CDS
| Accession Number | TCMCG075C28781 |
| gbkey | CDS |
| Protein Id | XP_017984065.1 |
| Location | complement(join(94215..94379,94750..94869,94995..95129,95238..95311,95396..95435,95544..95684,95777..95869,95960..96037,96495..96646,96726..96795,97447..97614,97746..97850,97960..98032,98165..98286,99218..99463,99548..99682,99875..99931,100024..100134,100285..100342,100469..100524,100641..100796,101204..101269,101626..101708,101910..102006,102135..102245,102427..102559,102994..103055,103133..103186,103290..103499,103758..103808,104014..104232,104315..104470,104558..104977)) |
| Gene | LOC18585710 |
| GeneID | 18585710 |
| Organism | Theobroma cacao |
Protein
| Length | 1338aa |
| Molecule type | protein |
| Topology | linear |
| Data_file_division | PLN |
| dblink | BioProject:PRJNA341501 |
| db_source | XM_018128576.1 |
| Definition | PREDICTED: DNA replication ATP-dependent helicase/nuclease DNA2 isoform X3 [Theobroma cacao] |
EGGNOG-MAPPER Annotation
| COG_category | L |
| Description | DNA replication ATP-dependent helicase nuclease |
| KEGG_TC | - |
| KEGG_Module | - |
| KEGG_Reaction | - |
| KEGG_rclass | - |
| BRITE |
ko00000
[VIEW IN KEGG] ko00001 [VIEW IN KEGG] ko01000 [VIEW IN KEGG] ko03032 [VIEW IN KEGG] |
| KEGG_ko |
ko:K10742
[VIEW IN KEGG] |
| EC |
3.6.4.12
[VIEW IN KEGG]
[VIEW IN INGREDIENT] |
| KEGG_Pathway |
ko03030
[VIEW IN KEGG] map03030 [VIEW IN KEGG] |
| GOs | - |
Sequence
| CDS: ATGCCTCCCAGAAGAAAGATTAACTCTTCTTCCTCATCCAAGAAGCCCAACGTTTCAAATCAACAATCTCAACCGTCCAAGTTCGGCATCCAACATTTCTTCGAACGCCATACTCAAAACGCCCTTGTAGCTACCCACAACCACCCATCTTCTCCTCCCAACGCCCTCCTTTCAGCAGCCCCTAAGTCTCCTATCCCAGACCATAACCCTTTATCCTCTTCCAACGCCAATGCAGCTGCTTTGCCTTTACCACTTGAAGCCGCTAGCAGCGCTGTCGTCTCTCATTCTGCGTCGCAAAACCCTAAAATCGATTCTGATTCCTCTGCCGATAAGCCACCTGCCATTGATGTTAATGTTGAGGTGTCGCCTTCAGTCTCCAAGTCTACGTCTCTGAAGCGCTTCAATTTTTCCCCTGGAATGTTGATAAAGCAGAGCCAAGATGATGGAGGGGATGTGGTGACATGGAAGATATCTCCGGTCAACGAACGGCTTCAAGCACTCTCAAAGCACATGCCTGTATTGGCTGATTCCTCGAAGCACGACTCTTTCAGCATAAACCAATGCTCCCAAAACAAGGGTCTAAATATGTCTGCTAAGGTTGACAAGTGGCTTTCTTCGCCTTCTCCCAAAGCTGATAAAAAATCTTTGGTTTCAGACAACAGGGTTGGGTTAAAAAGAGCGAACCCATTTCAGGATACAGAGGTCAGTGAGAGAATTGCTGATGAGAAAACTTCTTTAGCAAGTAGACAGAGTCCATTCCGCACTCCACCATCGCTACCATATTGTCCTGATAAGCTTACTAATGGTATTACATCTGACCAGTTGGGTTTGAGGCAGCACAAAAAGGCATTGCTTGCACTTCTAGATCAAGTAGAAGATGTCATTTCTGTTGAGGATTTTGTTTCCACTGAATCAGAGCCATATTCATCTGACGCCCAAGATGGACAGCCCAACGAAATGCCTGTAATAGCTGATTCAGTAGTAAAAGGAGCTGGAATGGGCCCACCACACGAAGTCAGTGAAACATCTTCTAATGGTTATTTCCTAGTGTTGGAGGTATCTGAAAAGCGAACTTTTTCTGAGTCTGTTGGTTTACAATGCCCATATAAGGTTCTTCGCTTGGTAAATGAGAAATGTGGGGAAGAGCGCGCCGTTTATTTGTGGGAAGAGTGGTCTTATACTGTTGTTGCCCCAGGAGACACTGTGAATGTCATTGGTGAATTTGATGATGAGGGAAAGTGTAATGTTGATCATGAAAATAATTTTCTTATTCTTCATCCAGATATTCTGGTCTCTGGAACTCGGGTTGCAGCTAGTTTCAGTTGCCCAAGGCGAACTGTCCTAGATGAGAGATTACGATGCAATGAGCATTCAACTGCAGCTCTTATCGGCACCTTGCTCCACCAAATTTTTCAGGCAGGACTTGTGAAGGAGGCCCCTACAATACACTTTTTGGAAGAATATGCAAGACTAGTGCTACAGAAGAACATGGAGAGCTTGTATGCATGTGGAGTAAATGAAAATGAAATATATAAAACCTTGACTGAAGCTATTCCAAAACTAGTAAATTGGATTGTCCTCTTCAAAGATTCAGAGGACCCAAAAGTCCCCACTGTAGATTTTGGATCTGATAATGGGCCAAAAAAGGTTAATATTTTCGAGGTGATTGATATTGAGGAAATGGCATGGGCCCCAAAGTATGGTTTGAAAGGAATGATCGATGTTTCAGTCAGAGTGAAGATTGAGTCAGGTGGAAAAGAAGACAACGAGAAGATTATGCCTCTAGAGTTTAAAACTGGAAAAATGCCTAAGGGCCAGTCATCTATGGAACACTGTGCCCAAGTGATCTTGTACACTCTCCTTATGTCTGAAAGGTACCTAAAATGTATTGATTCTGGCCTTCTATACTATCTCCAGTCAGATCAGACACAAGGAATTGTAGTTCGAAGATCTGACTTGGTTGGGTTAATCATGCGTCGCAATGAGCTTGCAAATGATATTCTTAAGGCGTTAACAACACAACAATTGCCCCCAATGTTACAGATTCCAAGCATGTGCAAAGGCTGTCGCCATCTTGATGTTTGTACCATCTATCATAAGGCACTTGGTGGTGACACAGAGAGTAGTGGATTAGGTGATGTATTTGATTCACATGTACATCATTTTTCAAATGCTCATGGTGTTTTCCTCAGACATTGGGATCGGTTGATTGACCTAGAAGCTAAAGAGATGCAGCTTGTAAAGAAAGATCTCTGGCATTCTCGTAATCTGAAGAGTGACGACTGTACTGGTTGCCTTTCTTCTCTTGTTCTTGATGAACTTCCACATCAGAAATCTCACAAAGAAAATAGATTCATCTATCATTTTGTGTGTCGACATTCACCTGCTTCCAATCTAAATGGATCTGATAGAAATCCTATTAGTGCTGCCTCTTCTCTGACCAAAGATTTGGATTGCACACTTAAATGTGGAGATTATGTGGTTTCTTTTTCTAAGTGTTTAAGGCTACCTGGGGGTAATTTGTCTTCAATGACGGAGAAACTATTTCAGGAGGTCTGGCGGATTGACAAGGATGAAGTCATGACCTCATTTTCCATTATGCGGTTCAACCTTATTCAAATTTTTCTACAAAATGAGCAAAGTTCTCATCTCAGGAAGATGATTGTTGACCTTGCGGCTCCTAGATTTGACAGTGGATGCATATTCAGCCAAGATCCAGCAATATCTTATGTGTGGTCAGAGAAGAGCTTAAATGATGATCAGCGTAGAGCTATTCTCAAGATACTTACAGCAAAGGATTATGCTCTAATTCTAGGAATGCCTGGAACGGGCAAGACATCTACAATGGTACATGCTGTAAAAGCCTTGTTGATGAGAGGTGCATCCATTTTGCTTACATCCTACACAAACTCCGCAGTTGATAATTTACTCATCAAATTAAAATCTCAGAGCATTGATTTTGTACGCATTGGAAGACATGAATCTGTGCATGAGGAAATTAAGGGGCATTGTTTTTCAGGAATGAACCTAAGTAGCATTGAAGAAATTAAAGTGAAATTTGACAAAGTCAAAGTTGTTGCCGTCACTTGCTTGGGCATCACTAGTCCATTCCTCTCTGGAAAGAAATTTGATGTTTGCATTATAGATGAAGCTGGACAGACAACTCTCCCGGTATCACTGGGACCGTTGATGTTTGCTTCTACATTTGTGCTAGTTGGAGATCACTACCAATTGCCTCCTCTGGTTCAGAGTGCAGAGGCTCGAGAGAATGGAATGGGAATAAGTTTGTTTTGCATACTATCAGAAGCACATCCACATGCAATTTCACCACTACAAAGCCAGTATCGTATGTGTGAAAGCATTATGGGACTTTCAAATGCATTGGTATATGGTGATCGATTGCGTTGTGGTTCCCCTGAAGTAGCTAATGCCAAACTCAAATTTTCAAGACCAAACGCTTCTTGTTCATCTTGGCTAAAAGCTGTTCTAAATCCAGGCAGGCCAGTCATTTTTGTTAACACAGATTTGTTGCCTGCTTTCGAGGCTAGAGACCATAAAACTGTGAATAATCCAATGGAAGCTTATATAATTGCAGAGATAACGGATGGATTAGTTAACAATGGAATTGAAGCAAAAGATATTGGCATCATTACCCCTTATAACTCTCAGGCGAATCTCATCAGACATGCTTGCATAGCATCTGTGGAGACGCATACTATTGATAAATACCAGGGAAGAGACAAGGACTGCATACTGGTGTCCTTTGTTAGGTCTAATGAGAATCCTAGAAAATGCTCTTCTTCACTGCTTGCAGACTGGCATAGGATTAATGTTGCTCTAACACGAGCCAAGAAAAAGTTGATCATGGTGGGGTCGTGCAGAACCCTTTCGAAGGTTCCAATGCTTAAGCTTCTTATTGACAAAGTTGATGAGCAGTCAGGCGTTATGAATATGTCGAAGAAGGATATCAACCACAAAGCGGTACTTAAGAGGTGCTCTCAGATAAGATCATTGTAA |
| Protein: MPPRRKINSSSSSKKPNVSNQQSQPSKFGIQHFFERHTQNALVATHNHPSSPPNALLSAAPKSPIPDHNPLSSSNANAAALPLPLEAASSAVVSHSASQNPKIDSDSSADKPPAIDVNVEVSPSVSKSTSLKRFNFSPGMLIKQSQDDGGDVVTWKISPVNERLQALSKHMPVLADSSKHDSFSINQCSQNKGLNMSAKVDKWLSSPSPKADKKSLVSDNRVGLKRANPFQDTEVSERIADEKTSLASRQSPFRTPPSLPYCPDKLTNGITSDQLGLRQHKKALLALLDQVEDVISVEDFVSTESEPYSSDAQDGQPNEMPVIADSVVKGAGMGPPHEVSETSSNGYFLVLEVSEKRTFSESVGLQCPYKVLRLVNEKCGEERAVYLWEEWSYTVVAPGDTVNVIGEFDDEGKCNVDHENNFLILHPDILVSGTRVAASFSCPRRTVLDERLRCNEHSTAALIGTLLHQIFQAGLVKEAPTIHFLEEYARLVLQKNMESLYACGVNENEIYKTLTEAIPKLVNWIVLFKDSEDPKVPTVDFGSDNGPKKVNIFEVIDIEEMAWAPKYGLKGMIDVSVRVKIESGGKEDNEKIMPLEFKTGKMPKGQSSMEHCAQVILYTLLMSERYLKCIDSGLLYYLQSDQTQGIVVRRSDLVGLIMRRNELANDILKALTTQQLPPMLQIPSMCKGCRHLDVCTIYHKALGGDTESSGLGDVFDSHVHHFSNAHGVFLRHWDRLIDLEAKEMQLVKKDLWHSRNLKSDDCTGCLSSLVLDELPHQKSHKENRFIYHFVCRHSPASNLNGSDRNPISAASSLTKDLDCTLKCGDYVVSFSKCLRLPGGNLSSMTEKLFQEVWRIDKDEVMTSFSIMRFNLIQIFLQNEQSSHLRKMIVDLAAPRFDSGCIFSQDPAISYVWSEKSLNDDQRRAILKILTAKDYALILGMPGTGKTSTMVHAVKALLMRGASILLTSYTNSAVDNLLIKLKSQSIDFVRIGRHESVHEEIKGHCFSGMNLSSIEEIKVKFDKVKVVAVTCLGITSPFLSGKKFDVCIIDEAGQTTLPVSLGPLMFASTFVLVGDHYQLPPLVQSAEARENGMGISLFCILSEAHPHAISPLQSQYRMCESIMGLSNALVYGDRLRCGSPEVANAKLKFSRPNASCSSWLKAVLNPGRPVIFVNTDLLPAFEARDHKTVNNPMEAYIIAEITDGLVNNGIEAKDIGIITPYNSQANLIRHACIASVETHTIDKYQGRDKDCILVSFVRSNENPRKCSSSLLADWHRINVALTRAKKKLIMVGSCRTLSKVPMLKLLIDKVDEQSGVMNMSKKDINHKAVLKRCSQIRSL |