| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | P9515_10281 |
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| Symbol | dnaE |
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| ID | 4719176 |
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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 | 918043 |
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| End bp | 921540 |
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| Gene Length | 3498 bp |
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| Protein Length | 1165 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 640080708 |
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| Product | DNA polymerase III subunit alpha |
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| Protein accession | YP_001011342 |
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| Protein GI | 123966261 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0587] DNA polymerase III, alpha subunit |
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| TIGRFAM ID | [TIGR00594] DNA-directed DNA polymerase III (polc) |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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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 | ATGGGATTCG TTCCACTTCA TAATCACAGC GATTACAGTC TTCTAGATGG AGCAAGTCAA
GTTTCGAAAA TAGTTGATAG GGCATCAGAA CTTGGAATGG AGTCAATTGC CTTAACTGAT
CATGGAGTAA TGTATGGAGT TCTTGACTTA GTTAAAAAAT GCAAAGACAA AGGTATAAAA
CCAATTATTG GTAATGAAAT GTATATCATT AATGGTTCTA TTGACGATCC TCAACCAAAG
AAGGAAAAAA GATACCATTT GGTGGTTTTA GCAAAAAATC ATGAAGGCTA TAAGAATCTT
GTTAAATTAA CGACAATTAG CCATCTTAAT GGGATGAGGG GTCGAGGTAT TTTTTCTAGA
CCATGTATTG ATAAATCTCT TTTAGAAAAA TACAAAGATG GTCTTATTAT TTCAACAGCA
TGTTTAGGTG GAGAAATACC TCAAGCAATA TTAAAAGGAA GGATAGATGT AGCTGAAAAT
ATTGCATGTT GGTATAAAAA TTTATTAGGA GAGGATTTTT ATTTAGAAAT ACAAGATCAT
GGCTCCATGG AAGACAGGAT TGTGAATGTT GAAATGATTA GAATTGGTAA AAAATATCAA
ATTAAAGTTA TTGCTACTAA TGATGCTCAT TACATTTCGA ATATGGATGT TGAAGCACAT
GATGCATTAC TTTGTGTCCT TACAGGAAAA TTAATAAGTG ATGAAAAGAG ATTGAGGTAT
ACAGGAACAG AATATATTAA AAGTGAGATT GAAATGCTTA GACTTTTTAA TGATCATATT
GATAATGAAT CTATTAAAGA AGCTATTAAT AATACGGTTG AGGTTTCTCA AAAGATTGAA
GTTTTTGATT TGTTTGGAAC CTATAGAATG CCTAAATTTC CATTAAAAGA AGAGAAGGAT
TCTTTATCCT TTTTGACAAA AATATCTAAG GAGGGTCTTT TAAAACGACT TAATAAAGCT
AATTTAGATG AAGTTGATGA GATTTATACC AAAAGATTAT CCTCAGAATT AAAAATAATC
AATGACATGG GCTTCCCAGA TTATTTTCTA GTCGTTTGGG ACTATATAAA ATTTGCTAGA
GATAATTCAA TACCTGTTGG TCCTGGGAGA GGATCTGCTG CAGGTTCATT GGTTGCATTT
TCTCTTCAAA TTACAAATAT TGATCCTGTT AAACATGGAT TGTTATTTGA GAGATTCTTA
AACCCGGCAA GAAAGTCAAT GCCTGATATT GATACAGATT TTTGTATAGA TAGGAGAAGC
GAAGTTATTG ATTATGTAAC TAATAGATAT GGCGAAGATA AAGTGGCTCA AATAATTACC
TTTAACAAAA TGACATCTAA AGCTGTACTC AAGGATGTTG CCAGAGTTCT AGATATCCCT
TATGGGGAAT CTGACAAGTT GGCAAAGTTA ATACCAGTTG TAAGAGGAAA ACCATATAAG
CTCAATGAAA TGATTGATAA AAAATCTCCC AGTCCTGAAT TCAGAGATAA ATATTTAAAA
GATAGTAAGG TAAAAAGATG GGTTGACTTA GCATTAAGAA TAGAGGGAAC TAATAAAACA
TATGGTGTGC ACGCTGCGGG TGTTGTAATA GCATCAGAGT CTTTAGATAT GCTTGTCCCT
CTTCAAAGGA ATAATGAAGG ACAAATAATC ACTCAATATT CAATGGATGA CATTGAATCG
CTAGGATTAT TGAAAATGGA CTTTTTAGGT CTTAAAAATC TTACGATGAT TGATAAGACA
ATTTCTTTAA TAGAGTCCTC CACGGGACAA AAAATCAATG TTGATGAATT ACCTCCAAAT
GATAATAAAA CTTTTGATCT TATTGGAAGA GGAGATTTGG AAGGCATCTT TCAACTAGAA
TCCTCCGGGA TGAAACAAGT TGTCAAAGAC TTTAAGCCAA ATTCTCTTGA AGATATCTCC
TCAATTTTAG CCTTATATAG ACCAGGACCT CTTGATGCTG GTCTCATACC AAAGTTTATC
AATAGAAAAA ATGGGAGTGA AAAAATAGAT TTTCCTCATC CTTTAATTAA ATCAATTCTT
ACTGAAACTT ATGGAATAAT GGTTTATCAA GAGCAAATTA TGAAAATTGC TCAAGATTTG
GCAGGCTATT CTCTTGGTGA TGCTGACTTA TTACGCAGAG CAATGGGTAA AAAGAAAGTA
TCTGAGATGG TTAAACATCG CAATATATTT ATTGAGGGAG CTTGTAAGAA AGGGGTAGAT
AAAAAAATTG CTAATGATCT TTTTGATCAG ATGGTTCTAT TCGCTGAATA TTGTTTTAAT
AAAAGTCATT CCACTGCATA TGGAGCAGTT ACTTATCAAA CTGCTTTTTT AAAAGCTCAT
TATCCAGTAG CTTATATGGC TTCTTTACTA AGTGTTAATG CTGGTTCAAG CGACAAAATG
CAGAGGTATA TTTCTAATTG TTATTCAATG GGAATAGAAG TCATTTCTCC AAGTATTAAT
TCATCTGGAA TTGACTTTAC TGTTAAAAAG GATCAAATAT TATTTGGGTT ATCTGCTATT
AAAAATCTAG GAGATTCTGC CATAAAAAAT ATAATAGAGA ATCGTAACAA ACTAGGAAAT
TTTAAATCAT TTTCTGATTT ATGTGATCGT CTACCTTCAA ATATTTTAAA TAAAAGAAAT
CTTGAATCTT TAATTCATTG TGGAGCTCTT GATGAATTTT CCGAGAATAA AAATAGAGCT
CAACTATTTT CTGATCTTGA TTATGTAATG GAATGGGCTT CCTCACGAAA TCGTGATCGG
ATCTCTGGGC AAGGAAATTT GTTTGACTCC ATCAGTAATA TTGAACATAA GGAATTTTCC
TTACCTAAAG GATCCAAAGT TGATGATTAT TCCCTAATAG AAAAGCTAAA ACTAGAAAAG
CAACTTTTAG GTTTTTATTT ATCAGATCAT CCTTTAAAAC ATCTTGCAAA GCCAGCTAAG
CTTGTTTCGC CTATAAGTAT TTCTCAGTTA GAAAACTCTC ACGATAGAAC TAAAGTGTCT
TTGGTTGGAA TGATTCCTGA ATTAAAGCAA ATTACGACTA GAAAAGGTGA CAGAATGGCA
ATTGTTCAGT TAGAGGATCT ATCTGGAACT TGCGAGGCAA TAGTATTCCC AAAAACATAT
TGTAGATTAT CTGAATTTTT ACTTACTGAT ACCAGACTAT TAGTTTGGGG AACTATTGAT
AAAAAAAGTG ATAAGACACA ACTAATTATT GATGATTGTA GAGAAATAGA TAATCTTAAA
TTACTTGTTA TTGACCTTGA TAATTCCCAA GCCTCAGATA TAAGAATTCA AAACACAATA
AGAGATTGCT TAGTAAAATT TAAACCAGAT AGGGATAAAT GTGGAATTAA AATTCCAGTA
TTAGCAGCAG TTAAGAATAA TGAATCCACA ACCTATGTTA AGTTTGGAGA TCAGTTTTGC
GTAGGAGATA TTGTGGGTGT TACGAAATTA CTCTCTGATA AATCTTTCCA AGTAAATTTA
AAATCGTTGA TTGCCTAA
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| Protein sequence | MGFVPLHNHS DYSLLDGASQ VSKIVDRASE LGMESIALTD HGVMYGVLDL VKKCKDKGIK
PIIGNEMYII NGSIDDPQPK KEKRYHLVVL AKNHEGYKNL VKLTTISHLN GMRGRGIFSR
PCIDKSLLEK YKDGLIISTA CLGGEIPQAI LKGRIDVAEN IACWYKNLLG EDFYLEIQDH
GSMEDRIVNV EMIRIGKKYQ IKVIATNDAH YISNMDVEAH DALLCVLTGK LISDEKRLRY
TGTEYIKSEI EMLRLFNDHI DNESIKEAIN NTVEVSQKIE VFDLFGTYRM PKFPLKEEKD
SLSFLTKISK EGLLKRLNKA NLDEVDEIYT KRLSSELKII NDMGFPDYFL VVWDYIKFAR
DNSIPVGPGR GSAAGSLVAF SLQITNIDPV KHGLLFERFL NPARKSMPDI DTDFCIDRRS
EVIDYVTNRY GEDKVAQIIT FNKMTSKAVL KDVARVLDIP YGESDKLAKL IPVVRGKPYK
LNEMIDKKSP SPEFRDKYLK DSKVKRWVDL ALRIEGTNKT YGVHAAGVVI ASESLDMLVP
LQRNNEGQII TQYSMDDIES LGLLKMDFLG LKNLTMIDKT ISLIESSTGQ KINVDELPPN
DNKTFDLIGR GDLEGIFQLE SSGMKQVVKD FKPNSLEDIS SILALYRPGP LDAGLIPKFI
NRKNGSEKID FPHPLIKSIL TETYGIMVYQ EQIMKIAQDL AGYSLGDADL LRRAMGKKKV
SEMVKHRNIF IEGACKKGVD KKIANDLFDQ MVLFAEYCFN KSHSTAYGAV TYQTAFLKAH
YPVAYMASLL SVNAGSSDKM QRYISNCYSM GIEVISPSIN SSGIDFTVKK DQILFGLSAI
KNLGDSAIKN IIENRNKLGN FKSFSDLCDR LPSNILNKRN LESLIHCGAL DEFSENKNRA
QLFSDLDYVM EWASSRNRDR ISGQGNLFDS ISNIEHKEFS LPKGSKVDDY SLIEKLKLEK
QLLGFYLSDH PLKHLAKPAK LVSPISISQL ENSHDRTKVS LVGMIPELKQ ITTRKGDRMA
IVQLEDLSGT CEAIVFPKTY CRLSEFLLTD TRLLVWGTID KKSDKTQLII DDCREIDNLK
LLVIDLDNSQ ASDIRIQNTI RDCLVKFKPD RDKCGIKIPV LAAVKNNEST TYVKFGDQFC
VGDIVGVTKL LSDKSFQVNL KSLIA
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