Alteromonas mediterranea DE1: amad1_04215 Help Entry amad1_04215       CDS       T02340                                  Name (GenBank) exonuclease SbcC   KO K03546   DNA repair protein SbcC/Rad50 Organism amaa  Alteromonas mediterranea DE1 Brite KEGG Orthology (KO) [BR:amaa00001]  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03400 DNA repair and recombination proteins [BR:amaa03400]     amad1_04215 DNA repair and recombination proteins [BR:amaa03400]  Prokaryotic type   DSBR (double strand breaks repair)    HR (homologous recombination)     RecBC pathway proteins      amad1_04215     Archaeal homologous recombinant proteins      amad1_04215 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  AAA_23 SbcC_Walker_B AAA_29 AAA_21 ABC_tran NTPase_1 nSTAND3 SMC_N AAA_22 Motif Other DBs NCBI-ProteinID:  AFV84369 LinkDB All DBs Position 943326..947051 Genome browser AA seq 1241 aa AA seqDB search MRILTLRLKNLNALKGEWKIDFTQSPFIDNGLFAITGPTGAGKTTLLDAICLALYHQTPR LGPISTSNNDIMTRGTAECLAEVEFDIKGKAYRAFWSMRRARGKVDGNLQSADVELAEVE SGDVLATQVRPKNEEIEKLTGLNFARFTKSMMLSQGDFAAFLNANEGDRAELLEELTGTE IYGQISQAVHQQFSEAKQKKKEFAIKLEGVTLLSNEQITQLEEEQDGINGQVAAFNQTLT ELQQQQQWQQSFNTNALALKEAKEAQLAANNAIDEAKQELNVLTHSEPAEKLRLPFLQRN GLQQDVLGYKEKLNEKAAQLPELKTQKEQLSSEVTNAERALLQTKQQSSELEKRINEQVV PLDNNIAQSTAAQQKANDSAAQFTRSINALTKKRTEIENASADNKKKLGELEAYLNENHS LSSMAEFISGWSETARHIESEQKQIATLKQSAEEHRDALSSIDEAITQTNQALKTLTQTF DNATANVATCEEALNAALSNANKNSASSKTSLQQERDTKLHHWDNLIQIGHIQQQYLALE QDKVSLSAQKEDLSKKLAQQQSDRQALVDAYKQTRSNLKDIEALIALDAEVAHLRAQLKS GEPCPVCGANEHTTASVAIDIPETVQKLDSLKEQLDDIEQQGAQAKESVTHTELTLTQVN KQLDQTSAKRDALLEKWKQFSSVLSADISSFEKVDINISQSVAQFTEQFKTRLDDISAQL TRIEQCEQALNAAVQSKNEAQQALQAKQSELAVSLQRRETLEKQLTERNAEVENKTKGVN DSIATIRETMTAHGAEVHNLPIEGIATWLNEKAEALKTYKHNHQLHTNLNEELQEVSRTL LVLNRDIESAETQLKSVSEELMQLDSTLIELRKSRMAVFPEGNISEVRSKASAAQVQAEQ KLSECQSRLHQTDTILSRLEAEIDQLNEQIREKEQALTEATENFNRQLANSPFADEQAFS NALLDEETRNKLLELQKQLTQQKQQADLKLENALATQQSLTARDHAQQWQRELEEHGMQW VENQITEQAQQKDALLSTLGQIKQQLNANNEAREKQRALVEEMAAFETYYDDITYLHSLI GSASGDKFRRFAQGLTLDNLVQLANQQLDKLHGRYQLIRKENDGLGLSVLDTWQGDVVRD TKTLSGGESFLVSLALALALSDLVSHKTSIDSLFLDEGFGTLDAETLDVALDALDNLNAS GKMIGVISHIEAMKERIPTQLKVIKRNGVGLSALEKPYAVG NT seq 3726 nt NT seq  +upstreamnt  +downstreamnt atgagaatattgaccttacgccttaaaaatttaaatgcccttaaaggggagtggaagata gatttcactcagtcaccctttatcgacaacggcttgtttgccattactggcccaaccggt gcgggtaaaaccaccctgctcgatgcaatatgtttagctttatatcaccaaacgcctcga cttgggcctatatcaacgtcgaacaacgacattatgactcgcggtacagcggagtgtttg gcggaagttgagtttgatattaagggtaaagcgtaccgtgcgttttggagcatgcgccgc gccagaggaaaagttgacggtaatctgcaaagtgccgatgttgagctggctgaagttgaa agtggcgatgtgctagcaacccaggttcgccctaaaaatgaagagatagaaaagctcact ggtctgaactttgcgcgcttcacaaaatctatgatgttgtcgcagggcgactttgctgcc tttctaaatgccaatgaaggcgacagggctgagttacttgaagaactaactggtactgaa atctatgggcaaatatcacaagcagtacatcagcaatttagcgaggctaaacaaaagaaa aaagaattcgcgataaagcttgaaggggtaacgttacttagcaatgagcaaattacccag ttggaagaagagcaagacggtattaatggtcaagttgcggcgtttaaccaaacacttact gaactacaacagcaacagcaatggcaacaatcattcaacaccaatgcactcgcgcttaaa gaggcgaaagaagcacagcttgctgcgaataatgcgattgatgaggcgaaacaagaactt aatgtgctaactcacagtgagcccgccgaaaagcttcgcctcccttttttgcagcgaaac gggcttcagcaagacgtattgggctacaaagaaaagctcaatgaaaaagcggctcagctt cctgaattaaaaacgcaaaaagaacagctaagctcggaagtgaccaatgctgaacgagca ctacttcaaactaagcaacaaagcagtgaacttgaaaagcgcataaacgagcaggtggtt ccgttagataataatatagcgcagagtacagccgcccaacaaaaagcaaatgacagcgct gcgcagtttacgcgctccataaatgcgctaactaaaaagcgtacagaaatagaaaatgcg tcagccgataacaagaaaaaactgggtgaattagaagcctacctaaatgaaaaccactca ctcagcagtatggccgagtttatcagcggttggagtgaaactgcgcggcatattgagagc gaacagaagcaaatagcgacgcttaaacaaagtgccgaagagcaccgcgacgcgctttcc tcaattgatgaagctattacacaaacgaatcaggcgctgaaaacattaacgcaaactttt gataatgcgaccgccaacgtcgccacttgtgaagaggcgttaaatgctgcgctttctaac gccaataaaaatagcgcaagcagtaaaacaagtcttcaacaagagcgggataccaagctt catcactgggacaacctgattcagataggtcatattcaacagcaatatttggcactagag caagacaaagtatcgctgagtgcacagaaggaagacttatcgaaaaaactagcgcagcag caatctgaccgacaagccttggttgacgcctacaaacaaacacgcagtaatttaaaagac atagaggcgctgatcgccctagatgctgaagtggcacacctgcgcgcccagctaaaaagt ggcgagccatgtccggtatgtggagctaacgagcacactacggctagcgtggcgattgat atacctgaaactgtacaaaagcttgacagcttaaaagagcagttagatgatattgagcaa caaggagcacaggcaaaagaaagcgttacacacactgagttaacccttacccaggttaat aagcagctagaccaaacaagcgcaaaacgcgatgcgttgttagaaaagtggaagcagttt tcaagcgtacttagcgctgatatatcgagctttgaaaaagtcgatattaatatatcgcaa agcgttgcccaatttaccgagcagtttaaaacccgtcttgatgacattagtgcccagtta acgcgcatagagcaatgcgaacaagccctaaatgccgcagtgcagagcaaaaatgaagca caacaagcgttgcaagccaaacagtcagaacttgcagtttctttgcagcggcgcgaaaca ttggaaaagcaactcaccgaacgcaacgcagaagtagagaacaaaactaaaggggttaac gacagcattgcaacaattcgtgagactatgacggcgcacggtgctgaagttcacaacctg cctattgaaggaattgctacgtggttaaatgaaaaagccgaagcgctcaaaacttataaa cacaatcatcaactgcacacaaaccttaatgaagagctacaagaggtgagtcgtaccttg cttgtactaaaccgtgatattgaaagtgcagaaacacagcttaaaagcgtatctgaagaa ctcatgcagctagatagcacgctgatagaactgcgcaaatcacgtatggcggtattccct gaaggtaatatttcagaagtaaggagtaaagcaagcgccgcccaagtacaggctgagcaa aaattgagtgaatgccaatctcgcttgcaccaaacggatactattttgtctcggttagaa gcagaaattgaccagcttaatgagcaaatacgcgagaaagagcaggcacttacagaggcg actgagaactttaatcgccagctagcaaacagcccatttgccgatgagcaagcgtttagc aatgcgctactagatgaagaaacccgtaataagttgcttgagctgcaaaagcaattaacg cagcaaaaacaacaggctgaccttaaactagaaaacgcgctagcgacacagcaatcgcta acagcgcgtgaccatgcacagcagtggcagcgcgagctagaagaacatggtatgcagtgg gttgaaaatcaaattaccgagcaagcgcaacaaaaagacgctttgttatccacccttggg caaatcaaacagcagttaaacgccaataatgaagcccgtgaaaagcaaagggcgctggta gaagagatggccgcgttcgaaacctattacgatgatattacttacctgcattcgttgatt ggttcggcaagcggtgacaaattcagacgttttgcacaagggcttacgctggacaacctt gtccaacttgctaaccagcagctagataagttgcacggtcgctatcagcttattcgcaaa gaaaacgacgggctaggcttaagtgttttagatacttggcaaggagacgtggtacgcgat accaaaacgctgtcgggtggagaaagcttcttagtgagccttgcgctggcattggcgtta tctgacctggtaagtcacaaaaccagtatcgattcactatttttagatgaaggctttgga acccttgatgctgaaaccttagatgtggccctcgatgcgctagacaacttaaatgccagt ggaaaaatgattggtgtcataagccatatcgaggccatgaaagagcgaattcctactcaa cttaaagtaattaaacgcaacggtgtgggcttaagtgcactagaaaagccttatgcggtg gggtga

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