| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | P9515_11961 |
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| Symbol | recC |
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| ID | 4718959 |
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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 9515 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008817 |
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| Strand | - |
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| Start bp | 1055247 |
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| End bp | 1058429 |
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| Gene Length | 3183 bp |
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| Protein Length | 1060 aa |
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| Translation table | 11 |
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| GC content | 24% |
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| IMG OID | 640080878 |
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| Product | exodeoxyribonuclease V subunit C 125 kD polypeptide |
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| Protein accession | YP_001011510 |
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| Protein GI | 123966429 |
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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 | 1 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | TTGCTTAATA TTTATAATTC AAATAAAATT GAAGTTATTA GTCAGCTTTT AGCTAAAGAA
TTAATAATTA GTCCTCCTTT AATAACAGAA AAACTTGATA TAGCTGTTCC TAATTATTTT
TTAGGAAAGT GGTTGTGGAA TGAAATAACT GTAAGTAATC AAATAAGTGC TCTTTATGAA
TTAAAGACGA TATCAAATTA TACTGAAACT TTATTAACAA ATTTATTCCC TGAGATTGAT
ATGGGGGTAT GGAATTTTGA GTCCATAAAG TGGGGAATTA TAGATTCATT TGAAGAATTA
GATAGCTATA AAGAATCATT ACCAATACGT AATTGGATTA ATAAATTTTT GAACAATAAA
AAGATAATTG ATGGAGATAT CTATAATTTG ACAAAAAAGA TTGCAAATAA TTTTATTGAT
TATCTTATTT TTAGACCTGA AATGATATCT AATTGGCATA AATATGATTT GAATTCCCAA
AATCTTTTTA ATAATTTAAA TTCAAATGAG TATTGGCAAC CAATTTTATT TAAGTTACTT
CAGAAGAAAA TGCCGGAAAA ACCGTCATGT TTATACATGA TTGAGGTAAT CAAAAATATA
AAAAAATTAC AAAATTATAA AAATAAAATA CCTAAATGTA TTTATATTAT CTCTGATAAT
AATTTATCTA GATTACATGT TGATTTTTAT TCAAAGTTAG CTGAATTTAC TAAAGTAAAT
TTATATTTAC TATCTGTAGG AGATAATTTA TGGAACAGAA TAAATTCTAT TGAAGGAGAA
GTTGATTTTG GTGGGATTGA AAATAAATTA TATTTAAATA ATGCAAGTAT TGAAGGTATA
TTTGGTAAAT TTGGAGCTAA TTACCAGAAA TTAATTGAAG AAACCTCTAA TATTGAAGAT
ATAAATTTGA ACACCAAATC AATATATATT GATCCAACTA TTAATTCTTC TAGAAAGAAA
GACGTTCCTT TAATTAATCA AATACAGAAA AGATTAATTG ATAATAAAAA ATATGATTTT
ATAATAAATG AAAGAGATGA TTCTATTATA TTTAGAGGTC ATTTTAATCA ATTAAGTCAA
TTAGAATTTG TTAGGAATAA AATCATTGAG ATACTAGAAA CTTGTGAAGA AATAAAATAT
AGTGATATCG CAATAGTATC TCCTCAAACT GGTTTAATAA AGCCTTTCCT CAAGTATATC
TTTAATAACG AATTAATAAA TGGTCAAAAG CTACCTTATT TTTTTATTGA GGGAGATTAT
GAAGATTCTT CAAATATATA TAATTTCTTA TTAAATATTA CTCAATTAGC AGGCGAAAAA
ATTACACTTG AAAAAATAGA ATATTTTCTT TCTCAGGACT TTACTCAGAA TATTTTTAAT
TTTGATATGA AAGAGAAGGA GGAGATTATT CTTCTTTTAA ATCAAGTTGG GTTTCATTGG
GGCTTAGATA GTAATGAAAG GTTAGGTGAA GAAAAAAATT CTCTTGAGTG GTGTATAAAT
AGAATTATAT TAGGCCTTAT TTATGATAAA GAATTTAATT TTATAAACAA TAATCTTAAA
TCATTTAGTC CTAAGAATAT AAGTTTAGAT TTGAATAAAT GGGTTAAGAT ATTAATTAAA
TTGAAAGAAT ATATTAACTT ACTAAGAGGA TCATTTAGTT ACTCAGTTTG GGTTAAAAAG
ATTAAGTACA TATTAAATGA TGTTAATGAT TTTCATCAAA ATTTTTATTT AGAAATATGT
GATTTATATA GAGTAATGAA TAATTACTCT ATTTCTTATC AATCAGATCA AATAATTGTT
TTGAATGTTT TTAGAGAAAT ATTAATTTCA TGTATAAATA ATTCTAAGTA TAAAAATGAA
TCTTATATAA ATAAGATATT AGTTAGCGAT ATTGAGAAGA TTAGACTAAT ACCTCGTAAT
ACTATTTTCT TAATTAATAT GAATAATGTT TATTATCCAA GATTAACAAT AAAAGAAAAT
ATAAACATTT TAAATAAAAA ATACTCTCTT GGAGATCCAT CAGTTTTTGA TAGAGAAAAA
TATTTTTTCC TTGAATTACT AATTTCATGC AGGAAACAAC TTATAGTTTC TTGGGTCAAT
AATGATAAAG ATAATAAAAA ATTAGATATT TCTTATCCAA TAAAAGAGCT CATAAACTAT
TTTGAGAGTT TTTTAACTAT TAAACAAAGA AAGTCTATTA TCAAATATTT TGATTATGAT
AAACAGCAAT TTAGTAAAAC TGAAGAGAAT ACCTTCACAA GTCATTATAC GTTAATTGAC
AAAATTGATT GGGAAGAAAA AAAATTTGAT TGTAAGAATT TTAAATTATC CGAATTGATT
TATTGGTTCA AGACTCCTCA GCTTTATTGG CTCAACAAAA ACAATATTTC TCCTAAAGGA
ATATTTATTC ATCATCCAGA TGACGAGTAT GTTACTAATT TCCAGAAGTC TCAATTAGTT
AACAATTTAA TTCAGAAAAT AGAAATTGAT AACCATAATT GTATTGATGA ATTAAAAAAT
TTGAACATAA GAGAACAATT TATTGAAAAT GGTATAATTG CCCCAAAAAA AAGTATTTTT
TCAAAAGAAA AAGAGATAAA AGATTTGGTT TTGAGTCTTG CTACAAATTT GAGTCAAAAC
AATAATATTG ATAGAACTTA TATTAAATCA AATTCAAATA AACTAGAATA TTTTATTGCA
GGTGAAGTAG TTATTGAATT GATTCATTCA AAACTTACTT TGAAACGTTT GTCAGAGGCT
TGGATTAAAT TGCTCTTTAT TTCGTCTTTA GATAAGAAAA TAGCAAAGAC AAAAGTAATT
TTTAGAAAAG AAAATCTATA TAAATCAGAA ATTCTTCAAT CACCCGACCC ATATTATGCA
AGGAAAATAT TAGAAGAATA TATAAATATT TTTAAGAATT TTTCTGAAAA ATGCCTTCCT
CTTCCTCCAG AAAGCACATA TAAATATGTT GAGGCAAAAA TGCAATCAAA AAATGAGAAA
AAAGCTTTTT CAGATAGATG GATAGGAAAT AAAAGTTTTA CCAAAGGAGA AAGAGACAAT
ACTGAAATAC AATTGTGTTT TGGAAATAAA AAAGAACCTA ATTTCTTTTT TGAAAATGAT
AAATTTGATG ATTTATCATT GCGATTATAT GCCCCTTTAT TTGAAGCATT AAGAAATAAA
TAA
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| Protein sequence | MLNIYNSNKI EVISQLLAKE LIISPPLITE KLDIAVPNYF LGKWLWNEIT VSNQISALYE
LKTISNYTET LLTNLFPEID MGVWNFESIK WGIIDSFEEL DSYKESLPIR NWINKFLNNK
KIIDGDIYNL TKKIANNFID YLIFRPEMIS NWHKYDLNSQ NLFNNLNSNE YWQPILFKLL
QKKMPEKPSC LYMIEVIKNI KKLQNYKNKI PKCIYIISDN NLSRLHVDFY SKLAEFTKVN
LYLLSVGDNL WNRINSIEGE VDFGGIENKL YLNNASIEGI FGKFGANYQK LIEETSNIED
INLNTKSIYI DPTINSSRKK DVPLINQIQK RLIDNKKYDF IINERDDSII FRGHFNQLSQ
LEFVRNKIIE ILETCEEIKY SDIAIVSPQT GLIKPFLKYI FNNELINGQK LPYFFIEGDY
EDSSNIYNFL LNITQLAGEK ITLEKIEYFL SQDFTQNIFN FDMKEKEEII LLLNQVGFHW
GLDSNERLGE EKNSLEWCIN RIILGLIYDK EFNFINNNLK SFSPKNISLD LNKWVKILIK
LKEYINLLRG SFSYSVWVKK IKYILNDVND FHQNFYLEIC DLYRVMNNYS ISYQSDQIIV
LNVFREILIS CINNSKYKNE SYINKILVSD IEKIRLIPRN TIFLINMNNV YYPRLTIKEN
INILNKKYSL GDPSVFDREK YFFLELLISC RKQLIVSWVN NDKDNKKLDI SYPIKELINY
FESFLTIKQR KSIIKYFDYD KQQFSKTEEN TFTSHYTLID KIDWEEKKFD CKNFKLSELI
YWFKTPQLYW LNKNNISPKG IFIHHPDDEY VTNFQKSQLV NNLIQKIEID NHNCIDELKN
LNIREQFIEN GIIAPKKSIF SKEKEIKDLV LSLATNLSQN NNIDRTYIKS NSNKLEYFIA
GEVVIELIHS KLTLKRLSEA WIKLLFISSL DKKIAKTKVI FRKENLYKSE ILQSPDPYYA
RKILEEYINI FKNFSEKCLP LPPESTYKYV EAKMQSKNEK KAFSDRWIGN KSFTKGERDN
TEIQLCFGNK KEPNFFFEND KFDDLSLRLY APLFEALRNK
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