Anolis carolinensis (green anole): 100553919 Help Entry 100553919         CDS       T01608                                  Symbol brca1 Name (RefSeq) BRCA1, DNA repair associated   KO K10605   breast cancer type 1 susceptibility protein [EC:2.3.2.27] Organism acs  Anolis carolinensis (green anole) Pathway acs03440   Homologous recombination acs03460   Fanconi anemia pathway acs04120   Ubiquitin mediated proteolysis Brite KEGG Orthology (KO) [BR:acs00001]  09120 Genetic Information Processing   09123 Folding, sorting and degradation    04120 Ubiquitin mediated proteolysis     100553919 (brca1)   09124 Replication and repair    03440 Homologous recombination     100553919 (brca1)    03460 Fanconi anemia pathway     100553919 (brca1)  09180 Brite Hierarchies   09181 Protein families: metabolism    01009 Protein phosphatases and associated proteins [BR:acs01009]     100553919 (brca1)   09182 Protein families: genetic information processing    04121 Ubiquitin system [BR:acs04121]     100553919 (brca1)    03036 Chromosome and associated proteins [BR:acs03036]     100553919 (brca1)    03400 DNA repair and recombination proteins [BR:acs03400]     100553919 (brca1) Enzymes [BR:acs01000]  2. Transferases   2.3  Acyltransferases    2.3.2  Aminoacyltransferases     2.3.2.27  RING-type E3 ubiquitin transferase      100553919 (brca1) Protein phosphatases and associated proteins [BR:acs01009]  Protein serine/threonine phosphatases   Phosphoprotein phosphatases (PPPs)    Protein phosphatase-1     PP1-interacting proteins (PIPs)      100553919 (brca1) Ubiquitin system [BR:acs04121]  Ubiquitin ligases (E3)   Single Ring-finger type E3    Other single Ring-finger type E3     100553919 (brca1)   Multi subunit type E3    BRCC complex     100553919 (brca1) Chromosome and associated proteins [BR:acs03036]  Eukaryotic type   Centrosome formation proteins    Centrosome duplication proteins     Regulators of centriole replication      100553919 (brca1) DNA repair and recombination proteins [BR:acs03400]  Eukaryotic type   DSBR (double strand breaks repair)    HR (homologous recombination)     BRCA1-core complex      100553919 (brca1)     BRCA1-A complex      100553919 (brca1)     BRCA1-B complex      100553919 (brca1)     BRCA1-C complex      100553919 (brca1)     BRCA complex      100553919 (brca1)    FA (Fanconi anemia) pathway     Downstream FA components      100553919 (brca1) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  BRCT_assoc BRCT zf-C3HC4 zf-C3HC4_2 zf-RING_UBOX zf-C3HC4_4 BRCT_2 zf-RING_2 zf-C3HC4_3 zf-RING_5 zf-Nse zf-RING_6 RING_XB3-XBAT31 U-box RTT107_BRCT_5 Prok-RING_4 BFA1_C zf-RING_10 Motif Other DBs NCBI-GeneID:  100553919 NCBI-ProteinID:  XP_008111382 UniProt:  G1KNQ4 LinkDB All DBs Position 6:complement(62757437..62842416) Genome browser AA seq 1697 aa AA seqDB search MDSSIPTITEVRGMLLALQKNLECPICLDVMKEPVSTNCAHIFCRFCTLKLLRQKTGVTQ CPLCNAKVTKRSLREDVRFKQVIKVVLDVIRAFERDTGLKFSDDQCFPKKDTEATSVADS WKEQLVVDTKGYRGRSKRVQEREEGNTILQGESSNLPVCNETNKRYSLRRKSRSNNAVVL EVGSDSSEDTYKKTTTVKCVDFIEEPLTYMGEQCAENQNHCPMNLPGTSAEHEALTILGE CSFSEERLESIECTPAVTENVKVAAENLAKLKSQGLSSPDPSMGQRDTKPETCSLQQDGS CSSLSIPQAVAEATNPTADKQEGDGTEWADIMMPDGSSQMVPVNEEQQLQTQVSVNSPLN PVTGKRLMRSIQKVSEWLSKSKEVIPPGSFKDIHSEQVNQDLTPCTLDANFCVSQKAGQV ENQGEVTMWHEGDLPVAKPVASKLEDKIFGRTYKRERKSTPLRNDKDTIHIQAEESIAVN TNACETPRRKTLARKRKATSELTPDDFIRRQDVKECRKRPVGVDCGSWEECDQTFANVVG SPVAYPKDAEFPEEPSIKKTVGSEQAVSICHKLSESNLKKKPNSSSKKSRQLTRPHGQLQ FVVGGNPWSPEQSKIQIEDREMKERDTGQRQIRRSRRLQLLTEETWNGNKELPLQPEGLW KESEPANRENHKEDEREKKPMSSQAGNMPSQSVIENDPSILQKGLPLSETSLMDMKDDAN KVCPSSLVSPCTTEVVKGLSVEEIKEGHSPYFIAPTVRSQGICSLLQSHPTAVKQSTSDK NKGIVAGQFDKSALCVQTEEGSGSWTAVVTESHSLPDDKTAGPMELNPETDDSEPDADFV QKIFSCSKRRSFLLHPGPAKESAAEIQRKLKVGKVEDGRVDCLEKLTQNEGRNKAVACVA DKDITVQRLATSSSSFHELESTTEHLQLALKAPLPEMPSTPVQTLAKIGEGGNQLQSQKL TTERRASPGIGENTSGSSRSLSGNGRSPSILRNCNIQGSSLSLVNETCSNRDHFQKAEST GAEHNGLTLSTQPESIQPCPAICQPSLPQSSHVETKRSSIEQKQLNNDIEEAMDISSIGV PQCLVSKENLEQCTEEGHCVFELSSETPEGLLDPAIKSKEGPSDLLETDREDISGVSSKM DRPSLVGKDLGNNDSGNSMLKRKHFVLAHRKPVRKLPSSEEDESSEEEELPSFQARLFGT SSQALKNNETSVEMLGLQNSSRSHLSSKAEDVSLSQESECSVNLFSSQSHASEDSCSKAC DTRHLTPVSGSVEKPPIPSKNKEDIQPSGDASRKDVQPKDEQPRYENSESNLGEECMGYD SEASHLGDSSGLSSQSEILTTQQRDAMQNDLKKLQHEMVIIEAALKQGTQHDAPEEWLEL DKEDDFIGEQMRSPKGSTMKLTSGIKQSFLGDSFSPVKSTHGTLGSHYIPSSNPEELFSC DVTTKTNRSPATKPGTFRRPLTPRHEAQRSPTIARYCSKTKNPLLNSKKNMSLVASGLNQ GELRLVQQFVRKTKSSWSNKMTEETTHVIMKTDEDRVCERTLKYFLGIAAQKWVVSYQWI EQSLQAERLLNEEDFEVRGDVINGRNHQGPKRSRESPPGKLFQGLEICCYGPFTDMLPEQ LEWMVELCGASLVKQPHLFAHPTNSSAVIVVQPDVWGEDTACQGLPPQCNATVVLREWVL DSVASYQRQPFDGYTIH NT seq 5094 nt NT seq  +upstreamnt  +downstreamnt atggattcctccattccaaccattactgaagttcgtggaatgttgctggctttgcagaag aacttggaatgccccatatgcctggatgtgatgaaggagccagtttcaacaaactgtgcc catatcttttgcaggttctgcacattgaaacttcttagacagaagacaggtgtaacacag tgtccactttgcaatgccaaggtcaccaaaagaagtctaagggaagatgttcgatttaaa caagtcatcaaagtggtgctggatgtcatccgtgcttttgagcgtgatacagggctcaag ttttcagatgatcagtgttttcccaagaaggacacagaagccacttctgttgcagattca tggaaggaacagctagttgttgacactaaaggctacaggggcagatcgaaaagagtgcaa gaaagagaagagggaaatactatattgcagggtgagagctctaacttgccagtatgcaat gagacgaacaaaaggtattccttgagaagaaaaagccgttccaataacgctgttgtcctt gaagttggatcagactcatctgaagatacctataagaagacaactacggtcaagtgtgtg gatttcatagaggaacccctgacttatatgggtgaacagtgtgctgagaatcaaaaccat tgtccaatgaaccttcctggaacaagtgctgaacatgaagcattaactattctaggtgaa tgcagtttctcagaagaaagactggaaagcatagaatgcactccagccgtcactgaaaac gtgaaagttgctgcagaaaatcttgctaaactgaagagccagggtttgtcttctccagat ccctccatgggacagcgtgacacaaaacctgaaacctgttccctacagcaggatggatct tgctcttcactcagtattccacaggcggttgctgaagccacaaatcccactgcagataag caggaaggtgatggcacagaatgggctgatattatgatgcctgatggaagttcacaaatg gtccctgtaaatgaggaacagcaactgcagacccaggtttcagttaacagtccgttgaat ccggtcactggaaagcgactgatgcggagtatccagaaggtcagtgaatggctctccaaa agcaaggaggtcattcccccaggctcctttaaagacattcactctgaacaagtgaatcag gatctgaccccttgtacattggatgcaaacttctgtgtctctcagaaggctggacaagta gaaaatcagggggaggttacaatgtggcatgaaggtgacctgcctgtagccaaaccagta gcctctaagcttgaagataaaatatttgggagaacatacaagagggaacgcaaatcaacc ccacttcggaatgataaggatacaatccatatccaagcagaggaaagtattgctgtcaac acaaatgcttgtgagacacctcggagaaaaaccttagcacgaaagaggaaagccacatcc gaattgacacctgatgacttcatcagaaggcaggatgtgaaagaatgtaggaaaaggcct gttggggttgattgtggttcttgggaagaatgtgaccaaacctttgctaatgttgttggc agtcctgttgcatacccaaaagatgcggagtttcctgaagaaccttctatcaagaaaaca gttggaagtgaacaagctgtgagcatctgccataaattgtcagaatcaaatctgaagaag aaacccaattcatcaagtaagaaaagtagacaactgactaggccacatggtcaattgcag tttgtggtgggtggaaacccatggtctcctgaacagtcaaaaatacagatagaagacagg gaaatgaaagaaagagacacaggccagagacagattaggcggagcaggaggcttcagttg ctcacagaagaaacctggaatgggaacaaggaacttcccctccagccagaaggactttgg aaggaaagtgagccagcaaacagagagaaccacaaagaggatgagagagaaaagaaacca atgagttctcaagcaggaaatatgccgtctcagtctgtgatagaaaatgaccccagtata ttgcagaagggtttgccattgtctgaaaccagcttgatggacatgaaagatgatgcaaac aaagtttgtcctagctctttagtctctccttgtacgactgaagttgtaaaaggtctgagt gttgaagaaattaaagagggtcatagtccctatttcattgctcccactgtacgctctcaa ggcatttgttcactcctgcagtcccatcctacagcagtgaagcaaagtacttctgataag aataaaggcatcgtagcaggtcaatttgataagagtgcattgtgtgttcagacagaagag ggcagtgggtcttggacagcagttgtcacagaaagccacagtcttcctgatgataaaact gcaggtcccatggagttgaacccagaaactgatgacagtgaaccagatgcagattttgta cagaagatattcagctgcagcaaacgtcgttcattcttactgcatccaggtcctgcgaag gagtctgctgctgaaattcagaggaagttgaaagttggcaaagtagaagatggcagggtt gactgtttggagaaattgactcaaaatgagggaagaaacaaagctgttgcctgtgtggca gacaaagacatcactgtccaaagactggcaacctctagctccagtttccatgagcttgag agtactactgagcacctccagcttgctttgaaagctcccttgccagaaatgccgtccacg ccagtacagacacttgccaaaatcggagagggcggaaatcaacttcaaagccaaaaactc acaactgaaagaagagcatctccaggaataggagaaaacactagcggcagtagcagaagc ctgagtggaaatggcagaagtccaagtattttgagaaattgcaacatccagggctccagt ttaagcctggttaatgagacatgttccaatagagaccattttcaaaaagcagagtccacg ggtgctgaacacaatgggttgacattaagcactcagccagaatcaatacagccatgtcct gcaatttgtcaaccatcgcttcctcagtccagccatgttgaaacaaaaagaagcagcata gaacaaaagcaattgaataacgacatagaggaagcaatggatatttcaagcataggtgtt cctcagtgcctggtttccaaagagaatttggagcaatgcactgaggaggggcactgtgtc tttgaactctcgtcggagacaccagagggcttgctggacccagccatcaaaagcaaagag gggccatctgatcttctagaaacagacagggaagacatctcaggtgtatcttctaaaatg gacaggccatctcttgttgggaaagatctgggcaacaatgactctggcaattccatgttg aagaggaaacactttgttttagcacatcggaaaccagtgcggaaattgccatcctcggaa gaggatgaatcgagtgaagaggaagagctgccatcttttcaggcacgattatttggcaca tcatcacaggcattgaaaaacaatgagacatcagtagagatgctgggactgcagaacagc agcagaagtcacctcagttccaaagccgaggatgtctctctgagtcaggagtcagagtgc tctgtgaacttgttttcctcccagtcacatgcatctgaggactcctgcagcaaggcctgt gacacaaggcatttaaccccagtttctggttccgtagaaaagcctccaattcccagcaag aataaagaagacattcaacctagtggtgatgcttccagaaaagatgtgcaaccaaaagat gaacagcccagatatgagaattcagaatccaatttaggtgaagaatgcatgggttatgac agtgaagcaagccacctgggggattcatcaggcctgtcgtcccagagtgagatcctcacc acacagcaaagagatgccatgcaaaatgatttaaagaaactgcagcatgagatggttatc attgaggcagctctcaaacaaggaacccagcacgatgctcccgaagaatggctggaattg gataaggaagatgatttcattggagaacagatgagatcaccaaagggaagcacaatgaag ttgacttctggaatcaaacagagcttcctaggtgattctttctcgcctgtcaaaagcaca cacgggactctaggtagtcattacatcccttcctcaaatcctgaagagctattttcctgt gacgtgaccaccaagacaaataggtctcccgctaccaaaccaggcacattcagaagacca cttacgccaaggcacgaagcacaaagaagtccaacaatagctcgctattgttccaaaaca aagaacccactcctgaacagtaagaagaatatgtctctggtggcatcaggtctgaaccaa ggcgagttgcgattagtacagcagtttgtcaggaaaaccaagagcagttggtcaaataaa atgactgaagaaacaacccatgtaataatgaaaaccgatgaggatcgggtctgtgaacga accctgaagtactttttaggtatagctgcacaaaaatgggtggtgagctaccaatggatt gaacaatcactccaagcagaaagattacttaatgaggaggacttcgaagtaagaggagat gtaatcaatggtagaaatcaccaaggacccaaaagatcaagggaatctcctcctggaaaa cttttccaaggtttggaaatatgctgctatgggccattcacagacatgctgccagaacaa ctggaatggatggtagagctgtgtggggcctctcttgtgaagcaacctcatttatttgca catccaacaaactcctctgctgtgattgttgttcagcctgatgtctggggtgaagacact gcctgtcaagggctcccacctcaatgcaatgctacggtggttttgcgcgagtgggtgctg gacagtgttgcctcctatcaacgtcagccgttcgatggatacaccatacactga

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