Gene Details:

Gene ID Chr. No. Start Position End Position Function View on
Vu_03779 LG1 51266405 51272018 PREDICTED: serine/threonine-protein kinase-like protein ACR4
Map

Annotations  
category   relationship type   keyword
Biological Process   involved in   shoot system development, response to hypoxia, protein phosphorylation, defense response to bacterium, response to water deprivation, response to water deprivation, hormone-mediated signaling pathway, hormone-mediated signaling pathway, response to abscisic acid, response to hypoxia, protein phosphorylation, response to salt stress, defense response to fungus, response to abscisic acid, hormone-mediated signaling pathway, response to water deprivation, response to salt stress, protein phosphorylation, shoot system development, defense response to bacterium, phosphorylation, response to chitin, response to salicylic acid, hormone-mediated signaling pathway, immune system process, defense response to fungus, phosphorylation, regulation of defense response, defense response to bacterium, defense response to fungus
Cellular Component   is active in   plasma membrane
Molecular Function   enables   ATP binding, ATP binding
SNP Position Effect Amino acid change
C/T 51266405 splice_region_variant&synonymous_variant p.???488???
T/C 51266406 splice_region_variant&synonymous_variant p.???488???
A/G 51266407 splice_region_variant&synonymous_variant p.Pro487Pro
G/A 51266408 missense_variant p.Pro487Leu
A/T 51266418 missense_variant p.Ser484Thr
G/A,C 51266422 missense_variant p.Cys482Trp
C/T 51266423 missense_variant p.Cys482Tyr
G/A 51266425 synonymous_variant p.Cys481Cys
A/G 51266436 missense_variant p.Cys478Arg
G/A 51266437 synonymous_variant p.Ile477Ile
G/A 51266447 missense_variant p.Pro474Leu
C/T 51266472 missense_variant p.Gly466Ser
G/A 51266486 missense_variant p.Pro461Leu
G/A 51266487 missense_variant p.Pro461Ser
G/A 51266489 missense_variant p.Pro460Leu
G/A 51266490 missense_variant p.Pro460Ser
T/C 51266491 synonymous_variant p.Leu459Leu
G/A 51266501 missense_variant p.Pro456Leu
G/C 51266502 missense_variant p.Pro456Ala
G/T 51266518 synonymous_variant p.Ala450Ala
C/T 51266520 missense_variant p.Ala450Thr
C/T 51266524 stop_retained_variant p.Ter448Ter
G/A 51266569 synonymous_variant p.Arg433Arg
C/G 51266592 missense_variant p.Val426Leu
G/A 51266611 synonymous_variant p.Ser419Ser
G/A 51266612 missense_variant p.Ser419Phe
C/T 51266619 missense_variant p.Ala417Thr
G/A 51266630 missense_variant p.Thr413Met
T/C 51266631 missense_variant p.Thr413Ala
C/T 51266651 missense_variant p.Cys406Tyr
C/T 51266654 missense_variant p.Arg405His
G/T 51266666 missense_variant p.Pro401His
C/T 51266685 missense_variant p.Gly395Ser
C/T 51266703 missense_variant p.Asp389Asn
G/A 51266730 missense_variant p.Pro380Ser
C/T 51266732 missense_variant p.Gly379Glu
A/G 51266741 missense_variant p.Val376Ala
G/A 51266747 missense_variant p.Ser374Phe
G/A 51266752 synonymous_variant p.Pro372Pro
C/A 51266756 missense_variant p.Arg371Leu
G/A 51266763 missense_variant p.Arg369Cys
G/A 51266784 missense_variant p.Arg362Cys
C/T 51266785 synonymous_variant p.Pro361Pro
G/A 51266786 missense_variant p.Pro361Leu
G/C 51266787 missense_variant p.Pro361Ala
G/A 51266793 missense_variant p.Pro359Ser
C/T 51266797 synonymous_variant p.Ala357Ala
G/A 51266798 missense_variant p.Ala357Val
T/C,* 51266803 synonymous_variant p.Leu355Leu
C/A 51266810 missense_variant p.Cys353Phe
C/G,* 51266815 missense_variant p.Gln351His
G/A 51266817 stop_gained p.Gln351*
G/T 51266831 missense_variant p.Ala346Glu
A/T 51266835 stop_lost p.Ter345Lysext*?
G/A 51266838 missense_variant p.Leu344Phe
A/G 51266841 missense_variant p.Phe343Leu
G/T 51266849 missense_variant p.Ser340Tyr
G/A 51266855 missense_variant p.Thr338Met
C/T 51266865 splice_acceptor_variant&intron_variant
G/A 51266867 splice_region_variant&intron_variant
A/C,G 51266872 intron_variant
A/G 51266873 intron_variant
G/A 51266890 intron_variant
G/A,* 51266912 intron_variant
T/C,* 51266914 intron_variant
C/T,* 51266915 intron_variant
A/G,* 51266933 intron_variant
T/A,* 51266940 intron_variant
T/A 51266969 intron_variant
A/G 51266986 intron_variant
T/C 51267001 intron_variant
G/A 51267004 intron_variant
T/C 51267007 intron_variant
C/A 51267011 intron_variant
C/A 51267018 intron_variant
C/T 51267025 intron_variant
A/G 51267042 intron_variant
G/T 51267046 intron_variant
G/A 51267064 intron_variant
A/G 51267104 intron_variant
A/T 51267117 intron_variant
T/C 51267122 intron_variant
T/A 51267134 intron_variant
G/T 51267157 intron_variant
T/C 51267182 intron_variant
G/A 51267188 intron_variant
T/G 51267198 intron_variant
G/A 51267199 intron_variant
C/T 51267200 intron_variant
C/A 51267201 intron_variant
G/A 51267205 intron_variant
C/T 51267208 intron_variant
C/T 51267211 intron_variant
C/A 51267219 intron_variant
G/A 51267220 intron_variant
T/C 51267224 intron_variant
G/A 51267226 intron_variant
T/C 51267229 intron_variant
A/G 51267249 intron_variant
T/G 51267250 intron_variant
C/T 51267262 intron_variant
A/G 51267264 intron_variant
C/G 51267274 intron_variant
C/T 51267278 intron_variant
G/A 51267281 intron_variant
C/T 51267284 intron_variant
G/A 51267289 intron_variant
T/C 51267299 intron_variant
G/A 51267300 intron_variant
C/T 51267301 intron_variant
G/A 51267306 intron_variant
T/C 51267309 intron_variant
A/G 51267311 intron_variant
A/G 51267314 intron_variant
T/A 51267315 intron_variant
C/A 51267320 intron_variant
A/G 51267321 intron_variant
G/A 51267324 intron_variant
C/T 51267330 intron_variant
G/T 51267341 intron_variant
C/T 51267358 intron_variant
G/T 51267359 intron_variant
A/G 51267375 intron_variant
C/G 51267379 intron_variant
G/A 51267400 intron_variant
T/A 51267402 intron_variant
C/T 51267412 intron_variant
G/T 51267416 intron_variant
A/G 51267417 intron_variant
G/A 51267440 intron_variant
A/G 51267446 intron_variant
C/T 51267447 intron_variant
C/T,* 51267450 intron_variant
G/C,A 51267452 intron_variant
G/A 51267454 intron_variant
C/T 51267491 intron_variant
G/T 51267510 intron_variant
C/A 51267537 intron_variant
A/T 51267551 intron_variant
T/C 51267615 intron_variant
T/C 51267622 intron_variant
T/C 51267638 intron_variant
C/T 51267666 intron_variant
T/C 51267683 intron_variant
A/G 51267858 intron_variant
A/T 51267908 intron_variant
T/C 51267949 intron_variant
T/C 51268112 intron_variant
A/G 51268122 intron_variant
C/G 51268133 intron_variant
G/A 51268216 intron_variant
T/A 51268301 intron_variant
C/T 51268304 intron_variant
T/C 51268306 intron_variant
A/C 51268345 intron_variant
A/G 51268501 intron_variant
A/T 51268630 intron_variant
A/T 51268631 intron_variant
A/T 51268632 intron_variant
A/G 51268683 intron_variant
A/G 51268736 intron_variant
G/T 51268739 intron_variant
T/A 51268767 intron_variant
G/C 51268782 intron_variant
G/T 51268962 intron_variant
A/G 51269082 intron_variant
C/A 51269237 intron_variant
T/C 51269333 intron_variant
G/T 51269401 intron_variant
T/G 51269404 intron_variant
G/A 51269505 intron_variant
C/T 51269534 intron_variant
G/A 51269536 intron_variant
A/C 51269583 intron_variant
A/T 51269587 intron_variant
T/A 51269628 intron_variant
T/A 51269629 intron_variant
G/A 51269675 intron_variant
C/A 51269705 intron_variant
A/G 51269998 intron_variant
A/T 51270118 intron_variant
C/A 51270185 intron_variant
T/C 51270186 intron_variant
C/A 51270190 intron_variant
A/G 51270202 intron_variant
C/T 51270234 intron_variant
T/C 51270241 intron_variant
T/A 51270262 intron_variant
G/A 51270295 intron_variant
C/A 51270306 intron_variant
G/A 51270340 intron_variant
C/G 51270503 intron_variant
C/A 51270615 intron_variant
A/T 51270675 intron_variant
T/C 51270679 intron_variant
T/A 51270697 intron_variant
T/C 51270724 intron_variant
A/G 51270727 intron_variant
C/G 51270770 intron_variant
G/T 51270821 intron_variant
T/C 51270904 intron_variant
G/C 51270953 intron_variant
T/G 51271092 synonymous_variant p.Ser309Ser

View accession wise SNPs


Sequence Details:

Protein Sequence:
>Vu_03779.1
MNHGYIVYDLVMITLSLCLIILGVVLFVACKKKPVESEETVAVKHCARVYSLMDIDAVTDNFNHRRVVGKGPLGTVYVGVQENGELVAVKRIHPVLVLSNAGLGFSSVLKWLSSVQHPNIVPIIGFSEAPGERVIVMEFGRMMSLEFCLQQNVNGASLLDWNKRIRIAAGTARGLQYLHEVATPNIVHGRVKSSNVLIDVNFCPRICDYGLNFLAAGEKRELVGYVDDEYWNERGGGGSKESDVYGLGVVLLELISGRGCNEGMIVEWGLPLIKALGFGEVLDPRLVIPSDMKNVVRLAKVASACVGNSRKCRPSIAQVATILNNLEMEVCISDLFLHAIFLLPLSKHYSPALPTTRASPSAFVAPPSSFSPRLRGRCRTASFAPPSRGLAHISRFYWPCTFVAPLPWVVATDVHSCHLRCCRVIGVVGASISLPAFRERSIHLHFFLGCLHCSLACTTTAVATARCTTVVVGTVLHLPLVLLFLLA*


CDS Sequence:
>Vu_03779.1
ATGAACCATGGGTACATTGTTTATGATTTGGTTATGATCACTCTATCCTTGTGCCTCATAATTCTCGGTGTTGTCCTCTTTGTTGCATGCAAGAAGAAACCGGTTGAGAGTGAAGAAACTGTTGCTGTGAAGCACTGTGCTAGAGTGTACTCACTGATGGACATTGATGCTGTCACTGATAACTTCAACCACAGGAGAGTAGTGGGAAAGGGTCCTCTGGGAACCGTGTATGTTGGGGTGCAAGAGAATGGAGAGCTTGTGGCTGTGAAAAGGATCCATCCCGTGCTTGTGTTGAGCAACGCAGGGTTAGGATTCTCATCAGTGTTGAAATGGCTCTCTTCGGTGCAACATCCCAACATAGTTCCTATAATTGGATTCTCAGAAGCACCGGGTGAAAGAGTTATAGTGATGGAGTTTGGGCGCATGATGAGCTTGGAGTTCTGTTTGCAACAAAACGTTAATGGGGCATCACTTTTGGATTGGAACAAGAGGATCAGAATTGCAGCAGGAACAGCGAGAGGGCTTCAGTATTTGCATGAAGTGGCAACACCAAACATCGTACATGGGCGAGTCAAGTCTTCAAATGTTTTAATTGATGTCAACTTTTGTCCTAGGATTTGTGATTATGGTCTCAACTTTTTGGCAGCAGGAGAAAAGAGAGAGCTAGTAGGTTATGTGGATGATGAGTATTGGAATGAAAGAGGGGGTGGTGGAAGCAAGGAAAGTGATGTTTATGGTTTGGGAGTTGTATTGCTTGAGCTAATAAGTGGTAGAGGATGCAATGAAGGAATGATAGTAGAGTGGGGTTTGCCTTTGATAAAGGCATTGGGTTTTGGTGAAGTTTTGGATCCTAGGTTGGTAATTCCTTCTGACATGAAGAATGTAGTTAGATTAGCCAAAGTTGCTTCGGCTTGTGTTGGTAATTCAAGAAAGTGTAGACCTTCCATAGCACAAGTGGCTACTATTTTGAACAATTTGGAGATGGAAGTGTGCATTTCTGATCTTTTTCTTCACGCGATCTTTCTTCTTCCTCTAAGCAAACACTATTCTCCAGCACTGCCCACTACTCGCGCCTCCCCCTCCGCGTTCGTCGCGCCTCCTTCATCGTTCTCGCCCCGCCTCCGTGGTCGTTGTCGGACCGCCTCCTTCGCTCCTCCCTCGCGAGGACTCGCTCATATCTCGCGGTTCTACTGGCCTTGTACCTTTGTCGCTCCGTTGCCGTGGGTCGTCGCCACCGACGTTCATTCCTGCCACCTCCGTTGTTGTCGCGTCATTGGTGTCGTCGGTGCTTCCATCTCGCTGCCTGCATTTCGTGAACGAAGCATCCACCTCCATTTCTTTTTAGGCTGCCTGCATTGCTCTCTAGCCTGCACCACTACCGCCGTCGCCACTGCCAGGTGCACCACTGTCGTGGTTGGGACCGTTCTTCATCTGCCATTGGTGCTGCTGTTCTTGTTGGCCTAG


Promoter Sequence:
>Vu_03779::LG1:51272018-51274018(-)
TTGCTCTTTACTCTGTCTACGGAACTCCAAATGAATTGATTATTTTTTTATTGAAAACTAGACTCAAAGAGCTTTAATTTGACTACTCATACGCCTATTTTATTATTTTCATTTTTGTATTAGTGGAAATAATAGATTCTTTCCTCTTTAGAAAGATTGAGCTTGTGAGAGAGACCGAGCTTGTTCCGGGTAAGCACTCGAAAAGTTAAGTTTGTTTCGGGTTAGAACTCAGGAAACCGACCTTGTTTCGAGGTTAAAACTTGGGAAACTAACCTTGTTTTGGGTTATGACTTGGGAAACCGAGTTTGTTTCTTGTTAGAACTCAGGAAATTGAGTTTCTATTAATAAAAAAATGTAACAAAGTGGATGGTCGAAATTGTTTTCTTCTTGTTTAGTTGTTTTGTGCTGATCCTTATACCAGGGAGGAAATTGAGTTTCTATTAATAAAAAAATGTAACAAAGTGGATGGTCGAAATTGTTTTCTTCTTGTTTAGTTGTTTTGTGCTGATCCTTATACCAGGGAGGAATCAGGCATAAAAGTATCCTGCTTTTTGTACCAGCTCAATGTGTAAAGAATGTGATTCTTAATTTTGGAAGATACAAGGTTGCTTTCAAGAAGTGGTAAAACCTTTCGTATTCATGTAATTTACCTACAAATATCTTCATATGTAATTACTTACGAATATAACCATATGTAATTATCTATGGATATATATCCGTTGTATACTGACCGTAGGTAATTACATATGAATTTATGTATAGATAACATTCTCTAGGATACTTTATGTATAGATTTTTATTCGTAGGTAATATGTAGGTAATAATTACCTACAAATTATGTGAATTACCTACAAATTTTTATTGTAAGTAATGACATGTTTTCTTATAGTGCGAACTTTGGAAACATTAAGGGATGTTTGGTTTATATTTTGGTCATGTGTGAATTGTCATGTCTTTGGTGGTCACGCAAATTTAAAAATCTAGGTTGATGTCGAAAATTACTTACTTTGTTGTAGTAAAGAATGTACAAAATGTGGCAAGAGAAGCTTTCGATGATTTGACGTGATGACAACGACAGTGAGTGGTGAATAAGTAAAAATTATGTATGAAATTAATTTTTATTAAGTTAAATATATATGATATTATATTTATAATAAAAGAGATATGAATTAAATTTAAATATAAATAAAAAACTTATATAATATATATAATAATTTAATATATCTAACATGTTTTTTAATCTTTCTATCAACTAAAAGTGTGCTACATTATTTAAAATGATTAGAAATGATATATTTTGGTTGGATTAACGTGCAATGACACCAAAACTTCTTTTCTTAAATGGACATCAAAACCTCGCCCTTGTAAAAAATAATATACAAATCCCAAAACTGTCAATCGTGTTAAAATTACAATTTAATTTCCCAAGTCTTGTAGGAATCATGTAGTTTTCCTACATAAAATATAGGTTAACTGTGTCTTGAGATTAATTAAAATTGACTCAAGCAATACTTACAAAGACCTCACTCGCTAACTTGGTCTTCACGAGAATTAAATTGAAACCGAAATCTGAAATATAAGTCTTATCCCAACGAAGTAGACACAAAAAACCCTTGTTATGTCATGTCATTTTAAAGTATCCTTTCAGTAATTAAAGCAGGGCTGCTTGGCAGCAAACGATGAACATCCACAACTAAATCCAATTATAAACCTCTCAACTTTCTCACCAATCCAACCCTTTTTTCAAACAAATCCACTATTTTCGCTTTGACACCTTCTATTCAACGCGTTCATCTCTCACCAACTTCTAATCATATATATTAATACCTATTTTCCACACTTCTCTTTGACATGCCATCCGATCTCTCCCTTTATCCCACCTTCTTCCTTCACCTCTCTACCCTTCTTGGCTACTCAATAAGCCCAACATCACAAGCAAAAGAAACTAATCTTTTCTGCAACATATTGCACCACCCCAAGTTAAAAAAAGATCTCAAACG


Gene Sequence:
>Vu_03779(-)
ATGAACCATGGGTACATTGTTTATGATTTGGTTATGATCACTCTATCCTTGTGCCTCATAATTCTCGGTGTTGTCCTCTTTGTTGCATGCAAGAAGAAACCGGTTGAGAGTGAAGAAACTGTTGCTGTGAAGCACTGTGCTAGAGTGTACTCACTGATGGACATTGATGCTGTCACTGATAACTTCAACCACAGGAGAGTAGTGGGAAAGGGTCCTCTGGGAACCGTGTATGTTGGGGTGCAAGAGAATGGAGAGCTTGTGGCTGTGAAAAGGATCCATCCCGTGCTTGTGTTGAGCAACGCAGGGTTAGGATTCTCATCAGTGTTGAAATGGCTCTCTTCGGTGCAACATCCCAACATAGTTCCTATAATTGGATTCTCAGAAGCACCGGGTGAAAGAGTTATAGTGATGGAGTTTGGGCGCATGATGAGCTTGGAGTTCTGTTTGCAACAAAACGTTAATGGGGCATCACTTTTGGATTGGAACAAGAGGATCAGAATTGCAGCAGGAACAGCGAGAGGGCTTCAGTATTTGCATGAAGTGGCAACACCAAACATCGTACATGGGCGAGTCAAGTCTTCAAATGTTTTAATTGATGTCAACTTTTGTCCTAGGATTTGTGATTATGGTCTCAACTTTTTGGCAGCAGGAGAAAAGAGAGAGCTAGTAGGTTATGTGGATGATGAGTATTGGAATGAAAGAGGGGGTGGTGGAAGCAAGGAAAGTGATGTTTATGGTTTGGGAGTTGTATTGCTTGAGCTAATAAGTGGTAGAGGATGCAATGAAGGAATGATAGTAGAGTGGGGTTTGCCTTTGATAAAGGCATTGGGTTTTGGTGAAGTTTTGGATCCTAGGTTGGTAATTCCTTCTGACATGAAGAATGTAGTTAGATTAGCCAAAGTTGCTTCGGCTTGTGTTGGTAATTCAAGAAAGTGTAGACCTTCCATAGCACAAGTGGCTACTATTTTGAACAATTTGGAGATGGAAGTGTGCATTTCTGATCTGTAAAATACTTCACGATCAAGTCTAATACTGAATTTTATAGCTTCAATTTTGGACAATGCCCAAGGAGACACGTTACCCATATCAGAAATAAAATTGGTATACATTTCTTATTTGTAAGAAGATGAGAAAATATACTTTAAACATTTCTATACTCAATTCATACATTATTTTTCATTCTCCTATTATAAAAATCATCTCAGATAAGACTAAGGGTAGAACGAGACATTTACATTATTTATTAGAGGTTATAAGAAAAAATGTCATAAAAAGTAAATATTTTTATTTTTAGAAAAGAAAAAAATAAAAAGTAAAAAAAAAATAATATCAAATGAAAAAAATTTATTGTAAAATACAAGTTTTACTGACTTGAGACGCTAGTGTTTTGCCTATAAGTGAGGGACTTTGTACAGAAGCTATGGCAGGTTCACATATTGAAATAGAAAGTTGGACTATGGCTTCGTCATTTATGGTAATTTATGGTCCCCTTTGGAGTGAGGATTCTTTGTTCTAGCATTGAAATTCATTCCGCATTACTTGTATACATAATTTATTTTTAAGTGCATTTGAAAATAATATTGGAGTGCATAATTTGAAATACATTTTCGATTCAAAAATATATTTCAAAAATTTTAAATTATGTAATTTAAAATATATTTTTAGATTTGAGAATGTACTATAAATTTTATAATCTGAAATATTTTTTTTATGTAATTTTAAACATGTTTTTAAATTCTAGATGACTCAATCCAAAAAAATTTCCAAAATATGCATGAATGTTTGTAATCCATTAGTAATTTAGATTTTTCTCGCATACATCGTGTAGGTAGAGGAAGAAACAATGCAAGTGCTAAAATAGATTGCCTCAATTAGGCCCAATTTGTATAAACATTTAGTATAATTATCAAATATTTACAAGCCTATTCAAACTCAACTAGGGAAATTCTTTAGGCACCCCATACTTTATTCGTGCACTCGTGGAAAAAGGTCTAAATTCTGAAAAATATTTTAAATTCTGTAATTTGAAAATCTATTTAGATTATACGATCTGTAATTAAAAAGCGTAGTTTAAATTGTCCAATTCAAAAGTATATTATAATTTGAGTAATATAAAAATCTAATTTTTTTTATCTAAACATATATTAACATTTTTAAATTTACAAATATATTTCAAATTATATTAATAATTATTAATAAAAATAACCATTTTTTATGACTTAAAAATAAAAATACGTTATTTTAATATTAAATAATATAATATTTTCTTTAATATGATTTTTATTTTTTTATAAAAAAGTAATTAATTGATATGGAAATATTTTAGAAAAACACATACGAACACTTAGTGACTAAATCTTACATGATAGGAATGAAGATGAAATAAAAAAATTATATTCATTAAGTGTTTGAATGAGTTTTTATTAAATTTTATATTCATTAAGTATTTGAATGAATTTTTATTTTGAGAATGAAAATGAAACAGTGAAAACAGTTTCCATCCCACCATGTAGCCATCTCTAGTTAGGTTAGATTTAATATTTTATGTTAATTTTTTACGTAATACATTTTGTGTCCGATTGGAACATTTCAAATATCTCTTTTAAAATTGTATATTCTTTAACAAAAAGTCCGTCCAATGAAAAAAAGAAGATTGAATTGGATTTGGTGAATCTAGTTGAATATATAATCCACAAATTTATAAGAAAAAACATTTAATATCATAAAATCTATATTAAAAATTTATATTCGGACCTAAGCAGGGAAGGGAGAATCGCTACAGGTAAAAACATTTTCTGGGAAAAAAATTACTACAAAACTCAAATAAACTTCATAATAATAACAATAATAAATAGGGTTATTATTATTGTCTAACCATTAACAGAATAAGTAAACAATCTTTGTCCCATTGTATTTTTTTTTTTAATTTTGTTACATTAAGTTTTAACTTTTTTTATTTGATACTTTACATTTTAGAACGGTTTATTTTACTACTTTTTAATTAAAAAAGTGACTGACGTGTTGATTGTTCTATTTAACGTTTTAATTGAAAATAGCTAAAAGAAACTTATTTAAAAGTATAAAATATCTGAAAGTAAATATTTTTAAATTGGATAAATGATTGAACTGTAGTTAATAGTATTTTTGAAGCAAAAGTCTTAAAAGTCTTGCATTCACACTGAATAATTGCGTCTTAGTTGTCGTTATACGAACGTGGTCCAATTGATATTTTCTCTCGGAAAATGACACTCAATGAAAGCGAATTCCCTACTGTAAAATCAATATTCCCTTAATTAGTAAGGGTACTAATAAGAGAAATAATATTTTCACATATATACAAATATTTTATATTTATTTAAAATTATCTTCTTCTTATTTTATATTTTTTTAAAATATAAAAATTTAAATGATTATTTTATTTTTATGATATATGTCAAATAAATATAAGTATGTGTTATTTTATTATTATTTATAAAAGAATAAACATTGGAAATTTCACGATGATAAGATAAGTATGTAACATAAGAAAAAAAAATTAAATACTATGGCTGTTGGTCCTTTGGAAACCCTTTCTTACACCACATATAAAACCGTACATATGGTCAACATCTTTTCTTTTGGATTATTGATAGCTTCTGAGCATGCATGCATGGACGAATTTGAGCTTACAAATTATCTTTTTAGTGTTTTTTTTCAATCAAAAAGTAAATGAAAGTGAAGAAGGATGGTCACAAACAGAACATTAATATTTTTAAGTATCATTAGAGCAAGAAAACATGAGAGATAATCTTTAACAAGAGTTCAAAGAAGATTCAAAGTTGAGAACGATAAAACTTCAGTCTCTTAAAAGAGATTTTGAGAATGGAAGAATGAATAAAAATCAAAGTTTGAATGAATACTTAAATTAATTGTCTAAATTGGTGAATTAAATGAATTTCCATGAAAATACAATGATGTTGATAATTTTTTTATTAGTTTGACTGAATATATAATTTGATCCTATGTTGATTGATATAGAAGAAACTAAGTTTTGTGAACCATAACTTTTCAAGGATTGATGGGGTAACTTAGATCATACGAACAAATAGTCTTCTCATGTTGAAAAATAGATATCTCAATATAAAGTCATAGTATCATTCCAAAAGGATGAACAAAACAAATATTGTTGAGTCTTCTAGGAGTGACAAATTTTATGTGTAATCTGTTAGAAGAACAATTATGAAGGGAAATATTTTTGGAATAAAGACAAACCAATGTTGTAATTGCAAAATGGTTTGAACATGTTGAAAAATATTGTCACTTTTAAATAATCAATATAATAATCATATTTGTTGAACATAATACGATGCACAGAACTTGTTATTTGCTAACTAAAATACAATTCAAGGACATAAAAACTTATGATAATTCATAATGGTTGTAGCAATCATATGAATTACTTAATATATATAAACTTTTGTTAACAAATATTCTATACATTTGATTCAAAATTCAAAATTCAAACTAAGCATATTCACTAGTAAAAAAGCGTATTTTAACTCGCACATGCCGAAGCGTATCAAAACGCGGTGGTAATATCGCAATTTTAACCATCTTATATGTCTCGGTTATTGATGAACCGATGCCTAAAAACAATAATGCCTTGATTGTTTGAGTGACCGAGGCATATAACCCTTTCTGGGTGGACCGAACAACCTTGCTTAATTGTAAAACCGAGGCAGTAGTTGACCGAACGGTCTCGGTTGAGCACCTAATCGAGGCATTTAGTATTGTACAGACTGTACAGACCAAACGACCTCGCTTGTTTGCAGAACCGAGGCAATAGTTGACCGAACGACCTCGGTTGAGCGCCTAACCGAGGCCTTTAGTCCTGTCATCCCTGCAAATCCCTCTGCTACCACTGTAATGTATAGATTGAAGAGACCGAACAACCTCTCTACTACTAACGTACAGACTGAACAGACCGAACGACCTCGTTTGTTTGCAGAACCGAGGCAGTAGTTGACCGAACAGCCTCAGTTGAGCGCCTAACTGAGGCGTATAGGTTTAAATTATTTATAAAAATGCCATTCACTGAAACTATTATGCATCGGTTGACCGAACGACCGAGGTAGTAGAGCATTTCTAGCACTACACCTCCACTTTTTCGAACAGTTTTCTTCACGCGATCTTTCTTCTTCCTCTAAGCAAACACTATTCTCCAGCACTGCCCACTACTCGCGCCTCCCCCTCCGCGTTCGTCGCGCCTCCTTCATCGTTCTCGCCCCGCCTCCGTGGTCGTTGTCGGACCGCCTCCTTCGCTCCTCCCTCGCGAGGACTCGCTCATATCTCGCGGTTCTACTGGCCTTGTACCTTTGTCGCTCCGTTGCCGTGGGTCGTCGCCACCGACGTTCATTCCTGCCACCTCCGTTGTTGTCGCGTCATTGGTGTCGTCGGTGCTTCCATCTCGCTGCCTGCATTTCGTGAACGAAGCATCCACCTCCATTTCTTTTTAGGCTGCCTGCATTGCTCTCTAGCCTGCACCACTACCGCCGTCGCCACTGCCAGGTGCACCACTGTCGTGGTTGGGACCGTTCTTCATCTGCCATTGGTGCTGCTGTTCTTGTTGGCCTAG