Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Vimu1g02476 ATGGACCGAAGCAAGAGCCGTACCGATCTACTCGCAGCTGGCAAGAAAAGGATTTTGGTTCCTATCAGAGTTAGGGAAATGTGGTCTAGGGTTTTCGTATCTGAGAAGGGTGGGCTCCAACAGTATCGTCAGAAGAAGGACAGTAAAAGTGGTAGTAGCCGTGGAAAATCATCAAAAAAGGCTGGTTTACCTCAGCTAGTTGATTCTGATTCTGATGCTGCAAGTAGTGTCTCAGTTTCAACAGTATCATCTCAGATAACTGATGGAAATGTTGAAGACGACAGTCACTCAAATGTGGTTAATACAGAAGCATCAGAGTCACAGTCTGTGGCAAACTCGTTACCTCCTGACAATATTGATCCTTCTGTTGTTTCATCATCAGTCGTCACTACATATAATACAGGTGATGAATCGGTATTAGATTCTAATGCTGAGCTGGCACATCAGGTTCCTGGGATCTGTGAGAAAGATAATGAGTCATCTGCCCAAGTTCAAGGGCATATTGCTGAAGACATTGAAGCTGATGTGGCAGAGGATGTGTCTTTGAGTACTTTAGGTAGCTTGGTTCCTGAAGGAGGAGAAACACATGATCATGCATCTGCACCTGTTTCCATTTTGTCCCAGCCTGCTCCTGGTACAACTGTAGCGGGTCAGTCAGTTTCAGAAAGAGAGGGTGAAAAGAGGGAAGAATTGTTGCTTTTATCACAGGGTATTCCGAATACATCTGTGATGCAAACAAGGGAAGATCAGGTAACAGATTTAGGGGCAATGCAGGAGGCAGATGGTTTGTTCATGGAGAAATTTTGTCAAACCACTGATTTGGTGATTGATGGTCAGAGGGAGCTTCTTTTGTCTGAAGTTGGTGAGACTGACCAGTCTCTTCCGGGAATTTCTTTGGAGAAAGCTAGAATTGAGGACGCATCTCATGAAGCTGAACAACTGAGCGAGTCAATTGAATTGCTCTCTTCTCAAGAGGACATTCTGTCAGATAAGCTTTCAGGTTTTGCTGAAGGCCAAGGAGCTGATATTGCAGCTTCAGGGACTTCAGTGAGGAATCTGGAGAGAGAAGTATTACCTAGTTCTTATCATGAAGAAATTCCCCTTCAGTGTAATCAAGAACAGAACAGTGAAGTAGTTCTCATTGAAAAAGATGGGGGACTTCAGGAAGGGTTTAATCAGCAATGCCCTCGTGATGGACTTGCAATTGAGGATCCAAAGTCAAGGGGAGCTCACGAGTTTGATCCATCCAGACCATTGGACGTGCCTTCTGCTTTTGATGCAAACTCCATCAACCTGTTGCAGCTGGCTGAAATTATTAGGGGGCTTAATGAAGAAGAGTGTCAGTTTCTGATTGAGGCAAGAGGAGTGGAGTCTGATTTGGATCCTTTAGCCAGTCGTTCAATTCTATTGGACCATGACCTTTCAGAAGCATTTCAGAGTCTCAAAGAAGAATTGTTTCTTGAAAATTTAATGAAAAATATATTTAACACTCAACTAGCTGAACTGCTGGAGTCTGATAACCAGGGTCACCAATTGGTTGATGAAATATATCAGCTTCGTGCTTCTTATAATGAAGTTAATGGGAAGAATCAATACCTTAGTGAAGAGCTTGATAATTGCCGTGTTGATTTACATGATATTTCTAGCAAAAATGTGGAACTGCAAAATCAATTTGATGCTGCCATGGCTGAGGTGGAAGCTCTTTCTGCCAGAGTGGTTGAGCTGCAGAATAATTTTGACATGTCTCAAAAAGATTCACTGGAGTTATCCAAAGAGTTGGCTGACTGCAGAGGCTTGATCTCAAGTTTACAGGTGGAAAAGAAGGGCATGAATGAAACTCTTGATTTGACAAATGATGAGAAAAGTAAACTTTTGGAGGAGAAGGAATTTCATCTATTTGAAATTAAGAATCTGGTGTCTGAATTAGCTGACTTGAAGAGTTCAATGGAAGGAGTAAAACTTGAGAAGTCCAACTTAATTGACAGGATCTCTTCTGTGACCGAAGATAGGAATAAGATTGAAGGAGAAATCGAGCATCTCAAACATGAGATTGATAGGCTGTCATTAGATTTGGTTGAGAGTAAAGATTTGGTGGCAACTCTAAAGGCAGAAAATTCCAACTTAAATGGGAACCTTGCATTTTCAGGTGATAAGATTAAAAATCTTGTAGATGAGAATCATAGACTCTCTTCTCATATCATTGCCTTAAATGAGCAATTGTCTATTGAAAAGGGGGAACGATTGAGGTTTGAAGGTGACCTTAAAGAAGCCTCAGTGCAGTTGGAACAAATTTCCAAGGAAAATGTATTTCTCAATAACACTTTGGATATGCATAAGACCCAGATAGAAGACACTGGAAAGGAACGCAGCCAGCCACTTTCTCAACCCAGGGACCTTGGGCGTCAAGCCAATGTTGTATGTGAACAAAGTAAGGGTGTTGAAATTGCAATTACTGAAGATTCTCTGCATATAGATCAGGAGCCTGATGAAGGTGCACCAGTGGGGCCACATCTGAATAGACGTGAATGTGAAGTATTTGATGATGATCATGGGTTTGTTTCATTGAAGGATTGCTTGGATGAGGCAGAGAAAGTTCTGACGATGCTTGAAAATGCAGTTAATGAGTTGCATTCTCATTCAGTGTCCTCCAGCAGATCTGGTGAAAAAGTTTCCTCACCTGTGGTTTCAAAATTGATACAGGCTTTTGAATCAAAAGGACATGAAGATGAGCATGAAGGGGAAACAAGGGATTCCAGTTTTGTTCAGTCATCATCAAACTCATTTAAGTTAACCAAAGAACAAATTGAAAGTTTGAAAAAATTGCTTTCGAAGTGGAAGCTGGATGTTCAAATTGCGGGTGCATTATTCAAGGGGGAGCGAGATGATCGGAAAGCTGGTGATGCAAAATACAGTGATCTTGAGGACCATTTTGAACAATTGAAGCAACATTGTTCAGATTTGGAAGCATCCAACATTGAACTAGCCGTTCAGTATGAAACTGTAAAGCAACTTCTTGGTGATATTCAACAAAATAAATTTCTTCTTGAGGAACTCTGTGATACTTTAAAGCAAGAAGATGCCCGTCTCAAAGCCAAAAATAATGAACTTTATGAGAAGCTTGGACATTGTCAATCAACAATTAGTGAATTGCATACTGAAATGAAAGATGTGAAACAAATTTCGAGTGAAATGGCTTCTAGTGTTGGCAGTGAACTAGAAAATTTGCAGAAGGAGGTGGCAGAGAGGACAACGCTACTTGAGCAAGGCTGGACTATGTCTATGGCCCAAATTGTTGAGTTAGTTGGGAAGCTGAAAGAATCAGTTGGTGGAATTATGAGCACAACTTTCTCTTCTGACACCCAAAGTAATCTGGATATCACTCATCAGTTAGAAGTTTCAGTTCATGCAGCTGCTGAAATGATTTTTGATCTGCAGAAGAAACTTGAATCTACATATTCAGAACATGAAATAATGTGCACATCATATAAAGAAATGAGTTCAAAATGTGATGATCTGCTTGGGAGGAATGAATTGGCTGTTAGTCTATTGTATAAGATGTACAGTGACCTGAGGAAACTTGTCGGAAATGGCATGACTATGGATGATAAGATAGATGTACAAGGTGAAGTGCTTCCTGAACTACCTAACTATAATAGCTTTCAGCCCATCTTGAAACATATTGGGAATATATTGAATGAGAAGCAGGAACTTGAGTCTGTTACCAAGGAAATGAAGTTGGAATTGATGCACAGGGAAACAGAATTGGAAGAATTGAAGATGAAGTGCGTTGATTTAGATTCTGTTAGTAAGCTAATACAAGATCTGACAGGTGTGCTGAATGCAGATATCCCAAAGCTTGATATGAATAAATCACCCCTTTCATGGTTGGATTCTTTAGTGTCTAGTCTTGTACAGAAAATGCGAGAGGCTGAAATACAACATCACACGACTAAAGAACTATATGGATCCAAGGAGATGGAATTGGCTGAATTGAAGGAAAAAATGCATTATCTAGACACAATTCGTCTTGAGAATGAAAATGAAATCCTTGTTCTGAAGGAAAGCTTATATCAGGCTGAGGAAGCTCTTGTTGTTGCTCGTTCTGAATTACACAAGAAAGCAAATGAACTTGAGCATTCAGAACAGCGAGTGTCCTCGATCCGTGAGAAACTTAGCATAGCTGTTGCCAAGGGGAAAGGGCTGGTTGTACAGCGAGATGGCCTCAAGCAGTCCTTAGCAGAGACATCCAGTGAATTGGAGAGATGCTTGCAAGAGTTACAGTTGAAAGATACTAGACTTCACGAGGTTGAAACAAAACTTAAGACATATGAAGAGGCTGGTGAACGTGTGGAAGCTCTGGAATCTGAGCTTTCTTATATACGGAATTCATCTAATGCTTTGAGAGAGTCATTCCTCCTTAAAGATTCAATGCTTCAGAGGATAGAAGAGATATTGGAAGACTTAGATCTCCCAGAGCAGTTTCATTCAAGGGATACAATTGAGAAGATTGATTGGTTGGCTAGTTCAGTTTCTGGAAACTCATTGGCAATGAATGATTGGGAACAGAAAGATGCTGTGGCAGGAGGCTCATACTCTGATGCTGGTTATGTAGCCAGAGATTCGTGGAAAGATGACAGTCAGCTACAACCAGATTCAGATGATTTTAGAATGAAATTTGAGGAGTTGCAGAGTAAGTATTATGGGTTGGCTGAGCAAAATGAAATGCTGGAGCAGTCGTTGGTGGAAAGAAACAGCTTACTTCGGAGATGGGAAGAGCTTGTAAATAGTGTTGAAATGCCTTCACATTTGCAGTCTATGGAGACAGAGGATAAGATTGAGTGTATATGTGCAGCACTTACTGAGGCTAATCATCATATAGACGCTCTGCAACTGAAGATTGAAAAATATGATAGTTATTGTGGAATGCTAAATACTGATCTGGAAGAGTCTCAACGGATGGTGTCTGCTTTTCAAGAAGACCTTAGTGCTCTCACATCCGAGAGAGGGAACCTTTCTGAAAAAGTAGAGTCTTTGCTCCTTGAGAATGAGAGACTATCATTGCAGAAAAGGGAGGCTGAACTTGAGAAAGAAAAGCTGATTAAGGAAATGACTATTGTGAAGGAAAAGTTGGAACACAAAACTGCAATTGAAGAACAACTTTTAACTACTGATGGCAAGATCAGAAAGTTGCAGGACTTGGTTGTTGATACCTTGTCAGAATCTGATACACAAAGTATGGGGTTTGGTGATGCAAATATTGATTCCTTGGAAGAATTGCTGGGAAAGCTCATAGAAAAGCTGAAGATGGAACAGAAACTGTCCGCATCGGCAAGAGAAACTGAACTTGAGAATGAAAAGCTGCATATAGAAATAACTGGTTTGAAGGACAAATTGGAACACAAAACTGCAATTGAAGAACAGAGTTTCACTATTGATGGCAAGATCAGAAAGTTGCAAGTCTTGGTTGGTGATGCCTTGTCAGAATCTGATACACAAAATATGGTGTTTGGTGATGCAAATATTGATTCCTTGGAAGAATTGCTGCAAAAGCTCATAGAAAAGCTGAAGATGGAACAGAAACTGTCTGCCTTGACCAGAGAAACTGAACTTGAGAATGAAAGGCTGCTTAAAGAAATAACTAGTTTGAAGGACAAATTGGAAAACAAAACTGTAATTGAAGAACAAATTTCCACTATTGATGGCAAGATAAGAAAGTTGCAAGACTTGGTTGGTGATGCCTTGTCAGAATCTGATTCACAAAATATGGTGTCTGATAATGCACCTATTGATTCCTTAGAAGAATTGCTAGGAAAGCTCATAGAAAAGCTGAACATGGAACGGAAGCTATCTGTATTGACAAGAGAAACTGAACTTGAGAATGAAAAGCTGCTTAAGGAAATAACTAGTTTGAAGGACAAATTGGAACACAAAACTGCAATTGAAGAACAAATTTTCATCCTTGATGGCAAGATCAGAAAGTTGCAAGACTTGGTTGGTGATGCCTTGTCAAAGTCTGACTCACAAAATATGGTGTCTGGTAATGAACCTATTGATTCCTTAGAAGAATTGCTAGGAATGCTCATAGAAAAGCTGAAAACAGAACAGAAGCTATCTGCGCAGACAAGAGAAACTGAACTTGAGAATGAAAAGCTGCTTAATGAAATAGCTAAATTAATGGATAAATTGGAACAGAAAGCTGCCATTGAAGAGCAGATTGTCATCATTGATGTTAAGATCAGAAAATTGCATGATTTAGTTTACGATGCATTGCCAGAATCTGAAACAGAAAATCTGGTTTCTGGTAGTGAAAAGATTGATTCCTTGGAGGAATTGCTGAGAAAGCTTTTACAAAATCATGCAAATCTTTTGTCAACGAATCCTGCATATGGGGTTGTAGGTGATGGACTCCGTTCACAAAAGGATGATGGTACACTTTGTGAAGAAAGAAGTATAGATGTGCAGGATAAGGAGGCAAGTATTGATAGATATAAAATAGATCTGGAGAAGTCTTTGAATGAATTGCTGCATGTGAGGGAGGAGAGAGATAGATCTTTGGACAAACAAATATCTTTATCTGGTGAAGTTGAAGCTATGACTAAAAGAATTGAGGAGTTGCAAGGGCTTCTTAATCAGGAGGAGCATAAATCAGCTTCTCTTAGAGAGAAGTTAAATGTTGCAGTTAGGAAAGGGAAGTCATTGGTGCAGCAGCGGGACAGTCTAAAACAGACCATTGAAGAGATGACTGTTCAGATGGAGCACTTGAAATCTGAGATCAGCAACCGGGATAATACACTTGCAGATCATGAACAGAGGTTGGAAGTGTTATCAACCTACCCAGATAAGTTAGAAGCTCTTGAATCAGAGAGTTTGCAACTGAAGAAACATTTGGAAGAAACAGAGCAACATTTGCAGGAGCAAGAATATTCTTTGAAACTGATTTTGAACAAGTTAGGTGAGATTGAGGTTGGTGGTGAAGGTTATATTAGTGATCCAGTGAAGAAGTTGGAACAGGTTGGGAAACTGTGTTCTGATCTGCACAGTACTGTGGCATCTTTAGAACAAGCATCCAGGAAGTCTAAAAGAGCATCAGAACTGCTACTGGCAGAGTTAAACGAGGTTCAAGAGAGGAATGATAGTTTTCAGGAGGAGCTTGCAAAGGTGAATGCTGAACTTGTGGATATCAGAAGAGAAAGGGATTCAGCTGAGGCCTCCAAACTGGAAGCGCTTGCACATCTAGAAAAGTTATCATCCTTGCACGAGGCAGGAAAACAGAGCCATTTATCTGACATCATGGAATTAAAATCTAATCTGAACCTTGTCTTCAAAAGCTTTGGTGAGGTTCACAATTTACTGACCAATGCATTTATCTTTGATTTGGAATCTTATCGGAAACTGGAGGCTTGTCTTGAGTCATGCATTAAAGGAAACAATGCTACAAATATGGTGGATTCATCCATCACCAAAGAACACTGGGCATCTTCTAATAAGAAGGGCTCTGTGCCTGCAGATCCTTGGCAAGATTTTGATGCAATTGATCAGTATGATACTTCAGTTGAAAATCTTCGTCTATTTTGTCATCAACTACAAGAGTTCATGACAAAGGTCAGTTCTCTTAAGGAAAAAATAAGCATACACTCAAGTTTGGCACAGGAACTTGACAAAACTCTATCTAAACTAATGGCAAGTATTCAAAGGGAAATGACTTCCCAAAAAGAGTCGTGTGAAACCATGAAGAAAGAACTAAGTGAACATGATGAGAAACTTGTTGCATTACGTGGGATCATTGCGTACCTCTATGAAGCATGCAATAACTCTTCCATTGTACTTGAAAATGAAAAAGCGGAACTGTCTGGGACGAAGGTTGAATCTTCAGATCTAGGGATGAGCTTGGAAACTCCTTCATTTGATGATGGCATATCTGAGGAATGTATTAAAACCATGGCAGATAGATTGCTGTTGGCTGTGAAAGGGTTTACTAGTATAAAAGCTGAATTTTTAGATGCTAATCAAAAAGAAATGAAATCTACTATAGCAAATTTGCAGAGAGAGCTTCAGGAGAAGGATGTTCAAAGAGATAGGATTTGCTCGGATCTGGTAAAACAGATCAAGGATGCTGAAGCTGCTGCGACCAGTTACTCTCAAGATCTTGAAGCTTTTAAGATTCAAGAACATAATTTAAAGAAAGAGGTGGAAGCAATTGAGGCAGAAAGGAAGATACTTGAACAGAAAGTGAATGAGCTACAGGATAGGCAAGAAACCACTGCTGAATTAGAGGATAAAATGCGATCTCAGACTAGTTTACTGGCTGCCAAAGACCAAGAAATTGAAGCACTAATGCATGCCCTTGATGAGGAAGAAACACAAATGGAAGAATTGACAAATAAGATTGTTGATCTTGAAAAGGTTGTTGAACAAAAAAATCAAGAGATTGAGAACCTTGAATTTTCTCGTGGTAAGGTTATGAAAAAGCTTTCCATAACTGTCAGCAAGTTTGATGAGCTTCACCACCTTTCGGCAAATCTCCTTTCTGAAGTTGAAAAGCTCCAATCCCAGTTGCAAGAAAGAGATACTGAAATTTCATTCTTGAGACAGGAGGTTACCAGATGCACTAATGATGTTCTTCTTGCATCACAAATGAGCAATCAGAGAAGCTCTGATGAGGTATTTGAGTTCTTGACATGGGTTGATATGGTTGTGTCTCATGATGGAGCGCATGATATACATCCTGATATGAAAAACAACAGTCAGGTTCATGAATGTAAAGAAATACTTCAGAAGAAGCTTATGTCTTTATTGTCAGAATTGGAAAATCTAAGGGAAGTTGCAGAAAGCAAGGATGCGATGTTGCAAGTAGAAAGGAGTAAGGTAGAAGAATTGAATCACAAAACAGAAACTCTTGAGACGTCCTTACGCCAGAAAGAACTGCAATTGAATTTGCTTGAAGGCGTGGAAGAAACTGCAAAGGGTGCTGGCACGAGCTCAGAGATTGTGGAGGTAGAACCAGTGATGAACCGTTGGTCATCATCAGGTGCTTTTGTAGCACCTCAAGTACGCAGTTTGCGCAAAGGCAACAGTGATCATATTGCCATTGCTGTGGATGAAAACGCTGGTGGTACTAGTAGGATAGAAGAAGAGGATGACAAAGTCCATGGTTTCAAATCCCTCACTTCATCCAAGATTGTCCCAAGATTTACTAGGCCATTGACTGACTTGATTGATGGCTTATGGGTTTCTTGTGATCGGACTCTGATGAGACAACCTGTCTTACGGCTAGGAATTATATTGTATTGGGCCATAATGCACGCACTACTTGCCTTTTTTGTAGTTTAA 9330 0.3983 MDRSKSRTDLLAAGKKRILVPIRVREMWSRVFVSEKGGLQQYRQKKDSKSGSSRGKSSKKAGLPQLVDSDSDAASSVSVSTVSSQITDGNVEDDSHSNVVNTEASESQSVANSLPPDNIDPSVVSSSVVTTYNTGDESVLDSNAELAHQVPGICEKDNESSAQVQGHIAEDIEADVAEDVSLSTLGSLVPEGGETHDHASAPVSILSQPAPGTTVAGQSVSEREGEKREELLLLSQGIPNTSVMQTREDQVTDLGAMQEADGLFMEKFCQTTDLVIDGQRELLLSEVGETDQSLPGISLEKARIEDASHEAEQLSESIELLSSQEDILSDKLSGFAEGQGADIAASGTSVRNLEREVLPSSYHEEIPLQCNQEQNSEVVLIEKDGGLQEGFNQQCPRDGLAIEDPKSRGAHEFDPSRPLDVPSAFDANSINLLQLAEIIRGLNEEECQFLIEARGVESDLDPLASRSILLDHDLSEAFQSLKEELFLENLMKNIFNTQLAELLESDNQGHQLVDEIYQLRASYNEVNGKNQYLSEELDNCRVDLHDISSKNVELQNQFDAAMAEVEALSARVVELQNNFDMSQKDSLELSKELADCRGLISSLQVEKKGMNETLDLTNDEKSKLLEEKEFHLFEIKNLVSELADLKSSMEGVKLEKSNLIDRISSVTEDRNKIEGEIEHLKHEIDRLSLDLVESKDLVATLKAENSNLNGNLAFSGDKIKNLVDENHRLSSHIIALNEQLSIEKGERLRFEGDLKEASVQLEQISKENVFLNNTLDMHKTQIEDTGKERSQPLSQPRDLGRQANVVCEQSKGVEIAITEDSLHIDQEPDEGAPVGPHLNRRECEVFDDDHGFVSLKDCLDEAEKVLTMLENAVNELHSHSVSSSRSGEKVSSPVVSKLIQAFESKGHEDEHEGETRDSSFVQSSSNSFKLTKEQIESLKKLLSKWKLDVQIAGALFKGERDDRKAGDAKYSDLEDHFEQLKQHCSDLEASNIELAVQYETVKQLLGDIQQNKFLLEELCDTLKQEDARLKAKNNELYEKLGHCQSTISELHTEMKDVKQISSEMASSVGSELENLQKEVAERTTLLEQGWTMSMAQIVELVGKLKESVGGIMSTTFSSDTQSNLDITHQLEVSVHAAAEMIFDLQKKLESTYSEHEIMCTSYKEMSSKCDDLLGRNELAVSLLYKMYSDLRKLVGNGMTMDDKIDVQGEVLPELPNYNSFQPILKHIGNILNEKQELESVTKEMKLELMHRETELEELKMKCVDLDSVSKLIQDLTGVLNADIPKLDMNKSPLSWLDSLVSSLVQKMREAEIQHHTTKELYGSKEMELAELKEKMHYLDTIRLENENEILVLKESLYQAEEALVVARSELHKKANELEHSEQRVSSIREKLSIAVAKGKGLVVQRDGLKQSLAETSSELERCLQELQLKDTRLHEVETKLKTYEEAGERVEALESELSYIRNSSNALRESFLLKDSMLQRIEEILEDLDLPEQFHSRDTIEKIDWLASSVSGNSLAMNDWEQKDAVAGGSYSDAGYVARDSWKDDSQLQPDSDDFRMKFEELQSKYYGLAEQNEMLEQSLVERNSLLRRWEELVNSVEMPSHLQSMETEDKIECICAALTEANHHIDALQLKIEKYDSYCGMLNTDLEESQRMVSAFQEDLSALTSERGNLSEKVESLLLENERLSLQKREAELEKEKLIKEMTIVKEKLEHKTAIEEQLLTTDGKIRKLQDLVVDTLSESDTQSMGFGDANIDSLEELLGKLIEKLKMEQKLSASARETELENEKLHIEITGLKDKLEHKTAIEEQSFTIDGKIRKLQVLVGDALSESDTQNMVFGDANIDSLEELLQKLIEKLKMEQKLSALTRETELENERLLKEITSLKDKLENKTVIEEQISTIDGKIRKLQDLVGDALSESDSQNMVSDNAPIDSLEELLGKLIEKLNMERKLSVLTRETELENEKLLKEITSLKDKLEHKTAIEEQIFILDGKIRKLQDLVGDALSKSDSQNMVSGNEPIDSLEELLGMLIEKLKTEQKLSAQTRETELENEKLLNEIAKLMDKLEQKAAIEEQIVIIDVKIRKLHDLVYDALPESETENLVSGSEKIDSLEELLRKLLQNHANLLSTNPAYGVVGDGLRSQKDDGTLCEERSIDVQDKEASIDRYKIDLEKSLNELLHVREERDRSLDKQISLSGEVEAMTKRIEELQGLLNQEEHKSASLREKLNVAVRKGKSLVQQRDSLKQTIEEMTVQMEHLKSEISNRDNTLADHEQRLEVLSTYPDKLEALESESLQLKKHLEETEQHLQEQEYSLKLILNKLGEIEVGGEGYISDPVKKLEQVGKLCSDLHSTVASLEQASRKSKRASELLLAELNEVQERNDSFQEELAKVNAELVDIRRERDSAEASKLEALAHLEKLSSLHEAGKQSHLSDIMELKSNLNLVFKSFGEVHNLLTNAFIFDLESYRKLEACLESCIKGNNATNMVDSSITKEHWASSNKKGSVPADPWQDFDAIDQYDTSVENLRLFCHQLQEFMTKVSSLKEKISIHSSLAQELDKTLSKLMASIQREMTSQKESCETMKKELSEHDEKLVALRGIIAYLYEACNNSSIVLENEKAELSGTKVESSDLGMSLETPSFDDGISEECIKTMADRLLLAVKGFTSIKAEFLDANQKEMKSTIANLQRELQEKDVQRDRICSDLVKQIKDAEAAATSYSQDLEAFKIQEHNLKKEVEAIEAERKILEQKVNELQDRQETTAELEDKMRSQTSLLAAKDQEIEALMHALDEEETQMEELTNKIVDLEKVVEQKNQEIENLEFSRGKVMKKLSITVSKFDELHHLSANLLSEVEKLQSQLQERDTEISFLRQEVTRCTNDVLLASQMSNQRSSDEVFEFLTWVDMVVSHDGAHDIHPDMKNNSQVHECKEILQKKLMSLLSELENLREVAESKDAMLQVERSKVEELNHKTETLETSLRQKELQLNLLEGVEETAKGAGTSSEIVEVEPVMNRWSSSGAFVAPQVRSLRKGNSDHIAIAVDENAGGTSRIEEEDDKVHGFKSLTSSKIVPRFTRPLTDLIDGLWVSCDRTLMRQPVLRLGIILYWAIMHALLAFFVV 3109
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Vimu1g02476 3109 MobiDBLite consensus disorder prediction 206 220 - -
Vimu1g02476 3109 Coils Coil 297 324 - -
Vimu1g02476 3109 Coils Coil 2034 2072 - -
Vimu1g02476 3109 Coils Coil 1865 1892 - -
Vimu1g02476 3109 PANTHER COILED-COIL DOMAIN-CONTAINING PROTEIN 158 2105 3064 - -
Vimu1g02476 3109 Coils Coil 1953 1980 - -
Vimu1g02476 3109 Coils Coil 1370 1390 - -
Vimu1g02476 3109 Coils Coil 859 879 - -
Vimu1g02476 3109 Coils Coil 544 585 - -
Vimu1g02476 3109 Coils Coil 635 655 - -
Vimu1g02476 3109 Coils Coil 2768 2816 - -
Vimu1g02476 3109 Coils Coil 2363 2404 - -
Vimu1g02476 3109 Coils Coil 2838 2865 - -
Vimu1g02476 3109 Coils Coil 2098 2125 - -
Vimu1g02476 3109 Coils Coil 1015 1039 - -
Vimu1g02476 3109 MobiDBLite consensus disorder prediction 40 54 - -
Vimu1g02476 3109 MobiDBLite consensus disorder prediction 69 122 - -
Vimu1g02476 3109 Coils Coil 970 990 - -
Vimu1g02476 3109 Coils Coil 1647 1709 - -
Vimu1g02476 3109 Gene3D - 630 799 - -
Vimu1g02476 3109 Coils Coil 663 704 - -
Vimu1g02476 3109 Gene3D - 498 575 - -
Vimu1g02476 3109 Coils Coil 2956 2976 - -
Vimu1g02476 3109 Coils Coil 2195 2229 - -
Vimu1g02476 3109 Coils Coil 2921 2945 - -
Vimu1g02476 3109 Coils Coil 1929 1949 - -
Vimu1g02476 3109 MobiDBLite consensus disorder prediction 904 923 - -
Vimu1g02476 3109 Coils Coil 719 739 - -
Vimu1g02476 3109 MobiDBLite consensus disorder prediction 39 122 - -
Vimu1g02476 3109 Coils Coil 1841 1861 - -
Vimu1g02476 3109 Coils Coil 2153 2180 - -
Vimu1g02476 3109 Coils Coil 2702 2760 - -
Vimu1g02476 3109 Coils Coil 2282 2302 - -
Vimu1g02476 3109 SUPERFAMILY Tropomyosin 2191 2392 - -
Vimu1g02476 3109 Coils Coil 1753 1773 - -
Vimu1g02476 3109 Coils Coil 1777 1797 - -
Vimu1g02476 3109 MobiDBLite consensus disorder prediction 186 224 - -
Vimu1g02476 3109 Coils Coil 2560 2580 - -
Vimu1g02476 3109 Coils Coil 2663 2690 - -
Vimu1g02476 3109 Coils Coil 2237 2271 - -
Vimu1g02476 3109 Coils Coil 754 774 - -
Vimu1g02476 3109 Coils Coil 1405 1456 - -
Vimu1g02476 3109 Coils Coil 607 627 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Vimu1g02476 Vimu-Chr1 35877056 35888367 Dispersed
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Vimu1g02476 - - vun:114193849 5236
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Vimu1g02476 1 35877056 35888367 Vimu1g02476 1 35877056 35888367 ECH