Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Cma15g00501 ATGGAGGTTATCGGAGCCGGGGGCGGCGGCGGAGGAGGAGGAGGAGGTGGAGGATCGTCAAGCCAAAAACGGCGTCGTTCCATGACAGCAATAACAGCCTCGTTCTTCATCCACGTGCTCACTGGCCCTTGGTTCATGGTGTTCGCTTCATTCCTAATCATGTCCACCGCCGGAACTCCGTACATGTTCGGCCTATACTCCGGCGCCATAAAATCCGTCCTCGGCTACGATCAAAGCACTCTAAACCTAATCAGTTTCTTCAAAGATCTAGGCACGAACGTCGGAGTAATTTCGGGCTTAATCGCGGAAATAACGCCGCCGTGGGTGGTTCTGGCGATAGGTGCGGCGATGAACTTCGTCGGATATTTTATGATTTGGCTGTCGGTGACGGAAAAAGTGGGGGCGCCGGCAGTATGGCTGATGTGTCTTTACATTTGCCTGGGGGCGAATTCGACGGCGTTTGCGAACACCGGCGCGTTGGTTACTTGCGTGAAGAATTACCCGGCGAGGAGAGGCGTGGTTTTGGGGATTTTGAAAGGGTATGTGGGATTGAGCGGCGCGATTTTGACGCAGTTTTATCACGCGATTTATGGCGATGATTCTAAATCGTTGATTCTTCTCATCGCTTGGCTGCCGGCGGTTATTTCTGTCGCGTTTTTGAGAACCATTCGGATTGTGAAGGTCGATCACCAGTCTAATGAGCTCAGAGTTTTTTACAGGTTTCTGTATATTTCTCTTGGGCTAGCCGGGTTCCTTACAGTGATGATAATTCTTCAGCAAAAATTCAAATTCTCCCACATCGAGTACAGTTTCGGCGCCGCCGTGGTCGTCCTCCTCCTCTTCTTCCCTGTTTTCGTCGTCATCGCCGAGGACTACAAATTTTGGCGCAGAATGTTATCTGAATTTCAAAATCCTCCGCCATTCACCATCGTCACCGAAAAACTGCCGCAGTTACCGATCGAACTCGAATCCTCTGTAAAAGAAGAAGCATCTCGCCTGAAATCCGCCGAAAAACCAGATCTACCAACGCCGTCGTGCTGGAAAACCGCCCTGAATCCGCCGCAGAGAGGGGAGGATTTCACGATTCTACAAGCGCTCTTTAGCGTCGACATGCTCCTCCTGTTTCTCTCCACCGCGTGCGGCGTCGGCGGCACTCTTACCGCCATCGACAACCTCGGCCAAATCGGCGCCTCTCTTCGGTACCCTAAACAGAGCATTAGCACATTCGTATCATTAGTGAGCATTTGGAATTACTTAGGGCGCGTGGTTTCGGGTTTCACCTCTGAATTTTTCCTCACCAAATACAAATTTCCTCGAACCCTAATTCTCACGCTAATCCTCCTCCTCTCTTGCGCCGGCCACCTCCTCATCGCCTTCAATCCCCCTGGCGGCCTCTACATCGCCTCAATCGTCATCGGATTCTGCTACGGCGCCCAATGGCCGATTCTATTCGCCATAATTTCCGAGGTCTTCGGCCTCAAATACTACTCCACGCTCTACAATTTCGGATCCGTCGCGAGTCCGATCGGGTTGTATTTCCTCAACGTTCGAGTCGCCGGTCATTTGTACGACACGGAGGCGAACCGGCAGCTGGCGGCGGCCGGAGAGAAGAGGATAGCCGGAGAAGAGCTGAACTGCGTCGGAGTCGATTGCTTCAAACTGTCGTTCATTATAATCACCGGAGTTACTTTGATTGGGGCTCTGTTTTCGTTCCTTTTGGTTCTCAGAACCAGAGGGTTTTACAAGACTGATATTTATAGGAGGGTATCAAGACAATTGATTCCCGTCCCCGATTTCGGAGAGAACTCTCTTCCCATTCCTTCCCCTATTATCGTCGAAACGGGAAATCCTAGCGCCCCTTCAGGGGACCTTCCCTTCTCCGCCCTAGCCATGGCGTCCAAGGGCAAGGGGATCGCCAAAGATGCCTCTCCCGGTAAACGGAAGCTTCGCGATGACAATAATTCCTCCGCTGCTCGCAAGAGGAGGGACCGGAGCGTTCTCCAGTTCTTTGAGGATGTCGCTCCTGAATTCGGTGGCGAAAGCGATGACAGTGATTTTTTTGATGGTTTCATGGAGGAAGATTTTGAGACAATACCGGCTTTTAAGAATGATGATGCAAAATCTCAAAATATTCCATTCTTCCCAAAAGAAGAAGAAATGAATGAAGAAGAATTTGATAGAATGATGGAGGAACACTACAATCAAGGTCCTGGATTCGGTGCATTTGCAGAAGAAAATTATGAGAACAAAAATTCAACTGGAAGAAACCCTCCCCTGCAATCTGCCAGGGATACTATCTCTCTGTGGAAGGTTAAATGCATGGTTGGGCGTGAGCGGCAATCAGTTTTTTGTCTTATGCAGAAATTTGTTGATTTGAACTCATTTGGTACCAAGCTACAGATAAAAGCTGCATTTTGTGTGGAGCATGTAAAAGGTTTTATTTACATTGAAGCTCCTAGGCAGTATGATTTAATTGAGGCATGTAAAGGCATAAGTGGAATATATTCTACCCGTGTAGCTTCTGTTCCAGAAAACGATATCTCTCAGTTACTTACTGTTCGAAGTAGAGTCAGTGAAGTTGCTGTGGGTACCATGGCCCGTGTAAAAAATGGAAAATACAAGGGAGACCTTGCTCAGATTGTTGCGGTCAACAATGCACGCAAGAGAGCAACAGTGAAACTGGTTCCAAGGATTGATCTCCAAGCAATGGCTGAAAAATTTGTATGTGAATTTCGACCACTTATGCAATTTAGGCGTGACCGTGAAACTGGAAAGCTTTTTGAGTTTCTTGATGGGATGATGCTCAAGGATGGATATCTATATAAAAAAATTTCTTTAGATTCATTAAACTGCTGGGGGGTGATGCCATCTGAAGATGAGCTTTTAAAGTTCAAGCCTCCTGAGAGCAATGAATCTCATGATCTGGAGTGGCTTTCTCAACTTTATGGTGAAAAGAAGAAAAAGAAGATTATTAGGACTGAAAAAGGGGGTGGAAAAGGAGAGGGCTCATCGGGGTCTAGTTCCACGAGCAGCTTTGGAGATCATGATCTTATTTGTTTTGGTCGGAAAGATTTCGGGATGATATTAGGAATGGAAAAAGATGATAGCTACAAGATTTTGAAGGACAGCCCTAATGGATCTGTTGTGGTGAATGTGCAACGGAAAGAGTTAAAAGGTGGGTCTTTAGATGCCAAATTTACTGCTGCCGATCACAATGGAAAGATGATCTCTGTTTCAGACAATGTCAAAGTTTTGGAAGGATCATTGAAGGATAAGCAAGGGATTGTTAAGCATGTATACCGACACACAGTATTTGTATATGATGAGAATGAGGTGGAAAACGATGGTTATTTCTGCTGCAAATCTAACAAGTGTGAGAAAATCAAGATTTCTTATGATGCACCTTGTGGAAAGGAGGATGACAAGGGTTTCTCTGGTTTTGAGGATTTCTCCTCTTCTCCCAAGTCACCTCTATCACCTAAAAAGCCATGGGCAGAGAAGGAAACTGGTCGTGAGTACAACCGTGATGACAGAGGAGATGGAATGTTCTCCATTGGTCAGACCTTGAGAATACGTGTTGGTCCTTTAAAGGGATACCTGTGCCGTGTTATAGCTGTACGCAAAAGAGATGTTACAGTGAAGCTTGATTCTCAACAAAAGGTTCTTACAGTCAGATCAGATTTTCTTTCGGAGGTACAGAGAAAGAGCTCTGCAGTGTCTCTTAGTGAGGATCCCCTAAAACCGTTCGATATTCTGGGAAATGAAGGCAGCTCCCAAGATTGGATGGGTGGTACAGGGTCCTCTGCAGGTGGTGATGGCTGGAATTCTACCGGGCCTTCGTCAGAAGGAAATCCTTGGCCCAGTTTCCCTGAGTCCAGTACCTTGAATGGTCCAGGGTCCAGTTCCACGAATCCTATTGGTTCTGAAAGTTTTGATGCTAATAAAGACGAAGATTCTCCTTGGGTTAGCAAGTCGACTCCAGATGCAAGCACTTCCTGGGGTGCTGCAAAATCAAGTGTTGATACTGCCAACAATGGTCAAGCATCTGGATGGGGAAAGAGCGATTCGTGGGGCAAAACTATTGCCAAAACTTGTTCTGATGGCAATGCCTCTGGTGCCTGGGGCAAAACTGCTGTACCTAGTGGAGATTCTGCAGGCCTTACTGAAAATACTTGGGACAAGTGGGACAAAGGAAAGCAGGTATCTTCTGATAATCAGACAGGAAACTGGGACAATGGAACATCTGGAAAGAACGAACACAGTGCATGGAGCAGAGATAAAGATGCAGAATCTGGGGGGTGGAAAAAGACTCAAAGTGCTAATTTTGATGATGATAAGACTCCAGCGGAATCCGCAGCTGATAGGTGGGGCATAAAAAATAGACCAAGTGGAAGCTGGGGAGAACAAAATGCTTCAACCTCTGTCTCTGAGATTCAGCCAGCTGGAAAGGGCAATGCAGGTGACTGGACCAATCCTGAAGCAGAAAATAAGGTGAATCCAAGTGGCTGGAATGAGGGCACTTCAATGAAGGGAAGTCAAACATCAAACTGGGGTAACCAGGATGAGACAGGTGGTTGGGGTAAACCGAAGAACGTGGGTAATGGTGGCAGTTCAGCTTGGAATAAATCTACTTCTGGTGATGGAGCTGTTGAAAACGACAGTTGGAATAAACCAAAACTTTTTAGTCATGATGAAAGTATTGGGAAAAAAGGATGGGGACAGAGTAATGAAGCCAGTGATAATGGTAACAAATGGCAGAGTTCAAGGTCTGATGGTGGAACAAAATGGGGCACTAATGAATCAGAACATGAGGGTGGGAAAGATAAATCTGATTCCTCAAGTTTGACAACTCCCAGAGGAGATCAATCGGTGGGAGGTTGGGATAAACAACGCAGTTCAAATGATACGAAAGCCTCTGAGGAAAATTCTCCTTGGAATAAGAAATCTGTTGAAAGTGGTAAAGATGGCGAGCTCAAGAATCAAGGCAGTGGTTGGAATGTTGGAAAAACTTCCGGTGGAGATTCTGCATCTGGGTGGGGTCAGGCCAGCAAGGAAGCTGGTTCAAGTGACCTAGTGGGTAACTGGGGTTCAAACTGGAAAAAGAATTCTGATGTTGGGAATGAGGATTCTAGTTTGGCCAAGAAAAGCAACTGGAGTTCTGGAAGTGGCAATTCTAACTGGGGCGAGAAAAGTAACTGGAACTCCGGAAATGAATATAATGCTAATCATTCCACCGGTGGTGCTGAAGCTCAAACTGACGTTTCAAATGATACCTCAGGTTATGGAAGTTGGAGGGGAGAAAATAGTGATAGAGGAGGATATAGAGGTAGAGGTGGTTTCAGAGGAAGGGGTGAAAGGGGCCGGTTTGGTGGTAGAGGCAGATCTGATAGAGGTGGTTTTGGCAGAGGAGGATTTGGAGGCAGAGGCCGTGGGAGATGGAATAGTGAAGGTGGTTCAAATGGTGGTGACAATAAAGGGTGGAGTAGTGGTGGTGGCGGCGGTGACAATAAAGGGTGGAGTAGTGGTGGTGGTGGTGGTGACAATAGAGGGTGGAGTAGTGGTGGCGGTGGCGATGACAATAAAGGGTGGAGTAGTGGTGGTGCTGGCGACAATAAAGGGTGGGGTGGTGGTGGTGGTGGTGACAATAAAGGATGGAGCAGTGGTGGTGGTGACAATAAAGGGTGGAGCGGTGGTGGTGGTGGTGGGAGCAGTGACTGGGAGAAATCTGGATCAGATCGAGGTGGATTTGGTGGCAGAGGTCGTGGCAGATGGAGCAGTGGAAGTGGTTCACATGACGGTGACAGGGAGAAATTTGGATCAGACCGAGGTGGATTTAGAGGCAGAGGCCGTGGAAGATGGAACCAAGATGGTGGCTCACATGATGGTGACAATGGAGGGTGGAGGGGTGGTAGAGGTGGATATGGAGGTAGAGGCCGTGGAAGATGGAATCAAGAAGGTGATTCGAATGATGGTGACAATGGAGGAGGAGGTTGGAGTAGCGGTAATGGTGGTAGCTGGGGGAAGTCCGGATCAGACATAGGAGGGGGGTTTGGAGGTAGAGGCTCTGGCAAATGGAACCAAGAAGGTGGTTCAAATAATAATGGAGGGTGGAGCAGTGGCGGTGGTGCAGGGTCTTGGAACCAAGGAGGTGATGAAAAGAACCAGGCGCAGGGCTGGAAGCCAAGCAATGATGGTGGCGACAAATTTGGTGGTCAGCAGGGATCAGGTTGGAAGGAACCAACAAGTGGGAATGAACCAAATAATTGGAAATCGTCTGGTTCTTCCGGTGCGGATCATAATTCTGGGTGGAACAAATCAACGACAGGCAAGGAGATGGAAGAGAGTGATAGTCAGAAGAACAGCTGGAGCCAAGCAACAAAGGTGGATGCTCAAGGCGGCGGAGGCTGGCAGAAGGCAGCATCTGGTTGGAATGGAGAAACTGAGAATCAAACAGTAAAGAGTGATGTGAATGTAAGTGCTAAAGATGGAGGTTGGGGGAAGCCTGCTTCTGGTTGGAATGAGGGAAGTGGAAATCAGGGCAACAATAATTGGAAATCTTCAGAGACATCTGGTGAGGTTCAAAGTTCCACCTGGAACAAAGAAGCCAATGTAGGTGCCCAAGGAGGAGGAGAAGAAGGGGGTTCGGAGAAGCCGACGTCCAGTTGGAATGCCGAGCAGCCTCAAGGAGGAGGAGGAGGGGATTGGGAGAAGCCTATGTTGAGTTGGAATTCCGAGCAGCCTCAAGGAGGAGGGGGTTTTGAGAAGCCTACGTCCAGTTGGAATACCGAGAAGCCTCAAGGAGGAGAAGGGGGCTGGGTGAAGCCTACGTCCAGTTGGAATACTGAGCAGCCTCAAGGAGGAGGAGGAGGTTGGGAGAAGCCTACGTCCAGCTCGAATACCGAGCAGCCTCAAGGAGGAGGAGGAGGAGGAGCTTGGAGTAAATCCAGTTCTGCCGAGGACGGGAAGTCGTCATCCGGTTGGGGTTGCTGA 6990 48.13 MEVIGAGGGGGGGGGGGGSSSQKRRRSMTAITASFFIHVLTGPWFMVFASFLIMSTAGTPYMFGLYSGAIKSVLGYDQSTLNLISFFKDLGTNVGVISGLIAEITPPWVVLAIGAAMNFVGYFMIWLSVTEKVGAPAVWLMCLYICLGANSTAFANTGALVTCVKNYPARRGVVLGILKGYVGLSGAILTQFYHAIYGDDSKSLILLIAWLPAVISVAFLRTIRIVKVDHQSNELRVFYRFLYISLGLAGFLTVMIILQQKFKFSHIEYSFGAAVVVLLLFFPVFVVIAEDYKFWRRMLSEFQNPPPFTIVTEKLPQLPIELESSVKEEASRLKSAEKPDLPTPSCWKTALNPPQRGEDFTILQALFSVDMLLLFLSTACGVGGTLTAIDNLGQIGASLRYPKQSISTFVSLVSIWNYLGRVVSGFTSEFFLTKYKFPRTLILTLILLLSCAGHLLIAFNPPGGLYIASIVIGFCYGAQWPILFAIISEVFGLKYYSTLYNFGSVASPIGLYFLNVRVAGHLYDTEANRQLAAAGEKRIAGEELNCVGVDCFKLSFIIITGVTLIGALFSFLLVLRTRGFYKTDIYRRVSRQLIPVPDFGENSLPIPSPIIVETGNPSAPSGDLPFSALAMASKGKGIAKDASPGKRKLRDDNNSSAARKRRDRSVLQFFEDVAPEFGGESDDSDFFDGFMEEDFETIPAFKNDDAKSQNIPFFPKEEEMNEEEFDRMMEEHYNQGPGFGAFAEENYENKNSTGRNPPLQSARDTISLWKVKCMVGRERQSVFCLMQKFVDLNSFGTKLQIKAAFCVEHVKGFIYIEAPRQYDLIEACKGISGIYSTRVASVPENDISQLLTVRSRVSEVAVGTMARVKNGKYKGDLAQIVAVNNARKRATVKLVPRIDLQAMAEKFVCEFRPLMQFRRDRETGKLFEFLDGMMLKDGYLYKKISLDSLNCWGVMPSEDELLKFKPPESNESHDLEWLSQLYGEKKKKKIIRTEKGGGKGEGSSGSSSTSSFGDHDLICFGRKDFGMILGMEKDDSYKILKDSPNGSVVVNVQRKELKGGSLDAKFTAADHNGKMISVSDNVKVLEGSLKDKQGIVKHVYRHTVFVYDENEVENDGYFCCKSNKCEKIKISYDAPCGKEDDKGFSGFEDFSSSPKSPLSPKKPWAEKETGREYNRDDRGDGMFSIGQTLRIRVGPLKGYLCRVIAVRKRDVTVKLDSQQKVLTVRSDFLSEVQRKSSAVSLSEDPLKPFDILGNEGSSQDWMGGTGSSAGGDGWNSTGPSSEGNPWPSFPESSTLNGPGSSSTNPIGSESFDANKDEDSPWVSKSTPDASTSWGAAKSSVDTANNGQASGWGKSDSWGKTIAKTCSDGNASGAWGKTAVPSGDSAGLTENTWDKWDKGKQVSSDNQTGNWDNGTSGKNEHSAWSRDKDAESGGWKKTQSANFDDDKTPAESAADRWGIKNRPSGSWGEQNASTSVSEIQPAGKGNAGDWTNPEAENKVNPSGWNEGTSMKGSQTSNWGNQDETGGWGKPKNVGNGGSSAWNKSTSGDGAVENDSWNKPKLFSHDESIGKKGWGQSNEASDNGNKWQSSRSDGGTKWGTNESEHEGGKDKSDSSSLTTPRGDQSVGGWDKQRSSNDTKASEENSPWNKKSVESGKDGELKNQGSGWNVGKTSGGDSASGWGQASKEAGSSDLVGNWGSNWKKNSDVGNEDSSLAKKSNWSSGSGNSNWGEKSNWNSGNEYNANHSTGGAEAQTDVSNDTSGYGSWRGENSDRGGYRGRGGFRGRGERGRFGGRGRSDRGGFGRGGFGGRGRGRWNSEGGSNGGDNKGWSSGGGGGDNKGWSSGGGGGDNRGWSSGGGGDDNKGWSSGGAGDNKGWGGGGGGDNKGWSSGGGDNKGWSGGGGGGSSDWEKSGSDRGGFGGRGRGRWSSGSGSHDGDREKFGSDRGGFRGRGRGRWNQDGGSHDGDNGGWRGGRGGYGGRGRGRWNQEGDSNDGDNGGGGWSSGNGGSWGKSGSDIGGGFGGRGSGKWNQEGGSNNNGGWSSGGGAGSWNQGGDEKNQAQGWKPSNDGGDKFGGQQGSGWKEPTSGNEPNNWKSSGSSGADHNSGWNKSTTGKEMEESDSQKNSWSQATKVDAQGGGGWQKAASGWNGETENQTVKSDVNVSAKDGGWGKPASGWNEGSGNQGNNNWKSSETSGEVQSSTWNKEANVGAQGGGEEGGSEKPTSSWNAEQPQGGGGGDWEKPMLSWNSEQPQGGGGFEKPTSSWNTEKPQGGEGGWVKPTSSWNTEQPQGGGGGWEKPTSSSNTEQPQGGGGGGAWSKSSSAEDGKSSSGWGC 2329
       

Gff information

Chromosome Start End Strand Old_gene Gene Num
15 2251275 2266894 - CmaCh15G005010.1 Cma15g00501 309651
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Cma15g00501 2329 MobiDBLite consensus disorder prediction 1323 1371 - -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 2241 2265 - -
Cma15g00501 2329 CDD MFS_Mch1p_like 42 567 - -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 1161 1179 - -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 1534 1551 - -
Cma15g00501 2329 Gene3D MFS general substrate transporter like domains 367 581 IPR036259 -
Cma15g00501 2329 CDD NGN_Euk 767 852 IPR039385 -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 1633 1655 - -
Cma15g00501 2329 CDD KOW_Spt5_4 1080 1121 IPR041977 -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 2142 2157 - -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 1 23 - -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 1234 2329 - -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 640 661 - -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 1770 1795 - -
Cma15g00501 2329 Pfam KOW motif 1080 1107 IPR005824 -
Cma15g00501 2329 Gene3D - 762 860 IPR036735 GO:0006355
Cma15g00501 2329 PANTHER SUPPRESSOR OF TY 5 631 1903 IPR039659 GO:0006357|GO:0032784
Cma15g00501 2329 MobiDBLite consensus disorder prediction 1258 1310 - -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 1492 1522 - -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 1928 1957 - -
Cma15g00501 2329 SUPERFAMILY MFS general substrate transporter 241 579 IPR036259 -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 2273 2329 - -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 2075 2108 - -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 637 661 - -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 1596 1610 - -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 1147 1179 - -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 1611 1632 - -
Cma15g00501 2329 Pfam Early transcription elongation factor of RNA pol II, NGN section 767 851 IPR005100 -
Cma15g00501 2329 Pfam Nodulin-like 43 288 IPR010658 -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 2172 2203 - -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 2025 2061 - -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 1987 2007 - -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 1463 1480 - -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 1663 1765 - -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 992 1011 - -
Cma15g00501 2329 Gene3D - 1166 1235 IPR014722 -
Cma15g00501 2329 PANTHER PROTEIN RNA-DIRECTED DNA METHYLATION 3 631 1903 - -
Cma15g00501 2329 SMART kow_9 1075 1102 IPR005824 -
Cma15g00501 2329 SMART kow_9 859 886 IPR005824 -
Cma15g00501 2329 SMART kow_9 1182 1209 IPR005824 -
Cma15g00501 2329 SUPERFAMILY MFS general substrate transporter 46 289 IPR036259 -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 1572 1595 - -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 1401 1419 - -
Cma15g00501 2329 MobiDBLite consensus disorder prediction 1420 1452 - -
Cma15g00501 2329 CDD KOW_Spt5_1 863 900 IPR041973 -
Cma15g00501 2329 Gene3D - 861 901 IPR014722 -
       

Duplication type information

Select Gene1 Location1 Gene2 Location2 E-value Duplicated-type
Cma04g01390 Cma-Chr4:7104108 Cma15g00501 Cma-Chr15:2251275 0 dispersed
Cma11g00168 Cma-Chr11:880213 Cma15g00501 Cma-Chr15:2251275 1.03E-107 dispersed
Cma13g00226 Cma-Chr13:1767532 Cma15g00501 Cma-Chr15:2251275 0 dispersed
Cma15g00501 Cma-Chr15:2251275 Cma13g00213 Cma-Chr13:1691448 1.95E-170 dispersed
Cma15g00627 Cma-Chr15:2953225 Cma15g00501 Cma-Chr15:2251275 8.63E-24 dispersed
Cma15g00501 Cma-Chr15:2251275 Cma03g01200 Cma-Chr3:8010204 0 wgd
Cma15g00501 Cma-Chr15:2251275 Cma04g02551 Cma-Chr4:17463380 1.62E-28 wgd
Cma15g00501 Cma-Chr15:2251275 Cma04g01389 Cma-Chr4:7099324 0 wgd
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Cma15g00501 - - cpep:111809303 2305.02