Gene search

Sequence information

Select Gene Cds Cds_length GC_content Pep Pep_length
Cco02g1330 ATGGAAGCTAATATTCATGATCTTAAGGTGCCTCTAAATCCACGGGGCCTCAATAATGAAGACAGAGCAGTAGAAATCATAGAAGCCGGAGGATTCCCCGGCGACGAATTTTCAGAACAAGGCATTGCAGCAACATGTCGTCTAAGAGTCCCAAGAATAGGCTGCCCAGCCAAAGTCCGTTCTCTCCAAAAAGCCCTAGCCATGGTCCATGGCGTAAAACGAGCAACCGTAGTTCTCGAAATCGAGGAAGCCAAAGTCCTCTTCGATCCAAATTTAACCACAGAGACCCTAATCCTCACAGAAATCGACAATTCCGGCTTCGAAGCCGAGCTCATCTCCGCTGCAGATGAAGCCTACAAAGTTCACATAAAACTTAATCGAGCGAGCCCCGGAGACATGCCCGCCATCAAATCCTCTCTCGAGCAAGCTCCGGGAGTGAACTGTGTGGAAATGGAGGCGATAGGGCGGATGGTAGCCATCGGCTACGACCCTGATCGGACGGGTCCAAGGTGCCTTCTGCAGTTCCTGGAGAAGTATGGAGCAAGCTTGTATGTGCCTCCGAAGAGAAGAGATGTGGAGCAGCTTCAAGAAGCTTGTGCTTATAGGAATTTGTTCTTGCTGAGCTGCTTGTTTTCTGTTCCAGTGGTGGCCTTTGCAATGGTGCTTCCAATGCTTCCTCCTTATGGAGATTGGTTGAATTTTAGGGTTTGCAGTATGCTTACTGTTGGAATGGTTCTTAAATGGATCTTCTGCACTCCAGTCCAGTTCCTTGCTGGTCGCAGATTTTATGTAGGATCATACCGCGCATTACAACGGAAATCTGCAAATATGGATGTTTTGGTTGCTGTAGGCACCAATGCAGCTTACTTTTACTCAGTATACATAGTTTTTAAAGCATCCACTTCCAACTCTTTTAAGGGGAAAGATTTCTTTGAGACTAGCTCCATGTTGATCTCCTTCATTCTACTTGGAAAATATTTGGAGGTCATGGCCAAAGGCAAATCATCAGATGCTTTAGCGCAGCTTGCTCATCTTGCTCCTGATACAGCTTGTTTGATGACCTTTGATGATCATGGAAATTTGCTATCAGAGGTGGAGATTGATACCCAACTCATACAGAGGAATGACATAATTAAGATTGTTCCTGGGGCAAAAGTTCCTGTTGATGGGGTTGTTATTAGTGGTGAAAGCAATGTGAATGAGAGTACAATTACAGGAGAAGCAAGATCCATTGGCAAATCAACTGGTGATAAGGTTATTGGAGGGACTGTCAATGAAAATGGATGCTTATTTGTTAAAACCACTCATGTTGGATCTGATACTACACTTTCTCGAATTGTACAACTCGTGGAATCGGCTCAGCTATCACGAGCCCCAGCTCAAAAATTAGCAGATCAGATATCAAAGTTCTTTGTTCCTGTTGTTGTTGTGGCAGCATCTGTGACATGGCTGGGATGGTTAATTTGTGGAGAACTTGGTTTATACCCCAAACATTGGATACCAAAAGGCATGGATGAGTTTGAACTTGCCCTGCAATTTGCCATTTCAGTGCTGGTGATTGCATGCCCGTGTGCCCTTGGTTTAGCAACACCGACTGCGATCATGGTTGCGTCGGGAAAAGGTGCTTCTCTAGGTGTGCTCATTAAAGGGGCAAGTGCACTTCAAAATGCATACAAGGTGAAAACAGTAGTTTTTGACAAGACTGGAACTCTAACAGTTGGGAGGCCAGAGGTAGTTAGTGTTGTGCTTTTTTCTACATTTCCAATGCAGGAGCTCTGTGATGTAGCAATAGCAATTGAGTCAAACAGCGAACACCCTCTAGCAAAATCTGTAGTGGAGCATGCAAAGAAAATGAGAAAGAAGTTTGGGGCCCGAAGTGAATGTCGCAAACGCATCCAGAACTTCGAGGTGTTCCCGGGAGAAGGGGTTGGAGGAAGAATTGATAGAAAGACAGTTTTAGTAGGAAACAGAAGGCTCATGCGAGCTCACAACATTGTTGTTGGTCCTCAAGTTGATCGGTATGTTATAGAAAACGAGCGACTGGCTCAAACATGTGTCTTGGTGGCTATTAATGGCAGGGTAGCAGGAGGTTTTGGTGTTATAGATGCGCCAAAGCCTGGGACTAAAGCTGTCATATCATTTCTTCGTTCGATTGGCATCTCAACCATAATGGTCACCGGAGATAACTGGGCCACAGCCTTCGCGGTTGCAAGAGGGGTCGGGATTAGTGAAGTCTTTGCAGAGATGGATCCAATTGGAAAAGCTAACAAGATTAGAACCTTAAAGACGTCAGGGAATATTGTGGCAATGGTGGGAGATGGAGTAAATGACTCACATGCCTTAGCTGCAGCTGATGTCGGTATTGCAATTGGTGCTGGAACAAATATTGCTATTGAAGCAGCTGATATTGTTCTAATGCGAAGCAATTTAGAAGATGTGGTTACTGCTATAGATCTCTCAAGACAAACTGTTTATCGTATATGGCTTAACTACATTTGGGCTCTTGGCTACAATATCATCGGCATGCCTATCGCTGCCGGAATCCTATATCCCTTCTTTGGAATCCGATTGCCACCGTGGCTTGCCGGTGCCTGTATGGCTGCTTCCTCCCTTAGTGTTGGTTTCCAGCTGATAACCCACCTCAGTTTTAGCTTCGTATTTTCTTTGGATTTTTGTTTCCCACTGTATGAATTGGACCCCGATCCGAACCCCCATTGTGGATTTGGGTTTAAGTTTTCATCGGCAGCTTCGCCAAAGTCAATGGCGTCGAAGGCTTCTTTGCCTTCTCCTTCGGCCGACAGATCGGACCTGCACGATGACACCCAGATAATGAAACCACGAGGACAAGATCCTACTCCTAAGGAGATCTTATCACTCATTGAATTTCTAAAGAAGCAAGTTGCTGGCGAACGTTGTAACTCCGTACAGAAAAGAATGGAAGAAAACAAGCAGAAGTTGGTTGGCATCACCACTCACTTGTTGAAATCATCGACAGAAAGAAGGATAAGAAGGACAAGTGATTCAGATAAGGGGGTGGATCTATTGACGAAGAGGCAGAAAGATGCACTTGATATGCAGAATGGTATAGATGTAAGTGATGGGGAAAATGACGGATCTCAAGAAGATGGCCATGCATCTTCTGCAGTTCTTCTTGGATCTAATGTTGCAGTAAGAAATGCTGTACGACCTATTAAGCTTCCTGAAGTTAAAAGATTGCCTCCTTATACTACATGGATATTTTTGGACAGAAACCAGAGAATGACTGAAGATCAATCTGTGGTTGGTCGAAGGAGAATTTATTATGGTCAAAGCGGAGGAGAAGCCCTCATTTGCAGTGACAGTGAGGAAGAAGTAATTGATGACGAAGAGGAAAAGAGAGATTTTGTGGAATCTGAAGATTATATACTTCGTTGGGTCTCAATGGTTTATGAGCCTCTTATTTCCAAGGAAAGAAAGAAGTTTTGGGAAGTGTTGGGGGCCTTTTTAGGCTTTGTAGGAGGTGTTGGTGTTTGGTGTTTGGCAGGGGACTTCGATGTGACTAGGACCAACTGTGGAATTTCCCTTCTTTCCCCTCCTCTCATACTTGTGTATAATTGGGGGCCTTACGTAGCTTTGCCTCTATGTCCAAAAGCAACTGTTGAAACCAATGTATCTGAGCTGAAAGTAACGGTATCATCTGCATGTCATGCTCTTTTAGGATATAGCACCTTTTCTTCCTCCTCCGTGTCCTATGATTTTGGTGCAATACGCATAGGCATCATAAACATGGCAATGAAAGAAATTGGTTCATCTGATCTGGTGCTAGAGTCCCTTGCCAATTGTTTCTCTAGAAGTCCTGGTGAAATAAAGGCAAGATATGAAGTGCTTACCCAGGGAGAAAAGGCTATAGGGTGTTTTAATAATAGGATCAATGAGGAGATCTCACATATTGGAAGTACTCTTCTTGATAAAGATCTTGATGCAGCTCTTGATTCCTTTGACAATCTATTTTGCCGTCGTTGCCTTGTCTTTGATTGTAGACTACATGGTTGTTCCCAAGATCTTGTCTTTCCTGCTGAGAAACAACCTAAATGGGGTCCTGTAGGTGAGGAAAATGCACCATGTGGTCCACTCTGCTATCGATCAGTGCTGAAATCAGACAAAAATGGTACAGGGGGTTCTCCACTTCGCAGTGACTTGGAAGAAAAACATCCCATGTCATCTGATGGTACTGGAGCTCAAATATCTACGAAGAAGAAATCTTCTTGTAAAACTGGTCGAAGAAGGGCAAAATCCTATCAAAGTGAAAGTGCCTCATCAAATGCAAAGAACATATCAGAAAGCAGTGAGTCAGAGAATGGACCCAGGCAGGATGGGAATACTATTCATCAATCACCTCCACCAAATTCTAAGATAACAGGAGCAGGTGGAATTCGAAAAAGGAACAGCAAGCGTGTTGCTGAGCGTGTTCTCATTTGCATGCAGAAAAGGCAGAAGAAACTGGCTGCTTCTGAGTCAGAATCTCTAGCCAGTGTAGGTCATTATCCAAATGATGTGAAATTAAAATCTAACTCATGTAAAGAAAATGACGATACTAGTTCTTCTTCACGTAAGAATATTAGATCTCCTACACCTGGAAGGTCTAGGAGGAGGGAATCCCTGACTCAGAAATGCAACAAATTTGAGCAGAATGAAACACTCAATAATTCATCAAATGAGATAATTACTCATCTACCAGCCGACAGTTGTGATGACAACTCAAGGAAAGAAGAGCGTGTGGATGAAAATTTATGCAAGCAGGACTTGGCAGATGATAAATCTTGGAAGGCTATTGAAAAAGGGCTCTATGAGAAGGGTATTGAGATTTTTGGTAGGAACAGCTGCTTAATAGCAAGGAATTTACTAAATGGGATGAAGACCTGTTGGGAGATTTTTCAATACATGAATTATTCTGAGAACAAGAATGGCAGCCAAGTGGGTGATGGGTCAAATCCTCATCTTGAAGGTTACACCAAGGGTAATAATGAAGTGAGAAGAAGGTCAAGATTCTTACGTAGAAGGGGTAGAGTTCGTCGACTGAAATATACCTGGAAATCAGCTGCTTACCATTCTATTCGGAAGCGAATAACTGAAAGGAAAGATCAGCCGTGCAGACAGTATAATCCATGTGGTTGCCAAACTGCCTGTGGAAAGCAGTGTGCCTGTCTTTTAAATGGCACCTGCTGTGAGAAGTACTGTGGGTGCCCTAAGAGTTGCAAGAATCGTTTTAGAGGATGCCATTGTGCCAAAAGTCAATGTCGTAGTCGTCAATGTCCTTGTTTTGCAGCAGATAGAGAATGTGATCCAGATGTTTGTAGGAATTGTTGGGTCAGCTGTGGTGATGGTACTCTCGGGGTTCCCAACCAAAGAGGTGACAATTATGAGTGCAGGAACATGAAGCTTCTTCTGAAACAACAACAAAGAGTGTTACTCGGAAGATCTGATATATCTGGTTGGGGAGCATTTCTAAAGAATAGTGTTGGCAAACACGAATATCTTGGCGAGTATACTGGGGAGTTAATTTCACATAGGGAGGCTGATAAACGGGGCAAAATATATGATCGTGAAAACTCATCGTTTCTGTTCAATTTGAATGACCAGTTTGTTCTTGATGCATACCGAAAGGGCGATAAATTAAAATTTGCTAATCATTCTCCGGATCCGAACTGCTACGCCAAGGTCATCATGGTTGCGGGAGATCACCGGGTTGGCATCTTTGCCAAGGAAAGAATCAGTGCTGGGGAGGAACTCTTTTATGATTATAGATATGAGCCTGATCGAGCCCCGGCTTGGGCAAGGAAGCCTGAGGCATCGGGGTCAAAAAAAGACGACGGTGCTCCATCGAGTGGACGAGCAAAGAAACTCGCTTAA 5889 43.79 MEANIHDLKVPLNPRGLNNEDRAVEIIEAGGFPGDEFSEQGIAATCRLRVPRIGCPAKVRSLQKALAMVHGVKRATVVLEIEEAKVLFDPNLTTETLILTEIDNSGFEAELISAADEAYKVHIKLNRASPGDMPAIKSSLEQAPGVNCVEMEAIGRMVAIGYDPDRTGPRCLLQFLEKYGASLYVPPKRRDVEQLQEACAYRNLFLLSCLFSVPVVAFAMVLPMLPPYGDWLNFRVCSMLTVGMVLKWIFCTPVQFLAGRRFYVGSYRALQRKSANMDVLVAVGTNAAYFYSVYIVFKASTSNSFKGKDFFETSSMLISFILLGKYLEVMAKGKSSDALAQLAHLAPDTACLMTFDDHGNLLSEVEIDTQLIQRNDIIKIVPGAKVPVDGVVISGESNVNESTITGEARSIGKSTGDKVIGGTVNENGCLFVKTTHVGSDTTLSRIVQLVESAQLSRAPAQKLADQISKFFVPVVVVAASVTWLGWLICGELGLYPKHWIPKGMDEFELALQFAISVLVIACPCALGLATPTAIMVASGKGASLGVLIKGASALQNAYKVKTVVFDKTGTLTVGRPEVVSVVLFSTFPMQELCDVAIAIESNSEHPLAKSVVEHAKKMRKKFGARSECRKRIQNFEVFPGEGVGGRIDRKTVLVGNRRLMRAHNIVVGPQVDRYVIENERLAQTCVLVAINGRVAGGFGVIDAPKPGTKAVISFLRSIGISTIMVTGDNWATAFAVARGVGISEVFAEMDPIGKANKIRTLKTSGNIVAMVGDGVNDSHALAAADVGIAIGAGTNIAIEAADIVLMRSNLEDVVTAIDLSRQTVYRIWLNYIWALGYNIIGMPIAAGILYPFFGIRLPPWLAGACMAASSLSVGFQLITHLSFSFVFSLDFCFPLYELDPDPNPHCGFGFKFSSAASPKSMASKASLPSPSADRSDLHDDTQIMKPRGQDPTPKEILSLIEFLKKQVAGERCNSVQKRMEENKQKLVGITTHLLKSSTERRIRRTSDSDKGVDLLTKRQKDALDMQNGIDVSDGENDGSQEDGHASSAVLLGSNVAVRNAVRPIKLPEVKRLPPYTTWIFLDRNQRMTEDQSVVGRRRIYYGQSGGEALICSDSEEEVIDDEEEKRDFVESEDYILRWVSMVYEPLISKERKKFWEVLGAFLGFVGGVGVWCLAGDFDVTRTNCGISLLSPPLILVYNWGPYVALPLCPKATVETNVSELKVTVSSACHALLGYSTFSSSSVSYDFGAIRIGIINMAMKEIGSSDLVLESLANCFSRSPGEIKARYEVLTQGEKAIGCFNNRINEEISHIGSTLLDKDLDAALDSFDNLFCRRCLVFDCRLHGCSQDLVFPAEKQPKWGPVGEENAPCGPLCYRSVLKSDKNGTGGSPLRSDLEEKHPMSSDGTGAQISTKKKSSCKTGRRRAKSYQSESASSNAKNISESSESENGPRQDGNTIHQSPPPNSKITGAGGIRKRNSKRVAERVLICMQKRQKKLAASESESLASVGHYPNDVKLKSNSCKENDDTSSSSRKNIRSPTPGRSRRRESLTQKCNKFEQNETLNNSSNEIITHLPADSCDDNSRKEERVDENLCKQDLADDKSWKAIEKGLYEKGIEIFGRNSCLIARNLLNGMKTCWEIFQYMNYSENKNGSQVGDGSNPHLEGYTKGNNEVRRRSRFLRRRGRVRRLKYTWKSAAYHSIRKRITERKDQPCRQYNPCGCQTACGKQCACLLNGTCCEKYCGCPKSCKNRFRGCHCAKSQCRSRQCPCFAADRECDPDVCRNCWVSCGDGTLGVPNQRGDNYECRNMKLLLKQQQRVLLGRSDISGWGAFLKNSVGKHEYLGEYTGELISHREADKRGKIYDRENSSFLFNLNDQFVLDAYRKGDKLKFANHSPDPNCYAKVIMVAGDHRVGIFAKERISAGEELFYDYRYEPDRAPAWARKPEASGSKKDDGAPSSGRAKKLA 1962
       

Gff information

Chromosome Start End Strand Old_gene Gene Num
2 25164598 25196271 + CcPI632755_02g013300.1 Cco02g1330 172087
       

Annotation information

Select Seq ID Length Analysis Description Start End IPR GO
Cco02g1330 1962 ProSiteProfiles Heavy-metal-associated domain profile. 44 110 IPR006121 GO:0046872(InterPro)
Cco02g1330 1962 CDD HMA 48 110 IPR006121 GO:0046872(InterPro)
Cco02g1330 1962 CDD SET_EZH 1813 1929 - -
Cco02g1330 1962 NCBIfam heavy metal translocating P-type ATPase 277 875 IPR027256 GO:0006812(InterPro)|GO:0016020(InterPro)|GO:0019829(InterPro)
Cco02g1330 1962 Coils Coil 1112 1132 - -
Cco02g1330 1962 PRINTS Copper-transporting ATPase signature 473 487 - -
Cco02g1330 1962 PRINTS Copper-transporting ATPase signature 748 765 - -
Cco02g1330 1962 PRINTS Copper-transporting ATPase signature 334 352 - -
Cco02g1330 1962 PRINTS Copper-transporting ATPase signature 314 333 - -
Cco02g1330 1962 PRINTS Copper-transporting ATPase signature 262 281 - -
Cco02g1330 1962 Gene3D - 531 827 IPR023214 -
Cco02g1330 1962 SFLD C1.7: P-type atpase like 546 823 - -
Cco02g1330 1962 PANTHER P-TYPE CATION-TRANSPORTING ATPASE 17 873 - -
Cco02g1330 1962 SMART CXC_2 1747 1784 IPR033467 -
Cco02g1330 1962 MobiDBLite consensus disorder prediction 1936 1955 - -
Cco02g1330 1962 Pfam CXC domain 1751 1782 IPR041355 -
Cco02g1330 1962 SFLD p-type atpase 546 823 IPR044492 -
Cco02g1330 1962 Gene3D - 43 117 - -
Cco02g1330 1962 Pfam SET domain 1824 1927 IPR001214 GO:0005515(InterPro)
Cco02g1330 1962 PRINTS Copper-transporting ATPase 1 signature 205 226 - -
Cco02g1330 1962 PRINTS Copper-transporting ATPase 1 signature 71 94 - -
Cco02g1330 1962 PRINTS Copper-transporting ATPase 1 signature 260 285 - -
Cco02g1330 1962 PRINTS Copper-transporting ATPase 1 signature 240 260 - -
Cco02g1330 1962 NCBIfam HAD-IC family P-type ATPase 317 848 IPR001757 GO:0005215(InterPro)|GO:0005524(InterPro)|GO:0016020(InterPro)|GO:0016887(InterPro)
Cco02g1330 1962 MobiDBLite consensus disorder prediction 1382 1476 - -
Cco02g1330 1962 FunFam Putative histone-lysine N-methyltransferase EZH2 1713 1930 - -
Cco02g1330 1962 ProSiteProfiles Histone-lysine N-methyltransferase (EC 2.1.1.43) family profile. 860 1962 IPR025778 GO:0031519(InterPro)
Cco02g1330 1962 MobiDBLite consensus disorder prediction 1024 1044 - -
Cco02g1330 1962 CDD P-type_ATPase_Cu-like 205 873 - -
Cco02g1330 1962 MobiDBLite consensus disorder prediction 1425 1464 - -
Cco02g1330 1962 PRINTS P-type cation-transporting ATPase superfamily signature 400 414 - -
Cco02g1330 1962 PRINTS P-type cation-transporting ATPase superfamily signature 696 707 - -
Cco02g1330 1962 PRINTS P-type cation-transporting ATPase superfamily signature 718 728 - -
Cco02g1330 1962 PRINTS P-type cation-transporting ATPase superfamily signature 771 790 - -
Cco02g1330 1962 PRINTS P-type cation-transporting ATPase superfamily signature 794 806 - -
Cco02g1330 1962 PRINTS P-type cation-transporting ATPase superfamily signature 564 578 - -
Cco02g1330 1962 SUPERFAMILY HAD-like 562 875 IPR036412 -
Cco02g1330 1962 Gene3D SET domain 1713 1930 IPR046341 -
Cco02g1330 1962 SMART set_7 1813 1934 IPR001214 GO:0005515(InterPro)
Cco02g1330 1962 Pfam haloacid dehalogenase-like hydrolase 560 785 - -
Cco02g1330 1962 Gene3D - 332 454 - -
Cco02g1330 1962 MobiDBLite consensus disorder prediction 1508 1582 - -
Cco02g1330 1962 MobiDBLite consensus disorder prediction 1936 1962 - -
Cco02g1330 1962 FunFam Copper-transporting ATPase 1, putative 332 454 - -
Cco02g1330 1962 Gene3D - 650 702 IPR023299 GO:0000166(InterPro)
Cco02g1330 1962 Gene3D - 571 649 IPR023299 GO:0000166(InterPro)
Cco02g1330 1962 MobiDBLite consensus disorder prediction 1514 1528 - -
Cco02g1330 1962 Pfam E1-E2 ATPase 363 542 - -
Cco02g1330 1962 ProSitePatterns E1-E2 ATPases phosphorylation site. 566 572 IPR018303 -
Cco02g1330 1962 MobiDBLite consensus disorder prediction 921 952 - -
Cco02g1330 1962 MobiDBLite consensus disorder prediction 1552 1570 - -
Cco02g1330 1962 ProSiteProfiles CXC domain profile. 1699 1798 IPR026489 -
Cco02g1330 1962 SUPERFAMILY HMA, heavy metal-associated domain 45 117 IPR036163 GO:0046872(InterPro)
Cco02g1330 1962 SUPERFAMILY SET domain 1715 1931 IPR046341 -
Cco02g1330 1962 ProSiteProfiles SET domain profile. 1813 1928 IPR001214 GO:0005515(InterPro)
Cco02g1330 1962 SUPERFAMILY Calcium ATPase, transmembrane domain M 312 826 IPR023298 -
Cco02g1330 1962 SUPERFAMILY Calcium ATPase, transduction domain A 364 450 IPR008250 -
       

Duplication type information

Select Gene1 Location1 Gene2 Location2 E-value Duplicated-type
Cco02g1330 Cco-Chr2:25164598 Cco04g0619 Cco-Chr4:20187307 1.30E-244 dispersed
Cco01g0289 Cco-Chr1:2778041 Cco02g1330 Cco-Chr2:25164598 3.90E-239 transposed
Cco04g2350 Cco-Chr4:36957752 Cco02g1330 Cco-Chr2:25164598 1.20E-187 transposed
Cco05g1055 Cco-Chr5:9348668 Cco02g1330 Cco-Chr2:25164598 1.20E-19 transposed
Cco05g1803 Cco-Chr5:26773332 Cco02g1330 Cco-Chr2:25164598 1.90E-86 transposed
Cco06g0122 Cco-Chr6:1155487 Cco02g1330 Cco-Chr2:25164598 3.60E-20 transposed
Cco08g1025 Cco-Chr8:22092511 Cco02g1330 Cco-Chr2:25164598 1.70E-22 transposed
Cco08g1066 Cco-Chr8:22473188 Cco02g1330 Cco-Chr2:25164598 1.30E-22 transposed
Cco10g0892 Cco-Chr10:18632681 Cco02g1330 Cco-Chr2:25164598 3.90E-95 transposed
Cco10g1133 Cco-Chr10:23730735 Cco02g1330 Cco-Chr2:25164598 1.30E-159 transposed
Cco02g1330 Cco-Chr2:25164598 Cco04g1518 Cco-Chr4:30587493 9.30E-22 wgd
       

Transcription factors information

Select Gene Hmm_acc Hmm_name Score E-value Regulatory Factors Family
58771 PF00702 Hydrolase 4.70E-41 CL0137 Cco TR
       

Pathway information

Select Query KO Definition Second KO KEGG Genes ID GHOSTX Score
Cco02g1330 K17686 - csv:101214276 1484.16