| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_0850 |
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| Symbol | |
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| ID | 7286766 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Cyanothece sp. PCC 7425 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011884 |
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| Strand | + |
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| Start bp | 670468 |
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| End bp | 673416 |
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| Gene Length | 2949 bp |
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| Protein Length | 982 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 643583859 |
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| Product | DNA polymerase I |
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| Protein accession | YP_002481597 |
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| Protein GI | 220906286 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0258] 5'-3' exonuclease (including N-terminal domain of PolI)
[COG0749] DNA polymerase I - 3'-5' exonuclease and polymerase domains |
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| TIGRFAM ID | [TIGR00593] DNA polymerase I |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 12 |
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| Fosmid unclonability p-value | 0.0300789 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACTAGCC CTGCTGCGAT CGTTCAACCC AACCTTGTCC CAGAGACAAA TAAAACCCTT
CTCCTGGTGG ATGGGCATTC CCTCGCTTTC CGTTCCTACT ATGCCTTTGC GCGGGGTCGG
GAGGGCGGTT TACGCACCTC TACAGGAATT CCCACCAGCG TTTGCTATGG ATTTCTTAAA
TCTCTGCTGG AAGTAATGCA AATTGAGCAG CCGGGGTACC TGGCGATCGC CTTTGACCTG
GGGGTACCAA CGTTTCGCCA CGAAGCAGTG GAAAGCTACA AAGATGGGCG ACCGGAGACC
CCAGAAGACT TTAAACCTGA CTTAGAAAAC CTGAAAGAGT TGTTGGCGGC CCTGAACCTG
CCCGTTCTCA CCCTGGCAAC CTACGAAGCG GATGACATTA TTGGGACTTT AGCGCGAAAA
GCCAGTCAGT CCAACTATCG GGTCAAAATT CTCAGTGGTG ACCAGGATCT CTTTCAACTG
ATCAACCCGG AACAAGGCGT GACGGTCTTA CACCTGAGCA GCACCTTCGC CCCCCGCACA
CCCCTCGGTA CTGGCCATCC CCGCGAATTT GGTACGGAGC AGGTGAAAGA AAAACTGGGG
ATTCTGCCCA GCCAGGTGGT GGACTACAAA GCCCTCTGTG GCGATAGTTC AGATAATATT
CCTGGTGTCA GGGGAATTGG CCCCAAAACC GCGGTGCAAT TGCTCAGCCA GTTTGGCTCC
CTGGAGCAAA TTTATCAATC CCTCGACCAG ATCAAGGGAG CCACCCGCCA AAAGCTGGAG
TCTGGTCATG CCTCCGCCCT GCAATCTCAG TACTTAGCTC AAATTCATCT GGATGTTCCC
CTGGAGGCTA CCCCGGACCA CCTGGAACTG CGCGGCTTTG AAACCTCAAA GGTCATACCC
CTGTTAGAAA AACTGGAATT TCAATCCTTT ATGGGTCAAA TTTCCCGTTT ACAGCAACGT
TTTGGGGGTG GGGCCATTGC TGCAGCCAGT GAGGGGGCAG CGGGTAGTGA TCTAGCGGAC
AACGATCCTG ATCTCTGGTT TTTCAGTGCG GCAGATACGG CAGCGGCCCA GGCCCAACCT
GCAGTTCTGA TTTCACCTCA AATTATTGAT ACCCCTGAAA AGTTAGCGGC TCTGGTCGAA
ACCCTGCAAA CCTGTACTGA TCCCGGAACC CCTGTGGCCT GGGATACGGA AACCACAGCC
CTTTCCCCCA GGGATGCTCA GCTTGTTGGC ATTGGTTGCT GCTGGGGCCC GGCACCGGAT
CAAATTGCTT ATCTCCCCCT CGGTCACAGT CAAGGTGGCA ATCTGGATCT GACCCTGGCG
CTGGAACAAT TGCGTCCCCT GCTGGAAGAT GCCCGCTATC CTAAAGCGTT TCAGAATACC
AAGTACGATC GCCTGGTGCT GAAATTTCAG GGGGTTCATC TGCAGGGTGT GGTGTTCGAT
ACGATGCTGG CCAGCTATGT GCTCAACCCT GAAGGCAGCC ATAACCTGAC GGATCTCTCC
CGTAAATACC TGGACATTAC GGCTCAGAGT TATACCGACC TGGTCGAAAA GGGGCAGAAT
TTAGCTGATC TGAGTGTGGA GGCGATCGCT AACTACTGTG GGCTGGATGT CTATGCCACA
TTCCAACTGG TGCCTAAACT GCGGGCCGAC CTGCTCGATG CCAATCCCAA ACTGCTGGAC
CTGCTTTTAA CCGTTGAGCA ACCCCTGGAA CCCGTGCTGG CGATCATGGA AACCTGCGGG
ATTCGGATCG ACCAGGACTA CCTCAAACAG TTATCCCAGC AACTAGAACA GGATCTGCAC
GCCCTGGAAG AACGGGCCTA TGGGTTGGCG GGAGAAACCT TTAACCTGGG CTCCCCCAAA
CAGTTAAGTG AGCTGCTGTT TAATAAGCTG AAGCTGGATG TGAAAAAGTC CCGCAAAACC
AAGCTGGGGT ACTCCACGGA TGCCGCCACG CTGGAAAAAA TGCAGGGAGA TCATCCGGTG
ATTGATCTGA TCCTGGAACA CCGCACTCTG GCCAAGCTGA AATCAACCTA TGTCGATGCC
CTGCCCAATC TGGTTCGCAG CGATACGGGT CGGGTGCATA CGGATTTTAA CCAGGCGATT
ACGGCGACGG GACGGCTGTC TTCCTCCAAT CCAAACTTGC AAAATATTCC GATTCGGACT
GAGTTTAGCC GCCAGATCCG TAAAGCCTTT ATCCCGGAAC CGGGCTGGAT GCTCGTCACC
GCAGACTACT CCCAGATTGA ATTGCGCATT CTGGCCCACC TCAGTCAGGA ACCCCGTTTA
GTGGAAGCCT ACCAGCAGCA TCAGGATGTC CACAAACTGA CCGCCCAATT GCTCCTGGAA
AAAGAGGACA TCAACCCGGA GGAACGGCGT CTAGCTAAAA TCATCAACTT TGGCGTCATC
TATGGCATGG GGGCACAACG GTTTGCCCGC GAGTCTGGCG TTAGTTTTAA GCAGGCCAAG
GGGTTTATCG ATCGCTTCTA TGAACGCTAT CCCCTGGTGT TCCGCTATCT AAAGCAGATG
GAAGGGCAGG CGATCGCCCT AGGCTACGTC GAAACCCTGC TGGGGCGGCG GCGCTACTTC
AGTTTTGATA GCCGAGAGTT ACAACAATTG CGGGGTAAAG ATCCCGATAG TCTGGCAGAG
CTGGATTTAA GTCAACTGAA AGTCAGTCAG TACGATCGTG GTCAGTTGCG GGCCGCTGCT
AATGCCCCGA TTCAGGGTTC CAGTGCAGAC ATCATCAAAG TGGCGATGAT CAAGCTACAG
CAACGACTCC AACCCTATCA GACCCGCCTG CTGTTGCAAG TTCACGATGA ACTCGTGTTT
GAAATGCCCC CCTCCGAATG GGAACCGTTG CGATCGTTGA TCCAGGCCAC CATGGCGGAG
GCGGTTCCCC TCTCCATTCC CCTGCTGGCG GAGATTCATG CTGGACCGAA CTGGATGGAA
GCGAAATAA
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| Protein sequence | MTSPAAIVQP NLVPETNKTL LLVDGHSLAF RSYYAFARGR EGGLRTSTGI PTSVCYGFLK
SLLEVMQIEQ PGYLAIAFDL GVPTFRHEAV ESYKDGRPET PEDFKPDLEN LKELLAALNL
PVLTLATYEA DDIIGTLARK ASQSNYRVKI LSGDQDLFQL INPEQGVTVL HLSSTFAPRT
PLGTGHPREF GTEQVKEKLG ILPSQVVDYK ALCGDSSDNI PGVRGIGPKT AVQLLSQFGS
LEQIYQSLDQ IKGATRQKLE SGHASALQSQ YLAQIHLDVP LEATPDHLEL RGFETSKVIP
LLEKLEFQSF MGQISRLQQR FGGGAIAAAS EGAAGSDLAD NDPDLWFFSA ADTAAAQAQP
AVLISPQIID TPEKLAALVE TLQTCTDPGT PVAWDTETTA LSPRDAQLVG IGCCWGPAPD
QIAYLPLGHS QGGNLDLTLA LEQLRPLLED ARYPKAFQNT KYDRLVLKFQ GVHLQGVVFD
TMLASYVLNP EGSHNLTDLS RKYLDITAQS YTDLVEKGQN LADLSVEAIA NYCGLDVYAT
FQLVPKLRAD LLDANPKLLD LLLTVEQPLE PVLAIMETCG IRIDQDYLKQ LSQQLEQDLH
ALEERAYGLA GETFNLGSPK QLSELLFNKL KLDVKKSRKT KLGYSTDAAT LEKMQGDHPV
IDLILEHRTL AKLKSTYVDA LPNLVRSDTG RVHTDFNQAI TATGRLSSSN PNLQNIPIRT
EFSRQIRKAF IPEPGWMLVT ADYSQIELRI LAHLSQEPRL VEAYQQHQDV HKLTAQLLLE
KEDINPEERR LAKIINFGVI YGMGAQRFAR ESGVSFKQAK GFIDRFYERY PLVFRYLKQM
EGQAIALGYV ETLLGRRRYF SFDSRELQQL RGKDPDSLAE LDLSQLKVSQ YDRGQLRAAA
NAPIQGSSAD IIKVAMIKLQ QRLQPYQTRL LLQVHDELVF EMPPSEWEPL RSLIQATMAE
AVPLSIPLLA EIHAGPNWME AK
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