCAGGATGTGATGGATGATCCTTGTGTTGCTGCTGATGGATATACATACGATCGCAAAGCAATTGATAAGTGGCTTGAAGAGAACGACAATTCACCAATGACAAACATAGCTTTACCTCACAAGCATTTAATTCCTAATTACACACTTTTGTCAGCAATTTTGGAGTGGAAGTCCGCAGAATCATGA