Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Cpe01g00036 ATGAATACATCCAATTCTCGCCCTTTTCTTGTTCACATTATAAATAGGACAGCTTCAGGATGCCTTGGCCTCGAAGAAAACAAGGAGGAAAAGAAACATTTCATTGTCTTTCTGGAGAATCAACCTGTTCTGAGTGAGGTTGACGCAGTAGACAATCATCTCAATGTCCTCATGTCACTCAAGGAAAGCCATGTGGAGGCAAAGGAGGCGATGGTGTATAGCTACACCAAAAGCTTCAATGCTTTTGCAGCCAAGCTTACAGAACAGGAAGCCAACACATTGTCAAGGATCTCCCCAACAGCCGATAGCTTTAAAGATGATGGGTTTGGTCCTCCACCTAAGAAATGGAAAGGCATCTGCCAAACGTCTGCCAATTTCTCTGGTTGCAACAACAAACTCATTGGAGCTAGATATTTCATGCTCGAACGCAGCCCTGGACCCCAAGACATTATGGCACCGGTAGACGTCACCGGCCATGGAACGCACACGTCCTCAACAGCGGCGGGCAATGTAATTGCTGGAGCCAGTCTCTCCGGTCTGGCCGAAGGAACAGCCCGTGGTGGTGCGCCATCTGCAAGAGTTGCCATGTACAAGGTCTGCTGGGTCGGTGTTGGGTGCTCTGATATGGATATTCTGGCTGCCTTCGACGCTGCCATACACGATGGCGTTGATGTCATTTCGATATCGATCGCAGGCACCGGGTTCAGCAATTACTCTGAGGACGTGATGGCCATTGGCGCCTTTCAGGCCATGCAGAAGGGCATCATCACTGTGGCTGCCGCTGGCAACACTGGTCCGGCAGCTGGAAGTGTCGTCAACACCGCGCCGTGGATTGTGACGGTTGCTGCCGGTACGATTGATCGGGAATTTGTCACCAAGTTGGAGTTGGGCAATGGGTGGAACATCTCTGGAGTAGGAATAAACCTATTCAATGAGCAACCAAAAATGTACCCTTTGGTTGATGGAGGCGATGTGGCCAAGAATCCAGGGGACGAAACCAGTGCGAACTTTTGCATGGAGGGTTCACTTGATCCAACCAAGGCCAATGGCAAGCTTGTGTTCTGTCAATTGATGATCTGGGGCGCTGATTCCGCTGTCAAAACAGCTGGTGCCCATGGCGCTGTGATTCAAAGTGATCAGTACTATCTTGATCATACCGATCTCTTCATGGTTCCAGCCACCTTGGTTAATAGCACCATTGGTCAAACCATTGAAGCCTACATCAAGTCCACTAAAACACCGACGGCAATGATATACAGAACAGTGCAACGGCAAGCAGCTGCTCCATTCGTGGCTTCCTTCTCAGCTAGAGGCCCAAATAAACGCTCCCGCCTCATTCTAAAGCCGGACATAGTCGCACCAGGAGTGAACATATTGGCAGCCTACACACCACTGAATTCACTGACGGGGCTCAAGGGTGACACCCAACACTCAAAATTCTCTCTCTTGTCTGGCACTTCAATGGCCTGCCCTCACGTGGCCGGCGCCGCCGCCTATGTCAAGTCTTTCCACCCTCTTTGGTCTCCTGCGGCCATTAGATCCGCCTTGATCACCACGGCAAAACCTCTAAGTCGAGTACAGAGCCCGGATGGGGAATTCGGGTACGGTGCGGGACTTCTAAATCCAGATGGAGCCAGAGAACCGGGGCTAATCTACGAGGCGGACAAAATGTCGTACATCCAACACCTTTGCGCACAAGGGTACAACGGATCTTCAATTTCCATCCTCACCGGAGCAGGACCCGTAGACTGCTCCACTCTAATCCCCGCCCAGGGCCAAGACTCTCTCAACTACCCAACCTTTCAACTCAGCCTCAATAATACTCGACACCCGGCAACCGCCGTCTTCTGGCGACAGGTCACCAATGTTGGTAGTCCTGCCTCCGTCTACAAGGCTACCATCACGGCTCCCCCTGGGGTCAAGATCACAGTGGAACCAACGTCTCTGTCGTTCTCGTCTTTGCAGCAGACGCAGAGCTTTAAGGTGGTTGTGAAGGCCAATCCTTTGCCGCCGCAAAACATGGTATCTGGTTCGCTTACGTGGGCTGATGCTTCAACTATAGTTCCAACACAAATTGGTCTACTTTCAAAAGGGAATTTCAGTTGCCCATCAAAAGGAGAAGTTGTTCAGCCAGGGGACTTGAGCTACCCTTCTTTCTCTGTGTCCATGAAGGCCAAAAATGTTAGTGTTACACTGAAAAGAACAGTCACAAACGTTGGTTACCCAACGAGTGATTACACCGTTCAAATCAACAATCCAAAAGGAGTAGAAATAATTGTGAAGCCCAAGAGGTTGAGCTTTGAGAGATCAGGGGAGAAGTTGAGTCACAGAGTGAGTTTTGTTGCATTGGAAGAAGCAGAAGATTTGGGTGAGTTTTGCCACACAATGGGGTTTAGGGAAGTATGCCTGTTTTTGTCAATATTCCTTGCAACCTCCACTGCTGCTGTGGATCAACAATCCTACATTATTCACATGGACACCACCAAGATGGCCGCCCCCACCCCCGAACAATGGTACACAGCCTTGATTGATTCTATCAATGAAATCTCATCTTTACACGACCAACAAGAAGCATCAAATGCTGCTCAAATTCTTTACGTCTACAAAACTGCTATTTCAGGTTTTGCTGCCAAGCTCTCCACCAAAAAGCTTCATTCTTTAAGCAAGACTCCTGGCTTTCTGGCAGCCACTCCTAATGAACTACTACAGCTTCACACTACCCACTCCCCTCAGTTTCTGGGCCTACAAAGACAGCATGGCCTTTGGAATTCTTCAAACTTAGCTTCTGATATTGTTATTGGTTTGCTTGACACTGGAATTTGGCCTGAGCATATAAGCTTTCAGGACAAGGGTCTTCCCCCAGTGCCTAAAAAATGGAAAGGCACTTGTCAACCAGGCCAAAAGTTTTCACCTTCAAATTGCAACAGGAAACTCATTGGCGCAATGGCCTACATTAAAGGCTACGAAGCAATCGTCGGTCGATTGAACGCAACGGGAACGTTCCGATCGCCCCGAGACTCGGATGGGCATGGCACACACACAGCATCCACTGCTGCTGGAAATATTGTCAACAAAGCTAGCTTTTTTAACCAAGCCATGGGAGTGGCCACTGGAATGAGGTTCACTTCAAGGATTGCAGCGTACAAAGTCTGCTGGACAGAGGGGTGCGCCAATGCCGACATCTTGGCAGCCATAGACCGCGCGGTTGCCGATGGCGTCGATGTTCTGTCCCTCTCTTTGGGTGGCAGTGCTAGTGCCTTTTACAAAGATGATATTGCCATAGCTACATTTGGTGCTGTTCGAAATGGGGTTTTTGTGTCATGTTCAGCTGGTAATTCTGGCCCATCTAGCTCAACGGTTAGTAATATAGCCCCATGGATCATGACAGTCGCTGCCAGCTACACTGATAGAACCTTCCCAGCCACTGTTAAACTTGGAAATGGGCAAGTTTTTGAAGGCTCTTCTCTGTATACTGGGAACAACATAGGTCAACTCCCACTTGTTTACAACAATACTGCTGGCGGACAAGAAGCAAATGTTTGTACACCTGGTTCACTCGTCCCATCAATGGTGAAGGGCAAAATTGTGGTATGTGAAAGAGGAACAAACTCGAGAACAGCGAAAGGAGAGCAAGTGAAATTAGCAGGCGGTGCTGGAATGATTCTGATCAACACACAACTGGAAGGTGAGGAGCTTTTTGCTGACCCTCATGTGTTACCTGCCGCTAATCTTGGAGCTTCAGCTGGCCAAGCCATCATTCGCTACATATCTTCCTCCAAGCATCAACCAAAAGCTTTGATCGGATTTGAAGGGACCAAATTTGGAAACAGAGCACCGAGAGTGGCTGCGTTTTCTTCTCGAGGGCCGAGCTTAATTGCACCGGATGTGATAAAGCCAGACGTAACTGCACCAGGGGTTAATATATTAGCTGCTTGGCCACTCATTGCCAGCCCAAGTGAGCTGGAGTCTGATAAAAGAAGAGTGTTGTTCAATGTCATTTCAGGGACTTCTATGTCCTGCCCCCATGTTAGTGGCTTAGCTGCACTGCTTAAATCAGCGCACAAGGATTGGTCACCTGCAGCCATCAAATCAGCACTCATGACCACAGCCTACACTAATGACAATAGAATGAGTCCCATTTCGGACGTTGGGTCTGCAAGCGGCAAACCCGCAAACCCTTTTGCATTCGGCTCTGGTCATGTGGATCCAGAGAAAGCCTCCGATCCAGGGCTGATCTATGATATCACGCCCCAAGACTACCTAGACTACTTCTGTAGCTTGAACTATAATTCAACACAAATTGGCTTAGTTTCAAGAGGGAACTTCACATGTCCATCAAAGAGAAGAGTTGGTCAGCCAGGGAACTTGAACTACCCTTCCTTCTCCGTGTTCATGAAGAAGAAAGCCAAGAATGTTAGTGTTACGTTGAAGAGAACGGTCACAAATGTTGGTGGCCCAAGAAGCGATTACAGTGTCAAAATCAAGAATCCAAAGGGAATAGTGATTAGTGTGAAGCCTGAGAAGTTGAGTTTTAGGAGATATGGACAGAAGCTGAGTTACCAAGTGAGCTTCGTTGCATTGGGTAAAAGAGAAGGGTTTTCTGCTAAGCTCTCAACAAGAAAGCTTCTTTCTTTAAGTAAACTCCCTGGCTTTCTATCTGCCACTCCTGATAAACTACTACAGCTTCACACCACCCACACCCCCAAGTTTCTGGGCCTACAAAGAGGACATGGCCTTTGGAATGCTTCATACTTGGCTTCTGATATCATTATTGGTGTAATTGACACCGGCATTTGGCCTGAGCATATAAGCTTTCAGGACAAGGGTCTCTCCCCAGTGCCTAAAAAATGGAAAGGCACCTGTCAAGCAGGCCCCAAGTTCTCACGTTCAAATTGCAATAACAAACTCATTGGCGCAAGAGCCTACATCAAAGGCTATGAGACCATCCTCGGCCGATTGAACACGACCGGGACGTTTCGGTCGGCTCGAGACTCGGACGGGCATGGCACGCACACCGCATCCACTGCTGCTGGGAACATTGTGTACAAGGCAAGCCTTTATAACCAAGGCATGGGAGCAGCCACTGGAATGAGGTTCACTTCAAGGATTGCAGCATATAAAGTATGCTGGCCAGAGGGGTGCGCCAGCACCGATATTTTGGCAGCCATAGACCGCGCTGTCGTCGATGGAGTCGATGTTCTGTCGCTTTCGTTAGGCGGCGGTGATGGTTTTTTTTACCAAGATGAAATAGCCATAGCTGCATTTGGTGCTGTTCGAAATGGGGTTTTTGTGTCATGTTCAGCTGGTAATTCTGGCCCATTTATGTCAACTGTTGGTAATGTAGCGCCATGGATCATGACAGTCGCTGCAAGCTACACTGACAGAACCTTCGCAGGCTCTGTAAAACTTGGAAATGGCCAAATATTTGAAGGCTCTTCTTTGCATTCTGGGAACAGCATAGGTCAACTCCCGCTTGTTTATAACAAAACTGCGGGTGGAGAAGAAGCAAATGTTTGTACAGCTGGTTCGCTTGTCCCATCAATGGTGAAGGGCAAAATTGTGGTATGTGAAAGAGGCACAAACTCGAGGTTTGAAAAAGGAGAGCAAGTCAAATTAGCAGGCGGAGTTGGAATGATTCTGATCAACACACAACTTGAAGGTGAAGAGCTTTTTGCTGACTCTCATGTTTTACCTGCCGTTAATCTTGGAGCTTCAGCTGGCAAAGCCATCACAAACTATATAGCTTCATCAAAACAGCCACCGAAAGCTTCAATCCTGTTTGAAGGGACCAGATATGGGAGTCGAGCACCCAGAATGGCTGCCTTTTCGTCTAGAGGACCCAGCTTCTTCGAGCCGTACGTGATAAAGCCAGACATAACTGCCCCTGGGGTTAACATATTAGCTGCTTGGCCACCCGTTGTGAGCCCAAGTGAGCTCAAATCTGATGAAAGAAGAGTGCTGTTCAATATCATTTCGGGAACTTCTATGTCCTGTCCCCATGTTAGCGGAATAGCTGCTCTGCTTAAATCGGCTCACAAGAATTGGTCGCCTGCCGCCATCAAATCCGCACTCATGACCACAGCTTACGTTACTGACAACAAAAGGAGTGTCATTTCCGACGTGGGTCGCCCTAGCGGTGGACCTGCAGATCCTTACGCGTTCGGTTCTGGGCATGTGGATCCCGAGAAAGCTGTGGACCCGGGATTGGTCTACGATATCGCACCCCAAGACTACCTAAACTACTTGTGTAGCTTGAACTACACGTCGAAACAAGTTGGTTTAGTTTCAAGAGGGAATTTCAGTTGTCCATCAAAAGGAACTGTTCTTCAGCCAGGGGACTTGAACTACCCTTCTTTCTCTGTTTCCATGAAGAACAGGGCCAAGAATGTTACATTGAAGAGAACCGTCACAAATGTTGGTACCCCAACAAGTGATTACACTGTCAAAATCAACAATCCAAGTGGAATTGCAGTGAGTGTGAAGCCTAAGAAGCTAAGTTTTAGGAGATCTGGACAGAAGCTGAGCTACCAAGTGAGTTTTGTTGCATCGGGTAAGAGAGAGGGCTTGAGTGACTTTTCTTTTGGGTCTCTTGTTTGGGTGTCAGGAAAGTATAGTGTGAGAAGTCCTATAGCAGTAAACTGGGAGTAG 6648 48.24 MNTSNSRPFLVHIINRTASGCLGLEENKEEKKHFIVFLENQPVLSEVDAVDNHLNVLMSLKESHVEAKEAMVYSYTKSFNAFAAKLTEQEANTLSRISPTADSFKDDGFGPPPKKWKGICQTSANFSGCNNKLIGARYFMLERSPGPQDIMAPVDVTGHGTHTSSTAAGNVIAGASLSGLAEGTARGGAPSARVAMYKVCWVGVGCSDMDILAAFDAAIHDGVDVISISIAGTGFSNYSEDVMAIGAFQAMQKGIITVAAAGNTGPAAGSVVNTAPWIVTVAAGTIDREFVTKLELGNGWNISGVGINLFNEQPKMYPLVDGGDVAKNPGDETSANFCMEGSLDPTKANGKLVFCQLMIWGADSAVKTAGAHGAVIQSDQYYLDHTDLFMVPATLVNSTIGQTIEAYIKSTKTPTAMIYRTVQRQAAAPFVASFSARGPNKRSRLILKPDIVAPGVNILAAYTPLNSLTGLKGDTQHSKFSLLSGTSMACPHVAGAAAYVKSFHPLWSPAAIRSALITTAKPLSRVQSPDGEFGYGAGLLNPDGAREPGLIYEADKMSYIQHLCAQGYNGSSISILTGAGPVDCSTLIPAQGQDSLNYPTFQLSLNNTRHPATAVFWRQVTNVGSPASVYKATITAPPGVKITVEPTSLSFSSLQQTQSFKVVVKANPLPPQNMVSGSLTWADASTIVPTQIGLLSKGNFSCPSKGEVVQPGDLSYPSFSVSMKAKNVSVTLKRTVTNVGYPTSDYTVQINNPKGVEIIVKPKRLSFERSGEKLSHRVSFVALEEAEDLGEFCHTMGFREVCLFLSIFLATSTAAVDQQSYIIHMDTTKMAAPTPEQWYTALIDSINEISSLHDQQEASNAAQILYVYKTAISGFAAKLSTKKLHSLSKTPGFLAATPNELLQLHTTHSPQFLGLQRQHGLWNSSNLASDIVIGLLDTGIWPEHISFQDKGLPPVPKKWKGTCQPGQKFSPSNCNRKLIGAMAYIKGYEAIVGRLNATGTFRSPRDSDGHGTHTASTAAGNIVNKASFFNQAMGVATGMRFTSRIAAYKVCWTEGCANADILAAIDRAVADGVDVLSLSLGGSASAFYKDDIAIATFGAVRNGVFVSCSAGNSGPSSSTVSNIAPWIMTVAASYTDRTFPATVKLGNGQVFEGSSLYTGNNIGQLPLVYNNTAGGQEANVCTPGSLVPSMVKGKIVVCERGTNSRTAKGEQVKLAGGAGMILINTQLEGEELFADPHVLPAANLGASAGQAIIRYISSSKHQPKALIGFEGTKFGNRAPRVAAFSSRGPSLIAPDVIKPDVTAPGVNILAAWPLIASPSELESDKRRVLFNVISGTSMSCPHVSGLAALLKSAHKDWSPAAIKSALMTTAYTNDNRMSPISDVGSASGKPANPFAFGSGHVDPEKASDPGLIYDITPQDYLDYFCSLNYNSTQIGLVSRGNFTCPSKRRVGQPGNLNYPSFSVFMKKKAKNVSVTLKRTVTNVGGPRSDYSVKIKNPKGIVISVKPEKLSFRRYGQKLSYQVSFVALGKREGFSAKLSTRKLLSLSKLPGFLSATPDKLLQLHTTHTPKFLGLQRGHGLWNASYLASDIIIGVIDTGIWPEHISFQDKGLSPVPKKWKGTCQAGPKFSRSNCNNKLIGARAYIKGYETILGRLNTTGTFRSARDSDGHGTHTASTAAGNIVYKASLYNQGMGAATGMRFTSRIAAYKVCWPEGCASTDILAAIDRAVVDGVDVLSLSLGGGDGFFYQDEIAIAAFGAVRNGVFVSCSAGNSGPFMSTVGNVAPWIMTVAASYTDRTFAGSVKLGNGQIFEGSSLHSGNSIGQLPLVYNKTAGGEEANVCTAGSLVPSMVKGKIVVCERGTNSRFEKGEQVKLAGGVGMILINTQLEGEELFADSHVLPAVNLGASAGKAITNYIASSKQPPKASILFEGTRYGSRAPRMAAFSSRGPSFFEPYVIKPDITAPGVNILAAWPPVVSPSELKSDERRVLFNIISGTSMSCPHVSGIAALLKSAHKNWSPAAIKSALMTTAYVTDNKRSVISDVGRPSGGPADPYAFGSGHVDPEKAVDPGLVYDIAPQDYLNYLCSLNYTSKQVGLVSRGNFSCPSKGTVLQPGDLNYPSFSVSMKNRAKNVTLKRTVTNVGTPTSDYTVKINNPSGIAVSVKPKKLSFRRSGQKLSYQVSFVASGKREGLSDFSFGSLVWVSGKYSVRSPIAVNWE 2215
       

Gff information

Chromosome Start End Strand Old_gene Gene Num
1 241885 253934 + Cp4.1LG01g06340.1 Cpe01g00036 461349
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Cpe01g00036 2215 CDD PA_subtilisin_like 1800 1925 - -
Cpe01g00036 2215 PRINTS Subtilisin serine protease family (S8) signature 1586 1605 IPR015500 -
Cpe01g00036 2215 PRINTS Subtilisin serine protease family (S8) signature 1992 2008 IPR015500 -
Cpe01g00036 2215 PRINTS Subtilisin serine protease family (S8) signature 1664 1677 IPR015500 -
Cpe01g00036 2215 Gene3D Peptidase S8/S53 domain 930 1420 IPR036852 GO:0004252|GO:0006508
Cpe01g00036 2215 Gene3D Peptidase S8/S53 domain 1588 2078 IPR036852 GO:0004252|GO:0006508
Cpe01g00036 2215 Pfam PA domain 1823 1910 IPR003137 -
Cpe01g00036 2215 Pfam PA domain 1165 1252 IPR003137 -
Cpe01g00036 2215 SUPERFAMILY Subtilisin-like 127 550 IPR036852 GO:0004252|GO:0006508
Cpe01g00036 2215 Pfam Fibronectin type-III domain 596 689 IPR041469 -
Cpe01g00036 2215 Pfam Fibronectin type-III domain 2113 2212 IPR041469 -
Cpe01g00036 2215 Pfam Fibronectin type-III domain 1455 1530 IPR041469 -
Cpe01g00036 2215 Pfam Fibronectin type-III domain 713 787 IPR041469 -
Cpe01g00036 2215 CDD PA_subtilisin_like 294 418 - -
Cpe01g00036 2215 PANTHER SUBTILISIN-LIKE PROTEASE SBT1.1 1531 2215 - -
Cpe01g00036 2215 PANTHER SUBTILISIN-LIKE PROTEASE SBT1.1 97 686 - -
Cpe01g00036 2215 PANTHER SUBTILISIN-LIKE PROTEASE SBT1.1 690 788 - -
Cpe01g00036 2215 PANTHER SUBTILISIN-LIKE PROTEASE SBT1.1 810 1528 - -
Cpe01g00036 2215 ProSitePatterns Serine proteases, subtilase family, aspartic acid active site. 1591 1602 IPR023827 -
Cpe01g00036 2215 CDD Peptidases_S8_3 902 1371 IPR034197 -
Cpe01g00036 2215 ProSitePatterns Serine proteases, subtilase family, serine active site. 1335 1345 IPR023828 -
Cpe01g00036 2215 Pfam Subtilase family 1587 2035 IPR000209 GO:0006508|GO:0008236
Cpe01g00036 2215 ProSitePatterns Serine proteases, subtilase family, serine active site. 485 495 IPR023828 -
Cpe01g00036 2215 Gene3D Peptidase S8 propeptide/proteinase inhibitor I9 808 905 IPR037045 -
Cpe01g00036 2215 ProSitePatterns Serine proteases, subtilase family, serine active site. 1993 2003 IPR023828 -
Cpe01g00036 2215 CDD Peptidases_S8_3 1560 2029 IPR034197 -
Cpe01g00036 2215 Gene3D - 1794 1932 - -
Cpe01g00036 2215 Gene3D - 287 424 - -
Cpe01g00036 2215 Gene3D - 1136 1274 - -
Cpe01g00036 2215 SUPERFAMILY Subtilisin-like 904 1411 IPR036852 GO:0004252|GO:0006508
Cpe01g00036 2215 PANTHER PROPROTEIN CONVERTASE SUBTILISIN/KEXIN 1531 2215 IPR045051 -
Cpe01g00036 2215 PANTHER PROPROTEIN CONVERTASE SUBTILISIN/KEXIN 690 788 IPR045051 -
Cpe01g00036 2215 PANTHER PROPROTEIN CONVERTASE SUBTILISIN/KEXIN 810 1528 IPR045051 -
Cpe01g00036 2215 SUPERFAMILY Subtilisin-like 1562 2069 IPR036852 GO:0004252|GO:0006508
Cpe01g00036 2215 CDD Peptidases_S8_3 97 520 IPR034197 -
Cpe01g00036 2215 Gene3D - 691 796 - -
Cpe01g00036 2215 Gene3D - 2082 2214 - -
Cpe01g00036 2215 Gene3D - 563 690 - -
Cpe01g00036 2215 Gene3D - 1424 1541 - -
Cpe01g00036 2215 Pfam Subtilase family 154 536 IPR000209 GO:0006508|GO:0008236
Cpe01g00036 2215 Pfam Subtilase family 929 1385 IPR000209 GO:0006508|GO:0008236
Cpe01g00036 2215 Pfam Peptidase inhibitor I9 820 905 IPR010259 -
Cpe01g00036 2215 Pfam Peptidase inhibitor I9 35 96 IPR010259 -
Cpe01g00036 2215 ProSiteProfiles Serine proteases, subtilase domain profile. 1570 2065 - -
Cpe01g00036 2215 CDD PA_subtilisin_like 1142 1260 - -
Cpe01g00036 2215 ProSiteProfiles Serine proteases, subtilase domain profile. 1 546 - -
Cpe01g00036 2215 ProSitePatterns Serine proteases, subtilase family, aspartic acid active site. 933 944 IPR023827 -
Cpe01g00036 2215 ProSiteProfiles Serine proteases, subtilase domain profile. 912 1407 - -
Cpe01g00036 2215 PANTHER PROPROTEIN CONVERTASE SUBTILISIN/KEXIN 97 686 IPR045051 -
Cpe01g00036 2215 Gene3D Peptidase S8/S53 domain 97 559 IPR036852 GO:0004252|GO:0006508
       

Duplication type information

Select Gene1 Location1 Gene2 Location2 E-value Duplicated-type
Cpe01g00036 Cpe-Chr1:241885 Cpe14g00822 Cpe-Chr14:6607006 1.38E-123 dispersed
Cpe05g00291 Cpe-Chr5:1636417 Cpe01g00036 Cpe-Chr1:241885 1.36E-07 dispersed
Cpe19g00460 Cpe-Chr19:4067507 Cpe01g00036 Cpe-Chr1:241885 1.03E-47 dispersed
Cpe01g00036 Cpe-Chr1:241885 Cpe01g00907 Cpe-Chr1:5341879 2.99E-08 wgd
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Cpe01g00036 - - cic:CICLE_v10018512mg 1172.53