Gene Details:

Gene ID Chr. No. Start Position End Position Function View on
Vu_31129 LG8 44621219 44630141 PREDICTED: LOW QUALITY PROTEIN: uncharacterized protein LOC108324785
Map

Annotations  
category   relationship type   keyword
SNP Position Effect Amino acid change
T/*,A 44621298 missense_variant p.Val27Asp
T/C 44621407 synonymous_variant p.Asn63Asn
A/G 44621442 missense_variant p.Asn75Ser
A/T 44621449 missense_variant p.Lys77Asn
G/A 44621483 missense_variant p.Glu89Lys
T/C 44621491 synonymous_variant p.Asp91Asp
A/G 44621492 missense_variant p.Lys92Glu
A/G 44621501 missense_variant p.Arg95Gly
G/C 44621520 missense_variant p.Gly101Ala
G/C 44621522 missense_variant p.Ala102Pro
C/T 44621523 missense_variant p.Ala102Val
G/A 44621527 synonymous_variant p.Thr103Thr
A/C 44621560 synonymous_variant p.Ala114Ala
T/C 44621561 missense_variant p.Tyr115His
A/T 44621562 missense_variant p.Tyr115Phe
T/C 44621564 synonymous_variant p.Leu116Leu
A/T 44621589 missense_variant p.Gln124Leu
G/A 44621590 synonymous_variant p.Gln124Gln
A/C 44621594 missense_variant p.Ser126Arg
T/C 44621609 missense_variant p.Ser131Pro
G/A 44621624 missense_variant p.Val136Met
C/A 44621631 missense_variant p.Ser138Tyr
C/A 44621634 missense_variant p.Ser139Tyr
C/A 44621637 missense_variant p.Pro140His
A/C 44621646 missense_variant p.Tyr143Ser
A/T 44621648 missense_variant p.Met144Leu
A/G 44621660 missense_variant p.Asn148Asp
T/G 44621665 missense_variant p.Asn149Lys
A/T 44621681 stop_gained p.Lys155*
G/C 44621683 missense_variant p.Lys155Asn
A/T 44621688 missense_variant p.Asn157Ile
C/A 44621695 synonymous_variant p.Ala159Ala
C/G 44621696 missense_variant p.Leu160Val
C/T 44621700 missense_variant p.Ser161Phe
C/T 44621704 synonymous_variant p.Asn162Asn
A/G 44621712 missense_variant p.Lys165Arg
A/G 44621722 synonymous_variant p.Thr168Thr
C/T 44621724 missense_variant p.Ala169Val
C/T 44621725 synonymous_variant p.Ala169Ala
G/T 44621771 missense_variant p.Ala185Ser
A/T 44621797 synonymous_variant p.Val193Val
G/C 44621815 synonymous_variant p.Val199Val
G/A 44621844 missense_variant p.Gly209Asp
A/T 44621864 stop_gained p.Lys216*
A/G 44621865 missense_variant p.Lys216Arg
C/T 44621882 missense_variant p.Pro222Ser
T/C 44621895 missense_variant p.Val226Ala
T/A 44621908 synonymous_variant p.Gly230Gly
G/A 44621909 missense_variant p.Gly231Ser
G/T 44621913 missense_variant p.Arg232Ile
C/*,G 44621918 missense_variant p.His234Asp
A/*,T 44621919 missense_variant p.His234Leu
G/*,A 44621921 missense_variant p.Gly235Arg
G/A 44621945 missense_variant p.Glu243Lys
G/*,C 44621949 missense_variant p.Ser244Thr
T/A 44621954 missense_variant p.Leu246Met
G/A 44621956 synonymous_variant p.Leu246Leu
G/C 44621971 synonymous_variant p.Thr251Thr
A/C 44621984 missense_variant p.Thr256Pro
C/T 44621989 synonymous_variant p.Asp257Asp
A/T 44622001 synonymous_variant p.Pro261Pro
C/T 44622015 missense_variant p.Pro266Leu
T/C 44622020 missense_variant p.Ser268Pro
C/T 44622031 synonymous_variant p.Asn271Asn
C/T 44622039 missense_variant p.Pro274Leu
C/T 44622105 downstream_gene_variant
T/C 44622116 downstream_gene_variant
G/A 44622129 splice_region_variant&intron_variant
G/C 44622137 missense_variant&splice_region_variant p.Glu277Gln
C/T 44622140 stop_gained p.Gln278*
C/A 44622175 missense_variant p.Phe289Leu
G/T 44622186 missense_variant p.Cys293Phe
T/G 44622192 missense_variant p.Phe295Cys
G/A 44623128 missense_variant p.Ala424Thr
C/T 44623202 intron_variant
T/A 44623221 intron_variant
C/T 44623229 intron_variant
T/C 44623238 intron_variant
G/A 44623287 intron_variant
G/A 44623295 intron_variant
T/C 44623302 intron_variant
A/G 44623318 intron_variant
T/C 44623321 intron_variant
G/T 44623324 intron_variant
G/T 44623462 missense_variant p.Arg487Ile
G/T 44623536 intron_variant
A/G 44623547 intron_variant
C/G 44623549 intron_variant
A/T 44623581 intron_variant
C/A 44623642 synonymous_variant p.Pro509Pro
C/A 44623651 missense_variant p.Asn512Lys
A/T 44623657 missense_variant p.Lys514Asn
G/A 44623661 missense_variant p.Val516Ile
G/A 44623670 missense_variant p.Val519Met
C/T 44623699 synonymous_variant p.Leu528Leu
G/T 44623747 missense_variant p.Met544Ile
A/C 44623767 missense_variant p.Tyr551Ser
A/G 44623773 missense_variant p.Asn553Ser
T/C 44623806 missense_variant p.Val564Ala
A/G 44623823 missense_variant p.Ser570Gly
C/A 44623838 missense_variant p.Arg575Ser
G/T 44623839 missense_variant p.Arg575Leu
T/G 44623840 synonymous_variant p.Arg575Arg
C/A 44623850 missense_variant p.His579Asn
C/T 44623852 synonymous_variant p.His579His
G/A 44623884 missense_variant p.Ser590Asn
G/T 44623900 splice_donor_variant&intron_variant
C/G 44623902 splice_region_variant&intron_variant
C/T 44624065 intron_variant
A/T 44624341 intron_variant
T/A 44624345 intron_variant
T/C 44624504 intron_variant
G/A 44624513 intron_variant
A/T 44624564 intron_variant
A/G 44624605 intron_variant
T/C 44624673 intron_variant
C/A 44624680 intron_variant
A/G 44624683 intron_variant
C/A,* 44624703 intron_variant
C/A 44624790 intron_variant
A/C 44624869 intron_variant
G/T 44624887 intron_variant
T/G 44625034 intron_variant
A/G 44625035 intron_variant
T/A 44625095 intron_variant
G/C 44625100 intron_variant
C/T 44625145 intron_variant
C/T 44625266 intron_variant
A/G 44625287 intron_variant
C/T 44625394 intron_variant
G/T 44625400 intron_variant
G/A 44625470 intron_variant
G/C 44625482 intron_variant
A/G 44625540 intron_variant
C/T 44625543 intron_variant
T/C 44625888 intron_variant
A/G 44625955 intron_variant
C/T 44625958 intron_variant
G/A 44626044 intron_variant
G/A 44626047 intron_variant
C/G 44626053 intron_variant
A/T 44626384 intron_variant
A/T 44626385 intron_variant
A/T 44626451 intron_variant
T/A 44626465 intron_variant
T/C 44626738 intron_variant
C/T 44626749 intron_variant
C/T 44626757 intron_variant
C/G 44626858 intron_variant
G/A 44626975 intron_variant
C/G 44627082 intron_variant
C/G 44627235 intron_variant
G/T 44627276 missense_variant p.Arg597Ile
G/A 44627308 missense_variant p.Ala608Thr
A/G 44627573 missense_variant p.Tyr696Cys
G/A 44627589 synonymous_variant p.Leu701Leu
T/C 44627597 missense_variant p.Ile704Thr
A/G 44627598 missense_variant p.Ile704Met
A/G 44627607 synonymous_variant p.Ala707Ala
G/C 44627628 missense_variant p.Gln714His
C/T 44627629 missense_variant p.Pro715Ser
G/A 44627633 missense_variant p.Arg716Gln
A/C 44627666 missense_variant p.His727Pro
T/C 44627667 synonymous_variant p.His727His
A/T 44627668 missense_variant p.Ile728Phe
T/C 44627670 synonymous_variant p.Ile728Ile
A/T 44627695 missense_variant p.Ser737Cys
G/A 44627696 missense_variant p.Ser737Asn
A/C 44627700 stop_lost p.Ter738Cysext*?
C/A 44627709 synonymous_variant p.Leu741Leu
C/A 44627710 missense_variant p.Arg742Ser
G/T 44627711 missense_variant p.Arg742Leu
T/C 44627715 synonymous_variant p.Ala743Ala
C/A 44627737 missense_variant p.Leu751Ile
C/T 44627924 missense_variant p.Pro813Leu
C/T 44628273 missense_variant p.Ser899Phe
C/T 44628281 missense_variant p.Arg902Cys
C/G 44628285 missense_variant p.Ser903Cys
G/A 44628325 splice_donor_variant&intron_variant
G/A 44628331 splice_region_variant&intron_variant
C/A 44628345 intron_variant
G/C 44628346 intron_variant
T/C 44628348 intron_variant
G/A 44628373 intron_variant
A/C 44628386 intron_variant
C/G 44628399 intron_variant
C/A 44628422 intron_variant
T/G 44628426 intron_variant
G/A 44628442 intron_variant
T/G 44628464 intron_variant
G/T 44628484 intron_variant
G/A 44628490 intron_variant
C/T 44628500 intron_variant
A/G 44628528 intron_variant
C/T 44628531 intron_variant
T/C 44628535 intron_variant
G/T 44628541 intron_variant
T/G 44628543 intron_variant
G/A 44628550 intron_variant
G/T 44628756 intron_variant
T/A 44628770 intron_variant
C/A 44629337 missense_variant p.His975Asn
T/A 44629429 intron_variant
C/T 44629437 intron_variant
T/C 44629446 intron_variant
T/G 44629451 intron_variant
A/G 44629455 intron_variant
G/A 44629495 intron_variant
G/A 44629500 intron_variant
G/A 44629503 intron_variant
T/C 44629510 intron_variant
A/G 44629526 intron_variant
T/C 44629529 intron_variant
G/T 44629532 intron_variant
C/T 44629570 missense_variant p.Arg1004Cys
A/T 44629627 stop_gained p.Arg1023*
G/T 44629632 synonymous_variant p.Ser1024Ser
C/T 44629682 missense_variant p.Thr1041Ile
C/T 44629686 synonymous_variant p.Tyr1042Tyr
G/T 44629747 intron_variant
A/G 44629758 intron_variant
C/G 44629760 intron_variant
G/T 44629813 missense_variant p.Arg1047Ile
A/C 44629841 missense_variant p.Lys1056Asn
A/C 44629853 synonymous_variant p.Pro1060Pro
G/A 44629881 missense_variant p.Val1070Met
T/C 44629905 synonymous_variant p.Leu1078Leu
C/G,T 44629910 synonymous_variant p.Leu1079Leu
A/G 44629922 synonymous_variant p.Glu1083Glu
C/T 44629925 synonymous_variant p.Asn1084Asn
A/T 44629926 missense_variant p.Ile1085Leu
C/G 44629930 missense_variant p.Thr1086Ser
A/G 44629932 missense_variant p.Asn1087Asp
T/C 44629934 synonymous_variant p.Asn1087Asn
G/A 44629953 missense_variant p.Val1094Ile
G/C 44629958 missense_variant p.Met1095Ile
A/G 44629968 missense_variant p.Ser1099Gly
G/A 44629972 missense_variant p.Ser1100Asn
T/G 44629974 missense_variant p.Tyr1101Asp
T/C 44629976 synonymous_variant p.Tyr1101Tyr
G/A 44629984 missense_variant p.Ser1104Asn
T/C 44629988 synonymous_variant p.Leu1105Leu
C/T 44629989 missense_variant p.Pro1106Ser
T/C 44629993 missense_variant p.Ile1107Thr
C/T 44629994 synonymous_variant p.Ile1107Ile
A/G 44630034 missense_variant p.Ser1121Gly
A/G 44630060 synonymous_variant p.Gly1129Gly
C/A 44630061 missense_variant p.His1130Asn
C/T 44630063 synonymous_variant p.His1130His

View accession wise SNPs


Sequence Details:

Protein Sequence:
>Vu_31129.1
MAIPMAAVSCMLAFLLSCLISRASAQVTHKYCDNKEGNYTINSTYHNNLNTLLSKLSSHTEINYGFYNFSYGQNNDKVNAIGLCRGDVEPDKCRRCLNDSGATITQLCPNQKEAYLWLKTNECQLSYSPRSIFGVVESSPSFYMKNRNNVTEPDKFNQALSNLMKNLTAVAASGDSRRKYATGRAIASNFKTVYVYGLVQCTPDLSEIGCSSCLEKAISEIPSCCVNAIGGRIHGPSCNIRFESDLFYDQTPKLDTDVTAPSPSPPSSLNNTSPEGRNNTVIIVIAVVLSTVVVAFVSLLCLCSHLRRRKARKLNHDDDDIEIAQSLQFNFDALRVATEDFSDYNKLGQGGFGAVYKVNDPVELYADPAKKALLDWAMRYRIIKGISRGLLYLHEDSLLRIIHRDLKASNILLDEEMNPKIADFGMARLVLLDQTHANTDRVVGTYGYMAPEYITQGQFSVKSDIFSFGVLLLEVVSGQKNSSFRHGENEDLLSFTWRNWREGTAVNIVDPSLNNKSVNEVMRCIHIGLLCVQENLSDRPTMATVMLMLSSYYLNLPIPSEPAFYVHSTTRSLPATRSWGHSSRATTNESTSKSAEEWKKDYKVTQAIFSQETLSMVIPMAAVSCMLAFLLSCLISRASAQVTHKYCDNKEGNYTINSTYHNNLNTLLSKLSSHTEINYGFYNFSYGQNNDKVNAIGLCRGDVEPDKCRRCLNDSAATITQLCPNQKEAYLWLKTNECQLSYSPRSIFGVVESSPWFYMKNSNNVTEPDKFNQALTNLMKNLTAVAASGDSRRKYAADSVDVSTLQTIYGLVQCTPDLSETDCNRCLDGAIYEISSCCANKKGVRVVRPSCNIRFETYSFYDQTPKLDPDAIPPSPSSPSSFNNTSAKESKNTTIVIAVVVPTVVLAVVSLLCLCSYLNPAKKALLDWAMRYRIIKGISRGLLYLHEDSLLRIIHRDLKASNILLDEEMNPKIADFGMARLVLLDQTHANTDRVVGTYGYMAPEYITQGQFSVKSDIFSFGVLLLEIVSGQKNSSFRHGENVEDLLSFTWRNWREGTAVKIVDPSLNNNSVNEVMRCIHIGLLCVQENITNRPTMATVMLMLSSYSLSLPIPSEPAFYAHSTTRSLPATYSWGHSSRATTNKSAQESENENSITELYPR*


CDS Sequence:
>Vu_31129.1
ATGGCCATACCTATGGCCGCTGTTTCTTGCATGCTTGCTTTTCTTCTCTCTTGTCTAATATCTAGAGCCAGCGCCCAGGTTACCCACAAGTACTGTGATAACAAGGAAGGGAACTACACAATCAATAGCACCTATCACAACAATCTCAACACCCTTCTATCCAAGCTTTCTTCCCACACAGAAATTAATTATGGTTTCTACAACTTCTCATATGGTCAAAACAATGACAAAGTAAACGCCATTGGGCTGTGCAGAGGAGATGTTGAGCCAGATAAGTGCCGCAGGTGCCTCAACGATTCTGGAGCCACGATCACACAGCTTTGTCCAAACCAGAAAGAGGCATATTTGTGGTTGAAGACCAACGAATGCCAGTTGAGTTATTCCCCGCGCTCAATATTCGGTGTCGTGGAATCTTCTCCTTCGTTCTACATGAAGAACAGAAACAATGTAACGGAACCGGATAAGTTTAACCAAGCCCTCTCCAACTTAATGAAGAATCTCACAGCCGTGGCTGCATCAGGTGACTCTCGTCGTAAGTATGCTACGGGTAGGGCTATTGCATCAAATTTTAAAACCGTATACGTATATGGTCTTGTGCAGTGCACCCCTGATTTGTCTGAGATAGGCTGCAGTTCATGCTTGGAAAAGGCTATCTCAGAAATCCCATCGTGTTGTGTGAACGCGATAGGTGGTAGAATTCATGGACCAAGTTGTAATATTAGATTCGAAAGCGATTTGTTCTACGATCAAACGCCTAAATTAGACACTGACGTAACAGCACCATCTCCATCACCTCCTTCCTCCCTGAATAACACTTCCCCCGAAGGAAGGAACAACACGGTAATAATTGTCATTGCCGTTGTTCTTTCTACTGTTGTTGTTGCTTTCGTTTCCCTCCTTTGTCTCTGCAGTCATTTAAGGAGGAGGAAGGCAAGAAAACTTAATCACGATGATGATGACATTGAAATTGCTCAGTCATTGCAATTCAACTTCGACGCATTACGCGTTGCTACAGAAGACTTCTCTGATTATAATAAACTTGGACAAGGTGGATTTGGAGCTGTTTACAAGGTAAATGACCCTGTCGAGTTGTACGCAGATCCAGCCAAGAAAGCACTGTTGGATTGGGCAATGCGATACAGAATCATAAAAGGTATTAGCCGAGGGCTTCTCTACCTTCACGAAGATTCTCTTCTGCGTATTATACATCGTGATCTCAAAGCAAGCAATATTCTCTTAGACGAAGAGATGAATCCTAAGATAGCAGATTTTGGCATGGCAAGACTGGTTTTACTGGATCAAACTCACGCAAATACAGATAGAGTTGTGGGAACCTATGGATATATGGCACCGGAGTACATAACGCAAGGACAATTTTCGGTGAAGTCAGATATCTTTAGTTTTGGTGTACTGCTTCTTGAGGTCGTAAGTGGCCAGAAAAACAGTAGCTTCCGTCATGGGGAGAATGAAGATCTACTGAGCTTCACATGGAGAAACTGGAGGGAGGGAACAGCTGTAAACATTGTAGATCCCTCATTGAACAACAAATCAGTAAATGAAGTGATGAGATGCATTCATATTGGTTTGCTCTGTGTTCAAGAGAATTTAAGTGACAGACCAACCATGGCGACCGTTATGCTCATGCTCAGTAGCTATTATCTCAATCTTCCTATCCCTTCTGAACCTGCATTTTATGTCCACAGTACAACTAGAAGCCTTCCAGCCACGCGTTCATGGGGGCACAGTTCAAGGGCAACAACAAACGAATCAACAAGCAAATCTGCTGAAGAATGGAAGAAAGATTATAAAGTGACACAAGCAATCTTTAGCCAAGAGACATTATCGATGGTCATACCTATGGCCGCTGTTTCTTGCATGCTTGCTTTTCTTCTCTCTTGTCTAATATCTAGAGCCAGCGCCCAGGTTACCCACAAGTACTGTGATAACAAGGAAGGGAACTACACAATCAATAGCACCTATCACAACAATCTCAACACCCTTCTATCCAAGCTTTCTTCCCACACAGAAATTAATTATGGTTTCTACAACTTCTCATATGGTCAAAACAATGACAAAGTAAACGCCATTGGGCTATGCAGAGGAGATGTTGAGCCAGATAAGTGCCGCAGGTGCCTCAACGATTCTGCAGCCACGATCACACAGCTTTGTCCAAACCAGAAAGAGGCATATTTGTGGTTGAAGACCAACGAATGCCAGTTGAGTTATTCTCCGCGCTCAATATTCGGTGTCGTGGAATCTTCTCCTTGGTTCTACATGAAGAACAGTAACAATGTAACGGAACCGGATAAGTTTAACCAAGCCCTCACCAACTTAATGAAGAATCTCACAGCCGTGGCTGCATCAGGTGACTCTCGTCGCAAGTATGCTGCGGATAGTGTTGATGTTTCAACTCTTCAAACCATATATGGTCTTGTGCAGTGCACCCCTGATTTGTCCGAGACAGACTGCAATAGATGCTTGGATGGGGCTATATACGAAATCTCATCGTGTTGTGCGAACAAGAAGGGTGTTAGAGTTGTTAGACCAAGTTGTAATATTAGATTCGAAACTTACAGCTTCTACGATCAAACGCCTAAATTAGACCCTGATGCAATACCACCATCACCATCATCTCCTTCCTCCTTCAATAACACTTCCGCCAAAGAGAGCAAAAACACAACAATTGTCATTGCCGTTGTTGTTCCTACTGTCGTTCTTGCTGTCGTTTCCCTCCTTTGTCTCTGCAGTTATTTAAATCCAGCCAAGAAAGCACTGTTGGATTGGGCAATGCGATACAGAATCATAAAAGGTATTAGCCGAGGGCTTCTCTACCTTCACGAAGATTCTCTTCTGCGTATTATACATCGTGATCTCAAAGCAAGCAATATTCTCTTAGACGAAGAGATGAATCCTAAGATAGCAGATTTTGGCATGGCAAGACTGGTTTTACTGGATCAAACTCACGCAAATACAGATAGAGTTGTGGGAACCTATGGATACATGGCACCGGAGTACATAACGCAAGGACAATTTTCGGTGAAGTCAGATATCTTTAGTTTTGGTGTACTGCTTCTTGAGATCGTAAGTGGCCAGAAAAACAGTAGCTTTCGTCATGGGGAGAATGTTGAAGACCTACTGAGCTTCACATGGAGAAACTGGAGGGAGGGAACAGCTGTAAAAATTGTAGATCCATCATTGAACAACAATTCAGTAAATGAAGTGATGAGATGCATTCATATTGGTTTGCTCTGTGTTCAAGAAAACATAACTAATAGACCAACCATGGCGACCGTTATGCTCATGCTCAGTAGCTATTCTCTCAGTCTTCCCATCCCTTCTGAACCTGCATTTTATGCCCACAGTACAACTAGAAGCCTTCCAGCCACGTATTCATGGGGACACAGTTCAAGGGCAACAACAAACAAATCTGCTCAAGAGTCAGAAAATGAGAATTCAATAACTGAGCTGTACCCTCGCTAG


Promoter Sequence:
>Vu_31129::LG8:44619219-44621219(+)
TATGTATGGCTAGACTCGTCTAATTTGTGCATCGACAAATTTGTCTAATATATAATATTAAACTCGTTTAATTAATATATGAACACACTCATCTAATGTGTATCTGATAATATTATTTTCTACCTTTTTTATTGGTGTTAAGTTTTGTGAATAAAATCAACTCTCCATACCTTTTATCTTGTTTTTGTATTGTTTTGTATTTTAGTTGTTTTATACTTGTTTACCTCTAATTTTTATTTACAGTGTGTGAAATAAGTCAATAGAAAATAATTCTGGTGGAGAAAACTAATTGGAACTCAAGGAAGCATGTTTGAACAAAAAATAATAATTTTCAAACAAATATCCATGTTGAGAGGCGCTATAATCACACTCATTGCTACAAACAAGAAGAAATGACTTACCTATAGGGTGATAATGTCATGGATCATTCCTATACAACCAAAGAACTACAATTGGATGTCAGGTTGTGTGGTTGGGCGAGCTAGCTACTCGGTGGGCAAAAATGTGAGTCAGTAGGTGAAAATACAATTTGTCCAACAAGTTACAGGTTAAAAAGCATTAACTTTTTAAGTCTTATTAGGTGAGAATGAAGTCGAGAATGTTGACTCTAATACATGAACAAGTATTTAATCATATTTCTACAAGGGTTTTAAGGTGATTCCTCATTTTATATGAAAAAAAAAAATCTTAGGTGTTGGGAAATGCTCTTGCATGCTATTAGGGGTGCTGGTAAACTCTTCTTTCTCTTTTTTTTAGGTCTTTTTCGTCCATGGAATTTTTTTTTAGATTGGAGAAACATGAAACAATTTCCTAAAACCTTGGAAAATGGATTGCTTCTACTTTATGGTTCTAATTTTTTCCAAATTCTTCAATTTTGTAAAATCTTAGGTTTTCCACTATGGAGAGTTATTTAAATATGTTAAAATTAGATGAAAAATATTAAATTCTTGTTTAAGATTGTGTTGTTATTATATATATATATATATATATATGTGTGTGTGTGTGTGTGTGTGTTTGAATTTAAGTTAATATATGATTTTGTGTTTAATGTTTGATGTTGATTGTTTCTATGTTTGATTTATGATTTTTGAGGTGTTGGAAAAATATTTTTAGAATCTATACTTAAAATTAAATACTTAATAAATGTTTGTATAGAAGAATATAACTTGATTTACTAGTAATGTTAATTGACAATTAGAATATTTATCAACAAAATAACCATAAACAAAAAGCTAATTTTCCAATTATATTTTTTAATAAATTAATTTTCAATAAAATTGTTTACATTTTAAATAGGTTGGTCGGCATTTGATTGAAACTACTTAATAATATTTATGTAGTTTTTTCACTGTTCATCACATGCGGAAAAGGACGCTTCTCTCCTAGTTTACAGACTAGAAAATACATTTTATTAAATTTCAATTAATTAATATTTTTTCTATGAAAAAATCAACATCTAAAAATAATTTTAATTTCTATTAAATTTTTTGTTTTTATTTCACTTATTTTAGTTGCCATCCAACGATAATGCTAATGACTCAGTCATCACATTATTTTATTGTCTTTTCTTTGCTCTTTCGACTCCACTTTACTCGCCGCTGCTTGTCCGTAAGCGTGGGCTAATTGATTTATAATTTTTGTAATTTTCCGCGTACCGCTGATGAAGATAGGTCTGAACATAAAGCCTTATTTAAACAAAAAACTCACCTACTTCTTTGCTCTCAGTATATTTAAACTCTTCTTAGTGTCTTTATTTGCTCTTCAAGTGTCATTTCATAAGAATATAAAGAATGCTAAGAACTTAGATATATATTACTTACCAGAAGAGAAGCTAATGTAAAATTAGTTTATTACGATTAAAATATATAAAAATCAGACAACGGCTTATAAAATATATAACATTAAATCACAAGTAGACCAAGAGAATGATCGTGGAAATGATAGATGGAAGAAAGATTATAAAGTGACACAAGCAATCTTTAGCCAAGAGACATTATCGA


Gene Sequence:
>Vu_31129(+)
ATGGCCATACCTATGGCCGCTGTTTCTTGCATGCTTGCTTTTCTTCTCTCTTGTCTAATATCTAGAGCCAGCGCCCAGGTTACCCACAAGTACTGTGATAACAAGGAAGGGAACTACACAATCAATAGCACCTATCACAACAATCTCAACACCCTTCTATCCAAGCTTTCTTCCCACACAGAAATTAATTATGGTTTCTACAACTTCTCATATGGTCAAAACAATGACAAAGTAAACGCCATTGGGCTGTGCAGAGGAGATGTTGAGCCAGATAAGTGCCGCAGGTGCCTCAACGATTCTGGAGCCACGATCACACAGCTTTGTCCAAACCAGAAAGAGGCATATTTGTGGTTGAAGACCAACGAATGCCAGTTGAGTTATTCCCCGCGCTCAATATTCGGTGTCGTGGAATCTTCTCCTTCGTTCTACATGAAGAACAGAAACAATGTAACGGAACCGGATAAGTTTAACCAAGCCCTCTCCAACTTAATGAAGAATCTCACAGCCGTGGCTGCATCAGGTGACTCTCGTCGTAAGTATGCTACGGGTAGGGCTATTGCATCAAATTTTAAAACCGTATACGTATATGGTCTTGTGCAGTGCACCCCTGATTTGTCTGAGATAGGCTGCAGTTCATGCTTGGAAAAGGCTATCTCAGAAATCCCATCGTGTTGTGTGAACGCGATAGGTGGTAGAATTCATGGACCAAGTTGTAATATTAGATTCGAAAGCGATTTGTTCTACGATCAAACGCCTAAATTAGACACTGACGTAACAGCACCATCTCCATCACCTCCTTCCTCCCTGAATAACACTTCCCCCGAAGGTACTTGTCATTGTTAGACTTTTTGATATTTTATCATCCTTAATGCTTGAAATGCCTCACCCAGCATAAAATTCTTGTTTTTTTGCAGGAAGGAACAACACGGTAATAATTGTCATTGCCGTTGTTCTTTCTACTGTTGTTGTTGCTTTCGTTTCCCTCCTTTGTCTCTGCAGTCATTTAAGGAGGAGGAAGGCAAGAAAACGTTTAGCAGGCAAGTTCTTAGTATCTAGTGCATATATGATATGTCATAATTTATAGTATTTTTTCCCATAAATGATAATTGCTATTTGACTACTTAGAATCTATCAAACATGTGAATTTAATCAATCTAGTGCATATATGATATGTCATAATTGCTATTTAACTCACTATTTTAAATTTGTTTCCCATGTGAAGTTAATCACGATGATGATGACATTGAAATTGCTCAGTCATTGCAATTCAACTTCGACGCATTACGCGTTGCTACAGAAGACTTCTCTGATTATAATAAACTTGGACAAGGTGGATTTGGAGCTGTTTACAAGGTAAATGACCCTGTCGAGTTCAGACACACATCGTGTTTTAATCAAAACATGCTAAAACATTAACCGGACAGAGATTTGTAATTTCAGGGTAGGCTCCCCAATGAACAGATGATTGCGGTCAAAAGGTTGTCAAGTGGATCCAGCCAAGGAGACACAGAGTTTAAGAATGAAGTGCTTTTAGTGGCCAAGCTTCAGCACAGAAATTTAGTCAGACTACTTGGTTTCTGCTTGGAAGGAAGAGAAAGGCTACTCGTCTATGAGTTTGTTCCTAACAAAAGCCTTGATTATTTCATATTTGGTAGGTCTTAATGATACCCACACACACACATATATCAAAACGCACACATGTATATATACCACTAAAACTCTAGGTTGTACGCAGATCCAGCCAAGAAAGCACTGTTGGATTGGGCAATGCGATACAGAATCATAAAAGGTATTAGCCGAGGGCTTCTCTACCTTCACGAAGATTCTCTTCTGCGTATTATACATCGTGATCTCAAAGCAAGCAATATTCTCTTAGACGAAGAGATGAATCCTAAGATAGCAGATTTTGGCATGGCAAGACTGGTTTTACTGGATCAAACTCACGCAAATACAGATAGAGTTGTGGGAACCTAGTAAGTACTGCCACCTAATCATAATCATGTACTGTTACTAAATTCTTAAGAGTATGACTTTGTTATGAATATCATTAGGAGCTGAATGAAAAATTGTGATAGTGGAGAGATTGACTAATTCAACCTATCTATGTTGGCTTGCAGTGGATATATGGCACCGGAGTACATAACGCAAGGACAATTTTCGGTGAAGTCAGATATCTTTAGTTTTGGTGTACTGCTTCTTGAGGTCGTAAGTGGCCAGAAAAACAGTAGCTTCCGTCATGGGGAGAATGAAGATCTACTGAGCTTCGTAAGTGCTATTTTCTCCTTATTATTTATTTTTCATTAAAAAATATGTATTAGAAAATTACATAGCCAACACATTGGTGGAACCAGTGACTGAAATAACAAATATTTGCAGACATGGAGAAACTGGAGGGAGGGAACAGCTGTAAACATTGTAGATCCCTCATTGAACAACAAATCAGTAAATGAAGTGATGAGATGCATTCATATTGGTTTGCTCTGTGTTCAAGAGAATTTAAGTGACAGACCAACCATGGCGACCGTTATGCTCATGCTCAGTAGCTATTATCTCAATCTTCCTATCCCTTCTGAACCTGCATTTTATGTCCACAGTACAACTAGAAGCCTTCCAGCCACGCGTTCATGGGGGCACAGTTCAAGGGCAACAACAAACGAATCAACAAGCAAATCTGCTGAAGAGTCAGAAAATGAGAATTCAATTCGTTAAACTCTTTTTGACTTTACGATTCCTAATCTGCACATTTTTAACTTGATCCACTTCTGATATATAATCTTGTTCTCCTTAAACTCCACTTCTTTTTAAAACCATAAACCACCCAAAATCGAATTGAAACAATCAAACCTCCCTTTTGATCACACCTCAAATCTTTGAAAGAACAACACCATCTCTTCTTTCCTTACAATTATCAAACATCTTGGATTCCCATAGCACTTGCTTCCATCTTTCGTTCAACTACACTTGATGAACCACCATCTCTTTCATTCCCTATCAAGAAACCACTCCATATAAACTTCAAACCTGAGCCTTTATATTAACTCCACAAACATCACATCACTTAAAATTCTTGATGCACTCATCCCAGCCAAATTAACGTAAAATCTTGTTTTTCAAGAATTTCCATTTTCAACACAGAATCTTCAAAAATACAAACCATATCTTTAATCCACTAAACCTCAAAATACCATTAACCAACAACACCAAACCTCTGACCTTATCTAAACATACCAATTCTCTGCCTTTAGCAACCCATCATTCAACATCCACCCCTATCTTGATCAAACTTTGTCGGTCGATAAACATCACCATAAAACCACACCTAATGAAAATTGACTTTACCACCACATGCAACTTCATAACTCTGAATGTCTCAACCAACCATCACTAATACATCGATCCATGTTACCAATCTCACACAATGTCACTCCGTTTCTCACCAACACTTCCCTTTCTTTTGACTTCTGACGTTACTGATATACTAAACCAAACTGATTTCTCAAACCTTGCTACATCCATGCTTATCCAAAGCTTCTCTTAATCTAGCCTTGGAACTCAACCCCTTCTTGTGAAACGTACGATATATGACCTTCTGACTTCTGACTTTACAAGCACAACACTCTTTAGAGGAAACCCCAAAACAGTACTCTTGCACAGAAGCAAGTTCAACAGGATCTACAAAACGTCAAATTGGGTACAAGAGAAACCATGAACCAGAATAGAAGAGCTTGCTCCACCCATGAGTAAATATTTCGTAGTAGCCTCATTAGACAGTACATCTTTCTTGGTATATCCAGATAGTAGATAGGAACATAAACTAAAACATTCTAGAGCTACAAAGATAGTTATTAAATCGTTAGCGCCGCATAAAAACATTCCTCCTAGAGTAGTTGTTAATATGAATAAGAGAAACTCTGTTATAGCCATTTCTGTACATTCAATGTACTCTACGGAAGAGTTAGAATAGATAAAGAATCTAGAGAGGAAAACCATTGACTACATGCAACTAGAAAATTGCATGCCCTAGGTTCAAAGGAAAAAGTGGAGAAACTGACTTACCCGTCCAAATAGAAATCTAATCGGATAGAAGGGAAGCTCTCAACTCCGTGAGCGAAAGAACACCACCTATTTAAAATTTTAACGGTTCAAATGAGTGTAAGGGTAGAGAGAACGCACAACAAGAAGGAGAAAATGGAGATGAGTTTAGAGAGAGAAAGGGGAACTGGAAAATGAACTCAGAGTTGGAAAAATGAGGCATCTTCTGAGGTCCTAGTGCCCTTAGCTTCTTGGGCCAGGCTGCAGGGCCCAGTAGCCTTACATTTTCAGGCTCTTACAATAAGTATGTAAAATTATAAAGATTAAAATTGTAAATACAAGATATAAGATGTGAAAAAATATAGAATAAATTCTTTAAAAACATAAAAGATAGACTACGTAAAAATACATAAAATATATTTGTTATAAATAAAAATCAGTGTAGAAATATTATATTTGTCTAATATATTTTTGTTAGACTCCTCTAATCAGTGTATCAATAGATTTATCTAATATATTAATACCAAACTCCTTTATTCAATATATCAATATATGAACATGTTCATTTAAGATATTTGATAACATTATTTTCTACTTTAATTGGTATTAAGTTTTGTGAATAAAATCAACTTTACCATGACTTTTATCTTATTTAATCTTTAACTTTATCTTATTTTTACATTGTTTTATAGTTGTTTATCTCTAATCTGTATTTTGAATATGTGAAATAAGTCAATAAAAAACAATTTTTGAAAACTCTTCTTTCTCCTTTTTAGGTTCTTCTCTTTCCATGGAGGGTTTTCTCTTTTTTCGTTGGAGAGAATGATGCAAACGAGAGATGTGATTGAAACATGCAGCAGTTTCCAAAAAGCTTGAGAGAGGTGTTTTACTTCCAATTTCTTCCAAATTCTCCAATTTTGTAAAATTCTCCATCATAGAAGGTAATTTTTATTTGTTGAGTTTAAATGTAAAAGAATTTTTATGTAAAATTGTGTTGTTAATATATATATATATATATATATATATATATATATATATTTAATGTTTAATTTATTATTTTTTGAGATAGTAAAATATATCTTTAAAATCTATACTTAAAATTAAAATTGAATATTTAATGGATATTTATATTAAATAATATAACTTGACTTATTAGTGATCTTAATTGACAATTAGATTATCAACAAAATAACTATAAAAAAAAAAAGCTAACTTCCTATTATTTTTTTACTAAATTATTTTTCAATAAAATTGTTTACATTTTAAATAGGTTGGTCTGCACTTAATTTGAAACTACTTAATAATATTTATGTAGTTTTTTCGCTGCTTATCACATGCAAAAAAGGACGCTTTTCTCGTAGTTTACGGACTAGAAAATACATTTTATTGTGATCTATTCTAGCCTCGTTTACGAAGATATTAATACATATTACGTTCAACTTTTTCGAAAACAGAATTAATTAATATTTTTTCTATGAAAAAATCAATATCTAAATAACTTTAATTCCTATTAAATTTTTTGTTTTTATTTCATTATTTTAGTCGTCATCCAACGACAATGCTAATGACTCAGTCATCACATTATTTTATTGCAAACCAGGGGCTTCCCCTCATTCTCCGCTTTTCCTTGCTCTTTCCACTCAACAACAGTTTACGCGCCGCTGCTTTTCTGCTCATCTGTCCGTTAGCGTCGGCTAATTGATTGATAATTTTTGTAATTTTCCGCGTACCGCTGACGAAGATAGGTCTGAACATAAAGCCTTATTTAAACAAAAAAGTCATCTACTTCTTTGCTCTCAGTATATTTAAACTCTTCTTAGTGTCTTTATTTCCTCTTCAAGTGTCATTTCATAAGAATATAAAGAATGCTAAGAACTTAGATATATATTACTTACCAGAAGAGAAGCTAATGTAAAATTAGTTTATTACGATTAAAATATATAAAAATCAGACAACTGGTTATAAAATATATAACATTAAATCACAAGTAGACCAAGAGAATGATCGTGGAAATGATAGATGGAAGAAAGATTATAAAGTGACACAAGCAATCTTTAGCCAAGAGACATTATCGATGGTCATACCTATGGCCGCTGTTTCTTGCATGCTTGCTTTTCTTCTCTCTTGTCTAATATCTAGAGCCAGCGCCCAGGTTACCCACAAGTACTGTGATAACAAGGAAGGGAACTACACAATCAATAGCACCTATCACAACAATCTCAACACCCTTCTATCCAAGCTTTCTTCCCACACAGAAATTAATTATGGTTTCTACAACTTCTCATATGGTCAAAACAATGACAAAGTAAACGCCATTGGGCTATGCAGAGGAGATGTTGAGCCAGATAAGTGCCGCAGGTGCCTCAACGATTCTGCAGCCACGATCACACAGCTTTGTCCAAACCAGAAAGAGGCATATTTGTGGTTGAAGACCAACGAATGCCAGTTGAGTTATTCTCCGCGCTCAATATTCGGTGTCGTGGAATCTTCTCCTTGGTTCTACATGAAGAACAGTAACAATGTAACGGAACCGGATAAGTTTAACCAAGCCCTCACCAACTTAATGAAGAATCTCACAGCCGTGGCTGCATCAGGTGACTCTCGTCGCAAGTATGCTGCGGATAGTGTTGATGTTTCAACTCTTCAAACCATATATGGTCTTGTGCAGTGCACCCCTGATTTGTCCGAGACAGACTGCAATAGATGCTTGGATGGGGCTATATACGAAATCTCATCGTGTTGTGCGAACAAGAAGGGTGTTAGAGTTGTTAGACCAAGTTGTAATATTAGATTCGAAACTTACAGCTTCTACGATCAAACGCCTAAATTAGACCCTGATGCAATACCACCATCACCATCATCTCCTTCCTCCTTCAATAACACTTCCGCCAAAGGTACTTGTTATTGTTAGACTTTTTGATACTTTATCATCCTTAATTGTTGAAATGCCTCCCTCACCCCGCAGAAAATTCTTGTTTTTTCAGAGAGCAAAAACACAACAATTGTCATTGCCGTTGTTGTTCCTACTGTCGTTCTTGCTGTCGTTTCCCTCCTTTGTCTCTGCAGTTATTTAAGTAGGAGGAAGGCAAGAAAACGTTTAGCAGGCAAGTTCCAAGTATCTAGTGCATATATGATATGTCATAATTTACAGTATTTTTTCCTATAAATGATCATTTCTATTTGACTACTTAGAATCTATCAAACAGACAAAATTATTTTTTTAATGATTGAAAGCATGAGTAAAGTTGCCGCTGAGAATGTAAAAAGAGAGGCTTATATACCCTTTGTGTGCTGTTTCAGAAATTGTACCACCCGATTTCAAATTCTGACTGCACTATTGTGGTTGTGTTGTAACATATTTTAAAAACTCACTATTTTAAATTTGTTCCCATGTGAAGTTAATCAAGATGATGATGACATCGAAATTACTCAGTCATTGCAATTTGACTTCGAGACAATACGAGTTGCTACAGAAGACTTCTCTGATTCTAATAAACTTGGAGAAGGTGGATTTGGAGCTGTTTACAAGGTAAATGACTCTGTCGAGTTCAGACACACATCGTGTTTTAATCAAAACATGCTAAAACATTAACCGGACAGAGATTTGTAATTTCAGGGTAGGCTCCCCAATGAACAGATGATTGCGGTCAAAAGGTTGTCAAGTGGATCCAGCCAAGGAGACACAGAGTTTAAGAATGAAGTGCTTTTAGTGGCCAAGCTTCAGCACAGAAATTTAGTCAGACTACTTGGTTTCTGCTTGGAAGGAAGAGAAAGGCTACTCGTCTATGAGTTTGTTCCTAACAAAAGCCTTGATTATTTCATATTTGGTAGGTCTTAATGATACCCACACACACACATATATCAAAACGCACACATGTATATATACCACTAAAACTCTAGGTTGTACGCAGATCCAGCCAAGAAAGCACTGTTGGATTGGGCAATGCGATACAGAATCATAAAAGGTATTAGCCGAGGGCTTCTCTACCTTCACGAAGATTCTCTTCTGCGTATTATACATCGTGATCTCAAAGCAAGCAATATTCTCTTAGACGAAGAGATGAATCCTAAGATAGCAGATTTTGGCATGGCAAGACTGGTTTTACTGGATCAAACTCACGCAAATACAGATAGAGTTGTGGGAACCTAGTAAGTACTGTCACCTAATCATAATCATGTACTGTTACTAAATTCTTAAGATTATAACTTTGTTATGAATATCATTAGAAGCTGAATGAAAAATTGTGATGGTGGAGAGATTGACTAATTCAACCTATCTATGTTGGCTTGCAGTGGATACATGGCACCGGAGTACATAACGCAAGGACAATTTTCGGTGAAGTCAGATATCTTTAGTTTTGGTGTACTGCTTCTTGAGATCGTAAGTGGCCAGAAAAACAGTAGCTTTCGTCATGGGGAGAATGTTGAAGACCTACTGAGCTTCGTAAGTGCTATTTTCTCCTTATTATTTATTTTTCATTAAAAAATATGTATTAGAAAATTACATAGCCAACACATTGGTGGAACCAGTGACTGAAATAACAAATATTTGCAGACATGGAGAAACTGGAGGGAGGGAACAGCTGTAAAAATTGTAGATCCATCATTGAACAACAATTCAGTAAATGAAGTGATGAGATGCATTCATATTGGTTTGCTCTGTGTTCAAGAAAACATAACTAATAGACCAACCATGGCGACCGTTATGCTCATGCTCAGTAGCTATTCTCTCAGTCTTCCCATCCCTTCTGAACCTGCATTTTATGCCCACAGTACAACTAGAAGCCTTCCAGCCACGTATTCATGGGGACACAGTTCAAGGGCAACAACAAACAAATCTGCTCAAGAGTCAGAAAATGAGAATTCAATAACTGAGCTGTACCCTCGCTAG