| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | lpp1659 |
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| Symbol | acnA |
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| ID | 3117711 |
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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 | 1861609 |
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| End bp | 1864295 |
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| Gene Length | 2687 bp |
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| Protein Length | 891 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 637580350 |
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| Product | aconitate hydratase |
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| Protein accession | YP_123977 |
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| Protein GI | 54297608 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG1048] Aconitase A |
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| TIGRFAM ID | [TIGR01341] aconitate hydratase 1 |
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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 | GGGAGTACTT TATGAAAGTG GGTCAAGACA GTCTATCAAC AAAATCACAG TTAACAGTTG
ATGGAAAAAC CTATAATTAC TATAGTTTGA AAGAAGCTGA AAAGAAACAT TTTAAAGGAA
TTAATCGCCT CCCTTACTCC TTGAAAGTAC TTCTCGAGAA TTTATTACGT TTTGAGGATG
GCAATACAGT AACGACCAAA GACATCAAGG CAATTGCCGA CTGGCTCCAT AATAAAACAT
CCCAGCATGA AATAGCATTT AGACCAACTA GAGTCCTGAT GCAAGATTTC ACTGGTGTTC
CCGCAGTAGT AGATTTGGCT GCCATGCGTA CTGCCATAGT AAAAATGGGA GGTAACGCAG
ATAAAATTTC TCCTCTTTCT CCTGTCGATT TGGTCATAGA CCATTCCGTC ATGGTAGATA
AATTTGCTTC AGCGGATGCC CTTGAAGTGA ATACCAAAAT AGAGATAGAA AGAAATCAGG
AACGCTATGA GTTTTTACGC TGGGGACAAA AAGCTTTTTC CAACTTTCAG GTCGTCCCAC
CCGGAACAGG GATTTGTCAT CAGGTCAATC TGGAGTATTT AGGGAAAACT GTTTGGAATA
GTGAAAATAA TGGCCAGTTG TATGCCTATC CGGACACTTT GGTCGGCACA GATTCTCACA
CGACCATGAT TAATGGACTA GGTGTCCTGG GCTGGGGAGT CGGTGGTATA GAAGCAGAAG
CAGCCATGTT GGGGCAGCCT GTATCCATGC TAATCCCCGA AGTAATCGGT TTTAAATTAT
CAGGTAAACT TAAAGAAGGC ATTACCGCAA CTGATTTGGT CCTTACCGTC ACTCAAATGC
TGCGAAAAAA AGGGGTTGTT GGTAAATTTG TTGAATTTTA TGGTCCTGGG CTTAATGATT
TACCTTTGGC AGACAGAGCG ACAATTTCCA ATATGGCTCC CGAGTATGGC GCAACATGTG
GCTTCTTTCC GGTAGACAAG GAAACAATAA AGTACTTGGA ATTGACTGGT CGTGATAAGC
ATACCATTGC CCTTGTTGAG ACTTATGCAA AAGCACAAGG TATGTGGTAT GACAAAGACA
ATGAAGAACC TGTGTTTACT GACTCTTTAC ATCTGGATTT AGGCAGCGTT GAACCCTCTC
TGGCTGGCCC CAAACGCCCC CAAGATAAAG TCAATCTCAG TTCATTACCT GTAGAATTTA
ACAATTTTTT AATTGAAGTT GGTAAAGAAA AAGAGAAAGA AAAAACCTTT GCTGTTAAAA
ACAAAGATTT TCAAATGAAA CATGGTCATG TAGTCATTGC GGCAATAACC AGCTGTACTA
ACACCTCTAA TCCAAGTGTA CTGATGGCAG CAGGACTGGT AGCAAAAAAA GCGATTGAGA
AAGGATTGCA GCGCAAACCC TGGGTTAAGT CTTCATTGGC ACCTGGTTCT AAAGTAGTTA
CTGACTATTT AAGGAATGCC GGCCTACAAA CCTACCTGGA TCAACTGGGT TTTAATTTAG
TTGGTTACGG CTGTACTACT TGTATAGGCA ATTCGGGTCC TTTGCCTGAT GATATTTCCC
ACTGTGTTGC AGAGCATGAT CTTGTTGTTT CATCCGTACT GTCTGGTAAT AGAAATTTCG
AAGGGCGTGT TCACCCGCAA GTCAGAGCCA ACTGGCTGGC TTCTCCCCCA TTGGTAGTCG
CTTATGCTCT ATGCGGTACA ACTTGCAGCG ACTTAAGCAG GGAACCCATT GGGCAAGACA
AAGAAGGAAA TGATGTTTAT CTCAAGGATA TCTGGCCATC TAATGAAGAG ATTGCTGCTG
AAGTCGCTAA AGTAAGCGGT ACCATGTTCC GTAAAGAGTA TGCTGAAGTA TTTAAAGGAG
ATGCTCATTG GCAAGCCATT CAAACAAGCT CAGGACAAAC TTATGAATGG AATCCTGATT
CTACATACAT ACAACACCCC CCATTTTTTG AAAATTTAAG TCTGAAACCA GAACCTCTCA
AACCCATCAA GCAGGCTTAT GTTTTAGCCC TATTCGGCGA TTCAATTACA ACGGATCATA
TTTCACCTGC AGGTTCAATA AAAGCCAGCT CTCCAGCAGG CTTATATTTA AAATCCAAAG
GGGTAGATGA GAAAGATTTT AACTCCTATG GATCACGCCG CGGTAACCAC GAGGTCATGA
TGCGAGGCAC TTTTGCCAAT ATACGCATTC GTAATGAAAT GACTCCTGGA CAAGAAGGTG
GCGTCACTCG TTATGTTCCT ACTGGAGAAA CCATGTCGAT TTATGATGCA GCCATGCGTT
ATCAGGAAAA TCAACAAGAC TTGGTTATCA TTGCTGGTAA AGAATATGGA ACAGGCTCTT
CTCGCGATTG GGCAGCAAAA GGCACTAATT TGCTTGGTGT TAAAGCAGTG ATTACTGAAA
GCTTTGAGCG AATCCATCGT TCCAATTTAA TTGGCATGGG TATATTGCCA TTGCAATTTA
AAGAGGGTAC TACTCGTAAA ACATTAAAAT TGGATGGTAG CGAACGCATC AGTATTGAAA
TCTCTGATAA ATTAACCCCG GGCGCGATGG TACCTGTAAC CATAGAAAGG CAAGATGGGG
ACGTTGAGAA GATAGAAACT CTTTGTAGAA TTGATACTGC TGACGAGCTC GAATACTATA
AAAATGGCGG AATACTTCAG TATGTATTGC GCAAAATAAG CTCTTAA
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| Protein sequence | MKVGQDSLST KSQLTVDGKT YNYYSLKEAE KKHFKGINRL PYSLKVLLEN LLRFEDGNTV
TTKDIKAIAD WLHNKTSQHE IAFRPTRVLM QDFTGVPAVV DLAAMRTAIV KMGGNADKIS
PLSPVDLVID HSVMVDKFAS ADALEVNTKI EIERNQERYE FLRWGQKAFS NFQVVPPGTG
ICHQVNLEYL GKTVWNSENN GQLYAYPDTL VGTDSHTTMI NGLGVLGWGV GGIEAEAAML
GQPVSMLIPE VIGFKLSGKL KEGITATDLV LTVTQMLRKK GVVGKFVEFY GPGLNDLPLA
DRATISNMAP EYGATCGFFP VDKETIKYLE LTGRDKHTIA LVETYAKAQG MWYDKDNEEP
VFTDSLHLDL GSVEPSLAGP KRPQDKVNLS SLPVEFNNFL IEVGKEKEKE KTFAVKNKDF
QMKHGHVVIA AITSCTNTSN PSVLMAAGLV AKKAIEKGLQ RKPWVKSSLA PGSKVVTDYL
RNAGLQTYLD QLGFNLVGYG CTTCIGNSGP LPDDISHCVA EHDLVVSSVL SGNRNFEGRV
HPQVRANWLA SPPLVVAYAL CGTTCSDLSR EPIGQDKEGN DVYLKDIWPS NEEIAAEVAK
VSGTMFRKEY AEVFKGDAHW QAIQTSSGQT YEWNPDSTYI QHPPFFENLS LKPEPLKPIK
QAYVLALFGD SITTDHISPA GSIKASSPAG LYLKSKGVDE KDFNSYGSRR GNHEVMMRGT
FANIRIRNEM TPGQEGGVTR YVPTGETMSI YDAAMRYQEN QQDLVIIAGK EYGTGSSRDW
AAKGTNLLGV KAVITESFER IHRSNLIGMG ILPLQFKEGT TRKTLKLDGS ERISIEISDK
LTPGAMVPVT IERQDGDVEK IETLCRIDTA DELEYYKNGG ILQYVLRKIS S
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