| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SERP1254 |
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| Symbol | polA |
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| ID | 3242922 |
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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 | Staphylococcus epidermidis RP62A |
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| Kingdom | Bacteria |
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| Replicon accession | NC_002976 |
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| Strand | - |
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| Start bp | 1290547 |
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| End bp | 1293177 |
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| Gene Length | 2631 bp |
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| Protein Length | 876 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 637167904 |
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| Product | DNA polymerase I |
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| Protein accession | YP_188827 |
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| Protein GI | 57867172 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [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 | 14 |
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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 | TTGAATAAAT TAGTATTAAT AGATGGTAAT AGTCTAAGCT TTAGAGCGTT TTATGCTCTC
CCTTTACTTT CAAACCATGC AGGTATTCAT ACAAATGCAG TTTACGGCTT TGCTATGCTC
TTAGAAAAAA TAATTAAAGA AGAAAAACCG AATCATTTTT TAGTTGCATT TGATGCAGGT
AAAACGACTT TCAGACATTC TAAGTACAGT GAATATAAAG GTGGTCGTCA AAAGACTCCA
CCTGAATTAA GTGAGCAATT TCCATATATT CGTCAACTTT TAGATGCGTA TCATATTAAA
AGATATGAAC TTGATAATTA TGAAGCTGAT GACATTATAG GAACATTAAG TAGACAAGCT
GATGAAGAAG ATTTTGAAAC CATTATCATT ACAGGTGATA GAGACTTAAC TCAATTAGCC
ACTGATAATG TTACAATATA TTATACAAAA AAAGGTGTTA CCGACGTTGA TCATTATACA
CCTAAATTTA TAGCAGAGAA ATATAATGGT TTAGTGCCGA AACAAATTAT CGATATGAAA
GGTCTAATGG GGGATACCTC TGACAATATT CCTGGCGTTG CTGGTGTCGG CGAAAAGACG
GCTATTAAAT TACTTAATCA ATTTGAGTCA GTAGAAGGGG TCTATGAACA TATTGAGGAG
GTCACTGCAA AAAAATTAAA AGAAAAACTC ATCAATAGTA AAGATGATGC CTTAATGAGT
AAAGATTTAG CAACAATCAA TGTTCACAGT CCGATTGAAG TATCATTAGA AGATACAAAA
TTAACTCTAC AAGACGACAC TACAGAAAAA ATTGAACTAT TTAAAAAGCT AGAATTTAAA
CAACTATTAG CAGATATAGA CACATCCTCT ACGAATGAAG AAGTCATAGA TAAAACTTTT
GAAATTGAGC AAGACTTTCA AAATGTAGAT TTGAATGATT TAAACGAAGC GGTAATACAT
TTTGAACTCG AAGGCACTAA TTATCTTAAA GACACTATTC TCAAGTTTGG TTTTTATACA
AATCATCAAC ATGTAGTGAT AAATGCTGAG GATGTAAAGG ATTATAAACA TTTAGTTCAA
TGGCTTGAAG ATAAAAATAC AACTAAAATT GTCTATGATG CAAAAAAAAC TTATGTATCT
GCTCATCGAT TAGGGATTAA TATAGAAAAT ATTGAATTTG ATGTTATGTT AGCAAGCTAT
ATTATTGACC CATCACGTTC TATTGATGAC GTTAAATCTG TGGTAAGTTT ATATGGACAA
AATTATGTAA AAGATAATAT TACAATATTT GGGAAAGGTA AGAAACATCA TATACCTGAA
GAACCAATTC TAAACGAACA CATTGCCTCT GTGACAGAAG CTATAGCAGC TGTAACTCCA
ACCATGAAAT CACAGTTAGA AGATTATAAT CAAATTGAAC TGTTGAAAGA TTTAGAATTA
CCATTAGCAA GAATTTTAAG TGAAATGGAA GAAATTGGTA TATATACCGA TATCAATGAT
TTGAAAGAAA TGGAATTCGA AATTCAAAAA AAATTGGATG TATTAATATC CAATATTCAT
GAGTCGGCTG GTGAAGCGTT TAATATCAAT TCTCCTAAGC AATTAGGTGT TGTTTTATTT
GAAACATTAC AATTGCCTGT CATTAAGAAG ACCAAAACGG GCTATTCAAC AGCTGTAGAC
GTATTAGAAA AACTACAAGG TGAGCATCCT ATTATAGATG ATATTTTAGA ATATAGACAA
CTTGCTAAGT TGCAATCTAC GTATGTAGAG GGATTACAAA AAGTAATAAG CAAAGATCAT
AGAATTCACA CACGTTTTAA TCAAACGCTT GCTCAAACTG GTAGATTATC AAGTATAGAT
CCTAATTTAC AAAATATACC TATACGATTA GAAGAAGGAA GAAAGATTAG AAAGGCCTTT
AAACCAACTT CTAAAGATAG TGTGATTTTA TCTGCTGATT ATTCACAAAT TGAGTTACGT
GTACTTGCTC ATATTACGCA AGATGAAAGT TTAAAACATG CATTTATAAA CGGACATGAT
ATTCACACTG CAACAGCAAT GAAAGTATTT AATGTTGAAT CTGACCAGGT TGATAGTTTA
ATGAGACGTC AAGCAAAAGC TGTTAACTTT GGTATTGTAT ATGGTATCAG CGATTATGGA
TTGAGTCAGA GCTTGGGTAT TACTAGAAAA CAAGCAAAAG CATTTATTGA TGATTATTTA
GCTAGTTTTC CAGGTGTAAA ACAATATATG TCAGACATTG TTAAAGATGC AAAAGCACAA
GGTTATGTGG AAACACTACT TCATCGTCGT CGATACATTC CTGATATAAC AAGTAGAAAC
GTTAATTTAA GAAGTTTTGC AGAAAGAACA GCAATGAATA CACCCATACA AGGTAGTGCA
GCTGACATAA TAAAATTAGC AATGGTTAAA TTCAGTGAAA AGATTAAAGA AACTAAATAT
CATGCTAAGT TATTATTACA AGTTCATGAT GAACTCATAT TTGAAATACC AAAATCAGAA
GTAGAAGATT TTAGTAAATT TGTAGAAGAA ATTATGGAAC AAGCATTAGT GCTCGATGTA
CCTTTAAAAG TAGATTCGAA TTATGGTGCA ACATGGTACG ATGCTAAATA A
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| Protein sequence | MNKLVLIDGN SLSFRAFYAL PLLSNHAGIH TNAVYGFAML LEKIIKEEKP NHFLVAFDAG
KTTFRHSKYS EYKGGRQKTP PELSEQFPYI RQLLDAYHIK RYELDNYEAD DIIGTLSRQA
DEEDFETIII TGDRDLTQLA TDNVTIYYTK KGVTDVDHYT PKFIAEKYNG LVPKQIIDMK
GLMGDTSDNI PGVAGVGEKT AIKLLNQFES VEGVYEHIEE VTAKKLKEKL INSKDDALMS
KDLATINVHS PIEVSLEDTK LTLQDDTTEK IELFKKLEFK QLLADIDTSS TNEEVIDKTF
EIEQDFQNVD LNDLNEAVIH FELEGTNYLK DTILKFGFYT NHQHVVINAE DVKDYKHLVQ
WLEDKNTTKI VYDAKKTYVS AHRLGINIEN IEFDVMLASY IIDPSRSIDD VKSVVSLYGQ
NYVKDNITIF GKGKKHHIPE EPILNEHIAS VTEAIAAVTP TMKSQLEDYN QIELLKDLEL
PLARILSEME EIGIYTDIND LKEMEFEIQK KLDVLISNIH ESAGEAFNIN SPKQLGVVLF
ETLQLPVIKK TKTGYSTAVD VLEKLQGEHP IIDDILEYRQ LAKLQSTYVE GLQKVISKDH
RIHTRFNQTL AQTGRLSSID PNLQNIPIRL EEGRKIRKAF KPTSKDSVIL SADYSQIELR
VLAHITQDES LKHAFINGHD IHTATAMKVF NVESDQVDSL MRRQAKAVNF GIVYGISDYG
LSQSLGITRK QAKAFIDDYL ASFPGVKQYM SDIVKDAKAQ GYVETLLHRR RYIPDITSRN
VNLRSFAERT AMNTPIQGSA ADIIKLAMVK FSEKIKETKY HAKLLLQVHD ELIFEIPKSE
VEDFSKFVEE IMEQALVLDV PLKVDSNYGA TWYDAK
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