Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Pvu1g2660 ATGTCTGAGAATCACGTAGAGGAGCTGGTTTCGGATTCGGATTCGGGTGGTGGTGTGGTGAACGACCAATCGAATGTGGATACCGAATCGAACACTGGTACAAATCAAGACCAGGGAGAGCGTGTTGATCTCAGGGATCCTGATGATGAAAAATCTGCAGAGGATACTCCCAGGGATAGGGATGACATGTTTGTTGATTGTCCGGATGAGTTAACCGGGCAAAAGGATGAAGAAGTTGCAACTGAGAAAAATGAAGATGACGCGACGGAGGAAAATGAAGTCATGCATGAACAGCAGAGGCATTCTGTTGAAATGGGCAATGGAGGGGGGGATGGTCACTCCCCAGGCCAGCTGGAGGAAGCTGATGCTGAGAAGGAACGGATTTTGCAGGAATACCAGGAAGAAAGACAAACTGTTACACAGGGAGTGCTTGATCTTCATTGTCAGCTCAAGACTCTCACTGGCAAAGAGAATGAAACTGAAGTTGGAGATAGGGAAGTGAGTGATTTTCTGTTGAGGGAGATGATAAAAGAATGTTTGGAATTTGTGAACACTGCTTCAGAAGAACAGTCAAACAAAGAAACCACTATAAGTAATCTTCGCGAACATTTGTCTACCAGGGACCGTGAAATAGAGGATCTTAATACAAAGCTTGCTCAGTTGATGGTATCTAACGACAATTTTCAGGTTTCAGCTCAAGCTCAACTTGAAAAGGATAGTAATATTGAGAGTTCGATAGATAATATGATATCCTCTCTTGCAACAGTTGTCGCTCAAGAACAAGTATTGGATGGTTCTATTAGTGGAAAAATAGTTTATATTGAAGAAGGCACTACGCATCTAATTGGAAAGTATAATCAGATTCTTTCTGAAATTTATCAACTTGGGCAATCTTTCTCCGAGGTAGGCTTGGATTCTAAAGAGCAGGAATATGGGAACATACTTGCTGGTGCTCATAATGGGTTACTGGAGCTCAAAAGAAAGGAGACAGAAGTGGTTGAAAAACTGGCTCAGTTAGAAGATGAAAACCGGAAATTGGTTGATGAGCTTGATAAGGAAAAGGTGATGATAGGGACATTAAATACTGAACTAGGAAATTTGAAAACAGAACTTGAGCAGGAAAAGGTTAAATGTGCTAATACCAAAGAAAAGCTTAGTATGGCTGTGACAAAAGGAAAGGCGTTGGTACAGCAGCGAGATTCATTAAAGAAGTCTCTGGCTGATAAATCCAGCGAGCTTGAGAAATGTTTGATTGAATTGCAAGAGAAGTCAGTTGCACTCCAAGCTGCTGAGCTTGCTAAGGAAGAGTTGTCCCACAGTGAAAATATGGTTGCATCCCTACAGAACTCATTATTAGAAAAGAATGAAATTTTTGATCAAGTGGAAGAAATCTTGTGTTATGCCAAACCTGATGAACCTGGAATGTTTGATGTGCCAGAGAAACTCAGATGGCTTGCGGATGAGAGAAATACACTGAAGGAAGCCTTCATAGAGTTATGCAAATTGAAGGAAGCTCTATCTCTAGTGGACCTACCAGAGCCTGTTTCATCATATGATTTGGAATCACAAATGAATTGGCTTGTGGATTCTTTTCTTAGGGCCCGGGACTTCGTGTACACTCTACAGGAAGAAAATTCCACAATCATGGAAGCATCCCGTTACAATATTGATCAGTTGAGTGTTTTTCTTTTGCTGGAATTGCAGGAAAAAGATTACCTTCTGTCAGAATTAACTGATTTGAAGTTCAAATATGACGAGCTTATTGGCAAGAACTGTCTGATTTCTTCGGAGAAGGATCAGATAGTCAATATGTTAGTTGATCTTTGTGGCCTGAACAGGGAAGATGAAGGGGTTGACTATTCCAACACCTCTGTGATCATCGACATATGCTTTCAAATTATAAAAGGTCAAAGTGGTCCCTTCTCTAGAGCATCTAATATTGATTCTGAGTTGTTTGAAAAGATTCAAAGTCTCTTGTACGTTAGAGATCAAGGTTTAATACTCTGCGAAGATATACTGGAAGAGGAGATGCTAATTAGATCAGGTATGAATAAGCTTTCAGAAGAATTGAAAGTGGCATCTCAGGAAATTATAACACTGAAAGAAGAAAGGAGTTCTCTGCTGCAAGATCTTGATCGATCAGAGGAGAAGACTACCATGATTAGGGACAAGTTGTCCATGGCAGTTAAGAAAGGAAAGGGGCTGGTTCAAGATAGGGACAATCTAAAAGGTCTTCTAAATGAAAGGAACTCAGAGATTGAGCAGTTGAAGGTTGATTTGCAGAAGCAAGAATCTGCTGTTTCTGAATACAGGGATGAGATCAACAGATTGTCCAGTGATGTGGAAAGCATCCCAAAGCTAGAGGCTGATCTTCTGGAAATGAAAAGGGAGAGGACTCAGTTAGAACAGTTCTTAATGGAGAGCAATAACATGTTACAGAAAGTGATGCAGTGTATTGATGGTATCATTCTTCCCGTTGAGCCTGTTTTTGATGAACCAATAGAAAAGGTGAAGTGGCTTGCTGGTTATGTCAGTGAATGCCAAGATGCTAAGGTACACATAGAGCAAGAGTTGCAGCTAGTGAAGGAGAAGACCAGTATACTTGAAATTAAAGTAGCTGAATCCCAAGCCACTGTAAAATCCCTTGAACGGGAGTTATCATCTTCGGATGACAGTGTTTCTCAACTTGCTGAAGAAAAAACAGAATTAGAACATCGAAAGGCAAAAATTGAGGAAGAGTTACAGAAAGTTAAAGAAAAATTTGCTGAGGTTTGTAGTACCAATAAGTCACTTGAAGATGCCTTATCAGAAGCAGAAAAAAATATTTCTATTCTTTCTGTAGAGAAAGAGGAGGCTCAAGCTAGCAGAGTTGCTGCAGAAAGAGAGTTAGAGAGTTTTAAAGATGAAGCAGCCAGTCAAGCAAGCAAACTGGAAGAGGCCAGCAGGATCATAAAGGATCTAGAAGATAAACTATATCAGGTTGAGGGTAATAAGAAGTCACTTGAAGATGCGTTATCACAAGCAGAAAAAGATATTTCTATTCTCTCCGAAGAGAAAGAGCAGACTCAAGTTAGCAGAGTAGCTGCAGAGAGAGTGTTAGAGAGTTTTAAAGATGAAGCAGCCAGTCAAACAAGCAAACTGACAGAGGCCAGCAGGACCATAAAGGATCTAGAAGATAAACTATATCAGGTTGAGGGTACTAATCAGTCACTTGAAGAGGCCTTATCACAAGCAGAAAAAGATATTTCTATTCTTTCCGAAGAGAAAGAGCAGGCTCAAGTTAGCAGAGTAGCTGCAGAGCAAGTGTTAGAGAGTTTTAAAGATGAAGCAGCCAGTCAAACAAGCAAACTGGCACAGGCTAGCAGGACCATTAAGGATCTAGAAGATAGACTATCTGAGGTTGAGGGTAATGTCAATTTATTGACTGAAAAGTATAATGCTGATCAAGTTGTCAAGATTGAGATGGAAAATGAATTGAAGAAGCTGCAAGATGAAGCTGCAAATCATGCCAACAATTTGGTAGGTACCTCTGAAACTATAAAATCACTGGAGGATGCATTATCGAAGGCACAAGATAATGTTTCTGCCTTGGAAGATTCAAATAAAATTGCAAAGCAGGAGATATCTTCACTTGGTTTGAAGTTAAATTCCTGCATGGACGAGTTAGCTGGAAAGAATGGCAGCTTAGAAAACAGGTCCTTAAAGCTCATTGGACTCCTTAATGATCTTCAGGTGCTCTTGAAAGACACTACTCTATTTCCCAGAATAAAACAATTCTTTGAGAGGAAATGTGAGACCCTGAAGAATATGAATCTCGTTCTCAACAAAATTAGAGATAATGTTGCCTTGACTGCAAAGGACTCAAAGGGACAGCTAGTGATGGAGGAAAATCCACTTATGAGAAAAACATTCTTGGATGGTTCTCACAATTTTGAAGTTGAACTGGACAACACAGAGATTGATGGTGCCGATATTGACACCATAATCTCGTCATTTGGAAAGATTGTGAAAGGGTTTGAGTTGAGCAACAAACACATTGCAGATAGGTTTGATGAATTTTCAAATTGTATGGATGAGTTCATTTCTCCTCTCCATGAAAAACTATTGGAAACAGAGACCATCTCGGAGACTATTGTTCAGAACATCGAAAGTATGAAAGAAGAAGCAAATACCATGGAAAAGTTGAAAGAAGAACAGAAAAATATTATTGATAGTTTACAAAACAATATCAGTGTATTGCTATCTGCGTGCACTGATTCTACCATTGCACTTCAGAGTGAAGTTGACAAGAATCTCGGGCAGCTAGACTCCATTTCTGAGGTTGAAGAGTTAAACCTTGAAGCAGGTGCACAAGCAGATCATCTTAAGAACAGTAAATACGTGGAGGCCACACATAAGTTGATTAACGCTTCTAGAAAAACTCAAACTTTGATTAGACAGTTTGAAGGTAGAAGTGAGCAGTTAGATGCAACAATTGAAGATTTACAGAATAAATTGAAAGAAGCAACAGTTGCTTTTGAATCAGTCACAGATGATAGAGACTTAAATAAAAACAGAGTTTCGCAGCTGGAGTCCGATATTCAATCACTGCAAAGTGCTTGCAGTGAGCTTAAGGATAAGTTACAGAGCTGTCATGCCCTAGAAGAAAAATTGAATGAAAAAGAGGCTGAGATTTCTTCTATGCACAATGTTTTGTTGGCAAAAGAAGAAAACTCCCTCCTTACATCATCTCAAATGAGAGATCTCTTTGAGAAGATAGATAGGATCAAAATCCCTATTGTAGAGTCTGAAGATGACTTGGAACTACCTACTTCAGCTCCCATGAAAAAACTCTCTTATATTATTGATAGTATTACTAGGTTGCATAATCAATTAAACTCTCTTTCTCATGATAAAGAAAAGCTGCAGTCAATCCTTGAAACGAAGGATCTTGAAATTAAGGATATGAAGGAGGAAGTTAAACAACTCAGTAGAAACTGTGAAGATGCAAAATTACTCAAGAATGAAATGTCTGAGCTCACCCTTGTATTAGAAAAAATTATGGATATTTTGGGAGCCGGTGAATGGGTTGTAAATAGGAAATCTAAAGGTTTGAAGGAATTAATACCAGCATTGGAAAACCATATTATTGCCATTATTTCAGAATGTGATGATTCAAAATCCAAGGCCCAAGAACTTGATACTAAGTTAGTTGGAAGTCAGAAGGTTATTGATCAATTAACAACCAAGGTTAAACTACTTGAAGATTCACTTCAAGATAAGACTTCTCTGCCAGACATTGTCCAGGACAGGAGCATATATGAAGCATCCTCATTACCTACTGGGTCTGAGATAACTGAAGTTGAAGAGGGTTCATCACGTGGCAAGCAAGCAATATCCCCTGTCCCATCAGCTGCTCATGCACGGAATATGCGAAAAGGATCTGCTGACCATCTTGCACTTGATATTAGTACGGAGTCTGATAATTTGATTAGCAGGGTGGATACGGATGAGGATAAAGGTCATGCATTCAAGTCTCTAAACACTTCTGGATTTGTACCAAAACAGGGAAAGCTCATTGCAGATCGTATTGATGGACTCTGGGTATCTGGTGGTCGAGTTCTCATGAGTCGTCCTAAAGCAAGATTAGGAATTGTTGGTTATTTGCTTATCTTGCATATCTGGCTCCTGGGAACGATCTTGTAG 5685 0.3949 MSENHVEELVSDSDSGGGVVNDQSNVDTESNTGTNQDQGERVDLRDPDDEKSAEDTPRDRDDMFVDCPDELTGQKDEEVATEKNEDDATEENEVMHEQQRHSVEMGNGGGDGHSPGQLEEADAEKERILQEYQEERQTVTQGVLDLHCQLKTLTGKENETEVGDREVSDFLLREMIKECLEFVNTASEEQSNKETTISNLREHLSTRDREIEDLNTKLAQLMVSNDNFQVSAQAQLEKDSNIESSIDNMISSLATVVAQEQVLDGSISGKIVYIEEGTTHLIGKYNQILSEIYQLGQSFSEVGLDSKEQEYGNILAGAHNGLLELKRKETEVVEKLAQLEDENRKLVDELDKEKVMIGTLNTELGNLKTELEQEKVKCANTKEKLSMAVTKGKALVQQRDSLKKSLADKSSELEKCLIELQEKSVALQAAELAKEELSHSENMVASLQNSLLEKNEIFDQVEEILCYAKPDEPGMFDVPEKLRWLADERNTLKEAFIELCKLKEALSLVDLPEPVSSYDLESQMNWLVDSFLRARDFVYTLQEENSTIMEASRYNIDQLSVFLLLELQEKDYLLSELTDLKFKYDELIGKNCLISSEKDQIVNMLVDLCGLNREDEGVDYSNTSVIIDICFQIIKGQSGPFSRASNIDSELFEKIQSLLYVRDQGLILCEDILEEEMLIRSGMNKLSEELKVASQEIITLKEERSSLLQDLDRSEEKTTMIRDKLSMAVKKGKGLVQDRDNLKGLLNERNSEIEQLKVDLQKQESAVSEYRDEINRLSSDVESIPKLEADLLEMKRERTQLEQFLMESNNMLQKVMQCIDGIILPVEPVFDEPIEKVKWLAGYVSECQDAKVHIEQELQLVKEKTSILEIKVAESQATVKSLERELSSSDDSVSQLAEEKTELEHRKAKIEEELQKVKEKFAEVCSTNKSLEDALSEAEKNISILSVEKEEAQASRVAAERELESFKDEAASQASKLEEASRIIKDLEDKLYQVEGNKKSLEDALSQAEKDISILSEEKEQTQVSRVAAERVLESFKDEAASQTSKLTEASRTIKDLEDKLYQVEGTNQSLEEALSQAEKDISILSEEKEQAQVSRVAAEQVLESFKDEAASQTSKLAQASRTIKDLEDRLSEVEGNVNLLTEKYNADQVVKIEMENELKKLQDEAANHANNLVGTSETIKSLEDALSKAQDNVSALEDSNKIAKQEISSLGLKLNSCMDELAGKNGSLENRSLKLIGLLNDLQVLLKDTTLFPRIKQFFERKCETLKNMNLVLNKIRDNVALTAKDSKGQLVMEENPLMRKTFLDGSHNFEVELDNTEIDGADIDTIISSFGKIVKGFELSNKHIADRFDEFSNCMDEFISPLHEKLLETETISETIVQNIESMKEEANTMEKLKEEQKNIIDSLQNNISVLLSACTDSTIALQSEVDKNLGQLDSISEVEELNLEAGAQADHLKNSKYVEATHKLINASRKTQTLIRQFEGRSEQLDATIEDLQNKLKEATVAFESVTDDRDLNKNRVSQLESDIQSLQSACSELKDKLQSCHALEEKLNEKEAEISSMHNVLLAKEENSLLTSSQMRDLFEKIDRIKIPIVESEDDLELPTSAPMKKLSYIIDSITRLHNQLNSLSHDKEKLQSILETKDLEIKDMKEEVKQLSRNCEDAKLLKNEMSELTLVLEKIMDILGAGEWVVNRKSKGLKELIPALENHIIAIISECDDSKSKAQELDTKLVGSQKVIDQLTTKVKLLEDSLQDKTSLPDIVQDRSIYEASSLPTGSEITEVEEGSSRGKQAISPVPSAAHARNMRKGSADHLALDISTESDNLISRVDTDEDKGHAFKSLNTSGFVPKQGKLIADRIDGLWVSGGRVLMSRPKARLGIVGYLLILHIWLLGTIL* 1895
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Pvu1g2660 1894 Coils Coil 683 717 - -
Pvu1g2660 1894 Coils Coil 403 423 - -
Pvu1g2660 1894 MobiDBLite consensus disorder prediction 1 121 - -
Pvu1g2660 1894 Coils Coil 118 138 - -
Pvu1g2660 1894 Coils Coil 739 780 - -
Pvu1g2660 1894 Coils Coil 430 450 - -
Pvu1g2660 1894 SUPERFAMILY Tropomyosin 831 1088 - -
Pvu1g2660 1894 Coils Coil 879 1025 - -
Pvu1g2660 1894 Coils Coil 1378 1416 - -
Pvu1g2660 1894 PANTHER - 1149 1202 - -
Pvu1g2660 1894 PANTHER - 48 905 - -
Pvu1g2660 1894 PANTHER - 904 955 - -
Pvu1g2660 1894 PANTHER - 1022 1094 - -
Pvu1g2660 1894 PANTHER - 951 1025 - -
Pvu1g2660 1894 PANTHER - 1206 1894 - -
Pvu1g2660 1894 PANTHER - 1092 1144 - -
Pvu1g2660 1894 Coils Coil 322 384 - -
Pvu1g2660 1894 MobiDBLite consensus disorder prediction 39 82 - -
Pvu1g2660 1894 SUPERFAMILY Tropomyosin 1033 1219 - -
Pvu1g2660 1894 Coils Coil 1478 1564 - -
Pvu1g2660 1894 MobiDBLite consensus disorder prediction 16 38 - -
Pvu1g2660 1894 Coils Coil 1040 1207 - -
Pvu1g2660 1894 MobiDBLite consensus disorder prediction 1783 1804 - -
Pvu1g2660 1894 Coils Coil 1737 1757 - -
Pvu1g2660 1894 PANTHER BNAA09G28150D PROTEIN 48 905 - -
Pvu1g2660 1894 PANTHER BNAA09G28150D PROTEIN 1149 1202 - -
Pvu1g2660 1894 PANTHER BNAA09G28150D PROTEIN 951 1025 - -
Pvu1g2660 1894 PANTHER BNAA09G28150D PROTEIN 1092 1144 - -
Pvu1g2660 1894 PANTHER BNAA09G28150D PROTEIN 1022 1094 - -
Pvu1g2660 1894 PANTHER BNAA09G28150D PROTEIN 1206 1894 - -
Pvu1g2660 1894 PANTHER BNAA09G28150D PROTEIN 904 955 - -
Pvu1g2660 1894 Coils Coil 1618 1673 - -
Pvu1g2660 1894 Gene3D - 1112 1251 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Pvu1g2660 Pvu-Chr1 51363898 51371708 Dispersed
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Pvu1g2660 - - ccaj:109802875 2081.6
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Pvu1g2660 1 51363898 51371708 Pvu1g2660 1 51363898 51371708 ECH