| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | EcolC_0893 |
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| Symbol | recC |
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| ID | 6064617 |
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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 | Escherichia coli ATCC 8739 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010468 |
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| Strand | + |
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| Start bp | 958277 |
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| End bp | 961645 |
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| Gene Length | 3369 bp |
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| Protein Length | 1122 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 641600296 |
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| Product | exonuclease V subunit gamma |
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| Protein accession | YP_001723889 |
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| Protein GI | 170018935 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1330] Exonuclease V gamma subunit |
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| TIGRFAM ID | [TIGR01450] exodeoxyribonuclease V, gamma subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 25 |
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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 | 24 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTTAAGGG TCTACCATTC CAATCGTCTG GACGTGCTGG AAGCGTTGAT GGAGTTTATT
GTCGAACGCG AACGGCTGGA CGATCCTTTC GAACCAGAGA TGATTCTGGT GCAAAGTACC
GGTATGGCAC AGTGGCTGCA AATGACCCTG TCGCAAAAGT TTGGTATTGC GGCAAACATT
GATTTTCCGC TGCCAGCGAG CTTTATCTGG GATATGTTCG TCCGGGTGTT ACCGGAAATC
CCCAAAGAGA GCGCCTTTAA CAAACAGAGC ATGAGCTGGA AACTGATGAC TCTGCTGCCG
CAATTGCTGG AGCGCGAAGA CTTTACCCTG TTGCGGCATT ATCTGACTGA CGATAGCGAC
AAGCGAAAAC TGTTCCAGCT TTCCTCAAAA GCGGCGGACC TGTTTGACCA GTATCTGGTC
TATCGTCCGG ACTGGCTGGC ACAGTGGGAA ACAGGACATT TGGTTGAAGG GCTGGGAGAA
GCACAGGCCT GGCAAGCCCC GTTGTGGAAG GCGCTGGTGG AATATACCCA TCAACTCGGG
CAACCGCGCT GGCACCGCGC CAATCTCTAT CAGCGCTTTA TCGAAACGCT GGAGTCCGCG
ACGACCTGCC CGCCGGGGTT ACCTTCGCGC GTCTTTATAT GCGGTATTTC CGCGTTACCG
CCTGTTTATC TCCAGGCGCT ACAGGCGCTG GGTAAACATA TTGAAATCCA TCTCCTGTTT
ACCAACCCCT GCCGTTATTA CTGGGGCGAT ATTAAAGATC CTGCTTATCT GGCGAAACTG
CTGACCCGTC AGCGTCGACA CAGTTTTGAA GATCGCGAAT TGCCGCTATT TCGTGATAGC
GAAAATGCCG GGCAGCTCTT TAACAGCGAT GGTGAACAGG ATGTCGGCAA CCCGCTGCTG
GCTTCATGGG GTAAGCTTGG GCGCGACTAC ATTTATCTCC TTTCTGACCT GGAGAGCAGC
CAGGAGCTGG ACGCCTTTGT CGATGTCACG CCAGATAACC TGCTGCATAA CATTCAGTCT
GACATTCTGG AACTGGAAAA CCGCGCCGTT GCTGGTGTGA ACATCGAAGA GTTTTCCCGT
AGCGATAACA AACGCCCGCT TGATCCACTG GATAGCAGTA TCACCTTCCA CGTTTGCCAT
AGCCCGCAGC GTGAAGTTGA AGTTTTACAC GATCGCCTGC TGGCGATGCT GGAGGAAGAC
CCGACGCTTA CTCCGCGCGA CATCATCGTG ATGGTGGCTG ATATCGACAG CTACAGTCCG
TTTATTCAGG CTGTGTTTGG TAGCGCACCT GCGGATCGTT ACCTACCTTA CGCCATTTCC
GACCGTCGTG CGCGGCAGTC ACATCCGGTA CTGGAAGCGT TTATCAGCCT GTTATCACTG
CCTGACAGTC GTTTTGTGTC AGAGGATGTG CTGGCGTTGC TGGATGTGCC GGTGCTGGCG
GCGCGGTTTG ACATCACCGA AGAAGGGCTG CGTTATTTAC GCCAGTGGGT CAACGAATCC
GGCATTCGTT GGGGCATAGA TGACGACAAC GTTCGCGAGC TGGAACTCCC CGCCACCGGA
CAACACACCT GGCGATTTGG CCTGACGCGT ATGTTGTTGG GCTACGCGAT GGAGAGCGCG
CAGGGCGAGT GGCAATCGGT TCTACCTTAT GATGAATCGA GCGGCTTAAT TGCAGAACTG
GTGGGGCATC TGGCTTCACT GCTAATGCAG CTAAACATCT GGCGTCGCGG GCTGGCACAG
GAGCGTCCGC TGGAAGAGTG GTTGCCGGTT TGTCGCGATA TGCTCAACGC CTTCTTCCTG
CCGGATGCGG AAACCGAAGC GGCGATGACG CTGATCGAAC AACAATGGCA GGCGATTATC
GCCGAAGGTT TAGGTGCGCA GTATGGCGAC GCGGTGCCGC TGTCACTATT GCGTGATGAA
CTGGCACAGC GTCTGGATCA AGAACGTATC AGCCAGCGTT TTCTCGCCGG ACCGGTTAAC
ATTTGTACTC TGATGCCAAT GCGTTCAATT CCGTTCAAAG TGGTTTGCCT GCTGGGAATG
AACGACGGCG TTTATCCACG TCAGCTTGCG CCATTGGGCT TTGACCTGAT GAGCCAGAAA
CCGAAGCGTG GCGACCGTAG CCGTCGCGAT GACGACCGCT ATCTGTTCCT GGAAGCGTTA
ATTTCCGCGC AGCAAAAACT CTATATCAGC TATATCGGTC GTTCCATTCA GGATAACAGT
GAGCGTTTCC CGTCGGTACT GGTGCAGGAA CTGATCGACT ACATCGGGCA AAGTCATTAT
CTACCGGGCG ATGAAGCGCT CAACTGTGAT GAAAGCGAGG CAAGGGTAAA AGCGCATCTT
ACTTGCCTCC ATACCCGGAT GCCGTTTGAT CCGCAAAACT ACCAGCCAGG CGAACGACAA
AGCTATGCTC GTGAATGGCT ACCTGCGGCC AGCCAGGCTG GTAAAGCACA TTCTGAATTT
GTTCAGCCGC TGCCGTTTAC CTTACCGGAA ACCGTGCCGC TGGAAACGCT ACAACGATTC
TGGGCACATC CGGTGCGGGC GTTCTTCCAG ATGCGTTTGC AGGTGAACTT CCGTACTGAA
GACAGCGAAA TCCCAGACAC CGAGCCATTT ATTCTGGAAG GGCTTAGCCG TTATCAAATC
AATCAGCAGT TATTGAATGC ACTGGTTGAG CAGGATGATG CCGAACGCTT GTTCCGCCGC
TTCCGGGCGG CAGGGGATTT ACCGTATGGC GCTTTTGGTG AAATTTTCTG GGAAACACAG
TGCCAGGAGA TGCAGCAGCT TGCCGACAGA GTCATTGCCT GTCGCCAGCC GGGGCAGAGT
ATGGAAATTG ATCTCGCCTG CAACGGTGTG CAGATAACTG GCTGGTTGCC GCAGGTGCAG
CCGGATGGCC TGTTGCGCTG GCGTCCCTCT TTATTAAGTG TGGCGCAGGG AATGCAACTT
TGGCTGGAAC ACCTTGTCTA CTGTGCCAGC GGTGGTAATG GTGAAAGTCG CCTTTTTCTA
CGCAAAGACG GCGAGTGGCG TTTTCCGCCG CTTGCAGCCG AACAGGCTTT GCATTACCTC
TCACAACTGA TTGAGGGGTA TCGTGAAGGG ATGTCCGCGC CATTGCTGGT GTTACCTGAA
AGTGGCGGCG CGTGGCTAAA AACCTGTTAT GACGCGCAAA ACGATGCCAT GCTGGATGAC
GATTCCACGT TGCAAAAAGC CCGTACGAAA TTCCTTCAGG CTTACGAAGG CAACATGATG
GTGCGTGGCG AAGGTGATGA TATCTGGTAT CAAAGGCTCT GGCGGCAATT AACACCAGAG
ACAATGGAGG CCATCGTTGA ACAGTCGCAA CGTTTCCTGT TACCGCTGTT TCGCTTTAAT
CAGTCATGA
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| Protein sequence | MLRVYHSNRL DVLEALMEFI VERERLDDPF EPEMILVQST GMAQWLQMTL SQKFGIAANI
DFPLPASFIW DMFVRVLPEI PKESAFNKQS MSWKLMTLLP QLLEREDFTL LRHYLTDDSD
KRKLFQLSSK AADLFDQYLV YRPDWLAQWE TGHLVEGLGE AQAWQAPLWK ALVEYTHQLG
QPRWHRANLY QRFIETLESA TTCPPGLPSR VFICGISALP PVYLQALQAL GKHIEIHLLF
TNPCRYYWGD IKDPAYLAKL LTRQRRHSFE DRELPLFRDS ENAGQLFNSD GEQDVGNPLL
ASWGKLGRDY IYLLSDLESS QELDAFVDVT PDNLLHNIQS DILELENRAV AGVNIEEFSR
SDNKRPLDPL DSSITFHVCH SPQREVEVLH DRLLAMLEED PTLTPRDIIV MVADIDSYSP
FIQAVFGSAP ADRYLPYAIS DRRARQSHPV LEAFISLLSL PDSRFVSEDV LALLDVPVLA
ARFDITEEGL RYLRQWVNES GIRWGIDDDN VRELELPATG QHTWRFGLTR MLLGYAMESA
QGEWQSVLPY DESSGLIAEL VGHLASLLMQ LNIWRRGLAQ ERPLEEWLPV CRDMLNAFFL
PDAETEAAMT LIEQQWQAII AEGLGAQYGD AVPLSLLRDE LAQRLDQERI SQRFLAGPVN
ICTLMPMRSI PFKVVCLLGM NDGVYPRQLA PLGFDLMSQK PKRGDRSRRD DDRYLFLEAL
ISAQQKLYIS YIGRSIQDNS ERFPSVLVQE LIDYIGQSHY LPGDEALNCD ESEARVKAHL
TCLHTRMPFD PQNYQPGERQ SYAREWLPAA SQAGKAHSEF VQPLPFTLPE TVPLETLQRF
WAHPVRAFFQ MRLQVNFRTE DSEIPDTEPF ILEGLSRYQI NQQLLNALVE QDDAERLFRR
FRAAGDLPYG AFGEIFWETQ CQEMQQLADR VIACRQPGQS MEIDLACNGV QITGWLPQVQ
PDGLLRWRPS LLSVAQGMQL WLEHLVYCAS GGNGESRLFL RKDGEWRFPP LAAEQALHYL
SQLIEGYREG MSAPLLVLPE SGGAWLKTCY DAQNDAMLDD DSTLQKARTK FLQAYEGNMM
VRGEGDDIWY QRLWRQLTPE TMEAIVEQSQ RFLLPLFRFN QS
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