| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | lpp2073 |
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| Symbol | ceaA |
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| ID | 3117283 |
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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 | Legionella pneumophila str. Paris |
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| Kingdom | Bacteria |
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| Replicon accession | NC_006368 |
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| Strand | - |
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| Start bp | 2348345 |
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| End bp | 2351545 |
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| Gene Length | 3201 bp |
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| Protein Length | 1066 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 637580771 |
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| Product | chemiosmotic efflux system protein A-like protein |
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| Protein accession | YP_124385 |
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| Protein GI | 54298016 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG3696] Putative silver efflux pump |
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| TIGRFAM ID | [TIGR00914] heavy metal efflux pump (cobalt-zinc-cadmium) |
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGTTTACTC GCCTTATTGC CTGGTCTTTG CATAATCGTC TCTTGATTTT GGCATTAACG
ATTATTCTTT GTTTGTTGGG TGGTTATACT CTAAAGCAAA TGCCGGTAGA TGTTTTTCCT
GAATTTGCCC CTCCTCAAGT TGTAGTTCAA ACCCAAGCGC CAGGCATGGC AACCCAAGAT
GTGGAAACAT TAATCACTTA TCCTTTGGAA AGCGCCATCA ATGGGACTCC AGGGGTAGCC
AGTGTTCGCT CAAAAACCTC AGTCGGATTA TCAACAATTA CCGTAGTATT TGATGATAAA
ACGGATATCT ATCTCAATCG TCAACTGGTT AATGAGCGCA TTCAACAAGT AGTCAACCGT
CTTCCTCCAG GTATTTCCTC ACCCGTGATG CTGCCAGTCA CATCGGCAGT AGGGTGGTTG
CTTAAATATG CTTTGGTGAG TCACACAGCA AGCCCTGAAA CCTTGCGCAC TATTTCTGAT
TGGACTATTC GTCCACGTCT ATTGGCTTTA GGCGGAGTCG CTTCAGTGGT TTCACTGGGT
GGAGAAGTAA AGCAATATCA AGTACAGCTT GATCCCAAGC GCATGCTGGC TTATGGCATT
ACAGTCGAAG AAGTTCGTCA AGGATTAGCA ACAGGAAATC AAAATGTACC TGGTGCTTTC
GTTCATCAGG GGGGTACGGA ATTTGTCGTA AGTACCATTG GTCGTATTAA GACGTTGGAC
GATATAAAAA AAACACTGAT TGTAGTCCGC AAGGGAGTTC CTGTTACTGT TAATAATGTA
GCCACAGTCG CTTTTGGCGG TGAAATCAAA CGCGGCGATG CTTCTTTCAA TGCAGAACAT
GCTGTGATTG GTACTGTTTC CAAAATTTAT GGCGCAGACA CATTAACCAC AACACTTAAA
GTGGAGCAAG CTTTAGCTGA TATAAAAAAA TCTTTGCCGG CAGGTATTGA ATTAAATACG
GAAGTATTTC GCCAAGCCAA TTTCATTGAA TCAGCGATTC ATAATTTAAC CAAAGCTCTT
ATTGAGGGTG CTGTTATTGT GATCGCTGTA TTGTTTCTTT TTTTGATGAA TTGGCGAGCC
TCGTTTATTA CTTTCCTCTC TATGCCCGTT TCTTTTATCG TAGGGATCTT GGTTCTTCAT
TATTTTGGTT TTGGTATTAA CTCCATGACT TTGGGAGGAA TGGCGATTGC TATTGGTGAG
GTGGTGGATG ATGGGATTAT TACAGTAGAA AATGTGGTAC ATCGTTTACG ACTTAATCGT
TTGGCAGAGA ACCCCTTGCC TGCGATTGAA ATTGTTTTTG ATGCGGTTTT GGAAATTCGC
AGTTCAGTGG TTTATGCGAC CATTATCATT AGCCTGGTGT TTTTACCCAT CTTCTTTTTG
TCAGGAATTC CCGAGCGGAT TTTTAGTCCA TTAGCCATTG CTTATATTGC CTCCGTATTA
GGTTCTCTTG TCGTTTCTAT TACTATGGTA CCAGCCCTAT GTTATCTCCT TTTAGCGCGA
AAAACTGAAA AGAGTCAGGA TGCTAAAGTG GCTGTGCATG CCTTATCTGA AGACGAGCGT
TATCATTGCA CGCAAGAGGA AACGGTTAAG CAGGCTCAAA CGGAAACGCG CTTTGTGATT
TGGCTTAAAA AGCATTTTTT AACTGGTTTG AATTGGTCAC TGGCCCATTG TAAAACAGTC
GTAGCCATCT CAATCGCAGC CTTTGTTTCT GCTTTAAGTT TACTTCCTTT TTTTGGAACT
TCTTTTTTGC CTGAATTTCA TGAAGGCAAC TTTATTATTG TGATGAGTAC TCTTCCAGGA
ACTTCATTGA ATGAATCCAT GCGCTTGGGG AAGCAAGTCA GTAAGACTTT GTTGAAATAT
CCGCAAGTGA TTTCTATTGC CCAAAGAGCA GGGCGCAGTG AATTGGATGA AGATGCTTTA
CCACCGAATA TTAGTGAATT CGATGTACAT CTGAATTTTG GTAAAGATAA AACCATGTCT
CCTGATGAAT TGTTACAATC TATTCGAGCT GATTTAGCGA ATATTCCAGG AGCATTATTT
AATGTGGGGC AGTTTATTGC TCATCGCATG GATGAAGTGT TATCAGGAGT CAGAGCGCAA
GTAGCCGTGA AACTCTTTGG CGATAATCTT GCTACCCTTA ACGAATTGGG TGAATCAGTA
GAATCCATTT TAAAAACCGT CCCGGGTGTA GTAGATATTA ATAAAGAACA GCAAATCAAT
GTCCCTCAGC TGGTCATTAA AATTGATAGG GAGAAAGCAG CTCGTTATGG AGTTAACATT
GGTCAAATTT CCGAGGACGT TCAAATCCTT CTTAATGGTG TGACGGTATC CAGTATTCTT
GAAGGCCAGA GGACGTTTGA TTTGTATTTG CGTATGGGTG AAACAGAGCG GGATAGTGTT
AAAGCCATTC AAAATATGCT GATTGATGCC CATGGTGCGG CCAATAATCA AGAAACAAAA
ATCCCTTTGC GTGCGGTGGC TGATATTCAG TTAGAGCCTC AGCCGTTTGC AATTAATCGA
GAAAACGTGC AACGTGTTTT GGTTATCGGT TTTAATGTGC AAGGGAAAGA TTTGGGTAGT
GTGATTCAAG AAGTACAACA TCAGATTAAA GAAAAGATTT CGTTACCTGG TGGTTATTTC
GTTCAATATG GCGGCCAGTT TGAAAGTCAA CAACAAGCAT CTCGTGTGAT TGTTCTTTTT
GGTGCGCTGG CAGTTTTTAT TATGTTGGTA CTTCTTCATA AGGCTTTCGG CACATTTAGG
GAAGCTCTAT TGGTTATGTT TAACTTACCC TTGGCATTGA TTGGTGGAGT CGTTTCTTTA
TTCATTGCCA GCGGTGACAT GAGTGTCGCT GCCATGATTG GTTTTATTAC TCTGTTTGGG
ATTGCAGCAC GTAATGGGAT TATTTTAGTG AGCCACTATA ATCAATTGCG CTCTCTGGGG
CGAGAACGTG AACAAGTGGT TATCCAGGGA ACCCTTGATC GTCTGGTACC CGTGTTAATG
ACAGCAGCGA CAGCGGCTCT GGCTTTAATA CCCCTATTGT GGGGTTCCCC TGCAGGTAAA
GAACTTCAGC GCCCTTTGGC GCAGGTGCTA TTAGGGGGAT TATTAACTTC TACGGTTTTA
AATATGCTTG TAGTACCTAC AGTTTATAAT GCTTTTGAAA TTTGGCACGA AAAGAGAAGA
CAATTGAAAA AAATTTCTTA A
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| Protein sequence | MFTRLIAWSL HNRLLILALT IILCLLGGYT LKQMPVDVFP EFAPPQVVVQ TQAPGMATQD
VETLITYPLE SAINGTPGVA SVRSKTSVGL STITVVFDDK TDIYLNRQLV NERIQQVVNR
LPPGISSPVM LPVTSAVGWL LKYALVSHTA SPETLRTISD WTIRPRLLAL GGVASVVSLG
GEVKQYQVQL DPKRMLAYGI TVEEVRQGLA TGNQNVPGAF VHQGGTEFVV STIGRIKTLD
DIKKTLIVVR KGVPVTVNNV ATVAFGGEIK RGDASFNAEH AVIGTVSKIY GADTLTTTLK
VEQALADIKK SLPAGIELNT EVFRQANFIE SAIHNLTKAL IEGAVIVIAV LFLFLMNWRA
SFITFLSMPV SFIVGILVLH YFGFGINSMT LGGMAIAIGE VVDDGIITVE NVVHRLRLNR
LAENPLPAIE IVFDAVLEIR SSVVYATIII SLVFLPIFFL SGIPERIFSP LAIAYIASVL
GSLVVSITMV PALCYLLLAR KTEKSQDAKV AVHALSEDER YHCTQEETVK QAQTETRFVI
WLKKHFLTGL NWSLAHCKTV VAISIAAFVS ALSLLPFFGT SFLPEFHEGN FIIVMSTLPG
TSLNESMRLG KQVSKTLLKY PQVISIAQRA GRSELDEDAL PPNISEFDVH LNFGKDKTMS
PDELLQSIRA DLANIPGALF NVGQFIAHRM DEVLSGVRAQ VAVKLFGDNL ATLNELGESV
ESILKTVPGV VDINKEQQIN VPQLVIKIDR EKAARYGVNI GQISEDVQIL LNGVTVSSIL
EGQRTFDLYL RMGETERDSV KAIQNMLIDA HGAANNQETK IPLRAVADIQ LEPQPFAINR
ENVQRVLVIG FNVQGKDLGS VIQEVQHQIK EKISLPGGYF VQYGGQFESQ QQASRVIVLF
GALAVFIMLV LLHKAFGTFR EALLVMFNLP LALIGGVVSL FIASGDMSVA AMIGFITLFG
IAARNGIILV SHYNQLRSLG REREQVVIQG TLDRLVPVLM TAATAALALI PLLWGSPAGK
ELQRPLAQVL LGGLLTSTVL NMLVVPTVYN AFEIWHEKRR QLKKIS
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