| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cla_1341 |
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| Symbol | polA |
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| ID | 7409847 |
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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 | Campylobacter lari RM2100 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_012039 |
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| Strand | - |
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| Start bp | 1286800 |
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| End bp | 1289439 |
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| Gene Length | 2640 bp |
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| Protein Length | 879 aa |
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| Translation table | 11 |
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| GC content | 29% |
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| IMG OID | 643718463 |
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| Product | DNA polymerase I |
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| Protein accession | YP_002575908 |
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| Protein GI | 222824334 |
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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 | 40 |
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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 | ATGAAAACTT TAACCATAAT TGATACTTTT GGTTTTTTCT TTAGACTTTT TTATGCTTTA
AAGGGTTTGA AAAATTCAAA AGGCGAACCT AGTAATATGA TTAGTGGTTT TGCTAATTTT
ATTTATAGTT TGAAAAATGA ACATCCTAGC GATATGATTA TTTTTGCTCT TGATAGTAAG
GGAAAAACTT TTAGAAGTGA AATTGATCCA AATTATAAAA TTAACCGCAC TCCACCTCCA
CCTGATTTAT TAGCTCAAAT TCCAATTTGC ATTCAAATGA TAGAAAAAAT GGGTTTTTCA
AGTTTTTCTT GTGAAGGATA TGAGGCTGAT GATATTATCG CATCTTTGGT TAAAGAGTGT
GAAAATAAGG ATATTTTTAT AAGAATTATT ACCCAAGATA AAGATTTATA TCAACTTATA
AAAGATGATA AAGTTAGTAT TTATAGTCCT ATTTCAAAAA ATGATTATAA TGAAGCAGGG
TGTTTAGAAA AATATGGGGT AAAACCTAGC CAAATAAGAG ATTTTTTAGC TCTATGTGGA
GATAGCTCAG ATAATATCCC AGGGGTAAAA GGAATTGGCG CTAAGGGCGC TAAAAATTTA
CTTGATGAGT TTGAGAGCAT TGAGGGAATT TATGAAAATT TAACACTGGT GCGTAATGAA
AGAAGTCGTA ATTTATTGCT TGAAGGCAAA GAAAATGCTT TTTTGAGCAA AAAACTTGCT
TCTTTGTATG AAAATTTAGA TGTGAAAAAT ATGCTTTTAA ATTGTGAGTA TCCAAAAGAT
GAACCTTTGC TTAAGATTAT GGATGTTTTA GAACATTATG AATTAAATGC TTTATTAAAA
AAACTACGCA CTAATCCTAC TAATAAAGAT AAAAATTTAG GATTTAATGC AAGATTAATT
TTAGATGAGA AAGAATTATT TGACATTTTA GAAAAAATTG ATGATCAAAG CATTGTTGCT
TTTGATACTG AAACTACAGG CTTAGATACT AAAGAAGCTA AGATAGTAGG ATTTAGTTTT
TGTTCTCATG AAAGTGAAGC CTTTTATGTA CCACTTGCAC ATGATTATTT AGGAGTTTGT
AAGCAAATTT CTATGCAAGC GGCTAAAAAG GGCATAGAAA AAATCTATCA AAGCACGGTT
ATAGGTCATA ATCTTAAATA TGATTTTGAG ATTATAAAAA ATAATTTTAA TTTACTTCCA
CCAAAAAACT ATGCTGATAC CATGATACTT GCATGGCTTA AAGAGCCAAG TTTGCGTGTA
AATATGGATG TTTTAGCAAA AAGAATATTT GATTATGAGA CTTTGCATTT TGAAGATTTA
GTAAAAAAAG GAGAAAGCTT TGCAGGGGTT GATGTAGAAA AAGCTTGTAA ATATGCTGCT
GAAGATGCCT ATATCACTTT AAGATTTTAT CTGTATTTTT TAAAAAATTT AGAAAAGTCT
TTACTTGAAC TTGCACAAAA AAGTGAGTTT GAATTTATCA AAGTGCTTAT TATGATGGAA
AATAATGGCA TTAAACTTGA TATTCAAAAG CTTGAAAGTT TAATGCAAAA TTTTAATCAA
GATATAAAAA TACTAAGTGA AAAAATATAT GATTTAGCGG GTGAAAAATT TAATATTAAC
TCTCCTAAAC AAGTAGGGGA TATTTTATTT GAAAAACTCA AACTACCAAG TGGTAAAAAA
AGCAAAACAG GTTATTCTAC TGATGAAAAA GTTTTAAACA ATCTCATAGA TGAACATCTT
ATTATAAAAG AAATTTTAGC CTATAGAGAG CTTGCAAAAT TAGTTGGGAC TTATTGTGAA
CCTTTGTTAA AATTAGCTAA AAAAGATGAA AACTCAAGAA TTTATTCAAG CTTTTTACAA
ACTGGTACTG CAACTGGGCG CCTTTCATCA AAAGATCCAA ATTTGCAAAA CATCCCTGCG
CATGGTCAAT ATGCTAAAGA TTATAAAACC TGCTTTGTGG CAAAAGAAGG ATTTAGCTTT
ATCTCGCTTG ATTATTCACA AATTGAGCTT AGAATGCTAG CGCATTTTAG TGAAGATGAG
AAATTATTAG AAGCGTTTTC AAACGATGAG GATATTCATG CAAAAACCGC GATAATGATT
TTTGGCGAAA GTAATTATCA TACCAGAAGC ATTGCAAAAA GTATTAATTT TGGACTTATT
TATGGCATGG GTTATAAAAC TTTAAGTCAA AATTTAAAGA TCGAAGCAAA GTTGGCTAAA
GAGTATATTG AAAAATATTT TAAGAATTTT ACTAGTATAA AAACTTATTT TGAAAAAGTA
AAAAATGAAG CTAAGCAAAA TGGTTTTATA AAGACTTTAC TAGGCCGTAA GCGTTATTTT
GACTTTGAAA ATGCAAAGCC TATGCAAATT GCAATGTATG AAAGAGAAAG CATTAACTCT
ACACTTCAAG GTTCAGCTGC TGATATAATA AAACTTGCGA TGATTAAAAT TGCAAAAGAT
TTAGATGAGA ACAAACGCTT GATTTTGCAA ATCCATGATG AGCTTATTTT TGAAGTAAAA
GATGAATTTT GTGATGAATT TGCAAAAAAT GCTAGTGATA TTATGGAAAA TATTGTAAAA
TTAAAAGTTA AATTAAAAAC TTCATCAAGT ATTGCCAAAA ATTGGGGCGC ATTAAAATAA
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| Protein sequence | MKTLTIIDTF GFFFRLFYAL KGLKNSKGEP SNMISGFANF IYSLKNEHPS DMIIFALDSK
GKTFRSEIDP NYKINRTPPP PDLLAQIPIC IQMIEKMGFS SFSCEGYEAD DIIASLVKEC
ENKDIFIRII TQDKDLYQLI KDDKVSIYSP ISKNDYNEAG CLEKYGVKPS QIRDFLALCG
DSSDNIPGVK GIGAKGAKNL LDEFESIEGI YENLTLVRNE RSRNLLLEGK ENAFLSKKLA
SLYENLDVKN MLLNCEYPKD EPLLKIMDVL EHYELNALLK KLRTNPTNKD KNLGFNARLI
LDEKELFDIL EKIDDQSIVA FDTETTGLDT KEAKIVGFSF CSHESEAFYV PLAHDYLGVC
KQISMQAAKK GIEKIYQSTV IGHNLKYDFE IIKNNFNLLP PKNYADTMIL AWLKEPSLRV
NMDVLAKRIF DYETLHFEDL VKKGESFAGV DVEKACKYAA EDAYITLRFY LYFLKNLEKS
LLELAQKSEF EFIKVLIMME NNGIKLDIQK LESLMQNFNQ DIKILSEKIY DLAGEKFNIN
SPKQVGDILF EKLKLPSGKK SKTGYSTDEK VLNNLIDEHL IIKEILAYRE LAKLVGTYCE
PLLKLAKKDE NSRIYSSFLQ TGTATGRLSS KDPNLQNIPA HGQYAKDYKT CFVAKEGFSF
ISLDYSQIEL RMLAHFSEDE KLLEAFSNDE DIHAKTAIMI FGESNYHTRS IAKSINFGLI
YGMGYKTLSQ NLKIEAKLAK EYIEKYFKNF TSIKTYFEKV KNEAKQNGFI KTLLGRKRYF
DFENAKPMQI AMYERESINS TLQGSAADII KLAMIKIAKD LDENKRLILQ IHDELIFEVK
DEFCDEFAKN ASDIMENIVK LKVKLKTSSS IAKNWGALK
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