Pieris napi (green-veined white): 125057180 Help Entry 125057180         CDS       T08706                                  Name (RefSeq) DNA topoisomerase 2 isoform X1   KO K03164   DNA topoisomerase II [EC:5.6.2.2] Organism pnap  Pieris napi (green-veined white) Brite KEGG Orthology (KO) [BR:pnap00001]  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03032 DNA replication proteins [BR:pnap03032]     125057180    03036 Chromosome and associated proteins [BR:pnap03036]     125057180 Enzymes [BR:pnap01000]  5. Isomerases   5.6  Isomerases altering macromolecular conformation    5.6.2  Enzymes altering nucleic acid conformation     5.6.2.2  DNA topoisomerase (ATP-hydrolysing)      125057180 DNA replication proteins [BR:pnap03032]  Eukaryotic type   DNA Topoisomerases    125057180 Chromosome and associated proteins [BR:pnap03036]  Eukaryotic type   Chromosome condensation proteins    Other regulators of chromosome condensation     125057180   Centrosome formation proteins    Centriole proteins     125057180 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  DNA_topoisoIV TOPRIM_C DNA_gyraseB HATPase_c Toprim Motif Other DBs NCBI-GeneID:  125057180 NCBI-ProteinID:  XP_047516651 LinkDB All DBs Position 16:complement(1768079..1787743) Genome browser AA seq 1549 aa AA seqDB search MADIKSMFQKINNGPQNGTKDATPPKNQKGSIEKTYQKKSQLEHILLRPDTYIGSVERAT ETMWVFDKSKECMVQKELTYVPGLYKIYDEILVNAADNKQRDPKMDVIRIEINQEQNTIS VYNNGCGIPVVMHKDEKMYVPTMIFGHLLTSSNYNDEEEKVTGGRNGYGAKLCNIFSTKF TVETASKQYKKHFKQTWGSNMTKASEPKVKESGKDDDFTKVTFSPDLAKFKMEKLEDDIV CLMSRRAYDVAASTAGVKVYLNGERLKINKFKDYIDLHIKGKEDEAGQPLKVVYEKVNER WEIALTLSDRGFQQVSFVNSIATTKGGKHVDTVADSIVKNVLEVLKKKNKGGVNIKPFQV KNHMWIFVNCLIVNPTFDSQTKENMTLQAKSFGSKCTFSEKFITAVSKSGLVESVLTWAK FKAQNELVKASGKKQSKLKGIPKLEDANEAGTKNSHLCTLILTEGDSAKTLAVSGLSVVG RDHYGVFPLKGKPLNVRDASHKQVLENVEINNLIKILGLQYKKKYNSIDDLKSLRYGKVM IMADQDHDGSHIKGLIINFIHHNWPELLKLPFLEEFITPIVKATKKDKEISFYSLPEFEE WKNETDNYHTYNIKYYKGLGTSTAKEAKEYFQNMERHRIRFKYAGATDDHHIELAFSKKG ADQRKEWLTSHMEEVKRRKEIGLPERYLYTKETKTVTYSDFVNLELVLFSNGDNVRSIPS MIDGLKPGQRKVIFTCIKRNDKREVKVAQLAGSVAEHSAYHHGEQSLAMTIVNLAQNYVG SNNINLLEPRGQFGTRLCGGKDSASPRYIFTLMSPLTRLVFHPHDDPLLLHEFEDNQKIE PIHYAPILPMVLVNGAEGIGTGWSTKIPNYNPRDIVANIRRMLDGEEPKPMHPWYKNFRG TIESFGDKYVISGEAAILPNDKIEITELPVGTWTQNYKENVLEPLLGTDKVKPVISEYRE YNTDTTVRFVVSLLPGKLAEVEAEGIHKVFKLQTTISMTCMNAFDHNNCLKKFDKVEEIL RQFYDVRLRYYAKRKEFLEGQLQAEADKLTNQARFIVEKCDKGLVVENKKRKVMVDELIK RGYAPDPIADWKKRATKMQGLNALEDDEAEESEEELEPEQTKGGKPVDPEKAFQQLKEVK KFNYLLGMSMWMLTKEKKDELLKQRDQKLSELEALKKKTPSILWRDDLDIFLAKLEDLEE SERQEEAATNRKTSKAQMDRIKAANKKNRKSIIEIIPSANGRRVEPKISEDIIKRIQAAE KAKIKKEVKKEYDPDDPTGVSPASNEKKPRGRVKKEKVEKVEKEKGDKSDKSDKEKDGMK QTKLTFKKEPKKKKPTFSGSESEDLSGSDVEMAAPAAPRERTSTRRAATKVQKYTDGSDD SKSDSEPELLDNKLESDNDQPRRAISLSDDDDDFNVKNNTNKKPAEMDSDCLFDSLIEET KKEVNKSSDNIESEDEAPKKKPGKRKLLTVKEPPKKKVKPTISLDSDDDDSIFDTKKDKK KPAAKKPVKKKKESSDEESDVLSPSPPPRANNRARPKQKYNFSDGSDSD NT seq 4650 nt NT seq  +upstreamnt  +downstreamnt atggctgatataaagtcaatgtttcaaaaaattaacaatggcccacagaatggtactaag gacgctacaccccccaaaaaccaaaagggtagtatagaaaagacttatcagaaaaagtca cagcttgagcacatacttcttagacctgatacatacattgggtctgttgaacgggccaca gaaactatgtgggtctttgataagagtaaggagtgcatggtgcagaaggaattaacttat gtaccaggcttgtacaaaatatatgatgaaatattagtaaatgcagctgataataagcag agagaccctaagatggatgttataaggattgagatcaaccaagaacaaaatacaatttct gtatataataatggatgcgggattccagtagtcatgcataaagatgaaaaaatgtatgtt cccactatgatttttggacatttgctgacatcatctaattacaatgatgaagaagaaaaa gtgactggtggccgtaatggttatggtgcaaaattgtgtaatatattttctacaaagttt acagttgaaactgcatctaagcaatataagaaacattttaaacagacttggggatctaat atgacaaaagcttctgagccaaaggtaaaagaatctggcaaagacgatgattttacaaaa gtgacatttagccctgatttggctaaatttaaaatggagaaattggaagacgatattgta tgtctaatgtcacgacgtgcgtacgacgtagctgcgtcaacagcaggtgtcaaagtgtat ctcaatggagaaaggctcaaaattaataaattcaaagactacattgatttacacataaaa ggcaaagaggatgaggctggacaaccgctgaaggttgtctatgaaaaagtaaatgaacgg tgggaaattgctctcaccctctccgacagaggtttccaacaagtttcatttgtaaattct attgctaccactaaaggaggtaagcatgttgacaccgtagcagatagtattgtgaaaaat gttctggaagtattaaaaaagaaaaataaaggtggtgtgaacataaaaccttttcaagtc aagaatcacatgtggatttttgtcaattgcctcattgtaaacccaacctttgattcacaa accaaagaaaacatgacactccaagccaagagctttggatcaaaatgcactttctcagag aaatttattacggcagtttctaagagtggcttagtagaatccgtattgacatgggctaag tttaaagctcagaatgaacttgtgaaagcttctggtaaaaagcagagcaagttgaaaggt atacctaagttagaagatgctaacgaagcgggtacaaagaattcacatttgtgtacttta attcttaccgagggagactcagctaaaacgttagctgtatcggggttaagtgttgtcggg agggaccactatggggtgttcccactaaagggtaaacctttaaacgtccgagatgcttca cataaacaggttctcgagaatgttgagataaataatctcataaaaatcttgggccttcag tacaaaaagaagtacaactcgatagacgatttaaagtcacttcgttacggcaaagtgatg ataatggccgatcaggatcatgacggatcccatataaaaggattgatcataaattttata catcacaattggcccgagctgttaaaactgccgtttttggaagaattcattacgccgatt gtcaaggcgactaagaaagataaggaaatatcattttactcattacccgagtttgaagaa tggaagaatgaaacggacaattatcacacctacaatatcaaatactacaagggtttgggt acctccactgctaaggaggctaaagagtatttccagaatatggagaggcataggataaga tttaaatatgcgggtgcaacggacgaccatcacatagaactagcgttcagcaagaaagga gctgatcaaaggaaggaatggctgaccagccacatggaggaagtcaagcgacgaaaggag attggattaccagaacgatatctttacaccaaggaaactaagaccgttacatactctgac tttgtcaatttggagctggttctcttttctaatggggataatgtgagatctataccatct atgatagacgggttgaagccaggtcagcggaaagtgatattcacctgcatcaaacgtaac gacaaacgagaagtgaaagtcgcacaattggctggttcagtggctgaacactcggcttat catcatggtgaacaatccctggcgatgacaatcgtaaatctcgcacaaaactacgtgggt tccaacaacataaatttgttagaaccccgtggtcagttcggtactcgcttgtgcggaggc aaagactcggccagtccccgttacatcttcacgctgatgtcaccactcacgagactggtg ttccaccctcacgacgaccctttgctactgcacgagtttgaagataaccagaaaatagaa ccaattcactacgctcccatacttccgatggtattggtgaatggagcagaaggaatcggt actggatggtctacgaagatacctaattacaatccaagggatattgttgctaatatacgg cgtatgcttgatggcgaagaaccgaaaccaatgcacccctggtacaaaaatttccgcgga accatagagagcttcggtgataaatacgttatttccggcgaggccgccattttgcccaac gacaagattgaaatcactgaacttccggttggcacgtggacacagaattataaagaaaat gttttggaaccccttttgggaacggataaagtgaaacctgttatatctgagtatagggaa tacaatacagacacgacagttcgcttcgtcgtgtcccttttgccgggaaaactcgccgaa gtagaggctgagggcatccacaaagtgttcaaattgcaaaccaccatctctatgacttgt atgaacgctttcgaccacaacaactgcttaaagaaattcgacaaagtagaagagatcctg cggcagttttacgacgtccgattgcgatactacgccaagaggaaggaattcctcgaaggg caactgcaagcggaggcagacaaactgacaaaccaggctcggttcatcgtggagaagtgt gacaaggggttggtggtcgaaaacaagaagagaaaggtgatggtggatgagttgatcaaa cgaggttacgcccctgatcccatcgcggattggaagaaacgagcgacgaaaatgcaaggt ctgaacgcgttggaggatgatgaggcagaagaatccgaggaggaactagaacctgagcag actaaagggggaaaaccagtagatcccgagaaagcattccagcaattgaaggaagttaag aagttcaactaccttttggggatgtcgatgtggatgctgacgaaggagaagaaagatgaa ttgctcaagcaaagggatcagaagttatcggaattggaggctctcaaaaagaaaactcca tcaatactctggcgggacgatcttgacatcttcctcgcgaaactagaagacctggaagag agtgagaggcaagaagaggctgctaccaacagaaagacgtctaaggcacagatggataga ataaaggcggcgaataagaagaaccgcaaatcaataatagagatcattccttccgctaat ggaagacgagtggagccaaaaatatctgaagatatcatcaagaggatccaagctgctgaa aaagccaagatcaagaaggaagttaagaaagagtatgatccggatgatccgacaggtgtg agtcccgctagtaacgagaagaaaccgcgaggtagagtcaagaaagagaaagtagagaaa gttgagaaagagaagggagacaagagtgacaagagcgacaaagagaaggacggaatgaag cagactaaacttacgtttaaaaaggaaccgaagaagaagaagccgacgtttagtggcagc gagtctgaagacttgtcagggtctgacgtggagatggcagctccagctgctcccagggag aggacttccacgagaagagctgctaccaaggtccaaaaatacacagatggctctgacgat tccaaatctgattcggaaccggaactattagataacaaactagagtcagacaacgatcaa ccgcggagggccatttccctcagcgacgatgacgatgacttcaatgtcaagaacaacacc aataagaagcccgcggagatggattcagattgtctgttcgattccctgatagaagaaaca aagaaagaagtgaataaaagttcagataacatagagagtgaagatgaagctccgaagaag aaaccaggtaaaaggaaactgttgacggtcaaagaaccgcctaagaagaaggtcaagcca accattagcctggacagcgatgatgatgacagcatatttgatactaagaaggataagaag aagcccgcagctaaaaagcctgtcaagaagaagaaagagtcgagcgacgaagaaagtgac gtcttatcgccgagtccgcctccacgagccaacaacagagccaggcccaagcagaagtac aacttcagtgatggctctgatagtgactga

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