| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PMT9312_1116 |
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| Symbol | |
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| ID | 3765920 |
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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 9312 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007577 |
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| Strand | - |
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| Start bp | 1032099 |
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| End bp | 1035281 |
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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 | 637797641 |
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| Product | DNA helicase/exodeoxyribonuclease V, gamma subunit |
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| Protein accession | YP_397611 |
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| Protein GI | 78779499 |
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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 | 0.0230584 |
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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 | TTGCTCAATC TATATAAGTC AAACAAAATT GAAGTAATTA GTGAGCTTTT GGCAGAAGAA
TTAAAAATAT GTCCTCCTCT TATAACTGAT AATTTAGAAA TAGCTGTTCC TAATTATTTT
TTGGGGAAGT GGTTAAGTGA ACAAATAACT ATAAGAAACA AAATAAGTGC ACTTTATGAA
TTCAAGACAA TATCAAGTTA CACCGAATCA TTATTGACAA ATTTTTTCCC TGGAATTGAT
ATGGGTTTAT GGAATTTTGA GTCAATTAAA TGGGGCATTA TTGATTCATT AGAAGAATTA
AATAGCTTTA AAGAATCATT TCCGCTTAGA AATTGGATTA ATAAATATTT GGATAATGAA
AAAACAATTG ATGGAGACAT ATATAATCTG ACAAAAAAGA TCGCGAATAA TTTTATTGAT
TATCTAATTT TTAGACCTGA AATGATTGCT GAATGGAATA GATATGAAAT TAATTCAATT
AATCTATTTA AGAATTTGAA TTCAGATCAA TTTTGGCAAC CCATTTTATA TAAATTATTA
GAGAAAAAGG TATCTGAAAA GCCCTCATGT TTATACATGA TTCAATTAAT AAAGAATTTA
AGAAAAGTTA AAAAACTTCA AATTAAAGTC CCAAATCAAA TTTATATTAT TTCCGATAAT
AACTTATCTA AACTGCATAT TAACTTTTAT TCAGAACTTT CAAAATTTAC TAATGTAAAT
TTATATTTAT TATCTGCAGG AGATGATTTA TGGAATAGAA TTAATTATCT TGAAGGTGAG
TTGGAATTTG ATAATTTTGA AAGTAATTTG AATTTAAAAA ATACAAATAT AGAGAAAATA
TTTGGTAAGT ATGGAGCAAA TTTTCAGAAA TTAATTGAGG AAAATATTAA TAAAGAAGGT
ATAAATTTAA AAAATAATTT AATATATATT GATCCAACAA CTAATTTTAA TAAGAAGAAA
GATATTCCTC TTCTTAATCA AATACAAAAA AGACTAATTG ATAATAATAA CAATGATTTT
ATAGTAAATG AAAGGGATGA TTCAATATTA CTTCGTGAGC ATTTCAATCA GAATAGTCAA
TTAGAATATA TAAGAAATAA AATTATAGAA ATAATAAATT CTTGTGAGAA TATTAAATAT
AGTGATATTG CTGTTTTATC TCCACAAATT AATCTAATCA AACCATATCT AAAGTATATC
TTTAATAATG AATTAATTAA TGGTGAGAAG ATACCTTATT TTTTTATTGA TGATGATAAT
TATGATTTTC CAGACATTTA TAAATTTTTA ATTGACATCA CTGAAATAGC AAATGAGAAA
ATTACACTTG AAAAAATAGA TTATATTCTT TCAAAAAAAG TAACTCAGAA CATTTTTGAT
TTTGATATTA CTGAAAAGGA TGAAATTATT TTCTTACTTA CCCAAGTTGG TTTTCATTGG
GGATTAGATG CTAATGAAAG ATTAGGCGAA GAAAAAAATA CTCTAGACTG GTGTATAAAT
AGAATTACTT TAGGCCTAAT TTATGAAAAA GAAGTCAATT TAGGTACTTT TAATTTAAAA
CCATTTAGCT TAAAAAATAT AAGTTTGGAT TTGAATAAAT GGGTTAAATT ATTACTTGAT
TTTAAAAAAT ATATTAATTT GCTAAGAGGA TCTTTTTCTT ACTCAAGTTG GGTTGAAAAG
ATAAAGTTTA TATTAAAAAG CATTTCTAAT TCTAATGCAA ATTTCAATTT AAAAATAACT
GAAATAATTA GAATTCTTGA TAATCACGCA ATACCTTTAA TACCTGATGA TCTTATTTTG
TTAAATGTTT TTAGAGAGAT ATTAATTTCT TGTATAAATG AAGCTAAATA TCAAAGCAAA
TCACGTATCA ACAAGATCCT TGTAAGTGAT ATTGAAAGTT CAAGGCATAT TCCACACAAG
GTTATCTTCT TAATAGATAT GAATAGTGTT TATTATCCAA AATTATCAAA GAATGAAAAT
ATTAATTTAT TAAATAATAA ATATCACCTT GGCGATCCAT CCGTTTTTGA AAGAGAGAAA
TATTCATTTC TTGAGTTGTT AATTTCCTGT AGAGATAAAT TTATAGTTAC TTGGGTAAGG
AATGACAAAA ACAATAAAAA ATTAGATGTT TCTTTTCCTA TAAAAGAGTT GATTTCTTTT
TTTGATAGTT TTTTAAACCA AGCCCAAAGA GAACTAATAA TTAAATATTC TGATTTAAAT
AAAAAAGAAA TAATTGATCT TGATAGTTCT GAGATAATTA AAAGTAATTA TTCTTTAGTA
GAAGATATAG ATTGGAATGA AAAAAAATCT GATATTAAAA ATTATAAATT ATCAGAACTG
ATTTATTGGT TCAAGACTCC ACAAAAATAT TGGCTAAATA AAAAAAATAT TTCTCCCAAG
GAAATATTTA TTCATCATCC AGATGAGGAG TATGTAAGTA ATCTGCAGAA GTCGCAACTA
ATTACAAAAA TAATCCAGGA ATTAGAGATT GATAATCATA ATGTTATTGA TGATTTAAAA
AATCTGAATA TCAATGCTCA ATTGGTTGAA AATGGGATTA TTATGCCTAA AAATAGTATT
TTTATAAAAG AAAAAGAAAT CAAAGATTTA TTAGAAAGTC TATCAATAAG TTTGAGTGAA
CATAATAAGA TTAATAGAAT TTATGTTAAG TCAAATGCAA ATAAAGAAGA ATATTTCATT
GCTGACGATA CCGTAATTGA ATTAATTCAT TCGAAACTAA GTTTTAGTCG TTTGACAGAG
GCTTGGATAA AAACACTCTT CATTTCTTCT TTAAAGAAGA ATATAAAAAA GACTAAAGTA
ATTTTTAGAA CAGAAAATTA TTATAAATCG CAAATTATTC AATCACCTGG ATTAATTGAG
TCAAATTTAA TTTTGGAGGA ATACATAAAT ATTTTTAAAA ATTATTCTGA AAAATGTTTT
CCTCTCCCTC CAGAAAGTTC TTATAAATAC GTAGAAGCTA AAATAAAATC AAAAAATGAG
AAAAAAGCTT TTACGGATAG ATGGATTGGT AATAAATTTT TTTCTAAAGG AGAAAGAGAT
AATATCGAAA TGAAATTATG TTTTGGCAAT GAAAAAGAAC AAGATTTCTT TTTGGGAAAT
AATAATTTTG ATAAATTATC GTTAAGATTA TATGCTCCTC TTATTAATGC ATTAAAGAAA
TAA
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| Protein sequence | MLNLYKSNKI EVISELLAEE LKICPPLITD NLEIAVPNYF LGKWLSEQIT IRNKISALYE
FKTISSYTES LLTNFFPGID MGLWNFESIK WGIIDSLEEL NSFKESFPLR NWINKYLDNE
KTIDGDIYNL TKKIANNFID YLIFRPEMIA EWNRYEINSI NLFKNLNSDQ FWQPILYKLL
EKKVSEKPSC LYMIQLIKNL RKVKKLQIKV PNQIYIISDN NLSKLHINFY SELSKFTNVN
LYLLSAGDDL WNRINYLEGE LEFDNFESNL NLKNTNIEKI FGKYGANFQK LIEENINKEG
INLKNNLIYI DPTTNFNKKK DIPLLNQIQK RLIDNNNNDF IVNERDDSIL LREHFNQNSQ
LEYIRNKIIE IINSCENIKY SDIAVLSPQI NLIKPYLKYI FNNELINGEK IPYFFIDDDN
YDFPDIYKFL IDITEIANEK ITLEKIDYIL SKKVTQNIFD FDITEKDEII FLLTQVGFHW
GLDANERLGE EKNTLDWCIN RITLGLIYEK EVNLGTFNLK PFSLKNISLD LNKWVKLLLD
FKKYINLLRG SFSYSSWVEK IKFILKSISN SNANFNLKIT EIIRILDNHA IPLIPDDLIL
LNVFREILIS CINEAKYQSK SRINKILVSD IESSRHIPHK VIFLIDMNSV YYPKLSKNEN
INLLNNKYHL GDPSVFEREK YSFLELLISC RDKFIVTWVR NDKNNKKLDV SFPIKELISF
FDSFLNQAQR ELIIKYSDLN KKEIIDLDSS EIIKSNYSLV EDIDWNEKKS DIKNYKLSEL
IYWFKTPQKY WLNKKNISPK EIFIHHPDEE YVSNLQKSQL ITKIIQELEI DNHNVIDDLK
NLNINAQLVE NGIIMPKNSI FIKEKEIKDL LESLSISLSE HNKINRIYVK SNANKEEYFI
ADDTVIELIH SKLSFSRLTE AWIKTLFISS LKKNIKKTKV IFRTENYYKS QIIQSPGLIE
SNLILEEYIN IFKNYSEKCF PLPPESSYKY VEAKIKSKNE KKAFTDRWIG NKFFSKGERD
NIEMKLCFGN EKEQDFFLGN NNFDKLSLRL YAPLINALKK
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