Coprinopsis cinerea (gray shag): CC1G_06567 Help Entry CC1G_06567        CDS       T01275                                  Name (RefSeq) hypothetical protein   KO K08775   breast cancer 2 susceptibility protein Organism cci  Coprinopsis cinerea (gray shag) Pathway cci03440   Homologous recombination cci03460   Fanconi anemia pathway Brite KEGG Orthology (KO) [BR:cci00001]  09120 Genetic Information Processing   09124 Replication and repair    03440 Homologous recombination     CC1G_06567    03460 Fanconi anemia pathway     CC1G_06567  09180 Brite Hierarchies   09182 Protein families: genetic information processing    04121 Ubiquitin system [BR:cci04121]     CC1G_06567    03036 Chromosome and associated proteins [BR:cci03036]     CC1G_06567    03400 DNA repair and recombination proteins [BR:cci03400]     CC1G_06567 Ubiquitin system [BR:cci04121]  Ubiquitin ligases (E3)   Multi subunit type E3    BRCC complex     CC1G_06567 Chromosome and associated proteins [BR:cci03036]  Eukaryotic type   Centrosome formation proteins    Centrosome duplication proteins     Other centrosome duplication proteins      CC1G_06567 DNA repair and recombination proteins [BR:cci03400]  Eukaryotic type   DSBR (double strand breaks repair)    HR (homologous recombination)     BRCA complex      CC1G_06567    FA (Fanconi anemia) pathway     Downstream FA components      CC1G_06567 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  BRCA-2_OB1 BRCA-2_helical Motif Other DBs NCBI-GeneID:  6005656 NCBI-ProteinID:  XP_001829230 UniProt:  A8N2Z5 LinkDB All DBs Position 1 AA seq 926 aa AA seqDB search MLRYDRSPSSSPTRKRQRLSSPTYDDQVGDLSVEHLEAFDLIEARLSQASSSQPTADDTL VNKSGPSYDLGSPFFTKASAVKVDEDNDNPFNDNDDDSAELAEKEKLYDSFFDSTMVEEL PLFQSAKTMQMEMSSFHKASHSSVLEPATTENLPLFQTAKSLDKTALPGFQKASNKENEG TLMPSKEALLKAQLKMKRWEEDWIDLDTPVEETTEPPPPPSFATAAALTSKPKLADPLPP TPAPVPSQVAYTPTPTTQSRPLGFSSQSKPFRVPTFKNVGKAPSSTPGPSQSPFRPPTFT NLSTPLRSHNRLSFTTPGPSTSTPLVSSKLASPAPSPRSIGLSRTSKSTFKTPFKKDVQL NPVQQLLKQNMLNNSQMAPTTPLSSRRYPPSTFKVPASPLATSKQPVTPMRQPPRPLPVK DPCPSKQTLDACGLQPQEYSLEELESMGLNTTELSQITPVTALHYGFYSPDGVPSPTSGL PRLNADAAYKELLTKGCSLASKPWVDNHWSMILWKLAGMAAFDPVTEQDPARKRWCWAEV MRQLTYRYEKELNGGQRPALRRIVATDSPAGNPIVLCVSGINWIEGEKGSFPELEVTDGW YRLRAQIDPPMVRAIQKGTLRVGRKIAVVGARLLSEKKDPMEILEAYDSVKLALSGNSTH LAPWHAKLGFQRDRYISTLRALSPDGGFISCVDVEILKVHPVAYLEFVEKDGQTIREGPR SEADENKIADQWMKRREKEASKLRYEYERRNERYMDYVQRLEDKAHSYRPKEDDGPPDSV DSCYDDLEDHRTALQTISRLTPAEAHWLSKTIRHNLESEHDRMNSEVEKELAALCPPRNV RNFRVLVVKDAREGRKQSHRVAQLTVWDVTSLALSEGGKPGSFEVGQRYMVSNLYPAQPS AWMKNEPGAEIYMTARKGSQWLRMRH NT seq 2781 nt NT seq  +upstreamnt  +downstreamnt atgctgcgctacgatcgctcgccgtcgtcgtcgccgactcgaaaacgccagcgattgtca tcgcccacatacgatgaccaagttggggatctttccgtggaacaccttgaagctttcgat ttaatagaggccagattgtcccaggccagctcgtctcaaccaactgcagatgacaccctg gtcaacaagtcaggtccttcttacgatctcggaagtccattcttcaccaaagcatcggcc gtgaaggttgacgaggacaacgataatccattcaacgacaacgacgatgattccgctgaa ctggccgaaaaggagaagctctatgacagctttttcgactcgacgatggtggaggaactc cccttatttcaatcagcaaaaacgatgcagatggagatgtcgtcctttcataaagcttct catagtagcgtcctggaacctgcgactacagaaaacctaccgttgttccaaactgccaaa tccttggataagactgcattacctggttttcagaaggcttctaacaaggaaaacgaaggg acgttgatgccttcaaaagaggcgttgctcaaggctcaactaaagatgaagcgctgggaa gaagattggatcgacctcgatacaccggtggaggaaacgaccgaacctccgccgcctccg tcgtttgccacagcagctgctcttacttccaaacccaaactcgctgatccactccctcca acacctgcgcccgttccttcacaggtcgcatacactcccactccaacgactcagtcacga ccgctcgggttttcttctcagtcaaaaccattccgcgtaccaacttttaaaaatgtggga aaggcaccatcgtcgactccaggaccttctcagtcaccgttcagaccacctacgttcacc aacctatccacaccacttagatctcataatcgcctatcgtttactacgcctggcccatca acctcaacgcccctcgtgtcttccaaactcgcatcccccgccccatcccccaggtcgata ggtctctcaagaacgtctaaatcgacattcaagacacctttcaaaaaagacgttcaatta aatcctgttcagcagttgttgaaacagaacatgctgaacaattctcagatggcccccact acgccgttatcgagtcggcgatatcccccatcgacattcaaggttcccgccagtccatta gctacatccaagcaaccagtgactcccatgcgccagcctcccaggccactacctgtgaag gacccttgtccctctaagcaaaccttggatgcttgtggcctccagcctcaagaatacagc ctcgaggagttggaatcgatgggacttaacaccactgagctcagtcaaataacgcctgtg actgctctccattacggcttctattcccccgacggagtgccttcccctacctctggcctt ccccgtttaaacgcagatgctgcatacaaggagcttctcaccaaaggatgctctcttgct tccaaaccttgggtcgacaatcattggtcgatgatcctctggaagttggcaggtatggca gcctttgatcctgtgactgagcaagatcctgcgcgtaaacggtggtgttgggcggaagtt atgcgtcaattgacctatcggtacgaaaaagaactaaatgggggtcagaggccggcgttg agacggattgtggcaacggattcgcccgctgggaacccaatcgttctatgcgtgtctggt atcaactggatagagggggagaagggaagcttccctgaacttgaagttaccgatgggtgg tatagacttcgagcgcaaatagacccgcccatggtcagagccatacaaaagggcacacta cgagttggaagaaagatcgctgttgttggagctaggctactctccgagaagaaagatcct atggagattctagaggcttatgactcggtaaagcttgctctctccggcaattcaacgcat ctggcaccttggcatgcgaagctaggcttccagcgcgaccgatacatctcaacgctacgc gccttatcccccgacggtggattcatctcttgtgttgacgttgagatactgaaagtccat cccgttgcctacctcgaattcgtggagaaggatggtcaaacaatccgagaaggacctcgt tccgaggccgacgagaacaagatcgcggatcaatggatgaaacgtcgggagaaggaagcg tctaaactcaggtatgaatatgagaggaggaacgaacggtatatggactatgtccagagg ctggaagataaagcacactcgtatcgcccaaaggaagacgatggtcctccggattccgtc gactcgtgctatgacgacctcgaagatcatcggacagctttgcaaaccatcagccggctt acccctgcagaggcgcattggctgtccaagaccatccgacataacctcgagagtgaacat gaccgcatgaactccgaagtggagaaggagttggctgctctgtgcccaccacggaacgtc cgaaacttcagggttctggtagtgaaagacgctcgcgaggggaggaaacagtcacaccgg gtagcgcagcttaccgtttgggatgttacttctctggcattgtcggaaggtggtaaaccc ggatctttcgaagtcggccaacgatacatggtctcgaacttgtaccctgcacaaccgagt gcttggatgaagaacgagcctggtgcagagatttacatgactgctagaaaggggagccag tggcttaggatgcgacattga

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