| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | NATL1_15881 |
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| Symbol | polA |
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| ID | 4779359 |
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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. NATL1A |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008819 |
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| Strand | + |
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| Start bp | 1295257 |
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| End bp | 1298217 |
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| Gene Length | 2961 bp |
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| Protein Length | 986 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 640084870 |
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| Product | DNA polymerase I |
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| Protein accession | YP_001015410 |
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| Protein GI | 124026294 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0258] 5'-3' exonuclease (including N-terminal domain of PolI)
[COG0749] DNA polymerase I - 3'-5' exonuclease and polymerase domains |
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| TIGRFAM ID | [TIGR00593] DNA polymerase I |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.65374 |
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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 | 20 |
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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 | ATGACAGAAA TAAAAAAGCC AACTTTATTA TTGGTTGATG GCCATTCACT AGCCTTTAGA
AGTTTTTATG CTTTTAGCAA AGGAGGTGAA GGAGGACTTA CCACCAAAGA TGGATTCCCT
ACGAGTGTTA CCTATGGTTT TCTAAAAAGC CTTTTAGACA ATTGCAAATC TATCGAACCC
AAAGGGGTCA CAATTGCTTT TGACACTGCT GAGCCAACAT TTCGCCACAA GGAAGATCCA
AACTACAAAG CCAATCGAGA TGTAGCACCA GATATATTTT TTCAAGATTT AGATCAACTT
GAAGAGATTC TCAAAGAAAG TTTGAATCTT TCAATCTGCA AGGCCCCAGG ATATGAGGCA
GATGATGTCT TGGGAACACT CGCAAATGAT GCGGCTGAAA AAGGATGGAG TGTCAGAATC
CTTTCTGGAG ATAGAGACCT ATTCCAATTA GTGGATGATG AAAGAGACAT AGCTGTCTTG
TACATGGGTG GAGGTCCTTA TGCAAAAAGT GGAAGTCCTA AACTGATTAA TGAAAAAGGC
GTAAGGGAAA AACTCGGAGT AAATCCAAAC AAAGTTATTG ATCTGAAAGC CTTAACTGGT
GATAGCTCAG ACAATATTCC AGGTGTTAAA GGAGTTGGTC CTAAAACAGC AATAAATCTT
TTAAACGAGA ACCTTGATCT TGATGGAGTC TATAAATCAC TTCAAGAGTT AGAAAAAGAA
GGCGAGAAAG CTAAACGAGG AGCGATAAAA GGAGCAGTTA GATTAAAATT AAAAGCAGAT
AAAGACAATG CCTATCTCTC AAAAAAACTT GCAGAGATAT TAATTAAAAT TCCCATTGAT
CCAAAAGTAA ACTATAATTT AGAAGGAATT AACGAATCAA AGCTAGCTGA AAATCTTGAG
AGGCTTGAGT TACATAGTTT ATCAAAACAA GTTTCAACTT TTAAAGCTAT ATTTTCCAAA
GATGGATCAT CAAAAAAAGA TTTAAACCCC TCATCAAAAG AAATTAATAT CGCTAATAAT
AAGACTAAAA ATAGTGAATT TAGTACTCTT AATGAAACGA AAGAGATCCC TAGGATAGAA
CCTAAGATAA TAAACAATCT GGAAGAACTT AATAACTTTG TTGCACAAAT AATTAAACAT
ACTGATGCGA AAAAACCAAT AGCGATTGAT ACAGAAACAA CGAGTCTGAA TCCCTTTAAA
GCTGAACTTG TTGGTTTAGG ATTTTGTTTT GGTGAATCGT TAAAAGATAT AGTTTATATA
CCAATAGGTC ATAAAAACAA AGAGGACGAT TTAATAGAAA TTAATCAAAT AAATCAATTA
AAGATTGAAG AAGTTATCTT TGCACTTCAG GATTGGTTCT CTAGCAATGA AAATCCTAAA
ACCCTACAAA ATGCAAAATA CGACCGACTG ATTTTGCTGA GACACGGAAT TATATTAAAC
GGAGTTGTGA TGGATACTTT ACTTGCAGAT TATATATGTG ATGCAACCCT TAAACATAGT
TTAGATGAAA TTGCTTATAG AGAATTTGGA TTTAAGCCCA AAAGTTTTTC TGATATTGTC
AAAAAAGGAG AAGACTTCTC TTATGTAGAC ATTAAGTCTG CGAGTATGTA CTGCGGGATG
GACGTTTATT TAACAAGAAA ATTAGCAATT ATTTATATTA ATAGATTAAA AGAAACAAGT
ATAAAATTAA TAAACTTACT CAAAGAAGTT GAACAACCAC TTGAGCAAGT ATTAGCGGAA
ATTGAATCGA CCGGTATCAT TATTGATACT CCTTATCTAA AAGATTTATC TTTAGAGTTA
ACAAAAAGAT TAAATACTAT TGAGAAAGAA GTTTATAATA TTGCAGGAAG TGAGTTCAAC
CTTTCATCAC CTAAACAGTT AGGTGAATTA CTTTTTGAGA AACTTGATTT AGATAGGAAG
AAATCAAGAA AAACAAAAAC AGGATGGAGT ACAGATGTAG CTGTATTGGA AAAGCTGGAA
TCAGACCATC CAATAGTAAA AATAATCATT GAACATCGCA CTATAAGCAA GTTGCTTAAT
ACTTATGTAG ATGCTTTGCC TAAGCTTATT GAAAAAGAAA CAGGAAGAGT ACACACAGAT
TTCAATCAAG CCGTAACCGC TACTGGAAGA TTAAGTAGCA GCAATCCAAA TCTGCAAAAT
ATCCCTGTCA GAACTGAATT TAGTAGACGA ATAAGAAAAG CCTTTCTTCC GCAAAAAGAT
TGGAAACTTC TAAGCGCAGA CTATTCACAA ATTGAACTTC GTATACTCAC ACATCTTTCA
GGTGAAGAAG TACTAAAAAA TGCTTATTTA AAAAATGAAG ATGTCCACTC TTTAACAGCA
AAAATTTTGT TTGAAAAAGA TGCTATTGAT GCCGATGAAA GAAGAATAGG AAAAACAATA
AATTTTGGGG TTATTTATGG TATGGGAGCT CAAAGGTTTG CAAGATCAAC GGGTGTTTCA
TTAATAGAAG CAAAATATTT TTTAAGTAAA TTCAAAGAAC GTTATCCAGC CGTTTTTAAA
TTTTTAGAAT ATCAAGAAAG ACTTGCCTTA AGCCAAGGGT TTGTTGAAAC ATTGCTAGGG
AGAAGACGAT ATTTTCATTT CAATAAAAAT GGACTTGGAA GACTTCTGGG AACTCCACCA
AATGAAATTG ATTTAACCAC TGCAAGAAGA GCAGGGATGG AAGCACAACA ATTAAGAGCC
GCAGCAAACG CACCTATTCA AGGCTCAAGT GCTGACATAA TTAAGCTAGC AATGATTCAG
TTGCATTCAG CTTTAAGAGA GACTGGATTG GCCGCGAAAA TTCTACTTCA AGTGCATGAT
GAACTCGTGC TAGAAGTTAA TCCCAAAGAT TTGGAGGAAA CAAAACTTCT TGTCCAAAAT
ACTATGGAAA ATGCTGTAAA ACTTAGTGTC CCTCTTATCG TTGAAACTGG CGTTGGAGTA
AATTGGATGG AGGCAAAATA G
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| Protein sequence | MTEIKKPTLL LVDGHSLAFR SFYAFSKGGE GGLTTKDGFP TSVTYGFLKS LLDNCKSIEP
KGVTIAFDTA EPTFRHKEDP NYKANRDVAP DIFFQDLDQL EEILKESLNL SICKAPGYEA
DDVLGTLAND AAEKGWSVRI LSGDRDLFQL VDDERDIAVL YMGGGPYAKS GSPKLINEKG
VREKLGVNPN KVIDLKALTG DSSDNIPGVK GVGPKTAINL LNENLDLDGV YKSLQELEKE
GEKAKRGAIK GAVRLKLKAD KDNAYLSKKL AEILIKIPID PKVNYNLEGI NESKLAENLE
RLELHSLSKQ VSTFKAIFSK DGSSKKDLNP SSKEINIANN KTKNSEFSTL NETKEIPRIE
PKIINNLEEL NNFVAQIIKH TDAKKPIAID TETTSLNPFK AELVGLGFCF GESLKDIVYI
PIGHKNKEDD LIEINQINQL KIEEVIFALQ DWFSSNENPK TLQNAKYDRL ILLRHGIILN
GVVMDTLLAD YICDATLKHS LDEIAYREFG FKPKSFSDIV KKGEDFSYVD IKSASMYCGM
DVYLTRKLAI IYINRLKETS IKLINLLKEV EQPLEQVLAE IESTGIIIDT PYLKDLSLEL
TKRLNTIEKE VYNIAGSEFN LSSPKQLGEL LFEKLDLDRK KSRKTKTGWS TDVAVLEKLE
SDHPIVKIII EHRTISKLLN TYVDALPKLI EKETGRVHTD FNQAVTATGR LSSSNPNLQN
IPVRTEFSRR IRKAFLPQKD WKLLSADYSQ IELRILTHLS GEEVLKNAYL KNEDVHSLTA
KILFEKDAID ADERRIGKTI NFGVIYGMGA QRFARSTGVS LIEAKYFLSK FKERYPAVFK
FLEYQERLAL SQGFVETLLG RRRYFHFNKN GLGRLLGTPP NEIDLTTARR AGMEAQQLRA
AANAPIQGSS ADIIKLAMIQ LHSALRETGL AAKILLQVHD ELVLEVNPKD LEETKLLVQN
TMENAVKLSV PLIVETGVGV NWMEAK
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