Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Cma01g01330 ATGAGCAAACGATGCGCTTGCTTTCGAGAAGACCAGCTGGGAGAGCCAGGATTAGAAGTTTATGAAGGAAGAATGCGGGAGACAGGGAGTATCGACCACGTACAGTTTCGGCCTCGTCTCGTTGATCGGCTTCATCTCTGTATCTTTTCCGGCTGCATTGCGATTTGCAGCTCAATATTCAAGATTAAGAACTTGAGTACTGATTGTCAACGCATTGACTGTGGAAATTCAAAGAATTCAAGCTACACAGACAGTGTAACAGGCATCAAGTATATTTCTGATGCAAACTTCACAGAAACTGGAGTAAGTAGGAGCATATCATCAGATTTCAACTCTTCCACTCTTCCACAGAAATTCTGGTATGTTAGAAGCTTTCCTGAAGGGGAGAGGAACTGCTACACCATAAAGCTTGCTCAAGGTAAAGGTTTCAAGTATTTGATCAGAGCGAGTTTCATGTACGGAAACTATGATGGCAAAGGTAATGCGTCGGTTTTTGATCTGTACATGGGAATTAATAAATGGGATTCAGTAGTATTGAGCAATGAATCCAGTATCACAAACAAAGAAGTTGTACATGCACTTCCTACATCTTCCGTAAGCATATGCCTGGTGAATACTGGCTTTGGATCACCTTTTATATCAGCATTGGAGTTTAGACTTTTGAAAAATTCTAGCTATGTTACCGATTTCGAATTGTACCAAGACGATTTTTGTGATCGGATTTGGAGGCCCTATAACTTTCCTAGTTACAAAATTATAAGCACATCATCCACAGTTGATTCAGAAATCAGCAACAGTTATAATTTACCAAGAATTGTAATGAGCACTGCTATCACAACCGATAATGCCAGTGCTCCTCTAGAATTTCACTGGGTTCCTGGAGATCCCAATGCCAAATTTCACTTATTCTTGCACTTTGCTGATTTGGAAAAGCTCCAAGCCAACCAATCGAGGGAATTTAACATCTTTCAAAATGAAAATCATCTTCATGGACCTTTTTCTCCTGATTACTTGCAGTCAACTACATTGTTTACCACAAACCCAATGAGTGGAGAATCTATTGATTTTAAATTTGTAAGAACAAATACATCAAATCTTCCACCCATCCTCAATGCTCTTGAAATTTACACGGTGCTAGATACATCACAATCGCACACTGATGAGCAAGACATTAAAGCTCTGATGAGCGTGAAATCATTTTATGGAGTGAGAAAGAATTGGCAGGGTGATCCATGCCTGCCAGAATCCTTCGTGTGGCACGGTCTTAGTTGTAGCTATGATGAGACTCCTAATAGAATCACCTCCTTGAACTTATCTTCAAGTGGGTTGGTGGGGGAAATAGTTACTTCTATATCCGAGCTCAGATCATTACAATATTTGGATTTATCAAACAATAACTTGAGTGGACCAGTGCCTAGTATGCTATCCGAGTTGCACTCTTTGAAAGTTTTAGACTTGAGGAACAACCCACTTCTTGGTTCTATACCAAGCGAACTCATGGAGAAATCGAAGAATGGATCGCTTACAATAAGGGTTGGAGGAAACGCCGATGTTTGTGCTTCATCTTCTTGCCAAAAGAAGAAACAGATTTACGTTGTTCCAATTGTAGCAACAGTTTCATCGTTGCTGGTCCTCTTAGCTGCAATAGTCGTCTGGATTATAATATGGAAAAAACGAGCCCGAAAACAGCCCATTATAAGACTCGGATCGCTAGAGCCAAAAAATCAGCAGCTATCTTACTCACAAATACAGCGTATGACAAATAACTTTGAGACGAAAATCGGGGAAGGAGGATTTGCAAAAGTATTCCTTGGTTACTTGGTCAATACTCAAGTTGCCGTGAAGGTCCTTAAGTCTTCTGTTCAAGGTTACAAAGAGTTTGAAACAGAGGTCAAACTTTTGCTGAGAATTCATCATACAAACTTGACAAGCCTTGTTGGATTCTGCTATGAAAAGACCAATCTGGTTCTTATCTATGAGTACATAAATAATGGCAACTTAAAAGAGCATCTATTAGGTGGAAATGTTAGAGTTCTCAGTTGGGAGGAAAGGATGCAAATAGCGGTTGATGCAGCGCAAGGATTGGAGTATCTGCATCATGGTTGTAAGCCACCAATTGTTCACAGAGATGTGAAGTCTGCAAACATCCTTTTGAATAAAAAATTCCAAGCCAAAATTGCTGATTTTGGTCTATCCAGGAGTTTCCCGACCGAAAGTTGTACTCATTTGACCACAGTTGTTGCAGGCACCGACGGTTATCTCGATCCAGAGTATTATGCAACTGGCTGGCTGACCGAAAAAAGCGACGTTTACAGTTTTGGAGTTCTTATATTGGAAATAATCACTTCCCTTCCAGTCCTTCAAATTGATAGAGCTTCTTCAAAGAGATATCATGTAAGCCAATGGGTTATGAACTTGATGAAAACAGGTGATATAAAGAGCATCGTTGATCAAAGGCTAAGAGGAAACTTCGACTTGAGTTCTGCCTGGAAGGCTGTGGAGATTGCCATGACATGTTTGTCACTGGATTCTGTAGAGAGGCCAGGCATGAAGGAGGTGGTAAGGGAGTTGAGTGAGTGTTTGGCGTTAGAGAGAGCTCGGAAAAGAAGGAACGTCGATTCTGATACTGGAAAATCAAATACAGTTACTAGAAATTTCAGAGAAAGCGAAGTAACACCTCGTGCTAGTTCAACTTGGCTATGTAATCAAGGGCATTGCGTATGGCTGAACGAAGCTGGTTATGCAGTGCTTCACTGGATAATGTTACTTGCCTTTTTGACCAGAAGCTTTCCTGAAGGGGAGAGGAACTGCTACACCATAAAGCTTGCTCAAGGTAAAGGTTTCAAGTATTTGATTAGAGCGAGTTTCATGTACGGAAACTATGACGGCGAAGGTAAACTGCCAGTTTTTTATCTGTATATGGGAATTAATAAATGGGATTCAGTAGTACTGAGCAATGAATCCAGTATCATAACCAAAGAAGTTATACATGCGCTTCCGACATCTTCTGTGTGCGATGTAGGATCGATTACCAACGAAACTGTTCGGTACCGAGACGATTTTTGTGATCGAATTTGGTTGCCCTTTAACTTTCTTCATTACAAAATTATAAGCACATCATCCACAGTTGATTCAGGAATCAGCAACAGTTATACTTTACCAAGAATTGTAATGAGCACCGCTATTACGACCGATAATGCCAGTGCTCCTCTTGAGTTTCACTGGGTTCCTGAAGATCCCTATGCCAAATATCACATATTCTTGCACTTTGCTGATTTGCAAAAGCTTCAAATGAACCAATCAAGGGAATTTAACATCTATCAAAATGAGGAATATTTTAATGGGCCTTTCTCTCCAGATTATTTGCAGTCAACTACATTGTTTAGCACAAAACCAATGAGTGGAGAAACTGTTGCATTTAAATTTGTAAAAACTAATACATCAAATCTTCCACCTATTCTCAATGCTCTTGAAGTCTACAGGGTGTTAGAAACATCAGAATCCCGCACCGATGAGCAGGACGTTAAAGCTATGACGAACGTGAAATCTTTTTATGGAGTGAGAAAGAATTGGCAGGGTGATCCATGCCTGCCAGAATCCTTCGTGTGGCACGGTCTTAGTTGTAGCTATGATGGGACTCCTAATCGAATCACCTCCTTGGATTTATCAAACAATAACTTGAGTGGACCAGTGCCTAGTCTTCTATCCGAGTTGCACTCCTTGAAAGTTTTAGACTTAAGAAACAACCCACATCTTGGTTCAATACCAAGTGAACTCATGGAGAAATCGAAAAATGGATCGCTTACAATAAGGGTTGGAGGAAACGCCGATCTTTGTGCTTCATCTTCTTGCCAAAAGAAGAAAAAGAGTTACGTTATTCCAATTGTAGCATCAGTTTCGTCGTTGCTGGACCTCGTAGCTGCAATAGCCGTCGGGATTATAATTTGGAGAAAACGAGCCCGAAAACAGCCCGACGTAAGACTAACATGGCTGGAACCAAAAAAACACCAGCTATCTTACTCACAAATACAGCATATGACAAACAACTTTGAGACGAAAATTGGGGAAGGAGGATTTGCAAAAGTATTCCTTGGTTACTTGGACACTACTCAAGTTGCTGTTAAGGTCCTTAAGTCTTCTGTTCAAGGTGGAAATGTTAGAGTTCTCAGTTGGGAGGAAAGGATGCAAATCGCGGTCGATGCAGCACAAGGATTGGAGTACCTGCATCATGGTTGTAAGCCACCAATAGCTCACAGAGATGTGAAGTCTGCAAACATCCTTTTGAACGAAAATTTTCAAGCCAAAATTGCTGATTTTGGTCTATCCAAGAGTTTCCTGACCGAAAGTCGTTCTCATTTGACGACAGTTGTTGCAGGCACCGAGGGTTATCTCAATCCCGAGTACTATGCAACTGGCTGGTTGACCGAGAAAAGCGACGTTTATAGTTTTGGAGTTCTTATATTGGAAATAATCACTTCCCTTCCAGTCCTCCAAATTGATAGAGCTTCTTCAGAGAGGTATCATATAAGCCAATGGGTTAGGGACTTGATGAGAACAGGTGATATAGAGAGCATCGTCGATCAAAGGCTAAGAGGAAACTTTGACTTGAGCTCTGCTTGGAAGGCTGTGGAGATTGCCATGACATGTTTGTCAATGGACTCTACAGAGAGGCCAGGCATGAAGGAGGTGGTAAGGGAGTTGAGTGAGTGCTTGGGGTTAGAGAGAGCTCGGAAAAGAAGGACCGTTGGTTTTGATACTGGAAAATCGAATACAGTTACTAGGAATTTCAAAGAGAGTGAAGTAACACCTTGTTCTAGAACTGAAGAGTTGGAAATGGCGTCCATATTGATGAAGTTCGGGTCATTGTTATTTGTTTTTTCTTTGATTGTATATCCGTCGGATTCTGCGGTTTCGAGTATAGATCTGGGGTCTGAATCGGTTAAAGTTGCTGTCGTGAATTTGAAACCTGGACAGAGTCCAATTTCGATAGCGATCAATGAAATGTCGAAGCGTAAATCGCCGACTTTAGTGTCTTTTCAGTCGGGAACTCGTCTACTCGGCGAAGAAGCGGCCGGTCTGGTTGCGCGGTATCCTAATAAGGTGTTTTCCCAAATCAGGGATATGGTTGGGAAGCCCTATAACTATACTAAAAGTTTGACAGACTCGTTATATTTGCCATTTGATATTGTGGAAGATCCGAGGGGTGCTGTTGGTTTTAAAACTGACGACAATGTGACTGTTTACTCGGTTGAGGAATTGTTGGCAATGATTTTGGCTTATGCTTCGAATTTAGCGGAGTTTCATTCAAAAGTGAAGGTGAAGGATGCAGTAATTTCTGTGCCACCGTACTTTGGGCAAGCAGAGAGAGGTGCGCTACTTCAAGCTGCGCAACTGGCTGGCATCAATGTGCTTTCATTAATCAATGAACATTCAGGTGCAGCGCTACAGTATGGGATTGATAAGAATTTTTCCAATGAGTCGAGGCATGTTATTTTTTACGATATGGGTTCAAGCAATACTTACGCAGCGCTTGTTTATTTTTCATCCTACAATGCGAAAGAGTATGGGAAGACTGTGTCAGTTAACCAATTTCAGGTGAAGGATGTTAGATGGGACCCAGAACTTGGGGGCCAGAATATGGAATTACGGCTGGTTGAATATTTTGCCGACGAGTTCAATAAACAAGTTGGAAATGGTGTGGATGTAAGGAAACATCCGAAGGCTATGGCAAAATTGAAGAAACAAGTCAAACGAACTAAAGAAATTTTGAGTGCAAATACAGCCGCTCCAATATCAGTTGAGTCTCTCTATGATGATCGAGATTTTAGGAGTACCATAACACGGGAGAAGTTCGAAGAGTTGTGTGAGGATTTGTGGGAGAATTCTCTTTTACCGGTGAAAGATTTGTTAAAGCATTCAGGTTTGATGTTGGATGATATATATGCTGTGGAATTGATTGGAGGCGCTACAAGGGTGCCAAAATTGCAGGCAAAACTCCAGGAGTTTCTTGGAAGGAAGGAGCTGGACAAACATCTGGATGCTGACGAAGCTATTGTACTTGGTGCCGCTCTCCATGCTGCCAACTTAAGTGATGGAATCAAATTGAACCGTAAGCTTGGAATGATTGATGGTTCTCCCTATGGATTTATTGTTGAGTTAGATGGCCCTGACCTAGTGAAGGATGATAGCACTAGGCAAGTGCTTGTACCACGCATGAAGAAACTCCCCAGTAAGATGTACAGATCAGTCGTCCACAATAAGGATTTTGAAGTTTCACTTGCATATGAGAATGATCTTCTACCACCTGGTGTCAGCGCTCCCGTATTTGCTCAGTTTGCTGTTTCTGGTTTGACAGATACAAGTGAGAAGTATTCAACTCGGAACTTGTCATCTCCCATTAAGGCAACATTACATTTCTCTCTCAGTAGAAGTGGAATCTTGTCTTTTGATCGGGCTGATGCTGTTATTGAGATATCGGAATGGGTAGATGTACCTAGGAAGAATGTTTCGGTCGAGAATTCAACAATTGCTTCACCCAATGCAACACTGGAGGATTCTGGAAATAGTTCAGAAGGAAAGGATGGCACCTCAATCCCTGAAAATGGTGGGGTTGGTAACGCATCCAACTCTAGTACAGAGGAACAAGGTACACCTGAGCTTGCTACTGAAAAAAAGCTGAAAAAGCGAACTTTCAGAATTCCACTAAAGATCGTTGAGAAGACTGTGGGGCCAGGAATTCCTCTTTCAAAAGAATCTTTTGCTGAAGCCAAAAGTAAATTAGAAGCTCTGGATAAAAAGGATGCAGAGAGAAGAAGAACTGCCGAGCTTAAAAATAACTTGGAAGGATATATATACGCTACCAAGGAGAAGTTTGAAACCTCCAATGAGTTGGAACAGATTTGCACAAGTGAGGAACGTCAAGCTTTTAATGAGAAACTTGATGAGGTACAAGATTGGCTATATATGGACGGTGAAGATGCTTCTGCTACAGAATTTCAAGAACGCCTTGACATGTTAAAAGGCTTTGGTGACCCAATATTCCTCAGATTGAAAGAGTTAACTGCTAGACCTCAGGCTGTTGGAGCAGCACGCAAATATCTTCTTCACCTGCAAACGATCATAGAAAACTGGGAGACTAAGAAACCTTGGCTTCCAAAAGAAAGAATACAAGAGGTAAAAAGTGAAAGCAACAAGTTCACGATCTGGTTGGATGAGAAGGAAGCTGAACAAAAGAAGAATTCGGCATCTAGCCTGCCAGTATTTACATCCGAAGATGTTTACTCGAAGGTTTTTAACATTCAAGACAAGGTTGCCAGCATCGACAAGATTCCCAAACCGAAGCCTAAGGTCGAGAAACCTCTGAATGAATCAGATTCCAGTAAAGAAGACACAAAAAGCTCCAATTCGACAACCGATGAGAGTTCACCTGAAGGTGACCAACCAGAGAAGGACTCAGAGAAGCCAGCAAGTGAAAATGCCGAGTCCGAATCCGAATCCGAATCCCAACCTGAATCGAACGAGCACGATGAGTTGTGA 7536 41.57 MSKRCACFREDQLGEPGLEVYEGRMRETGSIDHVQFRPRLVDRLHLCIFSGCIAICSSIFKIKNLSTDCQRIDCGNSKNSSYTDSVTGIKYISDANFTETGVSRSISSDFNSSTLPQKFWYVRSFPEGERNCYTIKLAQGKGFKYLIRASFMYGNYDGKGNASVFDLYMGINKWDSVVLSNESSITNKEVVHALPTSSVSICLVNTGFGSPFISALEFRLLKNSSYVTDFELYQDDFCDRIWRPYNFPSYKIISTSSTVDSEISNSYNLPRIVMSTAITTDNASAPLEFHWVPGDPNAKFHLFLHFADLEKLQANQSREFNIFQNENHLHGPFSPDYLQSTTLFTTNPMSGESIDFKFVRTNTSNLPPILNALEIYTVLDTSQSHTDEQDIKALMSVKSFYGVRKNWQGDPCLPESFVWHGLSCSYDETPNRITSLNLSSSGLVGEIVTSISELRSLQYLDLSNNNLSGPVPSMLSELHSLKVLDLRNNPLLGSIPSELMEKSKNGSLTIRVGGNADVCASSSCQKKKQIYVVPIVATVSSLLVLLAAIVVWIIIWKKRARKQPIIRLGSLEPKNQQLSYSQIQRMTNNFETKIGEGGFAKVFLGYLVNTQVAVKVLKSSVQGYKEFETEVKLLLRIHHTNLTSLVGFCYEKTNLVLIYEYINNGNLKEHLLGGNVRVLSWEERMQIAVDAAQGLEYLHHGCKPPIVHRDVKSANILLNKKFQAKIADFGLSRSFPTESCTHLTTVVAGTDGYLDPEYYATGWLTEKSDVYSFGVLILEIITSLPVLQIDRASSKRYHVSQWVMNLMKTGDIKSIVDQRLRGNFDLSSAWKAVEIAMTCLSLDSVERPGMKEVVRELSECLALERARKRRNVDSDTGKSNTVTRNFRESEVTPRASSTWLCNQGHCVWLNEAGYAVLHWIMLLAFLTRSFPEGERNCYTIKLAQGKGFKYLIRASFMYGNYDGEGKLPVFYLYMGINKWDSVVLSNESSIITKEVIHALPTSSVCDVGSITNETVRYRDDFCDRIWLPFNFLHYKIISTSSTVDSGISNSYTLPRIVMSTAITTDNASAPLEFHWVPEDPYAKYHIFLHFADLQKLQMNQSREFNIYQNEEYFNGPFSPDYLQSTTLFSTKPMSGETVAFKFVKTNTSNLPPILNALEVYRVLETSESRTDEQDVKAMTNVKSFYGVRKNWQGDPCLPESFVWHGLSCSYDGTPNRITSLDLSNNNLSGPVPSLLSELHSLKVLDLRNNPHLGSIPSELMEKSKNGSLTIRVGGNADLCASSSCQKKKKSYVIPIVASVSSLLDLVAAIAVGIIIWRKRARKQPDVRLTWLEPKKHQLSYSQIQHMTNNFETKIGEGGFAKVFLGYLDTTQVAVKVLKSSVQGGNVRVLSWEERMQIAVDAAQGLEYLHHGCKPPIAHRDVKSANILLNENFQAKIADFGLSKSFLTESRSHLTTVVAGTEGYLNPEYYATGWLTEKSDVYSFGVLILEIITSLPVLQIDRASSERYHISQWVRDLMRTGDIESIVDQRLRGNFDLSSAWKAVEIAMTCLSMDSTERPGMKEVVRELSECLGLERARKRRTVGFDTGKSNTVTRNFKESEVTPCSRTEELEMASILMKFGSLLFVFSLIVYPSDSAVSSIDLGSESVKVAVVNLKPGQSPISIAINEMSKRKSPTLVSFQSGTRLLGEEAAGLVARYPNKVFSQIRDMVGKPYNYTKSLTDSLYLPFDIVEDPRGAVGFKTDDNVTVYSVEELLAMILAYASNLAEFHSKVKVKDAVISVPPYFGQAERGALLQAAQLAGINVLSLINEHSGAALQYGIDKNFSNESRHVIFYDMGSSNTYAALVYFSSYNAKEYGKTVSVNQFQVKDVRWDPELGGQNMELRLVEYFADEFNKQVGNGVDVRKHPKAMAKLKKQVKRTKEILSANTAAPISVESLYDDRDFRSTITREKFEELCEDLWENSLLPVKDLLKHSGLMLDDIYAVELIGGATRVPKLQAKLQEFLGRKELDKHLDADEAIVLGAALHAANLSDGIKLNRKLGMIDGSPYGFIVELDGPDLVKDDSTRQVLVPRMKKLPSKMYRSVVHNKDFEVSLAYENDLLPPGVSAPVFAQFAVSGLTDTSEKYSTRNLSSPIKATLHFSLSRSGILSFDRADAVIEISEWVDVPRKNVSVENSTIASPNATLEDSGNSSEGKDGTSIPENGGVGNASNSSTEEQGTPELATEKKLKKRTFRIPLKIVEKTVGPGIPLSKESFAEAKSKLEALDKKDAERRRTAELKNNLEGYIYATKEKFETSNELEQICTSEERQAFNEKLDEVQDWLYMDGEDASATEFQERLDMLKGFGDPIFLRLKELTARPQAVGAARKYLLHLQTIIENWETKKPWLPKERIQEVKSESNKFTIWLDEKEAEQKKNSASSLPVFTSEDVYSKVFNIQDKVASIDKIPKPKPKVEKPLNESDSSKEDTKSSNSTTDESSPEGDQPEKDSEKPASENAESESESESQPESNEHDEL 2511
       

Gff information

Chromosome Start End Strand Old_gene Gene Num
1 9503721 9535670 + CmaCh01G013300.1 Cma01g01330 287023
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Cma01g01330 2511 ProSiteProfiles Protein kinase domain profile. 1106 1571 IPR000719 GO:0004672|GO:0005524|GO:0006468
Cma01g01330 2511 SUPERFAMILY Protein kinase-like (PK-like) 1328 1567 IPR011009 -
Cma01g01330 2511 PANTHER OS07G0107800 PROTEIN-RELATED 1006 1219 - -
Cma01g01330 2511 PANTHER OS07G0107800 PROTEIN-RELATED 927 1003 - -
Cma01g01330 2511 MobiDBLite consensus disorder prediction 2175 2217 - -
Cma01g01330 2511 Gene3D - 1703 1756 - -
Cma01g01330 2511 SUPERFAMILY Protein kinase-like (PK-like) 571 857 IPR011009 -
Cma01g01330 2511 PANTHER OS07G0107800 PROTEIN-RELATED 1383 1579 - -
Cma01g01330 2511 PANTHER OS07G0107800 PROTEIN-RELATED 43 895 - -
Cma01g01330 2511 ProSitePatterns Serine/Threonine protein kinases active-site signature. 1416 1428 IPR008271 GO:0004672|GO:0006468
Cma01g01330 2511 Pfam Protein tyrosine and serine/threonine kinase 590 857 IPR001245 GO:0004672|GO:0006468
Cma01g01330 2511 Pfam Malectin-like domain 927 1005 IPR024788 -
Cma01g01330 2511 Pfam Malectin-like domain 72 378 IPR024788 -
Cma01g01330 2511 Pfam Malectin-like domain 1007 1162 IPR024788 -
Cma01g01330 2511 SMART LRR_typ_2 454 477 IPR003591 -
Cma01g01330 2511 SMART LRR_typ_2 1238 1262 IPR003591 -
Cma01g01330 2511 SMART LRR_typ_2 478 502 IPR003591 -
Cma01g01330 2511 MobiDBLite consensus disorder prediction 2476 2494 - -
Cma01g01330 2511 PANTHER LEUCINE-RICH REPEAT TRANSMEMBRANE PROTEIN KINASE PROTEIN-RELATED 1383 1579 - -
Cma01g01330 2511 PANTHER LEUCINE-RICH REPEAT TRANSMEMBRANE PROTEIN KINASE PROTEIN-RELATED 43 895 - -
Cma01g01330 2511 Gene3D - 2248 2360 IPR029048 -
Cma01g01330 2511 ProSitePatterns Heat shock hsp70 proteins family signature 3. 1983 1997 IPR018181 -
Cma01g01330 2511 SUPERFAMILY L domain-like 416 500 - -
Cma01g01330 2511 PANTHER LEUCINE-RICH REPEAT TRANSMEMBRANE PROTEIN KINASE PROTEIN-RELATED 1217 1383 - -
Cma01g01330 2511 PANTHER LEUCINE-RICH REPEAT TRANSMEMBRANE PROTEIN KINASE PROTEIN-RELATED 927 1003 - -
Cma01g01330 2511 ProSitePatterns Serine/Threonine protein kinases active-site signature. 706 718 IPR008271 GO:0004672|GO:0006468
Cma01g01330 2511 ProSitePatterns Protein kinases ATP-binding region signature. 594 615 IPR017441 GO:0005524
Cma01g01330 2511 Pfam Leucine rich repeat 432 491 IPR001611 GO:0005515
Cma01g01330 2511 MobiDBLite consensus disorder prediction 2441 2511 - -
Cma01g01330 2511 SUPERFAMILY L domain-like 1201 1259 - -
Cma01g01330 2511 Gene3D Actin; Chain A, domain 4 1876 1961 - -
Cma01g01330 2511 Gene3D - 1822 2009 - -
Cma01g01330 2511 Pfam Hsp70 protein 1640 2347 IPR013126 GO:0005524|GO:0140662
Cma01g01330 2511 Gene3D Phosphorylase Kinase; domain 1 553 661 - -
Cma01g01330 2511 CDD STKc_IRAK 594 859 - -
Cma01g01330 2511 SUPERFAMILY Actin-like ATPase domain 1639 1821 IPR043129 -
Cma01g01330 2511 SUPERFAMILY Heat shock protein 70kD (HSP70), C-terminal subdomain 2275 2358 IPR029048 -
Cma01g01330 2511 SUPERFAMILY Actin-like ATPase domain 1827 2029 IPR043129 -
Cma01g01330 2511 PANTHER LEUCINE-RICH REPEAT TRANSMEMBRANE PROTEIN KINASE PROTEIN-RELATED 1006 1219 - -
Cma01g01330 2511 MobiDBLite consensus disorder prediction 2175 2224 - -
Cma01g01330 2511 Gene3D Ribonuclease Inhibitor 389 512 IPR032675 -
Cma01g01330 2511 Gene3D Ribonuclease Inhibitor 1174 1271 IPR032675 -
Cma01g01330 2511 Pfam Protein kinase domain 1390 1565 IPR000719 GO:0004672|GO:0005524|GO:0006468
Cma01g01330 2511 PANTHER OS07G0107800 PROTEIN-RELATED 1217 1383 - -
Cma01g01330 2511 Gene3D - 1640 2027 - -
Cma01g01330 2511 SMART serkin_6 1348 1571 IPR000719 GO:0004672|GO:0005524|GO:0006468
Cma01g01330 2511 SMART serkin_6 588 861 IPR000719 GO:0004672|GO:0005524|GO:0006468
Cma01g01330 2511 ProSiteProfiles Protein kinase domain profile. 588 861 IPR000719 GO:0004672|GO:0005524|GO:0006468
Cma01g01330 2511 ProSitePatterns Protein kinases ATP-binding region signature. 1354 1375 IPR017441 GO:0005524
Cma01g01330 2511 Gene3D Substrate Binding Domain Of DNAk; Chain A, domain 1 2037 2180 IPR029047 -
Cma01g01330 2511 Gene3D Transferase(Phosphotransferase) domain 1 662 884 - -
Cma01g01330 2511 Gene3D Transferase(Phosphotransferase) domain 1 1375 1587 - -
Cma01g01330 2511 MobiDBLite consensus disorder prediction 2441 2468 - -
Cma01g01330 2511 CDD HYOU1-like_NBD 1639 2027 - -
       

Duplication type information

Select Gene1 Location1 Gene2 Location2 E-value Duplicated-type
Cma01g01330 Cma-Chr1:9503721 Cma08g00746 Cma-Chr8:4478596 1.50E-135 dispersed
Cma01g01330 Cma-Chr1:9503721 Cma09g00711 Cma-Chr9:3364102 0 wgd
       

Transcription factors information

Select Gene Hmm_acc Hmm_name Score E-value Regulatory Factors Family
68286 PF00012 HSP70 1.50E-97 CL0108 Cma PK
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Cma01g01330 K09486 - csv:101207859 1531.15