Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Lapu6g00114 ATGTCTGAGAATCATGTAGCGGAGCTGGTTTCGGAAGCGGATTCGGATTCGGGTGGTGGTGTGGTGAGCGACCAATCAAATGTGGATACCGAATCAAACACTGGCACAAATCAAGACCAGCAGGGAGAGCGTGTTGATATCAGAGATCCTGAAGATGAAAAGTCTACAGAGGATACTTCCAGGGATGACATGTTTGTTGATTGTCCTGATGAGTTAACCGGGCAAAAGGAGGAAGAAGTTGAAACTGCGAAAAATGAAGATGACGGAACGGAGGAAAATGAAGATATGCATCAACAGCAGAGACATTCTGTTGAAATGGGCAACGGGGAGGGAGATAGTCACTACTCAGGCCTGGTGGAGAAAGCTGATGCTGGGAAAGAACGGATTTTGCTGGAATACCAGGAAGAAAGACAAACTGTTACACAGGGAGTGTTTGATCTTCATTGTCAGCTAAAGACTCTCACTGGCAAAGAGAATGAAACTGAAGTTGGAGATAGGGAAGTGAGTGATTTTCCGTTGAGGGAGATGATAAAAGAATGTTTGGATTTTGTAAACACGGCTTCAGAAGAACGGTCAAACAGTGAAACCATGATAAGTAATCTTCGCGAACATCTGTCTGCCAGGGACCGTGAGATAGAGGATCTTAATACAAAGCTTGCTCAGTTAATGGTATCCAATGACAATTTTCAGGTTTCATCTCAAGCTCAACTTGAAAAGGACCGTAATGTTGAGACTTTGATAGATAAGATGATATCCTCTCTTGCAACAGTTGTCACTCAAGAACAAGTATTGGATGATTCTATTACTGGGAAAATAGTTTATATTGAGGAAGGCACTACGCATTTAATCGGAAAGTATAATCAAATTCTTTCTGAAATTTATCAACTTGGGCAATCTTTCTCCAAGGTAGGCCTCGATACTAAAGATCAGGAATACGGGAACATACTTGCTGATGCTCATGGTTGGTTACTGGAGCTCAAAAGAAAGGAAACAGAAGTGGTTGAAAAACTGACTCAGTTAGAAGATGAAAACCGGAAATTGGTTGACGAGCTTGATAAGGAGAAGGCAATGATAGGGACATTAAATACTGAACTACGAAATCTGAAAATAGAACTTGAGCAGGAAAAGGTTAAATGTGCTAATACAAAAGAAAAGCTTAGTATGGCTGTGACAAAAGGAAAGGCATTGGTACAGCAGCGAGATTCATTAAAGAAGTTTCTGGCTGATAAATCCAGCGAGCTTGAGAAATGTTTGATTGAATTGCAAGAGAAGTCAGTTGCACTACAAGCTGCTGAGCTTGCTAAGGAAGAGTTGGCCCATAGTGAAAATATGGTTGTATCCCTACAGAACTCATTGCTAGAAAAGAATGCCATTTTTGATCAAGTGGAAGAAATCTTGTCTTATGAAAAACCTGACGAACCTGGAATGTTTGATGTGCCAGAGAAACTCAGATGGCTTGCGGATGAGAGAAATACACTGAAGGAAGCCTTCATAGAGTTATGCAAATTGAAGGAAGCTCTATCTCTAGTGGACCTACCAGAGCCTGTTTCATCATATGATTTGGAATCACAAATGAATTGGCTTGTGGATTCTTTTCTTAGGGCACGGGACAGCATGGACACCCTACAGGAAGAAAATTCCACAATCATGGAAGCATCCCGTTACAATATTGATCAGTTGAGTGTTTCTCTTTTGCTGGAATTGCAGGAAAAACATTACCTTCTGTCAGAATTAACTGATTTGAAGTTCAAATATGACGAGCTTGGTGGCAAGAACTTTCAGATTTCCTTGGAGAAGGATCAAATAGTCAATACGTTAGTTGATCTTTGTGGCCTGAACAAGGAAGATGAAGGGATTGACTATTCTAACACTTCTGTGATCATCGACTTATGTTTTCAAATTATAAAAGGGCAGAGTGGTCCCTTCTCTAGAGCATCTAATATTGATGCTGAGTTGTTTGAAAAGATTCAAAGTCTCTTGTACGTTAGAGATCAAGGATTAATACTCTATGAAGATATACTGGAAGAGGAGATGCTAGTTAGATCAGGTATGAATAAGCTTTCAGAAGAATTGAAAGTGGCATCTGAGGAAATTATAACTCTGAAAGAAGAAAGGAGTTCTCTGCTGCAAGATCTTGATCGATCAGAGGAGAAGACTGCCATGCTTAGGGATAAGTTGTCCATGGCAGTTAAGAAAGGAAAGGGGCTGGTTCAAGATAGGGACAATCTGAAAGGTATTCTAAATGAAAGGAACGCAGAGATTGAGCAATTGAAGGTTGATTTGCAGAAGCAAGAATCTGCTGTTTCTGAATACAGGGATGAGATCAACAGGTTGTCCAGTGATGTGGAAAACATCACAAGGCTGGAGGCTGATCTTCAGGAAATGAAAAGGGAGAGGAATCAGTTAGAACAGTTCTTAATGGAAAGCAATAACATGTTACAGAAAGTGATGGAGTGTATTGATGGTATCATTCTTCCAGTTGAGCCTGTTTTTGATGACCCAATGGAAAAGGTGAAGTGGCTTGCTGGTTATGTTACTGATTGCCAAGATGCTAAGGTACACATAGAGCAAGAATTGCAGCTAGTGAAGGAGAATGCCAGTATACTTGAAATTAAAGTAGCCGAATCTCAAGCCACTGTAAAATCCCTTGAACAGGAATTGTCATCTTCAGATGACAGTGTTTCTCAACTTGCTGAAGAAAAAAGAGAATTAGAATGTCAGAAGGCAAAAACTGAGGAAGAGTTACAGAAAGTTAAAGAAAAAGTTGCTGAGGTTTGTAGTACTAAAAAGTCACTTGAAGATGCCTTATCAGAAGCTGAAAAGGATATTTCTATTCTTTCCGAAGAGAAAGAGCAGGCTCAAGCTATCAGAGTTGCTGCAGACAGAGAGTTAGAGAGTTTTAAAGAGGAAGCAGCCAGTCTAGCAAGCAAACTGGCAGAGGCCAGCAGGACCATAAAGGATCTAGAAGATAAACTATATCAGGTTGAGGGTACAAAGAAGACACTTGAAGATGCGTTATCACTAGCAGAAAAAGAAATTTCTATTCTTTCTGAAGAGAAAGAGCACGCTCAAGTTAGCAGAGTAGCTGCAGAGAGAGTGTTAGAGAGTTTTAAAGATGAAGCAGCATCCAGTCAAACAAGCAAACTGGCAGAGGCCAGCAGGACCATAAAGGATCTAGAAGATAAACTATATCAGGCTGAGGGTACTAATAAGTCACTTCAAGATGCATTATCACAAGCAGAAAAAGATATTTCTATTCTTTCCGAAGAGAAAGAGCAGGCTCAAGTTAGCAGAGTAGCTGCAGAGAGACTGTTAGAGAGTTTTAAAGATGAAGCATCCAGTCAAACAAGCAAACTGGCACAGGCTAGCAGGACCATAAATGATCTAGTAGATAAACTATCTGAGGTTGAGGGTAATGTCAATTTATTGACTGAAAAGTATAACGCTGATCAAGTTGTCAAGATTGAGATGGAAAATGAATTGAAGAAGCTGCAAGATGAAGCTGCAAATCATGCCAACAATTTGGTAGGCGCCTCTGAAACTATAAAATCACTAGAGGATGCATTATCGAAGGCACAAAATGATGTTTCTGCCTTGGAAGATTCAAATAAAATTGCAAAGCAGGAGATATCTTCACTTGGTTTGAAGTTAAATTCATGCATGGACGAGTTAGCTGGAAAGAATGGAAGCTTAGAAAACAGGTCCTTACAGCTCATTGGACTCCTTAATGATCTTCAGGTGCTCATGAAAGACGCAACTCTATTTCCCAGAATAAAACAATGCTTTGAGAGGAAATGTGAGACCCTGAAGAATATGAATCTCATTCTCAATAAAATTAGAGATAATGTTGCCTTGACTGCGAAGGACTCAAAGGGACAGCTAGTGATGGAGGAAAACCCACTTATGAGAAAAACATTCTTAGATGGTCCTCCAAATTTTGAAGTTGAACTGGACGACACTGAGATTGATGGTGCTGATATTGACAGCATAATCTCGTCATTTGAAAAGATTGTGAAAGGATTTGAGTTGAACAACAAACACATTGCTGATAAGTTTGATGAATTTTCAGATTGTATGGATGGGTTTATTTCTCCTCTCCATGAAAAACTACTGGAAACAGAGACCATTTCAGAGACTATTGTTCAGGACATGGAAAGTATGAAAGAAGAAGCAAATACCATGGAAAAGTTTAAAGAAGAACAGGAAACTATTATTGCCACTTTAGAAAATAATGTCAGTGTATTGCTATCTGCATGCACTGATTCTACCGTTGCACTTCAAAGTGAAGTTGATAAGAATCTTGGGCAGCCAGACTTCATTACTGAGGTTGAAAAGTTAAACCTTGAAGCAGGTACACTAGCAGATAATCGTAAGAACAGTAAATACGTGGAGGCCACAGATAAGTTGATTAATGCTTCCAGAAAAGTTCAAACTTTGATTGGACAGTTTGAATGTAGAAATGAGCAGTTAGATGCAACAATTGAAGATTTGCAGAATAAATTGAAAGAAGCAACAGTTGCTTTTGAAAAAGTCACTGATGATAGAGACTTAAATAAAAACAGAGTTTCGCAGCTGGAATCTGATATTCAATCACTGCAAAGTGCTTGCAGTGAGCTTAAGGATATGTTAGAGAGTTATCAAGCCCTAGAAGAAAAATTGGAGGAAAAAGAGGCTGAGCTTTCATCGATGCAAGATGCTTTGTTGGCAAAGGAAGAAAACTCCCTCCTTACATCATCTCAAATAAGAGATCTCCTTGACAAGATAGATAGGATCAAAATCCCTATCGTAGAGTCTGAAGATGACTTGGAGCTACCTACTTCAGCCCCTATGAAAAAACTCTCTTACATTATTGATAGTGTTACTAGGTTGCATAATCAATTAAACTCTCTGTCTCATGATAAGGAAAAGCTGCAGTCAATCCTTGAAACGAAGGATCTTGAAATTAAGGATATGAAGGAGGAAGTTAAACAACTCAATAGAAATTGTGAAGATGCAAAAATGCTCAAGAATGAATTGTCTGAGCTCACCTATGTAATAGAAAAAATTATGGATATTTCGGGAGCTGGTGAATGGGTTGTAAATAGGAAATCTAAAGGTTTGAAGGAATTAATACCAGCACTGGAAAAACATATTATTGCCATTCTTTCAGAATCTGATGATTCAAAATCCAAGGCCCAAGAACTTGATATTAAGTTAGTTGGAAGTCAGAAGGTTATTGATGAATTAACAACCAAGGTTAAAGTACTTGAAGATTCACTCCAAGATAAGACTTCTCAGCCAGACATTGTCCAGGACAGGAGTATATATGAAGCATCCTCATTACCCACTGGGTCTGAGATAACTGAAGTTGAAGAGGGTTCATCACGTGGCAAAAAAGCAATATCTCCTGTCCCATCAGCTGCTCATGCGCGGAATATGCGAAAAGGATCTACTGATCATCTTGCACTTGATATTAGTATGGAGTCTGATAATTTGATTAACAGGGTGGATACGGATGAGGATAAAGGTCATGTATTCAAGTCTCTAAACACTTCTGGATTTGTACCAAAACAGGGAAAGCTCATTGCAGATCGTATTGATGGACTCTGGGTATCTGGTGGTCGAGTTCTCATGAGTCGTCCTAGAGCAAGATTAGGACTTGTTGGCTATTTGCTTATCTTGCATATCTGGCTGCTGGGGACGATCTTGTAG 5691 0.394 MSENHVAELVSEADSDSGGGVVSDQSNVDTESNTGTNQDQQGERVDIRDPEDEKSTEDTSRDDMFVDCPDELTGQKEEEVETAKNEDDGTEENEDMHQQQRHSVEMGNGEGDSHYSGLVEKADAGKERILLEYQEERQTVTQGVFDLHCQLKTLTGKENETEVGDREVSDFPLREMIKECLDFVNTASEERSNSETMISNLREHLSARDREIEDLNTKLAQLMVSNDNFQVSSQAQLEKDRNVETLIDKMISSLATVVTQEQVLDDSITGKIVYIEEGTTHLIGKYNQILSEIYQLGQSFSKVGLDTKDQEYGNILADAHGWLLELKRKETEVVEKLTQLEDENRKLVDELDKEKAMIGTLNTELRNLKIELEQEKVKCANTKEKLSMAVTKGKALVQQRDSLKKFLADKSSELEKCLIELQEKSVALQAAELAKEELAHSENMVVSLQNSLLEKNAIFDQVEEILSYEKPDEPGMFDVPEKLRWLADERNTLKEAFIELCKLKEALSLVDLPEPVSSYDLESQMNWLVDSFLRARDSMDTLQEENSTIMEASRYNIDQLSVSLLLELQEKHYLLSELTDLKFKYDELGGKNFQISLEKDQIVNTLVDLCGLNKEDEGIDYSNTSVIIDLCFQIIKGQSGPFSRASNIDAELFEKIQSLLYVRDQGLILYEDILEEEMLVRSGMNKLSEELKVASEEIITLKEERSSLLQDLDRSEEKTAMLRDKLSMAVKKGKGLVQDRDNLKGILNERNAEIEQLKVDLQKQESAVSEYRDEINRLSSDVENITRLEADLQEMKRERNQLEQFLMESNNMLQKVMECIDGIILPVEPVFDDPMEKVKWLAGYVTDCQDAKVHIEQELQLVKENASILEIKVAESQATVKSLEQELSSSDDSVSQLAEEKRELECQKAKTEEELQKVKEKVAEVCSTKKSLEDALSEAEKDISILSEEKEQAQAIRVAADRELESFKEEAASLASKLAEASRTIKDLEDKLYQVEGTKKTLEDALSLAEKEISILSEEKEHAQVSRVAAERVLESFKDEAASSQTSKLAEASRTIKDLEDKLYQAEGTNKSLQDALSQAEKDISILSEEKEQAQVSRVAAERLLESFKDEASSQTSKLAQASRTINDLVDKLSEVEGNVNLLTEKYNADQVVKIEMENELKKLQDEAANHANNLVGASETIKSLEDALSKAQNDVSALEDSNKIAKQEISSLGLKLNSCMDELAGKNGSLENRSLQLIGLLNDLQVLMKDATLFPRIKQCFERKCETLKNMNLILNKIRDNVALTAKDSKGQLVMEENPLMRKTFLDGPPNFEVELDDTEIDGADIDSIISSFEKIVKGFELNNKHIADKFDEFSDCMDGFISPLHEKLLETETISETIVQDMESMKEEANTMEKFKEEQETIIATLENNVSVLLSACTDSTVALQSEVDKNLGQPDFITEVEKLNLEAGTLADNRKNSKYVEATDKLINASRKVQTLIGQFECRNEQLDATIEDLQNKLKEATVAFEKVTDDRDLNKNRVSQLESDIQSLQSACSELKDMLESYQALEEKLEEKEAELSSMQDALLAKEENSLLTSSQIRDLLDKIDRIKIPIVESEDDLELPTSAPMKKLSYIIDSVTRLHNQLNSLSHDKEKLQSILETKDLEIKDMKEEVKQLNRNCEDAKMLKNELSELTYVIEKIMDISGAGEWVVNRKSKGLKELIPALEKHIIAILSESDDSKSKAQELDIKLVGSQKVIDELTTKVKVLEDSLQDKTSQPDIVQDRSIYEASSLPTGSEITEVEEGSSRGKKAISPVPSAAHARNMRKGSTDHLALDISMESDNLINRVDTDEDKGHVFKSLNTSGFVPKQGKLIADRIDGLWVSGGRVLMSRPRARLGLVGYLLILHIWLLGTIL* 1897
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Lapu6g00114 1896 MobiDBLite consensus disorder prediction 1787 1806 - -
Lapu6g00114 1896 Coils Coil 1042 1111 - -
Lapu6g00114 1896 Coils Coil 198 218 - -
Lapu6g00114 1896 Coils Coil 1480 1573 - -
Lapu6g00114 1896 Coils Coil 431 451 - -
Lapu6g00114 1896 Coils Coil 1739 1759 - -
Lapu6g00114 1896 Coils Coil 684 718 - -
Lapu6g00114 1896 Coils Coil 323 385 - -
Lapu6g00114 1896 MobiDBLite consensus disorder prediction 42 83 - -
Lapu6g00114 1896 Coils Coil 740 815 - -
Lapu6g00114 1896 Coils Coil 1634 1675 - -
Lapu6g00114 1896 PANTHER CILIA AND FLAGELLA-ASSOCIATED PROTEIN 58-RELATED 1071 1879 - -
Lapu6g00114 1896 Coils Coil 1119 1209 - -
Lapu6g00114 1896 MobiDBLite consensus disorder prediction 18 41 - -
Lapu6g00114 1896 MobiDBLite consensus disorder prediction 1 112 - -
Lapu6g00114 1896 Coils Coil 866 1019 - -
Lapu6g00114 1896 SUPERFAMILY Tropomyosin 965 1224 - -
       

Duplication type information

Select Gene Chromosome Start End Duplicated_type
Lapu6g00114 Lapu-Chr6 878652 887206 Dispersed
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Lapu6g00114 - - ccaj:109802875 1924.06
       

Event-related genes

Select Gene_1 Chr_1 Start_1 End_1 Gene_2 Chr_2 Start_2 End_2 Event_name
Lapu6g00114 6 878652 887206 Lapu6g00114 6 878652 887206 ECH