Gene Details:

Gene ID Chr. No. Start Position End Position Function View on
Vu_25052 LG6 13976794 13986834 brassinosteroid insensitive 1-associated receptor kinase 1
Map

Annotations  
category   relationship type   keyword
Biological Process   involved in   protein phosphorylation, regulation of defense response to fungus, positive regulation of defense response to bacterium, negative regulation of defense response to oomycetes, response to molecule of bacterial origin, protein phosphorylation, response to fungus, negative regulation of abscisic acid-activated signaling pathway, response to molecule of fungal origin, response to molecule of fungal origin, response to oomycetes, response to molecule of bacterial origin, negative regulation of defense response to oomycetes, defense response to oomycetes, negative regulation of abscisic acid-activated signaling pathway, negative regulation of defense response to oomycetes, regulation of defense response to fungus, protein phosphorylation, negative regulation of abscisic acid-activated signaling pathway, defense response to oomycetes, regulation of defense response by callose deposition, response to chitin, negative regulation of defense response to oomycetes, positive regulation of defense response to bacterium, defense response to oomycetes, negative regulation of abscisic acid-activated signaling pathway, response to oomycetes, response to oomycetes, positive regulation of defense response to bacterium, response to oomycetes, protein phosphorylation, response to oomycetes, response to fungus, response to molecule of bacterial origin, protein phosphorylation, positive regulation of defense response to bacterium, response to molecule of bacterial origin, regulation of defense response to fungus, response to molecule of bacterial origin, negative regulation of defense response to oomycetes, positive regulation of defense response to bacterium, response to molecule of fungal origin, negative regulation of abscisic acid-activated signaling pathway, protein phosphorylation, positive regulation of defense response to bacterium, response to molecule of bacterial origin, response to oomycetes, negative regulation of defense response to oomycetes
Cellular Component   located in   plasma membrane, pollen tube, extracellular region
Molecular Function   enables   protein binding, protein binding, protein binding, protein binding, identical protein binding, protein binding, protein binding, protein binding, protein binding, protein binding, protein homodimerization activity, protein binding, protein binding, protein binding, protein binding, kinase activity, protein binding, protein binding, protein binding, protein binding, protein binding, protein binding, protein binding
SNP Position Effect Amino acid change
T/C 13977120 synonymous_variant p.Leu1598Leu
A/C 13977291 downstream_gene_variant
T/C 13977309 missense_variant&splice_region_variant p.Arg1569Gly
A/T 13977321 missense_variant p.Leu1565Ile
A/T 13977534 downstream_gene_variant
G/A 13977556 downstream_gene_variant
A/G 13977567 downstream_gene_variant
A/G 13977572 downstream_gene_variant
T/C 13977586 splice_region_variant&intron_variant
C/A 13977602 stop_gained p.Gly1502*
T/G 13977684 downstream_gene_variant
T/A 13977685 downstream_gene_variant
T/A 13977866 intron_variant
A/C 13977870 intron_variant
C/T 13977995 intron_variant
G/A 13978007 intron_variant
A/T 13978165 intron_variant
G/A 13978172 intron_variant
A/G 13978206 intron_variant
G/T 13978216 intron_variant
G/A 13978410 stop_gained p.Arg1395*
C/G,* 13978445 missense_variant p.Gly1383Ala
C/A 13978446 stop_gained p.Gly1383*
T/C 13978462 synonymous_variant p.Leu1377Leu
G/A 13978486 splice_acceptor_variant&intron_variant
A/G 13978514 intron_variant
A/G 13978520 intron_variant
A/T 13978583 intron_variant
A/G 13978594 intron_variant
T/C 13978617 intron_variant
T/C 13978655 intron_variant
T/A 13978664 intron_variant
C/T 13978678 intron_variant
A/T 13978726 intron_variant
C/A,T 13978770 intron_variant
T/C 13978774 intron_variant
T/A 13978776 intron_variant
T/G 13978944 missense_variant p.Thr1332Pro
G/C 13979166 missense_variant p.Phe1315Leu
A/G 13979171 missense_variant p.Tyr1314His
T/C 13979198 missense_variant p.Asn1305Asp
T/C 13979249 intron_variant
T/C 13979313 splice_region_variant&intron_variant
C/T 13979581 intron_variant
A/G 13979748 synonymous_variant p.Leu1218Leu
A/G 13979866 intron_variant
G/A 13979895 missense_variant&splice_region_variant p.Thr1197Met
C/T 13979897 synonymous_variant p.Lys1196Lys
T/A 13979898 missense_variant p.Lys1196Met
C/T 13980003 stop_gained p.Trp1161*
G/A 13980189 missense_variant p.Ala1099Val
T/C 13980209 synonymous_variant p.Ser1092Ser
T/C 13980305 missense_variant p.Ile1060Met
C/T 13980339 missense_variant p.Arg1049His
T/G 13980479 splice_region_variant&intron_variant
G/A 13980519 missense_variant p.Ala1027Val
C/T 13980570 missense_variant p.Ser1010Asn
G/T 13980721 synonymous_variant p.Arg960Arg
G/T 13980815 missense_variant p.Phe928Leu
G/A 13980888 missense_variant p.Ala904Val
G/A 13980925 missense_variant p.Arg892Trp
A/T 13981152 intron_variant
G/T 13981379 intron_variant
A/G 13981381 intron_variant
C/T 13981646 intron_variant
T/C 13981679 intron_variant
T/G 13981723 intron_variant
C/T 13981901 intron_variant
C/T 13981902 intron_variant
T/C 13981946 intron_variant
C/T 13981957 intron_variant
T/A 13982088 intron_variant
A/G 13982089 intron_variant
A/G 13982181 intron_variant
C/T 13982188 intron_variant
T/C 13982194 intron_variant
A/G 13982255 intron_variant
T/C 13982277 intron_variant
T/C 13982340 intron_variant
T/C 13982355 intron_variant
G/A 13982387 intron_variant
C/T 13982394 intron_variant
G/A 13982396 intron_variant
A/T 13982411 intron_variant
G/C 13982436 intron_variant
C/T 13982503 intron_variant
T/A 13982592 intron_variant
T/C 13982648 missense_variant p.Lys856Glu
A/C 13982666 missense_variant p.Tyr850Asp
A/C 13982668 missense_variant p.Leu849Arg
G/C 13982713 missense_variant p.Thr834Arg
T/A 13982785 missense_variant p.Lys810Met
A/G 13983456 intron_variant
C/T 13983474 intron_variant
T/C 13983553 splice_region_variant&intron_variant
T/G 13983631 missense_variant p.Tyr638Ser
T/C 13984073 intron_variant
G/T 13984164 synonymous_variant p.Ser520Ser
C/T 13984210 missense_variant p.Arg505Lys
C/T 13984216 missense_variant p.Arg503Lys
G/A 13984444 intron_variant
A/G 13984587 intron_variant
A/G 13984697 intron_variant
A/T 13984802 missense_variant p.Met445Lys
T/C 13984839 missense_variant&splice_region_variant p.Ile433Val
A/G 13984932 intron_variant
T/C 13984976 intron_variant
C/T 13984982 intron_variant
C/A 13984995 intron_variant
C/A 13985002 intron_variant
C/A 13985016 intron_variant
C/T 13985029 intron_variant
C/A 13985039 intron_variant
T/A,* 13985058 intron_variant
T/C 13985061 intron_variant
A/T 13985077 intron_variant
G/A 13985080 intron_variant
A/T 13985148 intron_variant
T/C 13985156 splice_region_variant&intron_variant
T/G 13985176 stop_lost p.Ter426Serext*?
T/C 13985180 missense_variant p.Thr425Ala
T/G 13985188 missense_variant p.Gln422Pro
G/A 13985271 intron_variant
A/G 13985339 missense_variant p.Val402Ala
T/C 13985393 missense_variant p.Tyr384Cys
A/T 13985403 stop_lost p.Ter381Argext*?
T/A 13985406 missense_variant p.Arg380Trp
C/T 13985580 splice_donor_variant&intron_variant
T/G 13985711 missense_variant p.His319Pro
C/T 13985730 missense_variant p.Ala313Thr
C/A 13985806 missense_variant p.Met287Ile
T/G 13986013 synonymous_variant p.Thr218Thr
A/C 13986022 missense_variant p.Asp215Glu
G/T 13986061 splice_region_variant&intron_variant
A/T 13986096 intron_variant
T/C 13986097 intron_variant
G/T 13986098 intron_variant
A/C 13986116 intron_variant
T/C 13986183 missense_variant p.Ile189Val
C/T 13986279 missense_variant p.Ala157Thr
A/G 13986425 missense_variant p.Phe108Ser
A/G 13986429 missense_variant p.Phe107Leu
C/G 13986430 stop_lost p.Ter106Tyrext*?
C/G 13986436 missense_variant p.Gln104His
C/G 13986441 missense_variant p.Asp103His
C/G 13986454 missense_variant p.Arg98Ser
C/T 13986464 missense_variant p.Arg95His
C/T 13986466 synonymous_variant p.Lys94Lys
A/G 13986477 synonymous_variant p.Leu91Leu
C/A 13986495 stop_gained p.Gly85*
T/C 13986519 missense_variant p.Asn77Asp
T/C 13986532 synonymous_variant p.Thr72Thr
T/C 13986545 stop_retained_variant p.Ter68Ter
A/G 13986570 missense_variant p.Trp60Arg
T/C 13986636 missense_variant p.Arg38Gly
A/T 13986656 missense_variant p.Leu31His
G/T 13986822 synonymous_variant p.Arg5Arg

View accession wise SNPs


Sequence Details:

Protein Sequence:
>Vu_25052.1
METLRSFLLGFVGGLVLAVLVQAQDQSGFISLDCGAPEDVTYTESTTGINYTSDANLINTGVSKSIETNLKQQYQRQMWTVRSFPEGKRNCYKISVTRGSKYLIRVSFLYGNYDDLDKTPEFDIHLGANLWGTVSINNGSIEVDKEIIHVPSLDYLQLCLVDTGHGTPFISVIELRTLPNNIYVTESGSLEFFERWDIGSNKGYRYNYDVYDRFWRYGNINEWTELNVSISADALDQDVYRPPAIVMSTAATPANVSAPLVIRWKPDDPTEQFYVYLHFMEIQELATNETREFNILENGKLRFSKFSPRNLLVSTLYSSSPSSGKEIIYSLEKTENSTLPPIINALEIYSVIDFPQSDTFKGDDDAITTIKSVYGVTRNWQGDPCTPVDYLWDGLNCSYSKNESPRITTLNLSSSGLSGKIDPSISNLSMLEKLDLSNNRLNGEIPDVLSQLQHLKILNLKNNNLSGSIPSALVEKSKGGSLSLSVDQNLCESGQCNEQGKDGGKKKRNVTPLVASVSGVVILLIVAAAILWTLKRRKMKALIVEKDQSQISPQNTEQDDLILPFRKQIYSYSDILKITNNFNKTLGRGGFGTVYLGHIDDTPVAVKILSSLSARGFQQFQAEVKLLMRVHHKNLTSLVGYCNEESTKGLIYEYMANGNLQEHLSGSHSKAKFFTWEERLRLAVDAALGLDYLQNGCKPPIIHRDIKSTNILLNEHFQAKLADFGLSKIIPTEGGTHVSTVVAGTPGYLDPEYFITNRLTDKSDVYSFGVVLLEIITNQPVIMRDGEESIHISDWVRSLVARGDIEAIVDSRLEGDYDTNSVWKAVEVATACVSPNMNKRPITSVIVIELKESLSMEVAQTKYRRFVSIDCGLVDEPSYTDETTDISYSSDVNFTDGGVSYSVSSTYKPSLARQFWNVRSFPDGTRHCYTLVSQGSGNKYLVRARFAYGSYDGKESLPEFDIYIGEKWWGSVVFEDASSVVTKEIIYAASSDYVHVCLFNTGKGTPFISVLEVRVLNSDAYLVNYGELLARLDAGLQDGEIVRFPDDVYDRIWTPYNSTDWNQIDTLLTIDQGATSFNFLPLPPSIVMGTAAIPANVTDNIELRFVPMYNSSTLYVYMFFAEIQKLEANQTREFNIFVNGNILNIDPINPPYLQSEYYMAISVNSLELSINKTSRSTLPPLLNAIEIYTSRNFSQSETNQKDADGIRNVKSMYGIKRNWQGDPCTPLVYLWDGLNCSYAESASAKIVYLNLSSSGLIGNIASGISNLQYIEYLDLSNNNLTGAVPDFLHQLRFLRVLNLENNQLSGTIPTQLIQLSQNGLLQSNFGGNPDLCTQGSCNNSNGNRVIVPLVASLGGAFLILIIAVISFCIHKRRQLALRRKQMAYSRIKEELESNKQEFTYAEVLTMTKNLERVVGKGGFATVYYGRIDDTEVAVKMLSPSAQGYLQFKAEAKFVAVVHHKFLTSLIGYCDDGEKMALIYEYMANGDFSKHLSGKSKIILSWNQRLQIAVDAAEGLEYLHHGCNAPIVHRDVKTQNILVNENLRGKLADFGLSKIYPNESDTHMVTVVAGTLGYLDPEYHRSNRLKAKSDVFSFGVVLLEIITGQPAITKSEEKIHIIQWVDSELLEKEIKDIVDSRLQGEFDIDSVKKVLDIAMACVAPISINRPTMSHVVHELKQCLSNEIIPPFNSDNLKSSSNSSITVSFDGISGLSSLVR*


CDS Sequence:
>Vu_25052.1
ATGGAAACGTTGCGGAGTTTCCTTCTTGGTTTTGTTGGAGGTCTAGTTCTTGCCGTTCTGGTTCAAGCTCAGGACCAATCAGGATTCATCAGCTTAGATTGTGGAGCTCCTGAAGATGTGACCTATACTGAGTCCACAACAGGCATAAATTATACTTCAGACGCAAATTTGATTAATACTGGTGTGAGTAAGTCGATAGAAACTAATCTCAAACAACAGTATCAGCGACAAATGTGGACTGTGAGAAGCTTCCCGGAAGGAAAAAGGAACTGTTACAAAATAAGCGTCACAAGAGGCTCTAAGTATCTGATCAGGGTTAGTTTTTTGTACGGAAATTATGACGATCTGGATAAGACTCCAGAGTTTGATATTCATCTGGGGGCTAACCTGTGGGGTACGGTGAGCATAAACAATGGATCAATTGAAGTGGACAAGGAGATCATACATGTACCTTCACTGGATTATTTACAGCTCTGTCTTGTTGACACAGGCCATGGAACACCGTTTATATCAGTCATAGAATTGAGAACTTTGCCAAATAATATTTACGTCACTGAATCTGGATCATTGGAATTTTTCGAGCGGTGGGATATAGGTTCAAACAAAGGCTACAGATACAACTACGATGTTTATGATCGCTTTTGGAGATATGGCAACATAAATGAATGGACAGAATTAAATGTTTCGATTTCTGCTGATGCTTTAGACCAGGACGTGTACAGACCGCCAGCTATTGTGATGAGCACTGCAGCTACACCAGCAAATGTCAGTGCTCCATTGGTAATAAGATGGAAGCCAGATGATCCAACTGAACAATTCTATGTTTACTTGCACTTCATGGAGATTCAAGAGTTGGCGACGAATGAGACAAGAGAATTCAACATCTTGGAAAATGGTAAACTGAGGTTTTCAAAGTTTTCACCAAGGAATCTTCTTGTCAGCACTTTATATAGCTCGTCACCCTCCAGTGGGAAAGAAATTATATATTCTCTTGAAAAAACCGAAAACTCAACTCTGCCTCCCATCATCAATGCCCTTGAAATTTACAGCGTAATAGATTTCCCGCAATCAGATACGTTCAAAGGAGACGATGATGCCATTACAACCATCAAATCAGTTTATGGGGTGACAAGAAATTGGCAAGGTGATCCATGTACCCCTGTAGATTACTTGTGGGATGGTTTGAATTGTAGTTATAGCAAAAACGAGTCTCCAAGAATCACAACTTTGAATTTATCTTCAAGTGGGTTGTCAGGAAAGATAGACCCTTCAATTTCAAACCTAAGCATGTTGGAGAAGTTGGATTTATCAAACAATAGATTAAATGGTGAAATCCCTGATGTTCTGTCTCAATTACAACACTTAAAGATATTAAACTTGAAGAACAATAACCTCTCTGGTTCAATTCCCTCGGCACTTGTTGAGAAATCTAAGGGAGGTTCTTTGTCATTAAGTGTGGACCAAAATCTCTGTGAATCTGGTCAATGCAACGAGCAGGGCAAAGATGGTGGAAAGAAAAAGAGAAATGTTACACCCTTAGTAGCATCAGTTAGTGGGGTTGTGATCCTTCTCATTGTCGCAGCAGCTATATTATGGACGCTTAAAAGGAGAAAAATGAAAGCTTTGATAGTAGAAAAGGATCAAAGTCAGATCTCACCACAAAACACAGAACAAGATGATTTAATACTACCATTCAGAAAACAAATTTATTCGTACTCCGACATCCTTAAAATCACCAACAATTTCAATAAAACTCTCGGTAGAGGAGGATTTGGAACTGTTTATCTTGGTCATATCGATGACACTCCAGTTGCAGTGAAAATCCTTTCCTCATTGTCTGCCCGGGGTTTTCAACAATTTCAGGCAGAGGTTAAACTTCTAATGAGAGTTCATCACAAAAATTTAACCTCCCTTGTTGGTTATTGTAATGAAGAAAGCACAAAGGGTCTCATATATGAGTACATGGCTAATGGAAACTTACAAGAACATCTCTCTGGTAGTCACAGCAAAGCAAAATTCTTCACCTGGGAAGAAAGACTTCGTCTAGCAGTGGATGCAGCATTAGGTTTGGATTATCTGCAAAATGGTTGCAAGCCACCTATAATCCACAGAGACATAAAATCTACAAACATCTTATTGAATGAACACTTCCAAGCAAAGCTAGCCGATTTTGGTCTGTCCAAAATTATTCCAACCGAAGGGGGAACTCACGTGTCAACTGTTGTTGCTGGTACTCCTGGTTATCTGGACCCTGAGTACTTCATAACAAACAGATTGACAGATAAGAGTGATGTTTATAGTTTTGGTGTTGTTCTTTTGGAGATAATCACAAATCAACCAGTGATAATGAGGGATGGTGAAGAAAGTATTCACATAAGTGACTGGGTTAGATCCTTGGTTGCGAGAGGGGATATCGAGGCCATTGTTGACTCAAGGCTAGAAGGAGATTATGATACCAATTCAGTTTGGAAAGCAGTAGAAGTAGCAACAGCATGTGTGTCTCCAAATATGAACAAAAGGCCTATCACAAGCGTGATAGTGATTGAACTGAAAGAGTCTTTATCAATGGAAGTAGCTCAAACAAAATATAGAAGATTCGTCAGCATTGACTGCGGACTTGTGGATGAACCAAGCTATACAGATGAAACTACCGACATCTCTTACTCTTCGGATGTCAATTTCACAGACGGTGGTGTAAGCTACAGCGTATCATCTACATATAAGCCTTCCCTTGCAAGACAGTTCTGGAATGTTAGAAGCTTTCCCGATGGAACCAGGCACTGCTATACCCTGGTTTCTCAAGGAAGTGGCAATAAATATTTGGTGAGGGCAAGGTTTGCATATGGAAGTTACGACGGAAAAGAATCTCTTCCCGAATTTGACATTTATATCGGAGAAAAATGGTGGGGATCAGTGGTGTTTGAGGATGCATCCAGTGTAGTCACCAAGGAAATCATTTATGCTGCTTCCTCAGATTACGTTCATGTTTGTTTATTCAACACTGGCAAGGGTACACCTTTTATTTCAGTTTTAGAGGTTAGAGTTCTTAACAGTGATGCCTACCTAGTCAACTATGGGGAGCTCTTGGCAAGGCTTGATGCAGGCTTACAAGATGGTGAAATAGTCAGATTTCCAGATGATGTCTATGATAGAATATGGACGCCTTATAACTCAACTGACTGGAATCAGATAGATACCCTCCTTACCATAGACCAAGGTGCTACTTCATTTAACTTTTTACCATTGCCACCCTCCATTGTCATGGGAACTGCAGCAATTCCAGCAAATGTCACCGACAATATAGAGCTCCGCTTCGTTCCCATGTATAATTCTTCCACACTTTATGTGTACATGTTCTTTGCTGAAATCCAGAAGCTTGAGGCAAACCAAACTAGAGAGTTCAACATTTTTGTAAATGGGAACATTTTAAATATTGATCCAATCAATCCTCCGTACCTGCAGAGTGAGTATTATATGGCTATAAGCGTAAATTCGTTGGAACTTTCGATTAATAAAACTAGTAGATCAACTCTTCCACCTCTTCTCAACGCCATTGAGATATATACGTCAAGAAACTTCTCACAATCAGAAACAAATCAGAAAGACGCTGATGGTATCAGAAATGTCAAGTCAATGTATGGAATCAAGAGAAACTGGCAAGGAGATCCTTGTACTCCACTGGTCTACTTGTGGGACGGTCTTAACTGCAGCTATGCTGAATCTGCTTCAGCAAAGATTGTATACTTGAACTTATCTTCCAGTGGTTTAATTGGTAATATAGCTTCTGGCATATCCAATCTGCAGTACATAGAATATTTGGATTTGTCAAACAACAACTTGACCGGGGCCGTGCCTGATTTCCTACATCAACTACGCTTCTTAAGAGTTCTAAACCTAGAAAACAATCAGCTATCAGGAACAATTCCAACGCAACTCATTCAACTTTCCCAGAACGGTTTACTTCAATCCAATTTTGGTGGAAATCCAGATCTTTGCACACAAGGTTCATGCAACAATAGTAATGGCAACAGGGTTATAGTTCCACTGGTGGCATCGCTGGGAGGAGCTTTTCTGATACTAATAATAGCAGTGATTTCTTTCTGCATACACAAAAGGAGACAACTAGCTCTCCGGAGAAAACAGATGGCCTATTCCAGAATAAAGGAGGAACTAGAGTCTAATAAACAAGAATTCACCTATGCCGAAGTCCTGACAATGACCAAAAATTTAGAAAGAGTTGTAGGGAAAGGAGGATTTGCAACAGTCTACTATGGCCGGATAGATGATACTGAGGTAGCTGTCAAAATGCTCTCTCCTTCAGCCCAAGGGTATCTGCAATTTAAGGCAGAGGCCAAATTTGTTGCTGTAGTTCATCATAAATTTTTAACTTCTCTAATAGGATATTGTGATGATGGCGAGAAAATGGCTCTCATCTATGAGTATATGGCTAATGGAGACTTCTCAAAACATTTATCAGGCAAAAGCAAAATTATATTGAGTTGGAACCAACGACTTCAAATTGCAGTGGATGCTGCAGAAGGATTGGAGTATTTGCACCATGGCTGCAATGCGCCAATTGTTCACAGAGATGTTAAGACTCAAAACATCTTGGTGAATGAAAATTTGAGGGGTAAACTAGCTGATTTTGGGTTGTCAAAGATCTATCCTAATGAAAGTGACACCCATATGGTCACAGTGGTAGCTGGCACCCTTGGTTATCTTGATCCAGAGTACCATAGATCAAACAGGTTGAAGGCAAAAAGTGATGTTTTCAGTTTTGGAGTAGTACTGCTTGAGATAATCACAGGTCAACCTGCTATAACCAAATCTGAAGAGAAAATTCACATAATTCAATGGGTTGATTCTGAGCTTCTTGAAAAGGAGATCAAAGATATTGTAGATTCAAGATTGCAGGGAGAATTTGACATTGATTCTGTAAAGAAGGTTTTAGACATTGCAATGGCTTGTGTAGCACCCATTTCCATTAACAGGCCAACCATGAGTCATGTAGTTCACGAACTGAAACAGTGTTTGTCAAACGAGATTATTCCTCCCTTTAACTCTGACAATCTTAAGAGTTCATCCAACAGCTCAATCACTGTTTCCTTTGATGGAATTAGTGGACTGAGCTCTCTAGTGAGATAG


Promoter Sequence:
>Vu_25052::LG6:13986834-13988834(-)
CTTTCAGTTTTTGGTTGGTTATATATATGTAAAGTTTGTTCGGAAAAGGTTTCACAATAAGAATTCTGAAACACCTTTTGGATTTCCAACCAAAACATGTTTCTCCATTACAAATTTTTGAAAACATGATCTGAAATAATGCAGGATAAAATAAACCATAATGGAAAGAAAGATCATTTAAAAAACTATAGGGACACAAATTAATAACTATTATGGAAATAAAGGAAGCAAAAAGCCTTGGAGTTAACCGATATTGAGGTAAAGCTGGTTACCATGTTAAGATGAGTATTGGATTGATGAATATTGTAATGTAAGAATGAGATCAAGGAATGTAAAGTGATTACTCACATTATTATAAATGTAAATATGAGTTTAAAATTTTATATTAAATAGAAATGAGAACGGTAAATTTTTAAGATTTTAAAATATTAGCAATATTAGGTTTTTTACATCAACCATTTTCATACGTCTCATAAGGGATAAATCTATTCTAATCTATTCTGTATATCTCCTAATAAAATCTTAACACATGGTGAACCTCCTTAATCTAAGTAGTACATAGATGCTTAATTTACATGCATTTTTTTAATGGTACTGGTTCATTAGAAACTCGTAAAGAGAATATATCAATCAATATTATAAATTAAAACAAGGATAGACGTCAACTGTAATCATATCTCAATTACAATATTATAAATTATAATTTTACCATTCAATTTTTATTTTTATTATTATTATTATTATGGACAATCACATATCACATCTTTTAAATAAAAAATACATAAAAAAAAGGTGATTTACAACATATCCTGCTATTAAAGCTCTTTCCTTTGAATCTTCTTGTTATTTTTAGAAACCATAAATTTCAAGAAGTATACTGACAACAATTTTGAATCATCTGTTATTTTATAACGAATAAACTTTTAAATTGGTCATTCAAAACCATTGGTTTTTGTCAACTAAAATTGTTCCACAGATGACTCTAAAATTAATTAAAATAATAACTATCTAGATTTTTTTTTCAATAGTTTACTTGGAATATATAAAGTATTGCCATGATTATCTTGAATTATAGAGCAACTAAAATATGACAATGTTGTTATATAGTTGAGTAATACTTTGGAAATGAATTAATTTTTTTAAAGACTTAATTTGTTGACTTAAACCTTAAAAAATTAATACAATATGAGGCATATGATTTTAGAGACCAGGGTTTACTTTTCTTATTTTTTGACATATTTTTAAAAATAACATCCTTAAGACTTAGTAAGCACCAGGAAGACAGGTGTATATATATATATATATATATATATATATATATATATATTACACCAATGTGATCGTTATTGGACTATTTCTACCATATATGTGACAATCTATTTCATATTAAAAATAGTTGTAATATTCCCACGACTTTTTCTGCATTGTGTTGTAAGAGCAAGGAAAGTAGAAGTATCTTTTTCATTGTACTTAATGGCCAAATGTAAATTTTATGAAAGTGAGAGACGTATACATTTCATGAAGATCATAAAACCCTCTTCTGGCATTATTCTAAGTAGTGTTCTCTCATCAAATAGGATTATTATAACTCATTCAGACCAGGTTTCAAATGCCTTCCATCATTATAATAAATGTAAATCTTTATACCACAAACATAGACATCTCTAGTTAATTTAATACTCGTTAAGATCCATGGATTGGTTATAAGTTAAGTAGTTTATTCCCATTGGCTAAATATATTGATTTATTGAACTGTGAATGTTGTAGAATTTTGTTAATGCACACGCAAGTGTGAGAGACAAGTGATGATGAACATGACAGGAATTTCAAAATAATCAAGGGGATGATCCTACTGCACTAGCTGCAATGACGGGTGGAAAGGGACAAAAGTTTTAAGAAATTCTAAACCAGCAAGACTACCTTATTGTTGACATTGACCACGTCGCCAAAACACAAAAGGGTAATCCCTATTCTACTTCACAGGCAGAGGGTGATGAGAC


Gene Sequence:
>Vu_25052(-)
ATGGAAACGTTGCGGAGTTTCCTTCTTGGTTTTGTTGGAGGTCTAGTTCTTGCCGTTCTGGTTCAAGCTCAGGACCAATCAGGTTTGATAACAAATTAAAACTTCAACTTCAGTGCACCATTCTTTGATAAAAAGACAATTAGCTTAAGCCTAAATGTCCCATGCAGGATTCATCAGCTTAGATTGTGGAGCTCCTGAAGATGTGACCTATACTGAGTCCACAACAGGCATAAATTATACTTCAGACGCAAATTTGATTAATACTGGTGTGAGTAAGTCGATAGAAACTAATCTCAAACAACAGTATCAGCGACAAATGTGGACTGTGAGAAGCTTCCCGGAAGGAAAAAGGAACTGTTACAAAATAAGCGTCACAAGAGGCTCTAAGTATCTGATCAGGGTTAGTTTTTTGTACGGAAATTATGACGATCTGGATAAGACTCCAGAGTTTGATATTCATCTGGGGGCTAACCTGTGGGGTACGGTGAGCATAAACAATGGATCAATTGAAGTGGACAAGGAGATCATACATGTACCTTCACTGGATTATTTACAGCTCTGTCTTGTTGACACAGGCCATGGAACACCGTTTATATCAGTCATAGAATTGAGAACTTTGCCAAATAATATTTACGTCACTGAATCTGGATCATTGGAATTTTTCGAGCGGTGGGATATAGGTTCAAACAAAGGCTACAGGTGAATCCTACTTCTTTTATTAAACTTTTTCGTTACACATCTGATTGATTTCATTGGACTAATTTTGATTTTCTCTCAGATACAACTACGATGTTTATGATCGCTTTTGGAGATATGGCAACATAAATGAATGGACAGAATTAAATGTTTCGATTTCTGCTGATGCTTTAGACCAGGACGTGTACAGACCGCCAGCTATTGTGATGAGCACTGCAGCTACACCAGCAAATGTCAGTGCTCCATTGGTAATAAGATGGAAGCCAGATGATCCAACTGAACAATTCTATGTTTACTTGCACTTCATGGAGATTCAAGAGTTGGCGACGAATGAGACAAGAGAATTCAACATCTTGGAAAATGGTAAACTGAGGTTTTCAAAGTTTTCACCAAGGAATCTTCTTGTCAGCACTTTATATAGCTCGTCACCCTCCAGTGGGAAAGAAATTATATATTCTCTTGAAAAAACCGAAAACTCAACTCTGCCTCCCATCATCAATGCCCTTGAAATTTACAGCGTAATAGATTTCCCGCAATCAGATACGTTCAAAGGAGACGGTATGCCACAAAAATATGATCTTCATATTGTTCTTAACTACCCTTTACCATTTATTTGGACTACCCTGTTCTGTACATGATCTTAACTACCCTTTGCTCTTTTATGCTCAAAAATAACAAAGATGATGCCATTACAACCATCAAATCAGTTTATGGGGTGACAAGAAATTGGCAAGGTGATCCATGTACCCCTGTAGATTACTTGTGGGATGGTTTGAATTGTAGTTATAGCAAAAACGAGTCTCCAAGAATCACAACTTTGTAAGTTATGCTTCTCAAATTAATACTATATATAGTGGTTTTATGGATCTGAGATGGTATCGTATATAACCTTTGGATCTGCAAAGCAGGAATTTATCTTCAAGTGGGTTGTCAGGAAAGATAGACCCTTCAATTTCAAACCTAAGCATGTTGGAGAAGTTGTAAGTTTTATTTTTCCACCTGATCCAATAAATGATGAGACTAGAAAAAACCTCTGTATTTTACAAGTAAATACTATACACTCGATAAGAGTAAAAAAAAAGGCTAAATTGTAGGTTAAGTTTTACAGTGACTATTTTAAAAGCTATATCTCAGTAGTGATTTGTGACTGGTTTATGGTATAATTTATTTTAACAGATATAAATTAAACTCTTTAAATCTTTTCATTGTGTCTGCTGTGTACGAACATGTCAAGATGTCTTTTGTTACGTGTGTCAAAATTTTGACTTTTTAAAAGCAGACATGTTTTTGTTTTCAGGGATTTATCAAACAATAGATTAAATGGTGAAATCCCTGATGTTCTGTCTCAATTACAACACTTAAAGATATTGTAAGTTGCTTCATCAGTTAGTGGAACAACTTTTGATTCCTCTATATCAGAAAATAGAAAAGGATATTATAGTTTCCCTGTTTTGGCAGAAACTTGAAGAACAATAACCTCTCTGGTTCAATTCCCTCGGCACTTGTTGAGAAATCTAAGGGAGGTTCTTTGTCATTAAGGTAAGGATGTTATTGAAAATTCTCAAATTCATAATATCATTATTTATGGTGATCATTATCAATTGGTTTTATTTTACTTTTGTACATAAATCTTCTTTACCCATCTCCAATATTTTGTTTTTATCTTATAGTCAAACTTATTATGAATTGAAAATCCAAGTATGAGTTTCATATTAAAAGTAAAAATAAGAAAATAAAGCATTATATAAGTAAGAAAACTCATAAATTTATTACGGGGATTTCGGTTGAAGGTGGTGTCACTTATGCTTTTCCTTAGTTTTACTGAGAGTTAAAACATAAACCTTCTGTGTTTTCCATGCTAGTGTGGACCAAAATCTCTGTGAATCTGGTCAATGCAACGAGCAGGGCAAAGATGGTGGAAAGAAAAAGAGAAATGTTACACCCTTAGTAGCATCAGTTAGTGGGGTTGTGATCCTTCTCATTGTCGCAGCAGCTATATTATGGACGCTTAAAAGGAGAAAAATGAAAGGTGATGCTACAAAGATACTTTTATTGATAATTTGTCAAACAGATTCAATCCTAACCTGTTAGTTTTCGAAACTGTTGCATGATATTTAACAGCTTTGATAGTAGAAAAGGATCAAAGTCAGATCTCACCACAAAACACAGAACAAGATGATTTAATACTACCATTCAGAAAACAAATTTATTCGTACTCCGACATCCTTAAAATCACCAACAATTTCAATAAAACTCTCGGTAGAGGAGGATTTGGAACTGTTTATCTTGGTCATATCGATGACACTCCAGTTGCAGTGAAAATCCTTTCCTCATTGTCTGCCCGGGGTTTTCAACAATTTCAGGCAGAGGCAAGTTTCTCTATCACTTTACACTTGTACTTTTATCTCAGAAATAAAAAGATATGCTTAAACATGTTTGAGATTTTGATGTACAGGTTAAACTTCTAATGAGAGTTCATCACAAAAATTTAACCTCCCTTGTTGGTTATTGTAATGAAGAAAGCACAAAGGGTCTCATATATGAGTACATGGCTAATGGAAACTTACAAGAACATCTCTCTGGTTAGTTCCCATATAAAATTCTGCAAATAAATTGTTTTATATTCTGAAACCATGAATATGAATATTTCCTTAGGAGAAAAGTGCATATTGAGTCATAAATTAACAGAAAACAACACAGAAAAAGCTAAGTAAACTTGTTTTTTCAGGTAGTCACAGCAAAGCAAAATTCTTCACCTGGGAAGAAAGACTTCGTCTAGCAGTGGATGCAGCATTAGGTCAGAAAGAAAACTTCAAATTATGTGTTTTGACAGTTTTGTAAACTCCCCTTTTCCCCTCACAATCTGGTTGCCTTAAATCCAATCTCAGGTTTGGATTATCTGCAAAATGGTTGCAAGCCACCTATAATCCACAGAGACATAAAATCTACAAACATCTTATTGAATGAACACTTCCAAGCAAAGCTAGCCGATTTTGGTCTGTCCAAAATTATTCCAACCGAAGGGGGAACTCACGTGTCAACTGTTGTTGCTGGTACTCCTGGTTATCTGGACCCTGAGTGAGTACTTCAATTACATTGTCCTGTTCCTGTTCATCATTTTCTGGGAAAATAAATAAATAGAGTAACATTTTATTTTTGTAATGCAGGTACTTCATAACAAACAGATTGACAGATAAGAGTGATGTTTATAGTTTTGGTGTTGTTCTTTTGGAGATAATCACAAATCAACCAGTGATAATGAGGGATGGTGAAGAAAGTATTCACATAAGTGACTGGGTTAGATCCTTGGTTGCGAGAGGGGATATCGAGGCCATTGTTGACTCAAGGCTAGAAGGAGATTATGATACCAATTCAGTTTGGAAAGCAGTAGAAGTAGCAACAGCATGTGTGTCTCCAAATATGAACAAAAGGCCTATCACAAGCGTGATAGTGATTGAACTGAAAGAGTCTTTATCAATGGAAGTAGCTCAAACAAAATATAGAAGTATGTATTCAACAGATTCAGGGGTGACCTTGAATCTGAATACAGAATTTATTCCTCATGCCAGGTGAACTCTTCAGCAGAATATGATGGCTACAATCATATAGCAAGGTCTATATGACTATGGTAAGTGGTTTTCCTCTTTCAATGTCAAACCTACACAAGTTCTCTATATTTGCTTGATTTTAATGTATAATAATCTACAAAATATTGCAAACTCAAAGTTTTGTTGCACAATTTCTGAATACTCCTTTAATTTGAGTGATGTACTTAAATGTATTACTTGTCTTCCTTGTAACTGTATAAAGTATTGGTGATTGAAATTGATTGTGCAAATAGAATAAGATAAATAGTAAGAGACACATGCTTCTTTATCCATAATATTTCGTATAATTTCTTTTTTATCAATAATTAGTGGAAACGCCCGTGCGTAATGTGTAAAAAAAATGATTATTTAAAATGTAAAATTGAAAAATAAGTTTTTTATTATAAGTAATTATTTAAATTTAAAAAATAATTGTTTAAATAATTAGTAATTCAAAAAAATTAAAAAAATTGTGTACACAAAATAGATGAATTTTCATCATTAATGATATAAATATAGATTTTCTACACCAGTGGATCGTCCATTTCTGTTTTGAAAAAATTGGTCTTTTGACCAAGTTAAAAAAGCATAGAAGTAACAAGCGTATCAACTCCTTTACATCAACCAATTAAAGGAAAATCAATCAAACGGATATTTTAAACTCAATAGATAAAATATTTAATATCAATTTAATTAAAATACGTAAAGTTATCATAATTTAAAATATTTAAATTCATCAAGTGCTTAAAATTTAATAAATTATAAAATGAAAATGGTTTATTAAAACATACATATTTTAATTTATATTTTAAAAAATTATATTTAATTAATTATTTGTTAAAACAGTTCATGGTCAATCATTAAAAAATGATAACTCATTTTTAACGGGAGCTGCGTTAGGACACGTATATATATTTTCTAAGCTGTGAAAACTACTTGGCAAAGCTAAATAGCTAAACTTTTTGAGTTGATTCATCTGGTCAAGCTTCACAACTTTGCCACATCTACCAAAAAACCCATTCTTCAATTTTTTAAAATAATACCATGATTCAACTGGGAATAAGCAAAACATGTTCATCTTAAGGATGCCTAGAATGAAAGTCAAACGCCTATTCTCATTCTTGTTGTAACAATCAAAATTATCCTGAAAAAAATATCAATTGAAGTTCCTTCCTCCATTACAATAATAATTTAAGCAAAGAAATTTGTACAAGCTACTTGAACTATTCAACTCGGTGGCTTTTAATATTCAATCGGCAGAGATACTTGACTTCAACATTCAAATGAAAATCATCATTAGCTTAATCACTGTTAATGACTTCTTCTCACAACATTCTTCAATCTCGGGAGGTGTTTTCAGTTTACTTAGTTTAGAAATGAAAGGATTTCTACTTGTGATTTTTCAACTCTCTTTAATTCTTTCTATCATTGTTCGTGCCCAGAATCCATCAGGTTCGATAGTTTCATCTCATTATCCTGAATCCTACACTTACTCAGGGTTCTTGGAACTTAAAAACTTCCACCTTTTACAGGATTCGTCAGCATTGACTGCGGACTTGTGGATGAACCAAGCTATACAGATGAAACTACCGACATCTCTTACTCTTCGGATGTCAATTTCACAGACGGTGGTGTAAGCTACAGCGTATCATCTACATATAAGCCTTCCCTTGCAAGACAGTTCTGGAATGTTAGAAGCTTTCCCGATGGAACCAGGCACTGCTATACCCTGGTTTCTCAAGGAAGTGGCAATAAATATTTGGTGAGGGCAAGGTTTGCATATGGAAGTTACGACGGAAAAGAATCTCTTCCCGAATTTGACATTTATATCGGAGAAAAATGGTGGGGATCAGTGGTGTTTGAGGATGCATCCAGTGTAGTCACCAAGGAAATCATTTATGCTGCTTCCTCAGATTACGTTCATGTTTGTTTATTCAACACTGGCAAGGGTACACCTTTTATTTCAGTTTTAGAGGTTAGAGTTCTTAACAGTGATGCCTACCTAGTCAACTATGGGGAGCTCTTGGCAAGGCTTGATGCAGGCTTACAAGATGGTGAAATAGTCAGGTGAGAAATGTTATAATGTAACCAACCAAGTTATATCATGAACATGACATGACTTCTTTTCTTTTAATGTAGTAATGTTCTGATGTTTTTCCCTCTTTTTCTGTTCCCAAAGATTTCCAGATGATGTCTATGATAGAATATGGACGCCTTATAACTCAACTGACTGGAATCAGATAGATACCCTCCTTACCATAGACCAAGGTGCTACTTCATTTAACTTTTTACCATTGCCACCCTCCATTGTCATGGGAACTGCAGCAATTCCAGCAAATGTCACCGACAATATAGAGCTCCGCTTCGTTCCCATGTATAATTCTTCCACACTTTATGTGTACATGTTCTTTGCTGAAATCCAGAAGCTTGAGGCAAACCAAACTAGAGAGTTCAACATTTTTGTAAATGGGAACATTTTAAATATTGATCCAATCAATCCTCCGTACCTGCAGAGTGAGTATTATATGGCTATAAGCGTAAATTCGTTGGAACTTTCGATTAATAAAACTAGTAGATCAACTCTTCCACCTCTTCTCAACGCCATTGAGATATATACGTCAAGAAACTTCTCACAATCAGAAACAAATCAGAAAGACGGTATGTTCTTAGACACACTGATTTTTCTTTCTTGTATCACCTTATTATATTACTCACCTGACCTACTTATATTCATGATAATAGCTGATGGTATCAGAAATGTCAAGTCAATGTATGGAATCAAGAGAAACTGGCAAGGAGATCCTTGTACTCCACTGGTCTACTTGTGGGACGGTCTTAACTGCAGCTATGCTGAATCTGCTTCAGCAAAGATTGTATACTTGTAAGCTTGGCGTGAATTATACTAGACTGATGCAGTACTTTTAGCTCAAATTTACGCTTATATCTTCAATATTATTAACAAAATCTTACGACATGATTTTAGGAACTTATCTTCCAGTGGTTTAATTGGTAATATAGCTTCTGGCATATCCAATCTGCAGTACATAGAATATTTGTGAGTCACTGAATCTGCCTCTTACAAATAGCAAGTTACGTAGTTGATGACAGAAAGTGTATGCTTCCTCCTAATGTAGAGTATAAGAAATTTGTTTCTATTATTTTAGGGATTTGTCAAACAACAACTTGACCGGGGCCGTGCCTGATTTCCTACATCAACTACGCTTCTTAAGAGTTCTGTAAGTTAACTATATTGATCAAGCTTTCCTTGCTGAATTTGATTTTTTAATTAACTTTGTTGCTTTAATTGTTTAGAAACCTAGAAAACAATCAGCTATCAGGAACAATTCCAACGCAACTCATTCAACTTTCCCAGAACGGTTTACTTCAATCCAAGTATGTTCTGTTTCAAAATTCAGTTTTGGATAATGCCCTGCCTCTCTGTTTTGACTTCGTTCCCCATGAGTTACTCATTTTCTTACAACAATATGAGGAATGGCTTATTACGTTGGTTTACCATTGGTGAGACAATTCCCCTAACATGTTTATTTTTTAAATGGTAAGTGCAGTTTTGGTGGAAATCCAGATCTTTGCACACAAGGTTCATGCAACAATAGTAATGGCAACAGGGTTATAGTTCCACTGGTGGCATCGCTGGGAGGAGCTTTTCTGATACTAATAATAGCAGTGATTTCTTTCTGCATACACAAAAGGAGACAACTAGGTACCATGTTGTATTTATATTCTATTCGCCAAGAGGGAAGGAAAAATAGGGGATACAAAAGTAAAATGAGAAGATAATTTATTCTAATTGGAGTGTGATCGAGTTCCAAAGAATCCAATAGTTTGGACCGTTCTTCAAAGTAAAAGTGGGAAGGTTTTTCACATTGACATTCTTAAGTTGATTTTTAATTGTTTAATAGTATAAAAAGAACTCAATGAATGAAATTTAAGTTGATTTCTACATTGTATATTTTCAATTGCATTTTTATTTTGTAGACTAGTGTACAACAATTAGCAGTTATTTGCATGGATTTTGATAGTGTTTCTTTCTTCCCACGGTTTCAGCTCTCCGGAGAAAACAGATGGCCTATTCCAGAATAAAGGAGGAACTAGAGTCTAATAAACAAGAATTCACCTATGCCGAAGTCCTGACAATGACCAAAAATTTAGAAAGAGTTGTAGGGAAAGGAGGATTTGCAACAGTCTACTATGGCCGGATAGATGATACTGAGGTAGCTGTCAAAATGCTCTCTCCTTCAGCCCAAGGGTATCTGCAATTTAAGGCAGAGGTACTATGGCTGACTTCAAATATGATCATAATTATATATATACACACACTCATTAATGATATTTTGTTTATGGTAATTGAAGGGTTATTGCTTTTTTTTTTACAGGCCAAATTTGTTGCTGTAGTTCATCATAAATTTTTAACTTCTCTAATAGGATATTGTGATGATGGCGAGAAAATGGCTCTCATCTATGAGTATATGGCTAATGGAGACTTCTCAAAACATTTATCAGGTATTTTTTAAGGTCTATTTACTCCATTTAATTTTGTACCTCCCTGTATGACAATTTAGGGGCAGCTACATAATGTGTTCAAGTTTGTATCCACATTGCTAGATCAAAAAGGTACTGGTAGAAAGTACAGGCTTCTGATTCTGTAGGTGTCTCAATTATCTGCAAAAAAACTCTAAACAGTGAATGAATGCCAATAAAATATAACAAACCAATCAAGTCAAAGCAGATATATTTAAACGAAGCATAAAAGTGAGTCAAAGATCAGGTGTATGTACTGGAAAAAATCTTTTATATCATTCTGTGCCAAAACCTGATGCCTTTTCTTTTATTTCCCTGATTTGAAACAAGTGCTTTCCTTTGTGGATTCAAAAAAATGTAGGCAAAAGCAAAATTATATTGAGTTGGAACCAACGACTTCAAATTGCAGTGGATGCTGCAGAAGGTAAGTATGGAATGAATCCTTTTGCCCCTCCCCTCTTTCTTTACAGTGAGAGTTTTATGCAACAAAAATGTAAGTTGAAACTTTAACTGTAGGATTGGAGTATTTGCACCATGGCTGCAATGCGCCAATTGTTCACAGAGATGTTAAGACTCAAAACATCTTGGTGAATGAAAATTTGAGGGGTAAACTAGCTGATTTTGGGTTGTCAAAGATCTATCCTAATGAAAGTGACACCCATATGGTCACAGTGGTAGCTGGCACCCTTGGTTATCTTGATCCAGAGTAAGTTATTATTTTTACTCAAACCCTGGTGGCAAAAGTCAAGAGTCTTAAGACAACAACATTTCATTTAAATTGAGTTTTAAATTTCTATTCGTCAGGTACCATAGATCAAACAGGTTGAAGGCAAAAAGTGATGTTTTCAGTTTTGGAGTAGTACTGCTTGAGATAATCACAGGTCAACCTGCTATAACCAAATCTGAAGAGAAAATTCACATAATTCAATGGGTTGATTCTGAGCTTCTTGAAAAGGAGATCAAAGATATTGTAGATTCAAGATTGCAGGGAGAATTTGACATTGATTCTGTAAAGAAGGTTTTAGACATTGCAATGGCTTGTGTAGCACCCATTTCCATTAACAGGCCAACCATGAGTCATGTAGTTCACGAACTGAAACAGTGTTTGTCAAACGAGATTATTCCTCCCTTTAACTCTGACAATCTTAAGAGTTCATCCAACAGCTCAATCACTGTTTCCTTTGATGGAATTAGTGGACTGAGCTCTCTAGTGAGATAG