Saccoglossus kowalevskii (acorn worm): 100372757 Help Entry 100372757         CDS       T04123                                  Name (RefSeq) DNA topoisomerase 3-alpha-like   KO K03165   DNA topoisomerase III [EC:5.6.2.1] Organism sko  Saccoglossus kowalevskii (acorn worm) Pathway sko03440   Homologous recombination sko03460   Fanconi anemia pathway Brite KEGG Orthology (KO) [BR:sko00001]  09120 Genetic Information Processing   09124 Replication and repair    03440 Homologous recombination     100372757    03460 Fanconi anemia pathway     100372757  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03032 DNA replication proteins [BR:sko03032]     100372757    03400 DNA repair and recombination proteins [BR:sko03400]     100372757 Enzymes [BR:sko01000]  5. Isomerases   5.6  Isomerases altering macromolecular conformation    5.6.2  Enzymes altering nucleic acid conformation     5.6.2.1  DNA topoisomerase      100372757 DNA replication proteins [BR:sko03032]  Eukaryotic type   DNA Topoisomerases    100372757 DNA repair and recombination proteins [BR:sko03400]  Eukaryotic type   DSBR (double strand breaks repair)    HR (homologous recombination)     Bloom's syndrome complex (BTR)      100372757    FA (Fanconi anemia) pathway      100372757 SSDB OrthologParalogGFIT Motif Pfam:  Topoisom_bac Zn_ribbon_GRF Toprim Zn_ribbon_Top1 zf-C2H2_10 Motif Other DBs NCBI-GeneID:  100372757 NCBI-ProteinID:  XP_002732450 UniProt:  A0ABM0GLB8 LinkDB All DBs Position Unknown AA seq 1615 aa AA seqDB search MIWILAKTRYLELSKFTWNIVLTAKMAGRVTRVLNVAEKNDAAKSLADVMSRGHYNRREG FSVYNKIYEWDFNILNRNCKMTMTSVSGHLSNYEFIGVYQKWLGCDPAMLFDAPVEKLCK DFQDIKRTLEREARQCKILIIWTDGDREGENIGYEIIDICTNVNARLDVYRARFSEITPR SITRTCDNLIRPDKRTSDAVDVRQELDLRIGAAFTRFQTLRLKKVFPQVLADSLISFGSC QFPTLGFVVERYKQVKSFIPETFYRIKVTHATDDGNVDFHWKRHRLFDHTACLVFYQLCM ENPLAKVINVQSRNKSKWRPTPMDTVEMEKLASRKLKITAKETMKIAEKLYTKGFISYPR TETNIFPKELDLRPLVENQVQDPNWGAFAAGVLQHGPNPRQGKKTDNAHPPIHPTKYGNN FDGNEKRVYELIVRHFLACLSQDAQGHETTVEIDIAAEIFTAQGLMIIARNYLDVYPYDK WNAKIIPRFQQGEEFQPTAIEMVDGETTAPPLLTEADLISLMEKHGIGTDATHADHIDTV KSRNYVGLTDEGRFVPGELGIGLVDGYNNMGYELSKPNLRAELEADLVAICEGRKDRDDV LRIQVEKYKQVFIEAVEKASKLDEALSEYFGEAQHYTTTEITHNFMSNPVRKCPRCNNPM VIKTKKDGGYMMSCTGYPNCKAAVWFPACVEKATLDNSTCTQCCPGPIQKIKFKFKRGSV PPGFPLEYVGCIGGCDRTLTEELDFNLSYLRTDHQTGQSSRSNSSSRNRPSTRPNPAPHD SGYNSGSTSSNTSLRTSGLMDALRRERGGRGGASRGGRGRGNKGPRDGGSGSDLNRQPLV SVNSRFTGNANSSDGNAIVCNCGNDAIILTVRKEGPNCGRQFYKCDGGGCNFFLWAEPTA DGNQPSHGISNNNSNRASTSARGGPNVWGDVVCRCNESAINERATMTSYLKDSNKMTTMT IYFEDSSKMASMTSYLEERSEMATMTISRSPYLKECSEMATMTPYLKERSEMATMTPYLK DSSEMATMTPYLEDSSEMATMTSYLEERREMATMTAYLEERSEMATMTPYLEDSSEMATM TSYLEERSEMATMTPYLKDSSEMATMTYYLKDSNKMTTMTIYFEDSSKMERSEMATMTPY LEDSSEMATMTPYLEERSEMATMTPYLEDSSEMATMTSYLEECSEMATMTPYLKDSSEMA TMTSYLKECSEMATMTIFLKDSNKMTTMTLYLEDSSEMVSMTPYLKERSEIATMTPYPMN ECSEMATMTPYLEDSSEMATMTPYLEDSSEMATMTSYLEERREMATMTAYLEERSEMATM TPYLEDSSEMATMTSYLEERSEMATMTPYLKDSSEMATITPYIEERSEMATMTPYLEDSS EMATMTSYLEECSEMATMTPYLKDSSEMATMTPYLKERSEMDTMTIYLKDSSEMATMTSY LKERSEMATMTPYPMNDSSERATMTSYLKERSEMATMTSYLKEHSEMATMTIYLKDSNKM TTMTIYLKEHSERATMTSYLKDSNKMTTMTIYFEDSSEMATMTPYLEELSEMTTMTPYLE ELSGGSRTFNNSFNSSFGGGTRGGNGEGANPKKRKKITCGLCHEEGHTRRTCPQR NT seq 4848 nt NT seq  +upstreamnt  +downstreamnt atgatttggattttagctaaaacacggtaccttgagttaagtaagtttacatggaatatt gtgctgaccgcgaaaatggcaggaagagtcaccagagtgttaaatgttgcggaaaaaaat gacgctgcaaagtctctagcagatgtcatgtccaggggacattataacaggagagaaggg ttctccgtatataataagatatatgaatgggattttaatatcctgaatagaaattgtaaa atgacaatgacttcagtatctggacatttatcaaattatgagttcataggagtttatcaa aagtggcttggttgtgatcctgcaatgttatttgatgctccagtagaaaaactatgcaaa gattttcaagacataaaaagaacattagaacgtgaggccagacaatgcaagatattgatt atatggacagatggtgacagagaaggtgaaaatattggatatgaaataatcgatatatgt accaatgttaatgcaagattggatgtatatagagccagattttcagaaataacaccaagg tctatcactagaacatgtgataatcttataagacctgataaaagaacatcagatgctgtt gatgtaaggcaagaattggatcttcgaattggtgctgcattcacaagatttcaaacacta cgactgaagaaagtattcccccaagtattagcagatagtcttattagctttggttcatgc cagttccctacattaggatttgttgttgaaagatacaaacaagtgaaaagtttcattcct gaaacattctacagaataaaagtaacacatgctacagatgatggcaatgttgattttcat tggaaaagacatagattatttgaccacacagcatgtcttgtcttctaccaactttgtatg gagaatccattagctaaagttattaatgtacagagtcgtaataaaagtaaatggagacct acacctatggatactgtggaaatggagaaacttgcatcaaggaaactcaagattacagcc aaagaaactatgaaaattgcagagaaattatacactaagggatttattagttaccctcgt acagagacaaatatatttcccaaagagcttgatttaaggccgcttgttgaaaaccaagtt caagatcctaactggggtgcctttgcagcgggtgttttacaacatggtccaaatccacgt caaggcaagaaaacagacaatgctcatcctccaatacatcctactaaatatggaaataat tttgatggaaatgaaaagcgtgtttatgaactaattgtcaggcacttcttagcctgctta tctcaggatgcacaagggcatgaaactacagtagagattgatatagcagctgagatattc accgcccaaggtctgatgataattgccaggaattatctagatgtgtatccatatgataaa tggaatgctaaaatcatacccaggtttcaacaaggagaggaattccaaccaacagctata gagatggttgatggtgagactactgcacctcctctgttaactgaagctgatttgatatca ttaatggaaaaacatggaataggtactgatgccacccatgcagaccatatagatactgtc aaatctagaaattatgttggattaacagacgagggcagatttgtacctggtgaattaggg attggattagttgatggatataacaacatgggatatgaattatctaaacctaatctgagg gctgaattagaagctgatcttgttgcaatatgtgaaggcaggaaagatagagatgatgtg ttgagaatacaggtagagaaatacaagcaagtgtttatagaagctgtagagaaggccagt aaacttgatgaagctctctcagaatattttggagaagcccaacattacacaacaactgag ataacccataacttcatgtcaaaccctgtacgtaaatgtccacgctgtaataatccaatg gtgattaaaactaaaaaagatggtggttatatgatgagttgtactggctatcctaactgt aaagctgctgtgtggttcccagcatgtgttgagaaagctacgttggacaattccacttgt acccagtgttgtccgggtcctatacagaaaattaaatttaaattcaagcgaggaagtgtt ccaccaggctttcctttggaatacgtcggttgtattggtggttgtgaccgtactttaaca gaagaactggattttaatctttcatatctcagaacagatcaccaaactggacaatcttca cgatccaattcatctagcagaaaccgaccatctacaagaccaaatcctgctcctcatgat tctggttataacagtggctctacatccagtaatacctcattgagaacatcgggattgatg gatgctttaaggcgagaaagaggaggaagaggaggtgcctcaagaggaggaagaggaaga ggaaataaaggacctagagatggtggcagtggtagtgatctaaatagacaaccactggtt tctgtcaattccagatttacagggaatgctaactcctctgatggtaatgccatagtatgt aattgtggtaatgatgcaattatattaactgtaaggaaagaaggtcctaactgtggtcgt caattctataaatgtgatggtggtggttgtaatttttttctgtgggcagaaccgacagct gatggcaatcaaccaagccatggtattagtaataacaacagtaatagagctagtaccagt gcacgaggtggtcccaatgtatggggggatgttgtgtgtagatgtaatgaatctgctatc aatgaaagggccactatgacttcttatctcaaggatagcaataaaatgaccaccatgact atctattttgaagatagcagtaaaatggcctctatgacttcctatcttgaggaacgcagt gaaatggccactatgactatctcaaggagtccttacctcaaggaatgcagtgaaatggcc actatgactccctatctcaaggaacgcagtgaaatggccactatgactccctatctcaag gatagcagtgaaatggccactatgactccctatctcgaagatagcagtgaaatggccact atgacttcttatcttgaggaacgcagggaaatggccactatgactgcctatcttgaggaa cgcagtgaaatggccactatgactccctatctcgaggatagcagtgaaatggccactatg acttcttatcttgaggaacgcagtgaaatggccactatgactccctatctcaaggatagc agtgaaatggccactatgacttattatctcaaggatagcaataaaatgaccactatgact atctattttgaagatagcagtaaaatggaacgaagtgaaatggccactatgactccctat ctcgaggatagcagtgaaatggccactatgactccttatcttgaggaacgaagtgaaatg gccactatgactccctatctcgaggatagcagtgaaatggccactatgacttcttatctt gaggaatgcagtgaaatggccactatgactccctatctcaaggatagcagtgaaatggcc actatgacttcttatctcaaggaatgcagtgaaatggccactatgactatctttctcaag gatagcaataaaatgaccactatgactctctatcttgaggatagcagtgaaatggtctct atgactccatatctcaaggaacgcagtgaaatagccactatgactccctatcccatgaac gaatgcagtgaaatggccactatgactccctatctcgaggatagcagtgaaatggccact atgactccctatctcgaggatagcagtgaaatggccactatgacttcttatcttgaggaa cgcagggaaatggccactatgactgcctatcttgaggaacgcagtgaaatggccactatg actccctatctcgaggatagcagtgaaatggccactatgacttcttatctcgaggaacgc agtgaaatggccactatgactccctatctcaaagatagcagtgaaatggccactataact ccctatattgaggaacgaagtgaaatggccactatgactccctatctcgaggatagcagt gaaatggccactatgacttcttatcttgaggaatgcagtgaaatggccactatgactccc tatctcaaggatagcagtgaaatggccactatgactccctatctcaaggaacgcagtgaa atggacactatgactatctatctcaaggatagcagtgaaatggccactatgacttcttat ctcaaggaacgaagtgaaatggccactatgactccctatcccatgaacgatagcagtgaa agggccactatgacttcttatctcaaggaacgaagtgaaatggccactatgacttcttat ctcaaggaacacagtgaaatggccactatgactatctatctcaaggatagcaataaaatg accactatgactatctatctcaaggaacacagtgaaagggccactatgacttcttatctc aaggatagcaataaaatgaccaccatgactatctattttgaagatagcagtgaaatggcc actatgactccctatcttgaggaactcagtgaaatgaccactatgactccctatcttgaa gaactcagtggtggctccagaactttcaacaatagttttaattctagttttggtggaggg acaagaggaggaaatggtgaaggtgcgaatccaaagaagagaaagaaaataacatgtggt ttgtgtcatgaagaaggtcataccagaagaacatgtccacagaggtga

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