| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | lpp2062 |
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| Symbol | |
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| ID | 3119483 |
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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 | 2330640 |
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| End bp | 2335121 |
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| Gene Length | 4482 bp |
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| Protein Length | 1493 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 637580760 |
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| Product | hypothetical protein |
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| Protein accession | YP_124374 |
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| Protein GI | 54298005 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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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 | ATGCCTAGAT ATGTCGAAGG GGTAGAATTA ACTCAAGAAG GTATGGATGC TATTTTCACC
CGTATGGGGC ATAGCAATAT TATTAGCGGT ATTATATATA ATGGGGAGCC GACTATTGAT
CAAGATGCTC TCGACAAACA AGGTTTTATG CCGGTGTTAG CAGGGGTAGG CTCCAGAAGT
GATTACGGTC ACTGGCTCAT GTTAATAAAA GGATCTGGTA ACCAATATTA CCTCTTTGAC
CCATTGGGTA AAACTTCCGG TGAGAATTAT CAACACATTT TAGCTGATCA ACTACCTGAA
GACTCTAATC TCTCTGTCAT ACCAAATGGC CCGGATTTAA ACAAGGGATT ATGCGGCTAT
TGGGTTGCTT CAGTTGGTTT AAGAGCGCAT GCTCAATTAA ACACAGATAG TCCCCCTGAT
TTAGTGAATC TGGGGCAAAC CATCACCAAT GAAATGCGCA ATGAACTGGA ACATGACGGT
TATAGAATAA TTACTGACTG GCTAAGAGCT GTAGCAGATG AATTTCCGGA AGGTGATCCC
CAACCTGATG CGAGAGCATT AAGAGAGTTT ACACAAAAAG CTCTTGGTAT CAATATACCC
CCTCCTGTTC CTCCGATGAA AGATCTAACT CCCAAAGAGC TCCCTGTTGA ATCTAATTGC
TTTCAACTGC CATACGTGCC AGTTTGGAAT GGGTTTTCAT TGTATACCGA TGACATCGTT
CGAGCTGCGG CACAATACGC CTATGACAAT TATCTGGGGA AACCTTATAC TGGGACAGTT
GAATCAGTAC CGGCAAATTT TGGTGGGCAA ATGGTGTATA GACAACACCA TGGGCTTTCC
CATACTTTAC GGACCATGGC TTATGCAGAA TTGATTGTTG AAGAAGCACG TAAAGCCAAA
TTACGAGGGG AAACATTAAG AAAATTCAAA GACGGTCGTA CTATTGCTGA CGTTACCCCT
GAAGAACTGA AAAAAATCAT GATTGCCCAG GCATTTTTTG TAGCTGGGCG TGATGATGAA
GCATCCGATG CCGAGAACTA TAGAAAGTAT CATGAACAAA GCCGTGATGC TTTCTTAAAG
TATGTGAAAG ACAATGAGCC CACACTAATT CCTGATGTCT TCAAAGATGA GGAGGATGTC
AATTTGTATG CCCAAGTGAT TGAAGATAAA AATCATGATT GGAGTTCAAG TCCGGCCATT
GTTTTGATTA ACCAGGCACA CATGGTCGAT TTGGTCCGGG TGAAACAACC CCCTGAGTCT
TATTTGGAAA ATTATTTCAA GTCCATGCTG CCTTGGATAG GCCCCCAGGC CACTGAAGCT
GTTTTTGCCA TACAAAGACA ATTTTTTCAT GCTACTCATG AAGTGGTGGC GGGTTTTGAC
TCCGACAACA AAGAGCCTCA TTTGGTTGTT GCTGGTTTAC GTCGTTATGT CATTGGTGAA
GATGGCCAAC CTATGAGAGA AGCGCCTAAA GAAGGACAAA GAGAAGGTGA TTTAAAAGCT
TTTCCTCAAG CTTATAAATT GAAAGAAACG GAACGTTTTA TGCGAGTGGA CGAGTTTTTA
AAACTTCCTG AAGTACAAAG TACTTTCCCT GGTGCTGGCA AACATTTACA AGGTGGAATG
CCAGGTATGA ATGAAATGGA TTATTGGAAT CGACTGAACT CTGTAAACAG GGCAAGGTGT
GAAAACGATG TAGATTTTTG TTTAAAACAA TTAGAAATCG CCCATCACAA AGCCAAAATT
GATCCTATAA AGGTTGCTGT TCAACCGAGC GAAAAAATAA CGAGGAGAGA ACCTAATATC
GATGAGATAG CTGCGGCTGG CATTATTAGA GAAATACTCG CCAATCCTGA CTCCATTCAG
AATGATCATG TGCTCATTAA TGGCCAAAAA CTGGAAGAAC AATTTTTCCG CGATTTGTTG
GCTAAATGTG ACATGGCAAT AGTAGGATCA TTACTGAATG ATAAGGATAT ATCAAATATC
GATAAACTGA TGGAGTATGA AAAGAATACA GAGTTTCACG AGACAGGAGA AGAACCCGTT
GCGTGTCGCG CCATTGGTAA AGAATGGTTA GAAAACTATC GCCTTGATAG GTATAATCAA
AGAAGAACCC CTGAGCATTC TATCAAAATG GCTCTCATAC ATATGATGCA AGATGGTTCC
TGGTACTACA GGAGGCTTAA TGCGGTCGCT CAAGGGCGAG ACACTGGCTC TTCATTCAAA
GAGGTTTTGA TTTCAGCTTT GATGGTACCC TCTACCTTTA AAGCTTTGTC AGATATTCAA
GAGCCTGAAT TTGGTAAAAA AATATCACAA ACACACCCAA CAAAAATTCA TAAAGGTCTG
ATGAGTTTGC CACCAGACAT CACTCAGAAA ATATTAAATC AATCTGAAGC AATTATCGCG
AATACTACCA TGGGATTATT TTCTGATCCT TCAGCAAAAA CTTACCAGCA AATGAAAATC
AATCAATTCT CTCATTTACT GGCAAGAACA TGTTCCAGCA CCACTATCGA TGAAGATGTC
GGAACATTTT TTACCAATGG AAGGGATAAC AACATAAGAT TAGACATTGA AGATCCGGAT
GGTTTGCTAA ACGCAAAACG AGTAGGTGGA ATTGGCGTAG GTGGTGAGAA TGAATACTCA
GTCTATTTGC CTGATGACGT TGCCTTGATA CCTATAGCAG TGAATAAAGG CAATCCTAAC
GTGATTAGCT TGGTTGCTGT TAAAAGCCCT GACTTTATTC CACGTCATGA AAGCGGCTAT
GCGGTTGAAC CGTTTTTAAG AATGCAAACT GCCAAGTTAG CCGAAATCAA AAGCTCTGTT
GAAAATAACC AGGTAGAGCC AATTATCGAA TTACAAAGCG ATTTAAGCCT AGTGGAGGAG
ACAGATTTAC CCTCTGCATA TAAAAATTTT ATAAAAAATA CAGTCGGCCC TGTTTTGGAA
AATTTTCTTA ATGGATTCAT GGAGAAGGAT GCGGTCGCTT TAAGTAAAGC CTTAGCGGCA
TTTCCACCCG ACGGACAATG GTCAGCCTTC AATTCTGAAG TAGCAGGGCA TGCCAAAAGA
CAGATGGATG CTCTTAAACA AATGGTTCCA AATATAGTAG TGCTCAACAC CTTGGCTCAA
TGCCAGGACG CGCTGGAAAA ACAAAATATC GCTGGCGCAC TGGAGGCATT CAAAAACATC
CCATCTGAAA AAGAGATGGG TACCATTAGC AGAGAGCTAA GAGGACAAAT CCAACGCGTA
AGGCAAGACC TGGAATCATT GCAACGTGCT GTTGTTACTC CAGTAGTAAC CGATGAAAAG
AAAGTCAAAG AACGCTATGA TGCCCTTATC GAAGGCACAT CGAAGAAAAT TACTGAACTT
GAAAAAGCAA CACTTGACGA ACTTGATGTC ATTAAGAAGG CAATTTCTAA TTTAGGTAAC
CTCAGACAAG AAGTGACGCT GTTGCATAAT GAAAAAGTAC GGATGCACAG TAAAACTGAT
ACAATTGATT TTTCAGATAT TGAAAAACTG GAACAACAAA TACAGGTCAT GGATACCAAA
TTAACCGATG CTTATTTACT TGCAGTAACC AGGCAAATTT CAGCTCTTGA AAGCACACCC
AAAAATCAGT CTGAATTGAA AGCAAAAATA GCTACATTTT TTGATACAAT TACCGAGATT
GATATGTTGC GTAATGAGCG AATCAAGAAA TACGGTGCAT CGAAAGATCC GCGGGATCTG
TCTGATTTGG ATAAATTAAG CGGCAAGTTA CAGCGTATTA ATCAATCCCT GGTTTTGAAT
CTGATAAAAA CTACATGGAG CACTTGCGCT CTAATGGAAT ATAAAAAATT TGAAACAGAA
GAAACACAAA TAAAAAATAA TATTACTTTG CTCGAAACAC TTCAAGAATC AATGGATAAA
TCACCAAAAG CAGAAAAACT AAGGGGGGAT ATTTCTAAAA TAAAGGATTT TCTGGTTGCA
CAACAAAAAG CCTATCCTAA AATAACACAA TTCATCGACC AATTACGCAA TTTAAATCTA
ACCCAAAAGA AGAGTACAAC GAGATTGCCA GAATCGGATA GTCAGTCCCC AGAAGCTGGG
ATATTCAGAA CAGTAGGAAA TTTAATTCAT GACGTCACCC AGTATATCGG TTATAGGAAA
CTCGAAATTA GAATGAAGAA GCAATCGCTT CAGAGCTTGG ATACATATTT GTCAACCGAG
TATTTGTCAA CCGAGGAAAT TGGTATCAAT GATCTTCTCC TTAGGTTGGC ATATAAAAGT
CCATCTGACC TGCAAGAAGG GTTAGGGATA TCCGAAAACA ATGCCAAGGA GTTGTGTTCA
CTTATAAAGC GTTTGGCTAA TAAATGTTCT GCAGCAAATG AATTGGAAGA GAAATTGAAA
GCTATTGATG AGATCTCCCC AAAACTAGCC AGAGAGCGCG AAAGTTTGAA ATTTGAAGCG
ATTGACAATG ATGAGTCTAC TGGAAATACA ATGAAATTCT AA
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| Protein sequence | MPRYVEGVEL TQEGMDAIFT RMGHSNIISG IIYNGEPTID QDALDKQGFM PVLAGVGSRS
DYGHWLMLIK GSGNQYYLFD PLGKTSGENY QHILADQLPE DSNLSVIPNG PDLNKGLCGY
WVASVGLRAH AQLNTDSPPD LVNLGQTITN EMRNELEHDG YRIITDWLRA VADEFPEGDP
QPDARALREF TQKALGINIP PPVPPMKDLT PKELPVESNC FQLPYVPVWN GFSLYTDDIV
RAAAQYAYDN YLGKPYTGTV ESVPANFGGQ MVYRQHHGLS HTLRTMAYAE LIVEEARKAK
LRGETLRKFK DGRTIADVTP EELKKIMIAQ AFFVAGRDDE ASDAENYRKY HEQSRDAFLK
YVKDNEPTLI PDVFKDEEDV NLYAQVIEDK NHDWSSSPAI VLINQAHMVD LVRVKQPPES
YLENYFKSML PWIGPQATEA VFAIQRQFFH ATHEVVAGFD SDNKEPHLVV AGLRRYVIGE
DGQPMREAPK EGQREGDLKA FPQAYKLKET ERFMRVDEFL KLPEVQSTFP GAGKHLQGGM
PGMNEMDYWN RLNSVNRARC ENDVDFCLKQ LEIAHHKAKI DPIKVAVQPS EKITRREPNI
DEIAAAGIIR EILANPDSIQ NDHVLINGQK LEEQFFRDLL AKCDMAIVGS LLNDKDISNI
DKLMEYEKNT EFHETGEEPV ACRAIGKEWL ENYRLDRYNQ RRTPEHSIKM ALIHMMQDGS
WYYRRLNAVA QGRDTGSSFK EVLISALMVP STFKALSDIQ EPEFGKKISQ THPTKIHKGL
MSLPPDITQK ILNQSEAIIA NTTMGLFSDP SAKTYQQMKI NQFSHLLART CSSTTIDEDV
GTFFTNGRDN NIRLDIEDPD GLLNAKRVGG IGVGGENEYS VYLPDDVALI PIAVNKGNPN
VISLVAVKSP DFIPRHESGY AVEPFLRMQT AKLAEIKSSV ENNQVEPIIE LQSDLSLVEE
TDLPSAYKNF IKNTVGPVLE NFLNGFMEKD AVALSKALAA FPPDGQWSAF NSEVAGHAKR
QMDALKQMVP NIVVLNTLAQ CQDALEKQNI AGALEAFKNI PSEKEMGTIS RELRGQIQRV
RQDLESLQRA VVTPVVTDEK KVKERYDALI EGTSKKITEL EKATLDELDV IKKAISNLGN
LRQEVTLLHN EKVRMHSKTD TIDFSDIEKL EQQIQVMDTK LTDAYLLAVT RQISALESTP
KNQSELKAKI ATFFDTITEI DMLRNERIKK YGASKDPRDL SDLDKLSGKL QRINQSLVLN
LIKTTWSTCA LMEYKKFETE ETQIKNNITL LETLQESMDK SPKAEKLRGD ISKIKDFLVA
QQKAYPKITQ FIDQLRNLNL TQKKSTTRLP ESDSQSPEAG IFRTVGNLIH DVTQYIGYRK
LEIRMKKQSL QSLDTYLSTE YLSTEEIGIN DLLLRLAYKS PSDLQEGLGI SENNAKELCS
LIKRLANKCS AANELEEKLK AIDEISPKLA RERESLKFEA IDNDESTGNT MKF
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