Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Viun8g00913 ATGGACCGAAACAAGAGCCGTACCGATCTACTCGCAGCTGGCAAGAAGAGGCTCCAACAGTTTCGTCAGAAGAAGGACAATAAAAGTGGTAGTAGCCGTGGAAAATCATCAAAAAAAGCTGGTTTACCTCAGCTAGTTGATTCTGATTCTGATGCTGCAAGTAGTGTCTCAGTTTCAACAGCATCGTCTCAGAGAACTGATGGAAATGTTGAAGACGACAGTCACTCAAGTGTGGTTAATACAGAAACATCAGAGTCACAGTCTGTGGCAAACTCGTTACCTCCAGACAATATTGATCCATCTGTTGTTTCATCATCAGTCGTCACTACATATAATACGGGTGATGAATCTGTATTGGATTCTAATGCTGAGCCAGCACATCAGGTTCCTGGGATCTGTGAGAAAGATAATGAGTCATCTGCCCAGGTTCAAGGGAATATTGCTGAAGACATTGAAGCTGATGTGGCAGAGAATGTGTCTTTGAGTACTTCAGGTAGCTTGGTTCCTGAAGGAGGAGAAACACATGATCATACATCTGCACCTGTTTCCATTTTGTCCCAGCCTGCTCCTGGTACAACTGTTGTGGGTGAGTCTGTTTCAGAAAGAGAGGGTGAAAAGAGGGAAGAATTGTTGCTTTTATCACAGGGTATTCCGAATACATCTGTGATGCAAACAAGGGAAGATCAGGTAACAGATTTAGGGGCAATGCAGGAGGCAGATGGTTTGGTCATGAAGAAATTTTTTCAAAGCCCTGATTTGGTGATTGATGGTCAGAGGGAGCTTCTTTTGTCTGAAGTTGGTGAGAATGACCAGTCTCTTCCGGGAATTTCTTTGGAGAAAGCTAGAACTGAGGAGGTGTCTCATGAAGCTGAACAACTGAGCAAGTCAATTGAATTGCTCTCTTCTCACGAGGACATTGTGTCAGATAAGCTTTCTGGTTTCGATAAAGGCCAAGGTGATGATATTGCAGCATCAGGGACTTCAGATCTGGAGAGAGAAGTATTACCTAGTTCACATCATGAAGAAATTTTCCTCCAGTGTAATCAAGAACAGAATAGTGAAGTAGTTCTCATTGAACAGGATGGGGGACTTCCGGAGGGGTTTAATCAGCAATGGCCTCGTGATGGACTTGCAATTGAGGATCCAAAGTCAAGGGGAGCTCATGAGTTTGATCCATCCAGACCATTGGATGTGCCTTCTGTTCTTGATGCAAACTCCATTAACCTGTTGCAGCTGGCTGAAATTATTAAGGGGCTTAATGAAGAAGAGTGTCAGTTTCTGATTGAGGCAAGAGTAGCAGAGACTGATTTGGATCCTTTAGCCAGTCGTTCAATTCTATCGGACCATGACATTTCAGAAGCATTTCAGAGTCTCAAAGAAGAATTGTTTCTTGAAAATTTAATGAAAAATATATTTAACACTCAACTAGCTGAACTGCTGGAGTCTGATAACCAAGGTCACCAGTTGGTTGATGAAATATATCAGCTTCGTGCTTCTTATAATGAAGTTAATGAGAAGAATCAATACCTTAGTGAAGAACTTCATAATAGCCGTGTTGATCTACAAGATATTTCTAGCAAAAATGTGGAACTGCAAAATCAATTTAATGCTGCCATGGCTGAGGTGGAAGCTCTTTCTGCCAGAGTGCTTGAGCTGCAGAATAATTTTGATATGTCTCAAAAAGATTTTCTGGAATTATCCAAAGAGTTGGCTGACTGCAGAGGCTTGATCTCAAGTTTACAGGTGGAAAAGAAGGGCATGAATGAAACTCTTGATTTGACAAATGGTGAGAAAAGTAAACTTTTGGAGGAGAAGGAATTTCATCTATTTGAAATTAAGAATCTGGTGACTGAATTAGCTGACTTAAGGGGTTCGATGGAAGGAGTAAAACTTGAGAAGTCTAACTTAATTGACAGGATCTCTTCTGTGACCGAAGATAGGAGTAAGATTGAAGAAGAAATTGAGCATCTCAAACATGAGATTGATAGGCTGTCATTAGATTTGGTTGAGAATAAAGATTTGGTGGCAAGTCTACAGGCAGAAAATTCCAACTTAAATGGGAACCTTACATTTTCAGGTGATAAGATGAAAAATCTTGTAGATGAGAATCATAGACTCTCTTCTCAAATCATTGCTTTAAATGAGCAATTGTCTATTGAAAAGGGGGAACGATTGAGGTTTGAAGGTGACCTTAAAGAAGCCACAATGCAGTTGGAACAAATTTCCAAGGAAAATGTATTTCTCAACAACACTTTGGATATGCATAAGGCCAATATAGAAGACACTGGAAAGGAACACAGTCAACCACTATCTCAACCCAGGGACCTTGGGCATCAAGGCAATGTTGTATGTGAACAAAGAAAGGGCGTTGAAATTGCAATTACTGAAGATTATCTGCATATAGACCAGGAGCCTGATGAAGGTGCACCAGTGGGGCCACATCTGAATAGACATGAACGTGAAGTATTTGATGATGATCTTGGGTTTGTTTCATTGAAGGAATGCTTGGATGAGGCAGAGAAAGTTTTGACTATGCTTGAAAATGCAGTTAATGAGTTGCATTCTCATTCAGTATCCTCCAGCAGATCTGGTGAAAAGGTTTCGTCACCTGTGGTTTCAAAATTGATACAGGCTTTTGAAACAAAAGTACATGAAGATGAGCATGAAGGGGAAACAAAGGATTCCAGTTTTCTTCAGTCATCATCAAACTCATTTAAGTTGACCAAAGAACAAATTGAAAATTTGAAAAAATTGCTTTCGAAGTGGAAACTGGATGTTCAGACTGCGGGTGCATTATTCAAGGGGGAGCGAGATGATCGGAAAGCTGGTGATGCAAAATACAGTGATCTTGAGGACCAGTTTGAACAATTGAAGCAACATTGTTCAGATTTGGAAGCATCCAACATTGAACTAGTTGTTCAGTATGAAACCATGAAGCAACTTCTGGGTGATATTCAAGGACAGAAATCTCTTCTTGAGAAACTCTGTGACACTTTAAAGCAAGAAGATGCCCGTCTCAAAGCCAAAAATAATGAACTTTATGAGAAGCTTGGACATTGTCAATCATCAATTAGTGAATTGCATACTGAAATGAATGATGTGAAACAAATTTCAAGTGAAATGGCTTCTAGTGTTGGCAGTCAACTAGAAAATTTGCAGAAGGAGGTGACAGAGAGGGCAACCCTACTTGAGCAAGGCTGGAATATGTCCATGGCCCAAATTGTTGAGTTAGTTGGGAAGCTGAAAGAATCAGTTGGTGGAATTATGAGCACAACTTTCTCTTCTGACACCCACAGTAACCTGGATATCACTCATCAGTTAGAAGTTTCAGTTCATGCTGCTGCTGAAATGATTTTTGATCTGCAGAAGAAACTTGAATCTACAAATTCAGAACATGAAATAATGTGCACATCATATAAAGAAATGAGTTCAAAATGTGATGATCTGCTTGGGAGGAATGAATTGGCTGTTAGTCTATTGCATAAGATGTACAGTGACCTGAGTAAACTTGTACTCGGAAATGGCAGGACTATGGATGATAAGATAGATGTACAAAGTGAAGTGCTTCCTGAACTACTGAACTATAATAGCTTTCAGCCCATATTGAAACGTATTGGGAATATATTGAATGAGAAGCAGGAACTTGAGTCTGTTACCAAGGAGATGAAGTCGGAATTGATGCATAGGGAGACAGAATTGGAAGAATTGAAGATGAAGTGTGTTGATTTAGATTCTGTTAGTAAGCTAATACAAGATCTGACAGGTGTGCTAAATGCAGATGTCCCAAAGATTGATATGAATAAATCTCCCCTTTCATGGTTAGATTCTTTAGTGTCTAGTCTTGTACAGAAAATGCGAGAGGCTGAAATCCAGCATCACACGACTAAAGAACTATATGGATCCAAGGAGATGGAATTGGCTGAATTGAAGGAAAAAATGCATTATCTAGACACACTTCGTCTTGAGAATGAAAATGAAATCCATGTTCTGAAGGAAAGCTTATATCAGGCTGAGGAAGCTCTTGTTGTTGCTCGTTCTGAATTACACAAGAAAACAAATGAACTTGAGCATTCAGAACAGCGGGTGTCCTCCATCCGTGAGAAACTTAGTATAGCTGTTGCCAAGGGGAAAGGGCTGGTTGTTCAGCGAGATGGCCTCAAGCAGTCCTTGGCGGAGACATCCAGTGAATTGGAGAAATGCTTGCAAGAGTTACAGTTGAAAGATACTAGACTGCATGAGCTTGAAACAAAACTTAAGACATATGAAGAGGCTGGTGAACGTGTGGAAGCTCTGGAATCTGAGCTTTCTTATATACGGAATTCATCTAATGCTTTGAGAGAGTCATTCCTCCTTAAAGATTCAATGCTTCAGAGGATAGAAGAGATAATGGAAGACTTAGATCTCCCAGAGCAGTTTCATTCAAGGGATACAATTGAGAAGATTGATTGGTTGGCTAGTTCAGTTTCTGGAAACTCATTGGCAATGAATGATTGGGAACAGAAAGATGCTGTGGTAGGAGGCTCATACTCTGATGCTGGTTATGTAGCCAGAGATTCGTGGAAAGATGACAGTCAGCTACAACCAGATTCAGATGATTTTAGAAAGAAATTTGAGGAGTTGCAGAGTAACTATTATGGGTTGGCTGAGCAAAATGAAATGCTGGAGCAGTCATTGATAGAAAGAAACAGCTTACTACGGAGATGGGAAGAGCTTGTAAATAGTGTTGAAATGCCTTCACATTTGCAGTCTATGGAGACGGAGGATAAGATTGAATGTATATGTGCAGCACTTACTGAGGCTAATCGTCATATAGATGCTCTACAACTGAAGATCGAAAAATATGATAGTTATTGCGGAATGCTAAATACCGATCTGGAAGAATCTCAAAGGATGGTGTCTACTTTTCAAGAAGACCTTAGTGCTCTCACATCTGAGAGAGGGAACCTTTCTGAAAAAGTAGAGTCTTTGGTCCTTGAGAATGAGAGACTATCATTGCAAATAAGGGAGGCTGAACTTGAGAAAGAAAAGCTGATTAAGGAAATGACTATTGTGAAGAACAAGTTGGAACACAAAACTGCAATTGAAGAACAACTTTTAACTATTGATGGCAAGATCAGAAAGTTGCAGGACTTGGTTGTTGATACCTTATCAGAATCTGATACACAAAATATGGGGTTTGGTGATGCAAATATTGATTCCTTGGAAGAATTGCTGGGAAAGCTCATACAAAAGCTGAAGATGGAACAGAAACTGTCTGCATCGACAAGAGAAACTGAACTTGAGAATGAACGGCTGCTTATAGAAATATCTGGTTTGAAGGACAAATTGGAACACAAAACTGCTATTGAAGAACAAATTTTCACTATTGATGGCAAGATCAGAAAGTTGCAAGACTTGGTTGGTGATGCCATGTCAGAATCGGATACACAAAATATGGTGTTTGGTGATGCAAATATTGATTCCTTGGAAGAATTGCTGCGAAAGCTCATAGAAAAGCTGAACATGGAACAGAAACTGTCTGCATTGACAAGAGAAAATGAACTTGAGAATGAAAGGCTGCTTAAAGAAATAACTAGTTTGAAGGATAAATTGGAAAACAAAACTGCAATTGAAGAACAAATTTTCACCATTGATGGCAAGATCAGAAAGTTGCAAGATTTGGTTGGTGATGCCTTGTCAGAATCTGATTCACAAAATATGGTGTCTGGTAATGCATCTATTGATTCCTTAGAAGAATTGCTAGGAAAGCTCATAGAAAAGCTGAATGTGGAACGGAAGCTATCTGTATTGACAAGAGAAACTGAACTTGACAATGAAAAGCTGCTTAAGGAAATATCTAGTTTGAAGGACAAATTGGAACACAAAACTGCAATTGAAGAACAAATTTCCACCCTTGATGGCAAGATCAGAAAGTTGCAAGACTTGGTTGGTGATGCCTTGTCAGAATCTGATTCACAAAATATGGTGTCTGGTAATGAACCTATTGATTCCTTAGAAGAATTGCTAGGAAAGCTCATAGAAAAGCTGAAAACAGAACAGAAGCTATCTGCACAGACAAGAGAAACTGAACTTGAGAATGAAAAACTTCTTAATGAAATAGCTATTTTAAAGGATAAATTGGAACAGAAAGCTGCCATTGAAGAACAGATTTTCATCATTGATGATAAGATCAGAAAATTGCATGGTTTAGTTGGCGATGCCTTGTCAGAATCTGAAACAGAAAATCTGGTTTCTGGTAGTGAAAAGATTGATTCCTTGGAGGAATTGCTGAGAAAGCTTTTACAAAATCATGCGAATCTTTTGTCAATGAATCCTGCATATGGGGTTGTAGGTGATGGACTCCGTTCACAAAAGGATGATGGTACAGTTTGTGAAGAAAGAAGTATAGATGTGCAGGATAAGGAGGCAAGTATTGATAGATATAAAATAGATCTGGAGAAGTCTTTGAATGAATTGCTGCATGTGAAGGAGGAGAGAGATAGATTTTTTGACAAACAAATATCTTTATCTGGTGAAGTTGAAGCTATGACTAAAAGAATTGAGGAGTTGCAAGGGCTTCTTAATCAGGAGGAGCATAAATCAGCATCTCTCAGAGAGAAGTTAAACGTTGCAGTTAGGAAAGGGAAGTCATTGGTGCAGCAGCGTGACAGTCTAAAACAAACTATTGAAGAGATGACTGTTCAGATGGAGCACTTGAAATCTGAGATCAGCAACCGGGATAATACACTTGCAGAGCATGAACAGAGGTTGGGACAATTATCAACCTACCCAGATAAGTTAGAAGCTCTTGAATCAGAGAGTTTGCAACTGAAGAAACATTTCGAAGAAACAGAGCACCGTTTGCAGGAGCAAGAATATTCTTTGAAACTGATTTTGAACAAGTTAGGTGAGATTGAGGTTGGTGGTGAAGGTTATATTAGTGATCCAGTGAAGAAGTTGGAACAGGTTGGGAAACTATGTTCTAATCTGCATAATACTGTGTCATCTTTAGAACAAGAGTCCAGGAAGTCTAAAAGAGCATCAGAACTCCTACTGGCAGAGTTAAACGAGGTTCAAGAGATGAATGATAGTTTTCAGGAGGAGCTTGCAAAGGTGAATGCTGAACTTGTGGATATCAGAAGAGAAAGGGATTCAGCTGAGGCCTCCAAACTGGAAGCACTTGCACATCTGGAAAAGTTATCATCCTTGCACGAGGCTGGAAAACAGAGCCATTTATCTGATATCATGGAATTAAAATCTATTCTGAACCTTGTCTTCAAAAGCTTTGGTGAGGTTCACAATTTACTGACCAATGCATTTATGTTTGATTTGGAATCTTATCGGAAATTGGAGGCTGGTCTTGAGTCATGCATGAAAGGAAACAATGCTACAAATATGGTGGATTCATTCATCACCAGAGAACACTGGGCATCTTCTAATAAGAAGAGCTCTGTGCCTGCAAATCCTTGGGAAGATTTTGACGCAATTGATCAGTATGATGATGATACCTCTGTTGAAAATCTTCGTCTATTTGGTCATCAACTACAAGAGTTCATGACGAAGGTCAGTTCTCTTAAGGATAAAATAAACATACACTCAAGTTTGGCAGAGGAACTAGACAAAACTCTATCTAAACTAATGGCAAGTATTCAAAGGGAAATGACTTCCCAAAAAGAGTCGTGTGAAACCATGAAGAAAGAACTAAGTGAGCATGATGAGAAACTCGTTGCATTAGGTGGGATCATTGCTTACCTTTATGAAGCATGCAATAACTCTTCCATTGTACTTGAAAATGAAAAAGCGGAACTGTGTGGGACGAAGGTTGAATCTTCAGATCTAGGGATGAGCTTGGAAACTCCTTCGTTTAATGATGACATATCTGAAGAATGTATTAAAACCATGGCAGATAGATTGCTGGTGACTGTGAAAGGGTTTACTAGTATAAAAGCTGAATTTTTAGATGCTAATCAAAAAGAAATGAAGTCTACTATAGCAAATTTGCAGAGAGAGCTTCAGGAGAAGGATGTTCAAAGAGATAGGATTTGCTCAGATCTGGTAAAACAGATCAAGGATGCTGAAGCTGCTGCAACCAGTTACTCTCAAGATCTTCAAGCTTTTAAGATTCAAGAACATAATTTAAAGAAAGAGGTGGAAGCAATTGAGGCAGAAAGGAAGATACTTGTACATAAAGTGAATGAGCTACAGGATAGGCAAGAAACCACTGCTGAATTAGAGGAGAAAATGCGATCTCAGACTGGTTTACTGGCTGCCAAAGACCAAGAAATTGAAGCACTAATGCATGCCCTCGATGAGGAAGAAACACAAATGGAAGAATTGACAAATAAGATTGTTGATCTGGAAAAGGTTGTGGAACAAAAAAATCAAGAGATTGAGAACCTTGAATTTTCTCGTGGTAAGGTTATGAAAAAGCTTTCCACAACTGTCAGCAAGTTTGATGAGCTTCACCACCTTTCGGCAAATCTCCTTTCTGAAGTTGAAAAGCTCCAATCCCAGTTGCAAGAAAGAGATACTGAAATTTCATTCTTGAGACAGGAGGTTACCAGATGCACTAATGATGTTCTTCTTGCATCACAAATGAGCAATAAGAGAAACTCTGATGAGATCTTTGAGTTCTTGACATGGGTTGATATGGTTGTGTCTCATGACGGAGCGCATGAACTACATCCTGATATGAAGAGCAATAGTCAGGTTCATGAATACAAAGAAATACTGCAGAAGAAGCTTATGTCTTTATTGTCAGAATTGGAAAATCTAAGGGAAGTTGTAGAAAGCAAGGATGCGATGTTGCAAGTAGAAAGGAGTAAGGTAGAAGAATTGAATCACAAAACAGAAACTCTTGAGACGTCCTTACACCAGAAAGAACTGCAATTGAATTTGCTTGAAAGCGTGGAAGAAACTGGAAAGGGAGCTAGCACAAGCTCAGAAATTGTGGAGGTAGAACCAGTGATGAACCGTTGGTCACCATCAGGTGCTTTTGTTGCACCTCAAGTACGCAGTTTGCGCAAAGGCAACAGTGATCATATTGCCATTGCTGTAGATGAAAACCCTGGGGGTACTAGTAGGATAGAAGAAGAAGAAGAGGATGACAAAGTCCATGGTTTCAAATCCCTGACTTCATCCAAGATTGTCCCAAGATTTACTAGACCATTGACTGACTTGATTGATGGCTTATGGGTTTCTTGTGATCGGACTCTAATGAGACAACCTGTCTTACGGCTTGGAATTATATTTTATTGGGCCATAATGCACGCACTACTTGCCTTTTTTGTAGTTTAA 9276 0.3944 MDRNKSRTDLLAAGKKRLQQFRQKKDNKSGSSRGKSSKKAGLPQLVDSDSDAASSVSVSTASSQRTDGNVEDDSHSSVVNTETSESQSVANSLPPDNIDPSVVSSSVVTTYNTGDESVLDSNAEPAHQVPGICEKDNESSAQVQGNIAEDIEADVAENVSLSTSGSLVPEGGETHDHTSAPVSILSQPAPGTTVVGESVSEREGEKREELLLLSQGIPNTSVMQTREDQVTDLGAMQEADGLVMKKFFQSPDLVIDGQRELLLSEVGENDQSLPGISLEKARTEEVSHEAEQLSKSIELLSSHEDIVSDKLSGFDKGQGDDIAASGTSDLEREVLPSSHHEEIFLQCNQEQNSEVVLIEQDGGLPEGFNQQWPRDGLAIEDPKSRGAHEFDPSRPLDVPSVLDANSINLLQLAEIIKGLNEEECQFLIEARVAETDLDPLASRSILSDHDISEAFQSLKEELFLENLMKNIFNTQLAELLESDNQGHQLVDEIYQLRASYNEVNEKNQYLSEELHNSRVDLQDISSKNVELQNQFNAAMAEVEALSARVLELQNNFDMSQKDFLELSKELADCRGLISSLQVEKKGMNETLDLTNGEKSKLLEEKEFHLFEIKNLVTELADLRGSMEGVKLEKSNLIDRISSVTEDRSKIEEEIEHLKHEIDRLSLDLVENKDLVASLQAENSNLNGNLTFSGDKMKNLVDENHRLSSQIIALNEQLSIEKGERLRFEGDLKEATMQLEQISKENVFLNNTLDMHKANIEDTGKEHSQPLSQPRDLGHQGNVVCEQRKGVEIAITEDYLHIDQEPDEGAPVGPHLNRHEREVFDDDLGFVSLKECLDEAEKVLTMLENAVNELHSHSVSSSRSGEKVSSPVVSKLIQAFETKVHEDEHEGETKDSSFLQSSSNSFKLTKEQIENLKKLLSKWKLDVQTAGALFKGERDDRKAGDAKYSDLEDQFEQLKQHCSDLEASNIELVVQYETMKQLLGDIQGQKSLLEKLCDTLKQEDARLKAKNNELYEKLGHCQSSISELHTEMNDVKQISSEMASSVGSQLENLQKEVTERATLLEQGWNMSMAQIVELVGKLKESVGGIMSTTFSSDTHSNLDITHQLEVSVHAAAEMIFDLQKKLESTNSEHEIMCTSYKEMSSKCDDLLGRNELAVSLLHKMYSDLSKLVLGNGRTMDDKIDVQSEVLPELLNYNSFQPILKRIGNILNEKQELESVTKEMKSELMHRETELEELKMKCVDLDSVSKLIQDLTGVLNADVPKIDMNKSPLSWLDSLVSSLVQKMREAEIQHHTTKELYGSKEMELAELKEKMHYLDTLRLENENEIHVLKESLYQAEEALVVARSELHKKTNELEHSEQRVSSIREKLSIAVAKGKGLVVQRDGLKQSLAETSSELEKCLQELQLKDTRLHELETKLKTYEEAGERVEALESELSYIRNSSNALRESFLLKDSMLQRIEEIMEDLDLPEQFHSRDTIEKIDWLASSVSGNSLAMNDWEQKDAVVGGSYSDAGYVARDSWKDDSQLQPDSDDFRKKFEELQSNYYGLAEQNEMLEQSLIERNSLLRRWEELVNSVEMPSHLQSMETEDKIECICAALTEANRHIDALQLKIEKYDSYCGMLNTDLEESQRMVSTFQEDLSALTSERGNLSEKVESLVLENERLSLQIREAELEKEKLIKEMTIVKNKLEHKTAIEEQLLTIDGKIRKLQDLVVDTLSESDTQNMGFGDANIDSLEELLGKLIQKLKMEQKLSASTRETELENERLLIEISGLKDKLEHKTAIEEQIFTIDGKIRKLQDLVGDAMSESDTQNMVFGDANIDSLEELLRKLIEKLNMEQKLSALTRENELENERLLKEITSLKDKLENKTAIEEQIFTIDGKIRKLQDLVGDALSESDSQNMVSGNASIDSLEELLGKLIEKLNVERKLSVLTRETELDNEKLLKEISSLKDKLEHKTAIEEQISTLDGKIRKLQDLVGDALSESDSQNMVSGNEPIDSLEELLGKLIEKLKTEQKLSAQTRETELENEKLLNEIAILKDKLEQKAAIEEQIFIIDDKIRKLHGLVGDALSESETENLVSGSEKIDSLEELLRKLLQNHANLLSMNPAYGVVGDGLRSQKDDGTVCEERSIDVQDKEASIDRYKIDLEKSLNELLHVKEERDRFFDKQISLSGEVEAMTKRIEELQGLLNQEEHKSASLREKLNVAVRKGKSLVQQRDSLKQTIEEMTVQMEHLKSEISNRDNTLAEHEQRLGQLSTYPDKLEALESESLQLKKHFEETEHRLQEQEYSLKLILNKLGEIEVGGEGYISDPVKKLEQVGKLCSNLHNTVSSLEQESRKSKRASELLLAELNEVQEMNDSFQEELAKVNAELVDIRRERDSAEASKLEALAHLEKLSSLHEAGKQSHLSDIMELKSILNLVFKSFGEVHNLLTNAFMFDLESYRKLEAGLESCMKGNNATNMVDSFITREHWASSNKKSSVPANPWEDFDAIDQYDDDTSVENLRLFGHQLQEFMTKVSSLKDKINIHSSLAEELDKTLSKLMASIQREMTSQKESCETMKKELSEHDEKLVALGGIIAYLYEACNNSSIVLENEKAELCGTKVESSDLGMSLETPSFNDDISEECIKTMADRLLVTVKGFTSIKAEFLDANQKEMKSTIANLQRELQEKDVQRDRICSDLVKQIKDAEAAATSYSQDLQAFKIQEHNLKKEVEAIEAERKILVHKVNELQDRQETTAELEEKMRSQTGLLAAKDQEIEALMHALDEEETQMEELTNKIVDLEKVVEQKNQEIENLEFSRGKVMKKLSTTVSKFDELHHLSANLLSEVEKLQSQLQERDTEISFLRQEVTRCTNDVLLASQMSNKRNSDEIFEFLTWVDMVVSHDGAHELHPDMKSNSQVHEYKEILQKKLMSLLSELENLREVVESKDAMLQVERSKVEELNHKTETLETSLHQKELQLNLLESVEETGKGASTSSEIVEVEPVMNRWSPSGAFVAPQVRSLRKGNSDHIAIAVDENPGGTSRIEEEEEDDKVHGFKSLTSSKIVPRFTRPLTDLIDGLWVSCDRTLMRQPVLRLGIIFYWAIMHALLAFFVV 3091
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Viun8g00913 3091 Coils Coil 1219 1239 - -
Viun8g00913 3091 Gene3D - 607 775 - -
Viun8g00913 3091 Coils Coil 724 758 - -
Viun8g00913 3091 Coils Coil 1653 1687 - -
Viun8g00913 3091 Coils Coil 2131 2158 - -
Viun8g00913 3091 Coils Coil 1995 2046 - -
Viun8g00913 3091 Coils Coil 2901 2921 - -
Viun8g00913 3091 MobiDBLite consensus disorder prediction 163 193 - -
Viun8g00913 3091 Coils Coil 1383 1434 - -
Viun8g00913 3091 Coils Coil 2936 2956 - -
Viun8g00913 3091 Coils Coil 947 967 - -
Viun8g00913 3091 Coils Coil 2215 2249 - -
Viun8g00913 3091 Coils Coil 2260 2280 - -
Viun8g00913 3091 MobiDBLite consensus disorder prediction 19 33 - -
Viun8g00913 3091 Coils Coil 2540 2560 - -
Viun8g00913 3091 Coils Coil 2341 2382 - -
Viun8g00913 3091 Coils Coil 1931 1975 - -
Viun8g00913 3091 PANTHER COILED-COIL DOMAIN-CONTAINING PROTEIN 158 2008 3046 - -
Viun8g00913 3091 MobiDBLite consensus disorder prediction 179 193 - -
Viun8g00913 3091 Coils Coil 2643 2670 - -
Viun8g00913 3091 MobiDBLite consensus disorder prediction 1 131 - -
Viun8g00913 3091 Coils Coil 1907 1927 - -
Viun8g00913 3091 Coils Coil 696 716 - -
Viun8g00913 3091 Coils Coil 992 1016 - -
Viun8g00913 3091 Coils Coil 1731 1751 - -
Viun8g00913 3091 Coils Coil 521 555 - -
Viun8g00913 3091 Coils Coil 2076 2103 - -
Viun8g00913 3091 Coils Coil 2696 2730 - -
Viun8g00913 3091 Coils Coil 1819 1870 - -
Viun8g00913 3091 Coils Coil 2173 2207 - -
Viun8g00913 3091 MobiDBLite consensus disorder prediction 48 119 - -
Viun8g00913 3091 Coils Coil 1341 1368 - -
Viun8g00913 3091 Coils Coil 2748 2796 - -
Viun8g00913 3091 Coils Coil 1625 1645 - -
Viun8g00913 3091 Coils Coil 832 856 - -
Viun8g00913 3091 Coils Coil 2818 2845 - -
Viun8g00913 3091 SUPERFAMILY Tropomyosin 2142 2371 - -
Viun8g00913 3091 Coils Coil 612 667 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Viun8g00913 Viun-Chr8 9374912 9387463 Tandem
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Viun8g00913 - - vun:114193849 5730.98
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Viun8g00913 8 9374912 9387463 Viun8g00913 8 9374912 9387463 ECH