| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | P9211_10811 |
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| Symbol | recC |
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| ID | 5730256 |
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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 | Prochlorococcus marinus str. MIT 9211 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009976 |
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| Strand | + |
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| Start bp | 976881 |
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| End bp | 980198 |
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| Gene Length | 3318 bp |
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| Protein Length | 1105 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 641285448 |
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| Product | exodeoxyribonuclease V subunit C 125 kD polypeptide |
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| Protein accession | YP_001550966 |
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| Protein GI | 159903622 |
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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 | 6 |
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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 | 15 |
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| Fosmid unclonability p-value | 0.240018 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTGCTAACAA TTTACCGAAG CAACAGAGCT GAATGGCTTG CAAATGTTTT GGCTGAACAG
CTTCGAGCAA ATCCTCCAGG ATTATCTGAG AACGTGGAAA TTGTTGTCAA TACATGGCCA
ACAGGCAGAT GGTTAGGAGA GGAGATCGCT AAAATCAATG GAATTAGTGC ATTAGTTAGA
TTTCCATTTC CTGCTGCACA GCTAAAGACA CTTGTTAGAA AATTTCTTGG AATAGAAGTA
ATAAATGACG ACGACCCTTG GGAAGCCAAC CAACTTATAT GGCCGATACT TAACTCATTA
CCTGAATTAC TTCAAAAAGA GGAAGCTGGA GTATTACAGA AGTGGCTAGA AAGAGATCTA
AGCCAATCCG GAAAACTCAG CAGAGATGAA TGGCAACTAG CAAAAACTAT TGCCTATACA
TTTGATGAGT ACATCATGTA CAGACCTGAT GTTATTTCTG ACTGGTGGGG TACGGAAAAT
GAAATAAATA ACCTCAAATC AAAATTACCT AAATACATTC AATGGCAACC TATATTGATC
AATCTCCTAA AACAAAGAAT TACTCAGGAG CCATTTGGAT TACAAGTCAG GAATGTTGCT
TCAAAACTAA AGAAAGGAAT CGCTCCGAAG CAAAACCTTC CTTCAGATCT TCGAATCTTT
GGGATCAATA GTCTCGCTCC AGTTCAACTA GAGCTTATTC AAGCCTTGTC TTGCATAATG
GAAGTGAAGG TATTCCTACT AACTCCTTGC AAGGACTTAT GGAGCCGCTG CAAAACGAAG
AGAGAAGAAT ACGGTGAAGG CTGGAAGGTA GCTAATGATA AGTTGTGGTT ACTCAATAAA
CAACGACTTG AAGCCACTCT TGGTCGTATG GGCTCTGAGT TCGAGCAATT ATTAGAAGGT
AGTGGGGAAT ATCAATTAGG AGAGTGGGAC GAAAAAGATC TTTTTGCTAT GCCTGCGACT
ATAGCCCTAA ACAAGCAAAG AAAGCCAACT CTTCTTGAAC AGATTCAGCA AAGACTAGTA
ACCAATGAAT GTATTGAACC GCTGCAGAGA AGCTTAGATG ACTCTTCAAT ATCTTTTACT
GAATGTCCTG GTCCAAAGAG GCAAATTCAA ATTGTACGAG ATCAAATACT TCAGCAGCTT
GCATTAAACA AAAATCTAGA GCCAAAAGAC ATCCTAATAA TGACACCACA AGTTGAAAAA
TTTGCTCATT TAATACCTTC TATTTTTAAT GACGTTTCAG CAACAGGGGT TACTCTTCCA
TGGAAAATCA CTGATAGAAG TCAGTATGAC CAGCCAGGTT TAACACAATG CATAATATTA
TTAATGGAAA TTGCATGTAC GCGTTTAACT GCAAGTAATT TAGATCAACT GCTGACCAAC
CCTGTAATAA AAGATCTATA CAAATTAGAC GACAGTGAAA TTGATAAAAT CACAAATTGC
CTACAAGAAA CAGGGTTTCG GTGGGGTATA AACTCTTTAG AACGAGATGG GGAAGAAACA
CATACTTTAA ACTGGTGTCT GGAGCGGTGG CTTGTAGGCA TGGTAATACC TACTATCCCT
GGTCTGGTGC TAGGTGGAAT TGCTCCTTTC TCGAAAGGAA TATCTATAAG CGAATTGTCA
AAGTGGTGGG AAATCCTATC AAAGATATGC AATATGCTTC AGGGACTAAG ACAGTCTCAT
AGCTGTATGA AATGGGGCTT GGTGCTAAAA GGACTCTGTG ATGATCTATG CAACAATGAT
CGCAAGTGGT CATGGGAACG TCAACGATTT CTTCGTGCCA TAGACGATTG GATAAGAGCA
GCAGACTGTT TTAAAAAAGA AATAAAAATA GAAGTTGTAG CTGAAATAGT TAAAGATTTA
ATAGCTAAAG AAGCAGGACG TTTTGGACAC AGGACCGGGA GAATAACCAT TAGTGCATTG
GAGCCCATGA GAGCGATTCC ACACAAAATG ATTGTATTAA TGGGCCTAGA TGAGACAATT
TTTCCTCGTA AACAACAGCG TCCAGGGTTT AGCCTTTTAG ATCATAAACA CTTTTTAGGC
GATCCAAGAA TAAATGATAA GGATAGATAT GTGCTTTTAG AAGCATTAAT CTCTACTAGG
GAAACGTTGC TTATTACTTG GGATGGTAGA GATGAAAAGA CTGGAGATTC ACTTGAACCT
TCTAGTCCAG TTCAACAGTT TTTTGAGTAC CTACAACATG AACTTGGAGA AAAGAGCTCC
ATGGGACTTT TAAAAAAACC AAGCCCCAAT CCTCTCAACA AGAACAATTT CCTAAGCTGT
AATAATCAAC CTCCCATAAG TTGTGATAAG CGTGATTTAG AGACACGGCA ATGGATGAAT
GCAAAGCAGG GATCTCGGGG CTTAACTCTA GCTTTGCCGT TAAATTGGAA TCTGAGCAAA
AATGCAGTCA ACTCCTCTTC AGATAACGAA TTGCTTAAGT CGTGGTTGGC TACACCACAA
CTAAAATGGC TTGAACAATT TCATTTACAT CCTCGCGAAT GGAATAAGCC TATTGAAGAC
CTAGACTCTC TCAGCATTCC CGAGCTCATT AAATTTAAGA TCCTCAAACA AGAATTTACG
GAGCTAATAA CTTCCTCAAA CAACCAAATA ATAAGTCCAG AAATTAATGA AAGAGAATCA
CCTAATTGGC AAGATAAATA TTTAGGTCAA GGTGTTTTCC CTCCAAAATC AGCAGCCACT
CTAGAGAGTG AAATACTTGG TAGACGTTGG ACTAGCCTAA TTAAATCACT CTCGAAACTA
GGAGAGGTAA AAAGAGATTC ATTGATGGAA GATAATGAAA CAGGGGAGAT ATTGATTGCG
AATAATTGCA CTGTTCTAGT AGAGATTGGG AGGCTTAAAG CTAAGACGAT CTTAAATACC
TGGCTTACTC ATTTAAAGTT ATCCGCATAT CACAAGTCTA CCAAGAAAAC CGTAGTAATA
GCACGTAGTG ATTCAAATAC AAAGATAGAT TCGTATGAAG TAATGCTTAG TTGGCATCCA
ATGTCAAGCA TCAAGGCTGA AAGCATTCTC GATGAGTTGA AGCAGCAAGC TCATAATGGT
TTAAAGCAAT GCTGGCCTGT CCCGCCTGAA AGTGGATGGA AATTAGCAAA AGCACGCTAT
AAAAAATCTA ACGACTGTAA TGAGATTTTT AGAAGAGCCT GGATTGGTGA CTTTAATAAA
GAGGGCGAAC GCAATAAACC TGAGATGCAG CTTTGTTTTG GGTACAAAGC AGCACCTGAG
ATCTTTCTTG AGAATGAATT ATTTGATCAG TGCCTGGAGT TGTTATACAA ACCATTAATA
GCTCAGCTTG TCAAATAA
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| Protein sequence | MLTIYRSNRA EWLANVLAEQ LRANPPGLSE NVEIVVNTWP TGRWLGEEIA KINGISALVR
FPFPAAQLKT LVRKFLGIEV INDDDPWEAN QLIWPILNSL PELLQKEEAG VLQKWLERDL
SQSGKLSRDE WQLAKTIAYT FDEYIMYRPD VISDWWGTEN EINNLKSKLP KYIQWQPILI
NLLKQRITQE PFGLQVRNVA SKLKKGIAPK QNLPSDLRIF GINSLAPVQL ELIQALSCIM
EVKVFLLTPC KDLWSRCKTK REEYGEGWKV ANDKLWLLNK QRLEATLGRM GSEFEQLLEG
SGEYQLGEWD EKDLFAMPAT IALNKQRKPT LLEQIQQRLV TNECIEPLQR SLDDSSISFT
ECPGPKRQIQ IVRDQILQQL ALNKNLEPKD ILIMTPQVEK FAHLIPSIFN DVSATGVTLP
WKITDRSQYD QPGLTQCIIL LMEIACTRLT ASNLDQLLTN PVIKDLYKLD DSEIDKITNC
LQETGFRWGI NSLERDGEET HTLNWCLERW LVGMVIPTIP GLVLGGIAPF SKGISISELS
KWWEILSKIC NMLQGLRQSH SCMKWGLVLK GLCDDLCNND RKWSWERQRF LRAIDDWIRA
ADCFKKEIKI EVVAEIVKDL IAKEAGRFGH RTGRITISAL EPMRAIPHKM IVLMGLDETI
FPRKQQRPGF SLLDHKHFLG DPRINDKDRY VLLEALISTR ETLLITWDGR DEKTGDSLEP
SSPVQQFFEY LQHELGEKSS MGLLKKPSPN PLNKNNFLSC NNQPPISCDK RDLETRQWMN
AKQGSRGLTL ALPLNWNLSK NAVNSSSDNE LLKSWLATPQ LKWLEQFHLH PREWNKPIED
LDSLSIPELI KFKILKQEFT ELITSSNNQI ISPEINERES PNWQDKYLGQ GVFPPKSAAT
LESEILGRRW TSLIKSLSKL GEVKRDSLME DNETGEILIA NNCTVLVEIG RLKAKTILNT
WLTHLKLSAY HKSTKKTVVI ARSDSNTKID SYEVMLSWHP MSSIKAESIL DELKQQAHNG
LKQCWPVPPE SGWKLAKARY KKSNDCNEIF RRAWIGDFNK EGERNKPEMQ LCFGYKAAPE
IFLENELFDQ CLELLYKPLI AQLVK
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