Gene Details:

Gene ID Chr. No. Start Position End Position Function View on
Vu_00903 LG1 12334329 12339192 TMV resistance protein N-like
Map

Annotations  
category   relationship type   keyword
SNP Position Effect Amino acid change
C/G 12334352 stop_gained p.Tyr8*
C/T 12334370 synonymous_variant p.Phe14Phe
C/G,T 12334376 synonymous_variant p.Gly16Gly
G/T 12334426 missense_variant p.Arg33Met
G/T 12334429 missense_variant p.Arg34Met
A/G 12334450 missense_variant p.Asp41Gly
T/A 12334545 missense_variant p.Tyr73Asn
G/A 12334550 synonymous_variant p.Ala74Ala
C/A 12334796 splice_region_variant&synonymous_variant p.Thr156Thr
A/G,* 12334798 missense_variant&splice_region_variant p.Asp157Gly
A/G 12334934 intron_variant
C/T 12334942 intron_variant
T/C 12335161 splice_region_variant&intron_variant
G/T 12335241 missense_variant p.Val182Phe
T/C 12335269 missense_variant p.Ile191Thr
C/G 12335361 intron_variant
G/A 12335375 intron_variant
G/A 12335384 intron_variant
A/G 12335397 intron_variant
C/T 12335428 intron_variant
T/C 12335441 intron_variant
G/A 12335465 intron_variant
A/G 12335477 intron_variant
C/*,A 12335514 intron_variant
C/A 12335526 intron_variant
C/A 12335527 intron_variant
G/A 12335528 intron_variant
C/G 12335552 intron_variant
A/G 12335557 intron_variant
C/G 12335558 intron_variant
A/C 12335563 intron_variant
G/A 12335569 intron_variant
A/G 12335572 intron_variant
G/A 12335609 intron_variant
C/A 12335663 intron_variant
G/A 12335696 intron_variant
A/T 12335722 intron_variant
C/T 12335785 intron_variant
G/C 12335805 intron_variant
T/G 12335812 intron_variant
C/T 12335815 intron_variant
C/A 12335816 intron_variant
C/T 12335819 intron_variant
C/T 12335835 intron_variant
G/A 12335891 intron_variant
G/A 12335897 intron_variant
G/A 12335911 intron_variant
G/A 12335938 intron_variant
C/G 12335945 intron_variant
A/T 12335986 intron_variant
A/T 12335994 intron_variant
C/T 12336022 intron_variant
G/A 12336089 intron_variant
A/T 12336091 intron_variant
T/C 12336093 intron_variant
A/G 12336137 intron_variant
A/G 12336188 intron_variant
G/A 12336205 intron_variant
C/A 12336210 intron_variant
T/A 12336247 intron_variant
C/T 12336312 intron_variant
A/G 12336336 intron_variant
C/G 12336356 intron_variant
A/C 12336359 intron_variant
G/C 12336378 splice_acceptor_variant&intron_variant
G/T 12336379 splice_acceptor_variant&intron_variant
A/C 12336380 splice_region_variant&synonymous_variant p.Leu207Leu
G/T 12336396 missense_variant p.Gly213Trp
G/T 12336419 missense_variant p.Gln220His
C/T 12336420 stop_gained p.Gln221*
A/G 12336422 synonymous_variant p.Gln221Gln
T/A,G 12336427 missense_variant p.Met223Lys
G/A 12336428 missense_variant p.Met223Ile
A/C 12336497 synonymous_variant p.Ser246Ser
C/T 12336512 synonymous_variant p.Pro251Pro
T/C 12336527 synonymous_variant p.Asn256Asn
A/T 12336563 synonymous_variant p.Ser268Ser
A/G 12336594 missense_variant p.Lys279Glu
T/C 12336599 synonymous_variant p.Ile280Ile
C/G,A 12336603 missense_variant p.Leu282Ile
A/T 12336649 missense_variant&splice_region_variant p.Lys297Met
G/A 12336691 intron_variant
C/T 12336692 intron_variant
C/T,* 12336726 intron_variant
G/C 12336760 intron_variant
C/G 12336781 intron_variant
T/A 12336783 intron_variant
C/T 12336798 missense_variant p.Pro300Ser
A/G 12336835 missense_variant p.His312Arg
T/C 12336842 synonymous_variant p.Ile314Ile
G/A 12336855 missense_variant p.Val319Met
T/C 12336882 synonymous_variant p.Leu328Leu
C/T 12336913 missense_variant p.Ala338Val
C/G 12336921 missense_variant p.Gln341Glu
C/A 12336973 missense_variant p.Thr358Lys
A/T 12336985 missense_variant p.Asn362Ile
C/A 12336990 missense_variant p.Leu364Met
G/A 12336997 missense_variant p.Arg366Lys
T/C 12337053 missense_variant p.Tyr385His
C/T 12337098 missense_variant p.His400Tyr
G/A 12337113 missense_variant p.Ala405Thr
G/A 12337116 missense_variant p.Val406Ile
G/A 12337122 missense_variant p.Glu408Lys
G/T 12337131 stop_gained p.Glu411*
T/C 12337139 synonymous_variant p.Ile413Ile
T/C 12337151 synonymous_variant p.Thr417Thr
G/T 12337204 missense_variant p.Arg435Met
G/A 12337205 synonymous_variant p.Arg435Arg
C/T 12337208 synonymous_variant p.Ser436Ser
C/G 12337221 missense_variant p.Pro441Ala
A/G 12337250 synonymous_variant p.Ala450Ala
A/C 12337275 synonymous_variant p.Arg459Arg
C/A 12337294 missense_variant p.Pro465His
T/C 12337297 missense_variant p.Leu466Ser
C/A 12337314 missense_variant p.Gln472Lys
T/A 12337336 missense_variant p.Phe479Tyr
G/T 12337346 synonymous_variant p.Gly482Gly
A/T 12337355 synonymous_variant p.Ser485Ser
C/A 12337360 missense_variant p.Ala487Glu
C/T 12337365 missense_variant p.Leu489Phe
T/C 12337383 missense_variant p.Tyr495His
T/C 12337431 missense_variant p.Ser511Pro
T/C 12337436 synonymous_variant p.Ile512Ile
A/T,* 12337448 synonymous_variant p.Ile516Ile
G/T 12337496 missense_variant p.Lys532Asn
A/G 12337594 missense_variant p.Lys565Arg
A/G 12337619 synonymous_variant p.Lys573Lys
C/T 12337636 missense_variant p.Ser579Leu
T/G 12337679 intron_variant
A/G,* 12337686 intron_variant
T/A 12337751 intron_variant
T/G 12337763 intron_variant
T/A 12337889 missense_variant p.Ile615Asn
A/C 12337894 missense_variant p.Ser617Arg
T/G 12337926 missense_variant p.Ile627Met
C/G 12337935 synonymous_variant p.Ala630Ala
G/A 12337961 missense_variant p.Ser639Asn
A/T 12337976 missense_variant p.Tyr644Phe
C/T 12337977 synonymous_variant p.Tyr644Tyr
A/G 12337979 missense_variant p.Asp645Gly
C/A 12337984 missense_variant p.Arg647Ser
G/A 12337993 missense_variant p.Val650Ile
T/C 12337995 synonymous_variant p.Val650Val
G/T 12338019 synonymous_variant p.Gly658Gly
T/C 12338025 synonymous_variant p.Tyr660Tyr
G/T 12338026 missense_variant p.Ala661Ser
G/A 12338045 missense_variant p.Arg667Gln
G/A 12338046 synonymous_variant p.Arg667Arg
T/C 12338074 synonymous_variant p.Leu677Leu
T/C 12338085 synonymous_variant p.Asp680Asp
G/A 12338102 missense_variant p.Ser686Asn
C/T 12338103 synonymous_variant p.Ser686Ser
G/A 12338109 synonymous_variant p.Lys688Lys
G/C 12338155 missense_variant p.Glu704Gln
G/T 12338195 missense_variant p.Gly717Val
C/T 12338250 synonymous_variant p.Ala735Ala
G/T 12338269 missense_variant p.Val742Leu
C/G 12338282 stop_gained p.Ser746*
G/A 12338303 missense_variant p.Ser753Asn
C/T 12338316 synonymous_variant p.Asp757Asp
A/G 12338320 missense_variant p.Asn759Asp
T/C 12338323 missense_variant p.Tyr760His
T/A 12338328 synonymous_variant p.Val761Val
C/G 12338330 missense_variant p.Ala762Gly
G/T 12338352 missense_variant p.Trp769Cys
G/C 12338358 synonymous_variant p.Ser771Ser
T/G 12338360 missense_variant p.Leu772Trp
A/G 12338365 missense_variant p.Lys774Glu
T/C 12338395 missense_variant p.Trp784Arg
A/T 12338400 missense_variant p.Lys785Asn
G/A 12338403 synonymous_variant p.Lys786Lys
C/T 12338420 missense_variant p.Ala792Val
C/A 12338432 missense_variant p.Ser796Tyr
A/C 12338442 synonymous_variant p.Ala799Ala
C/G 12338455 missense_variant p.Arg804Gly
A/G 12338459 missense_variant p.Lys805Arg
G/C 12338481 synonymous_variant p.Gly812Gly
C/G 12338513 missense_variant p.Thr823Arg
G/T 12338522 missense_variant p.Ser826Ile
T/G 12338577 synonymous_variant p.Val844Val
G/T 12338578 missense_variant p.Gly845Trp
G/A 12338584 missense_variant p.Ala847Thr
C/A 12338591 missense_variant p.Thr849Asn
A/C 12338594 missense_variant p.Asn850Thr
G/T 12338599 missense_variant p.Ala852Ser
C/T 12338600 missense_variant p.Ala852Val
T/G 12338604 missense_variant p.Asn853Lys
G/A 12338613 synonymous_variant p.Gly856Gly
A/G 12338623 missense_variant p.Thr860Ala
T/A 12338632 missense_variant p.Ser863Thr
A/T 12338634 synonymous_variant p.Ser863Ser
G/C 12338638 missense_variant p.Ala865Pro
A/C 12338640 synonymous_variant p.Ala865Ala
A/T 12338648 missense_variant p.Glu868Val
A/G 12338663 missense_variant p.Lys873Arg
T/G 12338666 missense_variant p.Leu874Trp
A/T 12338674 missense_variant p.Ser877Cys
G/A 12338679 synonymous_variant p.Thr878Thr
C/T 12338756 missense_variant p.Ser904Phe
G/A 12338781 stop_gained p.Trp912*
G/A 12338795 missense_variant p.Ser917Asn
G/A 12338810 missense_variant p.Arg922His
G/C 12338833 missense_variant p.Ala930Pro
G/T 12338841 missense_variant p.Gln932His
A/C 12338861 missense_variant p.Lys939Thr
G/C 12338926 missense_variant p.Val961Leu
C/G 12338934 missense_variant p.Asn963Lys
C/T 12338953 missense_variant p.His970Tyr
A/G 12338960 missense_variant p.Lys972Arg
G/A 12338966 missense_variant p.Ser974Asn
G/T 12339002 missense_variant p.Arg986Met
A/T 12339036 missense_variant p.Lys997Asn
G/A 12339066 synonymous_variant p.Ala1007Ala
A/G 12339102 synonymous_variant p.Glu1019Glu
G/A 12339107 missense_variant p.Arg1021Gln
C/G 12339111 synonymous_variant p.Ala1022Ala
T/C 12339120 synonymous_variant p.Leu1025Leu
T/C 12339129 synonymous_variant p.Arg1028Arg
C/T 12339156 synonymous_variant p.Val1037Val
A/G 12339172 missense_variant p.Asn1043Asp
C/A 12339174 missense_variant p.Asn1043Lys
G/T 12339176 missense_variant p.Ser1044Ile
C/G 12339189 synonymous_variant p.Ala1048Ala

View accession wise SNPs


Sequence Details:

Protein Sequence:
>Vu_00903.1
MGCVGFSYDVFISFRGEDTRDNFVGHLRKELGRRGILTFHDDRDMGIGESLSPALNNAMEESRIFIVVFSENYASSTWCLDELVRIIQLSKKREKKQVVFPVFYHVHSSDILQDRNSFGKHMRAHEITFGKQSQRMQAWRSALSEAVHLPRKHITTECENNFIEEIVREVYKNIAPKPLYTGQNPLGLEPHIEEVKSLLDIKPDDNTGSDKIQGIMLDPPQQEMVKWSGTEFEKMKCLRILIVRNTSFSSEPEHLPNHLRLLDWDNYPSKSFPPKFHPKKIVLFNLPRSCLTLEEPFKKFPCLTNMDFSYNQHIIEIPDVSELQNLRELRLDHCRNLIAVHQSVGFLKRLSHLSVSECTKLQNFLSRMFLPSLQIFNLNFCESLGYFPEIMKEMTKPLKIHMINTAVQELPESISKLTGLVSIDISNNRELKYLPRSLFMLPNVDSFIIKACSKLGESIRSLVQHPLKANVHQKLRLLNFENGNLSDADLLAIICYFPKLEELIVSENNFVSIPSCIKECGDLTSLDLNGCKKLKKIPELTSLRILDVHDCLYLEEISELPSTVQKVDARFCFKLTKETSDMLWYQVKKGVGGIEMVMPFITEIPEWFNFVGVGRIPSFWVRGKFPKIVVAMIFHFQNESQRDRYDGRGLVDLRLLINGRYAPRKGYRNFRIEAEHILLCDVGVLCSEKEWVGNAVMEHEWNLVEVSYDATSSLMISGWGAFVFEEGTNMEDLLFASPNNLIVNGDSTSVHKGSLEDDENYVALPEGIAWESLFKGIKDGIVEAWKKFPSMDAAEISVAALKKNRKIEWTVEGMEGIPSAENRTYMSGLYGVLLEAKLRFPDLDVGAALTNVANRKGIKGTFGSPAKPEMTIPKLDWSTVTLPPSHDPLMQIFMMMMKQQSTSESELKTKTFWKLKESHQILRNRLSHKTAAQNSGSSSKNQYDELIQKFNMQYDAFVGKRVDNLYGVAKHEKDSGVLKERAKEIERELDAVVGWLQKSEEFGDVMTAMFLNGLRDGILEARAILLALRTDTQTHERVTDEAPNSENIA*


CDS Sequence:
>Vu_00903.1
ATGGGGTGTGTCGGTTTCAGCTACGATGTGTTCATTAGTTTCAGAGGCGAAGATACTAGGGACAATTTTGTAGGGCATCTCCGTAAAGAGTTGGGTAGGAGGGGAATACTCACTTTCCATGATGACAGGGATATGGGGATAGGGGAAAGTCTTTCACCTGCTCTCAACAACGCCATGGAAGAATCTAGGATTTTCATCGTTGTGTTTTCTGAGAACTATGCGTCTTCCACATGGTGTCTCGATGAACTTGTCAGGATCATCCAGCTCTCCAAGAAGAGGGAGAAGAAGCAAGTTGTTTTCCCAGTGTTCTACCATGTACATTCATCAGATATACTGCAAGACAGAAATAGCTTCGGAAAACACATGAGGGCACATGAAATTACGTTTGGAAAACAGTCCCAGAGAATGCAGGCTTGGAGGTCTGCTTTGTCTGAAGCAGTTCACTTGCCAAGGAAGCATATTACCACCGAGTGTGAAAACAATTTTATTGAAGAAATTGTTAGGGAGGTGTATAAGAATATAGCTCCTAAACCTTTATATACTGGTCAAAACCCTCTCGGACTTGAGCCCCATATAGAAGAGGTTAAGTCACTTTTGGACATTAAGCCTGATGACAACACTGGAAGTGATAAGATTCAAGGGATTATGCTTGATCCTCCTCAGCAAGAAATGGTAAAATGGAGTGGTACTGAGTTTGAGAAAATGAAATGCCTCAGAATTCTCATTGTTCGAAACACATCATTTTCATCTGAACCCGAACATTTACCAAATCATTTAAGACTGCTTGACTGGGACAACTATCCTTCAAAGTCTTTCCCACCAAAATTTCATCCAAAGAAAATTGTTCTCTTCAATTTGCCTAGAAGTTGTCTAACATTGGAAGAGCCATTCAAGAAATTTCCATGCTTGACTAATATGGACTTTTCATATAACCAACATATCATTGAAATACCTGATGTGTCCGAACTTCAGAATCTAAGAGAATTGAGACTTGATCATTGTAGAAACCTAATTGCAGTCCATCAATCTGTTGGATTTTTGAAAAGGCTTTCTCATTTAAGTGTTTCAGAATGCACAAAACTTCAAAATTTCCTGTCCAGAATGTTTCTACCATCTCTACAAATCTTTAATCTTAACTTTTGTGAAAGCCTTGGTTACTTCCCAGAGATAATGAAAGAAATGACAAAGCCATTGAAGATTCATATGATAAATACTGCTGTTCAAGAGCTTCCAGAATCCATTAGTAAACTTACTGGGCTTGTTTCCATAGACATATCGAATAACAGGGAACTTAAATATCTACCGAGGAGCTTATTCATGTTGCCAAATGTTGATTCTTTCATAATCAAAGCATGTTCCAAACTTGGAGAATCCATCAGAAGTTTGGTGCAACACCCTTTAAAAGCCAATGTTCATCAAAAATTACGATTACTGAATTTCGAAAATGGGAACTTGTCAGATGCAGATCTTCTTGCAATTATTTGTTACTTTCCAAAATTAGAAGAATTGATTGTTTCAGAGAACAATTTTGTATCTATTCCTTCATGCATAAAGGAATGTGGTGACTTGACAAGTCTCGATTTGAATGGATGTAAGAAGCTTAAAAAAATTCCTGAACTCACTAGCTTGAGAATTCTTGATGTTCATGATTGTCTATACCTCGAAGAAATTTCAGAGTTGCCGTCTACTGTTCAGAAAGTAGATGCAAGATTTTGTTTCAAATTAACAAAAGAGACATCAGACATGTTATGGTATCAGGTGAAGAAAGGGGTAGGAGGAATAGAAATGGTGATGCCATTTATAACAGAGATTCCAGAATGGTTTAACTTTGTGGGGGTGGGAAGGATTCCTAGTTTCTGGGTTCGTGGCAAGTTCCCTAAGATTGTTGTAGCCATGATCTTCCACTTCCAAAATGAGAGTCAAAGGGACAGATACGATGGTCGTGGCCTTGTTGATCTGCGTTTACTAATCAACGGGCGATATGCTCCTCGAAAAGGGTATCGGAACTTTAGAATTGAGGCAGAGCACATCTTGTTGTGTGATGTAGGAGTTTTGTGCAGCGAGAAGGAGTGGGTTGGCAATGCAGTTATGGAGCATGAGTGGAATCTGGTGGAGGTTTCGTATGATGCGACGTCGTCGTTGATGATAAGTGGTTGGGGAGCGTTTGTGTTTGAAGAAGGAACGAATATGGAAGATCTCCTGTTCGCCAGTCCCAATAACTTGATTGTGAACGGAGATTCAACCTCTGTCCATAAGGGAAGTTTGGAGGACGACGAAAACTACGTTGCTCTTCCGGAAGGAATAGCATGGGAATCGTTGTTTAAAGGAATAAAGGATGGAATTGTTGAGGCATGGAAAAAGTTTCCTTCTATGGATGCTGCTGAAATCTCTGTGGCTGCATTGAAGAAGAATCGTAAGATTGAATGGACAGTTGAAGGGATGGAGGGAATACCCTCAGCTGAAAATAGGACGTACATGAGTGGACTTTACGGTGTACTCTTGGAAGCAAAACTCAGATTTCCTGATTTGGACGTTGGGGCAGCACTAACTAATGTGGCAAATAGGAAAGGGATTAAAGGAACTTTTGGATCACCCGCAAAACCAGAGATGACAATTCCAAAATTGGATTGGAGTACGGTGACACTTCCTCCTTCTCATGACCCTCTGATGCAAATATTCATGATGATGATGAAGCAGCAAAGTACTTCGGAATCCGAACTCAAAACTAAAACCTTCTGGAAGTTGAAGGAGAGCCACCAAATTCTCCGCAACAGATTGTCACATAAGACTGCTGCTCAGAACTCAGGCAGCTCTTCGAAAAATCAATATGACGAACTGATTCAGAAATTCAACATGCAATATGATGCGTTTGTTGGGAAGAGAGTAGACAACCTTTATGGTGTGGCAAAGCATGAGAAGGATAGTGGTGTTTTGAAAGAAAGAGCTAAAGAAATAGAGAGGGAATTGGATGCTGTGGTTGGGTGGCTCCAAAAATCAGAGGAGTTTGGAGATGTAATGACTGCGATGTTCTTGAATGGACTCAGGGATGGAATCCTTGAAGCACGGGCCATCTTACTTGCTCTCCGTACGGACACACAAACTCATGAACGTGTCACCGATGAGGCTCCTAACAGTGAAAACATTGCCTAG


Promoter Sequence:
>Vu_00903::LG1:12332329-12334329(+)
AAACCCCAACCCGTGCATTTGCAAGACGAAGAACAACCAGACATTTCGTCACTTCAACACTGCTTCCACAACTCTTCCTAACGAAAACAGAGATGTTAAACACTTTCGAAATCAGGGTTCTCTCTAAATATTAACTTTTATGGCTAACACATCACACGTGGCAATCTATTCACACAACACAACACCAATGAAATTCAATAAACAATTTCTCGTCAACTAAAACATATTACACCTCAGCAAAGACAAACGGCATTACTGAAAAATTAATGGAAAAAACTTAATTAACTCATTTTAACAAGTTTAAAGACCCAATTGAGACAAAAAAAACATAATGACCCACTTAAGATTGACACACATGTACGAGAAAGAAACTAGGGTTTAAACCAAAAAAGTAAAAATAAAACAAGTGTCTACAAAACCAAGTTCCAGTAGTCGGTTACGTACAGGAATATTTTAACATCAAACGACGCTTTTCTCAAGACAGTTCCTCTAATCAATTGTAAATTTAACGTAAATTTAGACAAAAAGTGACTTTTCCTCTATATATTCTTATTCTCAATAAAAAATTGAAATAGTGTGTCTTTTAAAAAAACAAACTTTTGTTTTAAAAGCTTTTTACAGGTCCAGAAAACAAGGATTAATCTTTCTCCAACATATTTATTAATAATGAAAAATCAGAATTATTTAATTAGATAATAAATTGGTTGATGTTTTTAGTTTTAAATTTTTTATACAGTTTTAGACTTGTAAGGCTTTTTATAATTCACGCCATTTGGAGTATAAGATAATGCAAGTAACTATGACATCCTTTCAAATTAATCATACAATAAACAGAGAGAGATGGTCTAAATTATGGAAAATGATACTTGAACAATCATTTTTGACAACATTTAGACACGCGCACACGTGTCAAAATCTGAGTGGTCCATTTTCATTTAATTTTTCCAACTGGACCACTCAGATTTTGACACGTGTGCGCGTGTCTAAATGTTGTCAAAAATGGTTGTTCAAGTGTCATTTTCCCTAAATTATACATCAATATTATACATCAAATGACTATTTTTAGATTTAAAGACGAGATGGCAGTGATACAAATATCTAAAATTAATTTAAAATATAAGTAGATATCAATTAACACTATATATGAGATTACACGTATAATCATATATATGAATATGTATATATAATATAACAGTGTAGAATTATAATTGGAACTTATGGTCCGATACACAGGAAATATTGTGCTCCACACAAATAGTGCACAGAATAAGTATTTAGGCACTTAATACAGCATGGCATGGAATTGAGCAGTAAATTTAACTCCAATAATGTTCCTTAATGCATTAGTTAAAAGAAAAGGTGCCACACAACATGACATATTCCTTCTATTAATTTTCTTATGAAAAATGTTTTTCTTTTTACAATAACTTATAATTAGTCTCGGAAAGAATTTGATTGATATAAATTTTATTAAATAGAGACATAATTGATGTACGTTTTAAAAAATGGACTAATTTAACATTGTGGAGCGAAACTAAAAACAAAATAAAATATTAAGAATCAACAAAATAATAGTCCATAATATATTATCAAAAATATTTATGATCGATCCAATTTCAAATATATAAAACAGTCCATAATATATTATCAAAAATATTTATGATCGATCCAATTTCAAATATATAAAACAATGATATCATAAAAAAAATTTGTTAAAAAATATTATTAAAATATTATGGTTCTTTTCTTATCCTACAATGATATCATTATTTTGACTAATAGGGAACAGTAGCGAGTAGGTGCATGGGAAGAAACAAAACTAGGGAAACTCAACACCTCGTGGTTCTTAATTTATAGATTTATATTAATTTAATATAATATTAGGGTGCCAAATCCCCGTTAAGAGAGCCTTAATCTCCGTTTAAGAGTGTATTTAATGACAGCACACTGAATTACAAAGAAGTTGAGCATCTCAGTCTAGTTTTGGTTTTTTTGTACTA


Gene Sequence:
>Vu_00903(+)
ATGGGGTGTGTCGGTTTCAGCTACGATGTGTTCATTAGTTTCAGAGGCGAAGATACTAGGGACAATTTTGTAGGGCATCTCCGTAAAGAGTTGGGTAGGAGGGGAATACTCACTTTCCATGATGACAGGGATATGGGGATAGGGGAAAGTCTTTCACCTGCTCTCAACAACGCCATGGAAGAATCTAGGATTTTCATCGTTGTGTTTTCTGAGAACTATGCGTCTTCCACATGGTGTCTCGATGAACTTGTCAGGATCATCCAGCTCTCCAAGAAGAGGGAGAAGAAGCAAGTTGTTTTCCCAGTGTTCTACCATGTACATTCATCAGATATACTGCAAGACAGAAATAGCTTCGGAAAACACATGAGGGCACATGAAATTACGTTTGGAAAACAGTCCCAGAGAATGCAGGCTTGGAGGTCTGCTTTGTCTGAAGCAGTTCACTTGCCAAGGAAGCATATTACCACCGAGTATGTACAAAAACCATTTTCCTTTCATCCATCTAATTACGATAATAAACACAAATTAAATTAATATTAAAACTATATTTCATTTATGATTCACACTAAATTTCTTTAATTATAATTAATGATGAATTACTGTCGATTTAGTCCACGGAACTTATAGTCAACTTTCAAACTCCATACTTTTAGAACTTGAACCATGTGCACCACTAATAGGACATTATTCACTGTTTAGTATTGACTTTTACTTTATAGCAACTGATTTTTTCCCTTAATACTACAATATTAATCACAATGTTTGTTATTTAGTATAATAATAAAAATGATGAAACCCTGATATCTAACAAATAATTAATACAATTCTACTCTTTCAGGTGTGAAAACAATTTTATTGAAGAAATTGTTAGGGAGGTGTATAAGAATATAGCTCCTAAACCTTTATATACTGGTCAAAACCCTCTCGGACTTGAGCCCCATATAGAAGAGGTTAAGTCACTTTTGGACATTAAGCCTGATGACAACACTGTAAGAATGTTGGGCATATATGGACTTGGTGGAATTGGAAAAACGGAACTTGCCAAAGCTTTGTATGACAAAATTGTGCAACACTTTGATGCTGCAAGTTTTCTTGCCGGCGTTAGAGAAAAATCAAACACAATCAATGGCATGGAAGATCTACAGAAGACACTTTTATCTGAGATGTTAGAGGAGTCGGAAACTACGTTGGGAAGTACCGATAAAGGAATTTATGAAATAAAACGAAAACTTCGACGAAAGAAAGTTCTTTTGGTTCTTGATGACGTTGATGATAAAGAAGAGTTAGAAAAGTTGGCAGGAGGGTGTGATTGGTTTGGTCCAGGTAGTAGGATCCTTATAACGACAAGGGAAAAAGATGTCCTGATTGCTCACCATGTTGGAAATATTTATGAAATGAAGGAACTTGATGAACAACATTCTTTGGAGCTCTTTTGTTGGAATGCCTTCGGACAAGGCTGTCCTAAAACAGGTTTTCGAGATGTTTCCCTGCGTGCTGTAGATTACGCCAAAGGTCTTCCACTTGCTTTAAAAGTGATAGGCTCTGACTTAGCTACTCTTCATGAAGAAGGTTTAGATGCCTGGAAAGATGCATTAGAAGAATATGAGAAGACTCCTCCGAATAAAAAGATTCAAGATGTGCTTAAAATAAGCTACGAAAGATTGGATGATGATGCGAAACAAGTTTTCTTGGACATAGCTTGCTTCTTTAAAGGTGAGAGAATGGAATATGTGAGCAAGATACTTGACGAATTTGGTTCAGCATTCAAAATCAAAGTACTTGTTAATAAATCTCTCATAACTGTCGATAAAGGCTGCCTCAAGATGCATGATCTAATACAAGATATGGGTAGACAGATTATTAGGCAGGAAGCACCGAATCCTGGTGAACGTAGCAGAATATGGGATTATGAAGATGTTATTGAAATACTAAACGAAGATTATGTAATCATCTACTCTTTTACTCCATTTGTTTTTATTTATACATTATAGTTTTTATATTAATGATAATATATGGAGTTGATGTTGCTTATTTGTACTTATGTTAAAGGGAAGTGATAAGATTCAAGGGATTATGCTTGATCCTCCTCAGCAAGAAATGGTAAAATGGAGTGGTACTGAGTTTGAGAAAATGAAATGCCTCAGAATTCTCATTGTTCGAAACACATCATTTTCATCTGAACCCGAACATTTACCAAATCATTTAAGACTGCTTGACTGGGACAACTATCCTTCAAAGTCTTTCCCACCAAAATTTCATCCAAAGAAAATTGTTCTCTTCAATTTGCCTAGAAGTTGTCTAACATTGGAAGAGCCATTCAAGGTACGATACTCTATCATATTATTCTATTTTTTACGTTTCAGCTTTTCATTGAACAAAATCTTCCATATTTACTCACATTATTAAGTTGATCACTCAACATGCAGCAAATGATAATTTTTATTGACATTTTCTTTTTGGCAGAAATTTCCATGCTTGACTAATATGGACTTTTCATATAACCAACATATCATTGAAATACCTGATGTGTCCGAACTTCAGAATCTAAGAGAATTGAGACTTGATCATTGTAGAAACCTAATTGCAGTCCATCAATCTGTTGGATTTTTGAAAAGGCTTTCTCATTTAAGTGTTTCAGAATGCACAAAACTTCAAAATTTCCTGTCCAGAATGTTTCTACCATCTCTACAAATCTTTAATCTTAACTTTTGTGAAAGCCTTGGTTACTTCCCAGAGATAATGAAAGAAATGACAAAGCCATTGAAGATTCATATGATAAATACTGCTGTTCAAGAGCTTCCAGAATCCATTAGTAAACTTACTGGGCTTGTTTCCATAGACATATCGAATAACAGGGAACTTAAATATCTACCGAGGAGCTTATTCATGTTGCCAAATGTTGATTCTTTCATAATCAAAGCATGTTCCAAACTTGGAGAATCCATCAGAAGTTTGGTGCAACACCCTTTAAAAGCCAATGTTCATCAAAAATTACGATTACTGAATTTCGAAAATGGGAACTTGTCAGATGCAGATCTTCTTGCAATTATTTGTTACTTTCCAAAATTAGAAGAATTGATTGTTTCAGAGAACAATTTTGTATCTATTCCTTCATGCATAAAGGAATGTGGTGACTTGACAAGTCTCGATTTGAATGGATGTAAGAAGCTTAAAAAAATTCCTGAACTCACTAGCTTGAGAATTCTTGATGTTCATGATTGTCTATACCTCGAAGAAATTTCAGAGTTGCCGTCTACTGTTCAGAAAGTAGATGCAAGATTTTGTTTCAAATTAACAAAAGAGACATCAGACATGTTATGGTATCAGGTATCATACTTATTTTAAATCTTTTATCAGATATGCATGTAAGATTAGATTTTTCTTAGAATAACTTGTATTTAAACTACTTTTAGTGATTGTGATGTAAAGGCATATAGAAGAGACAATTGAAACTGTTACAATGATATGACAGGTGAAGAAAGGGGTAGGAGGAATAGAAATGGTGATGCCATTTATAACAGAGATTCCAGAATGGTTTAACTTTGTGGGGGTGGGAAGGATTCCTAGTTTCTGGGTTCGTGGCAAGTTCCCTAAGATTGTTGTAGCCATGATCTTCCACTTCCAAAATGAGAGTCAAAGGGACAGATACGATGGTCGTGGCCTTGTTGATCTGCGTTTACTAATCAACGGGCGATATGCTCCTCGAAAAGGGTATCGGAACTTTAGAATTGAGGCAGAGCACATCTTGTTGTGTGATGTAGGAGTTTTGTGCAGCGAGAAGGAGTGGGTTGGCAATGCAGTTATGGAGCATGAGTGGAATCTGGTGGAGGTTTCGTATGATGCGACGTCGTCGTTGATGATAAGTGGTTGGGGAGCGTTTGTGTTTGAAGAAGGAACGAATATGGAAGATCTCCTGTTCGCCAGTCCCAATAACTTGATTGTGAACGGAGATTCAACCTCTGTCCATAAGGGAAGTTTGGAGGACGACGAAAACTACGTTGCTCTTCCGGAAGGAATAGCATGGGAATCGTTGTTTAAAGGAATAAAGGATGGAATTGTTGAGGCATGGAAAAAGTTTCCTTCTATGGATGCTGCTGAAATCTCTGTGGCTGCATTGAAGAAGAATCGTAAGATTGAATGGACAGTTGAAGGGATGGAGGGAATACCCTCAGCTGAAAATAGGACGTACATGAGTGGACTTTACGGTGTACTCTTGGAAGCAAAACTCAGATTTCCTGATTTGGACGTTGGGGCAGCACTAACTAATGTGGCAAATAGGAAAGGGATTAAAGGAACTTTTGGATCACCCGCAAAACCAGAGATGACAATTCCAAAATTGGATTGGAGTACGGTGACACTTCCTCCTTCTCATGACCCTCTGATGCAAATATTCATGATGATGATGAAGCAGCAAAGTACTTCGGAATCCGAACTCAAAACTAAAACCTTCTGGAAGTTGAAGGAGAGCCACCAAATTCTCCGCAACAGATTGTCACATAAGACTGCTGCTCAGAACTCAGGCAGCTCTTCGAAAAATCAATATGACGAACTGATTCAGAAATTCAACATGCAATATGATGCGTTTGTTGGGAAGAGAGTAGACAACCTTTATGGTGTGGCAAAGCATGAGAAGGATAGTGGTGTTTTGAAAGAAAGAGCTAAAGAAATAGAGAGGGAATTGGATGCTGTGGTTGGGTGGCTCCAAAAATCAGAGGAGTTTGGAGATGTAATGACTGCGATGTTCTTGAATGGACTCAGGGATGGAATCCTTGAAGCACGGGCCATCTTACTTGCTCTCCGTACGGACACACAAACTCATGAACGTGTCACCGATGAGGCTCCTAACAGTGAAAACATTGCCTAG