Quillaja saponaria (soapbark tree): O6P43_010846 Help Entry O6P43_010846      CDS       T09778                                  Name (GenBank) BRCT domain-containing protein   KO K10728   topoisomerase (DNA) II binding protein 1 Organism qsa  Quillaja saponaria (soapbark tree) Pathway qsa03440   Homologous recombination Brite KEGG Orthology (KO) [BR:qsa00001]  09120 Genetic Information Processing   09124 Replication and repair    03440 Homologous recombination     O6P43_010846  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03032 DNA replication proteins [BR:qsa03032]     O6P43_010846    03400 DNA repair and recombination proteins [BR:qsa03400]     O6P43_010846 DNA replication proteins [BR:qsa03032]  Eukaryotic type   DNA Replication Initiation Factors    Other initiation factors     O6P43_010846 DNA repair and recombination proteins [BR:qsa03400]  Eukaryotic type   DSBR (double strand breaks repair)    HR (homologous recombination)     BRCA1-B complex      O6P43_010846 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  BRCT PTCB-BRCT BRCT_2 RTT107_BRCT_5 Motif Other DBs NCBI-ProteinID:  KAJ7973044 UniProt:  A0AAD7VEU7 LinkDB All DBs Position 4 Genome browser AA seq 1140 aa AA seqDB search MLETNYPSKFFLDVRFVLFGFDPISENKVRSKLVSCGGVDVGQYSQSYTHVIVDKLLYDD PKCVAARNDGKILVTALWVDHSFDLGMPVDATSIMYRPPKDLNGIPGAKNMIMCLTGYQR QDRDDIMTMAGLMGAQFSKPLVASKVTHLICYKFEGEKYELAKKMRRIKLVNHRWLEDCI RDWMLLPEEQYNKSGYELELMEAEAKDSEEETEDATLRQSKGRNINKSPRNLEIGKGDEN RSDQVSSFLHIDVPNVTCQDLAISNDETSGQLHDVQLRTPEPRNNDVLETIVGCRDPVVS MNVISVGSPDSHLSTSDSRKVGNDLISTSRNAQTPPFSDAKFNALSYSRKTTRRFTLPRY SEERSDNITVPSNSPFGELKFGDDLENLLCGMGKARDKISSPCIEGSKKGTDLGLGEESN IILPQKRISEVSFANLKAPRISPDVKCCIDRTPSANCITKSLRPTSLVDVPPETKGHLSV ANSLDHNSNLSAAQNSKVTVSTCRTAPVTSKSTVQDNNAYQKTPQTSVPSLSESIYKNPD FAAIGTGRTSDVGNGGWPQNENQDVECSSPRKNMFEIEKSGGIVHLNLRKEGNDNIVNEP PRKKMVAKKSFGSRTKLSATGNKRGSVYISETTSHDNKISLSSRCKETGNNQKSYINDEK PEIYAPTVDVEVVSTVENVNKSKENAASGTDFKDDETEDAENGVEYELEKAPDEKKSEVV TFSKKAEIRIDKLSERAPFVMKCDDPLPSEEGINGTAPQKAVCGRNVDMVDSTLEGSVVK RKVNKGRKRPTGGTKKRTAPFVRSVLESKEVEDEVEVQNETKDEMDMETQRKASLPTGKN ENYSSLKVDNEYKSVIDEGQNRSQEKHFSVGKSTVKPRAKQKKINQKSKKTSLDLPAEVQ RRVKLEPVCFILSGHRLDRKEFQQVIRRLKGRFCQDSHKWSYQATHFIAPDPIRRTEKFF AAAAAGRWILKTDYLTASNQAGKFLPEEPYEWHKNGLSQDGATNMEAPRKWRLLRERTGH GAFYGMRIIIYGDCIAPTLDTLKRVVKVGDGIILATAPPYTRFLDTGVDYAIVSPGMPRV DVWVQEFLKHQIPCVVADYLVEYVCKPGFSLERHVLYSTHTWAERSYTNLQSRALEIVKS NT seq 3423 nt NT seq  +upstreamnt  +downstreamnt atgttggaaacaaattatccatcgaaattttttctggatgttcgcttcgtactctttggt tttgatcctatcagcgaaaataaggtccgatccaagcttgtaagttgcggtggagttgat gttggtcagtacagccaaagttacactcatgtcattgtggataagcttttatatgatgat cccaaatgtgttgctgcacggaatgatggcaagatactcgttacagcattgtgggttgat cacagttttgatcttggaatgcctgttgatgccacttcgattatgtacagacctcctaaa gatttgaatggaataccgggtgccaaaaatatgataatgtgcttaactggatatcagcgt caggatcgggatgacattatgacaatggccggcttgatgggcgcacaattttctaagcca ttggtggcaagcaaggttactcatctcatatgttacaaatttgaaggggagaagtatgag cttgccaagaaaatgagaagaataaagttagttaatcatcgttggttggaagactgcata agagactggatgctacttcctgaagaacaatataacaagagtggttatgaactagagttg atggaggcagaggctaaggattctgaagaagagaccgaggatgccaccttgaggcaatcc aagggaagaaacataaataagagcccccggaatctggaaattggtaaaggagatgagaat agatctgatcaagtctcaagctttcttcatattgatgttccaaatgtaacctgtcaggac ttggccatttctaatgatgagacatctggccagctacatgatgtacaattaagaaccccc gagcctaggaataatgatgttttagaaacaatagtaggctgtcgggatcctgttgtttct atgaatgttatatcagttggttcacctgactcacatctcagcacttctgactccaggaaa gtaggaaatgacttgatatctacttcaagaaatgcacaaacacccccattttccgatgct aagtttaatgctttaagttattctaggaagacgacaaggagattcacactccctagatac tcagaagagagatcagataatataactgtcccttctaactcaccttttggggaactgaaa tttggtgatgacctagaaaatttgctctgcgggatgggaaaggcaagggacaaaatcagc tctccttgtattgaaggttctaagaaaggaactgatttaggtcttggcgaggagtcaaat attatattgcctcaaaagaggataagtgaagtatcttttgctaatttgaaagcaccgagg ataagtcctgatgtaaaatgttgcattgacagaaccccgtcagcaaattgtataactaaa agtttgagaccaacatctttggttgatgttcctcctgagactaaaggacatttatctgtt gccaattctctggatcataattctaatttaagtgctgcacaaaactcaaaggttactgtg tcaacttgtagaactgcacctgtaacctcaaagtcaactgtgcaagacaataatgcctat cagaagacacctcaaacatctgttccgagcttaagtgagtctatttataaaaaccctgac tttgcagctattggcacgggcagaacttctgatgttggtaatggaggatggccacagaat gaaaatcaagatgttgagtgttcatctccaagaaaaaatatgtttgagattgagaagtcc ggtggcattgttcatttgaatttgcgcaaagaaggaaatgataatatagttaatgaacca cccaggaaaaagatggttgccaagaaaagttttggttctagaactaaattaagtgctact ggtaacaagagaggttctgtttacataagtgaaactacatcccatgataataaaataagt ctttcaagtcgatgcaaagagacaggcaacaatcagaagtcttatattaatgacgagaag cccgagatatatgctccaactgttgatgttgaagtagtatcaacagtagaaaatgttaat aaatctaaagaaaatgcagcgagcggaactgactttaaggatgatgaaacagaagacgca gaaaatggagttgaatatgagttggagaaggcacctgatgaaaagaaatctgaggtagtt acattctcaaagaaagctgagataaggatagacaagttgtcagaaagggcaccatttgta atgaagtgtgatgatccacttccttcagaggaaggaataaatggaactgcaccacaaaag gcagtttgtggcaggaatgtggatatggtagactccaccttagaaggatctgtagtgaaa agaaaagtcaataaagggagaaaacgtcctacaggtggaaccaagaagaggactgctcca tttgtcaggagtgtactggaatctaaggaagttgaagatgaagtagaggttcagaatgag actaaagatgagatggatatggaaacacagagaaaagcgtcacttcctactggtaaaaat gagaactacagttcacttaaagtggataatgagtataagtcagtcattgatgagggtcaa aatagaagtcaggaaaaacatttcagtgtaggaaagtcaactgtgaaacctcgtgctaag caaaagaagatcaatcaaaagtctaagaagaccagccttgacttgccagcagaagttcag aggagagtgaaactggaacctgtatgttttatattgagtgggcatcgcttagatagaaag gaatttcagcaggttattaggcgtttaaaagggagattttgccaggactctcataagtgg tcttaccaggcaactcatttcatagcaccggatccaatacgcaggacagaaaagtttttt gctgctgctgcggcaggaaggtggattcttaaaactgattacttaactgctagtaatcag gctggaaaattcttgccagaggagccttatgagtggcacaagaacggcctcagccaagat ggtgccacaaatatggaggctccaaggaaatggagacttttgagggagagaactggtcat ggtgccttttatgggatgcgcattattatatatggcgattgcattgcaccaactttggac acgttgaagcgtgttgtcaaagttggtgatgggataattttagcgactgctcccccatac actcgttttctggacactggagttgactatgctatagttagccctggtatgccacgtgtg gatgtatgggttcaagagttcttaaaacatcagataccatgtgttgtagctgattacttg gttgagtatgtctgcaagcctgggttttcccttgagagacatgtactctacagtactcat acgtgggcagagaggtcatacactaacttgcagagtagggctttagagattgtgaagagt tga

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