| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | plpp0039 |
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| Symbol | |
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| ID | 3117840 |
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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_006365 |
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| Strand | + |
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| Start bp | 36834 |
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| End bp | 42715 |
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| Gene Length | 5882 bp |
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| Protein Length | 1955 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 637578544 |
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| Product | hypothetical protein |
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| Protein accession | YP_122194 |
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| Protein GI | 54295882 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0507] ATP-dependent exoDNAse (exonuclease V), alpha subunit - helicase superfamily I member |
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| TIGRFAM ID | [TIGR02686] conjugative relaxase domain, TrwC/TraI family
[TIGR02760] conjugative transfer relaxase protein TraI |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.401794 |
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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 | AGGGAGGTAT TATGTTGACC TTAAATAAAA TAAGTGCGGC TAAAGACGCG CTGCATTATT
ACACCAATCA AGATAATTAT TATTTAAGCG ATCGAGATTC GCTTAACAGT CTGTCCCGAT
GGATCGGGCG CGGTGCGCAA AAGTTACAAT TGTCCGGTGA AATTGAGCCT TCGCAATTTT
TGCAATTATT GGATGGACAA TTACCCAGCG GGCAACTGCT GGGTATTATC GATAAGGGAG
TACGTCAACA TCGTCCTGGA ACCGATGTGA CTTTATCAGC GCCTAAGTCC GTATCCATTT
TAGCCCTGGT GGGTCAGGAT GAGCGCTTGC TTCAAGCCCA TCAAGAAGCC GTGAACATTA
CCTTTGGTCG GATTGAGCAG CTGGCAGCAG AAGCACGCAT TACATTTAAT GGCGAAACCA
CCTTTGAAAA AACCCGTAAT TTAGTAGCAG CCATGTTTGT CCATACAACC TCTCGTGAAT
TAGATCCTGA TTTGCACACG CATGTACCCA TACTCAACAT GACCGAACGT TCGGATGGAT
TATGGCGTTC TTTATCGTCA AGAGCAAAAA ATGATAAAGA GCATCTGGAT CATGGTTTTC
GTGAATTAAT TTATTCTAAT CAGCATTATT TGGGATTGGT GTACATGTCC TCTTTAGCTA
AAAAAGTTAA GGAGCTGGGC TACGATATTC GCATTAAAGA CAGGTACGGT AATTTTGAGA
TTGTAGGTAT TAGTGATGAG GCTATTACTG CTACATCCAA AAGGCGCGTG CAGATTCTTG
ATGATATGAA GGAACGCGGT ACAAGCAGTG CGAAGGCTGC CGAGAAATCT AATTTATCGA
CGCGCAACCC AAAAACTGAA ATAGACAGTC AAGCGCTGCA TCAACAGTGG GTAGACGAAA
TTAAGGATCT TGGTATTGAT TTAGGCACGA TTATTCAGGA TTCCAAATTA AATAGCGGAC
GAGGAGCGGT TAAAAGCACT CACACCACAC CTTTAAGCAC TGATGCGCAA AAAGCAGTGG
GCGATGCACT GGCTCATTTG TCCGAATATT CTACTCAAAT TCAGCATGGG GCTTTGGTGC
GCCAGGCTAT GATTTTTTCA GCAGGTCTTG TGGGGCATGA GGACATTGAG CGGGAAATTG
AATCGCTTTT GGCGGCAAGG GCACTCCAGG GAAAACCCTT GGAATATTAT ACAACGGCGC
ATCTTCTTGC ACGCGAGAAG GACTTTATTG CAAAAACTAC CAACGAGTTA AAAGTAAGCT
TTTCGATTTC AGTACCAAAT CACGGGCTCA CATCTACGGT ATTTAAAAAT AACGAGCGCA
TTCAAATCAT TGATATAGAG GGTTTTCGGT GCGAGAAAGA GCTGATTCAA GACATGGTGC
ATCTTGCAGA AGCACATCAA CTCAATTCTT ATGTACTTCA TCCTGGTAGC CTAAAAACGC
AGCAACTTCG AGCAGACATC AAACATTTGG ATACAGGATT TATTTCCAGG ATTAAAAATT
TGTTTAAAGA CGATATTGTG CATACGGTGT CTGGATTTCA ATATCATTAT GGGAAACACA
TCAAATCATC ACCGTTTTTG AGAAAAAAGC AAGATTTAGT GATTGTTCAT GATGCACAAA
AACTTTCTTT TGATGATTTA TCCGCGTTAA GCGACATTAC TCAAGCACAC AGAAGCAAAC
TCATTTTATT GAATAACTCG GCAGGAACAT TGGGTTTTAG TGCAGGAAAT CCGATTAAGC
TATTAAAAGA GCAGGGCATT CATTCGTATA AATCGTTAAC AGCCCCTATC AAAGGAGCGC
TTAAGCTCTC GATTGGGAAA CAAGCAAATG AATCCATGAG TTCTGCTTGG CTTCAATTAA
CGCCAGAACA ACAGCAAAAA AGTGCACTGG TTGCCTTGAA TAACAAACAA AAGGAGACTT
TGACGAGCCA GATACGAGAA GGTCTGGTGC AGAAGGGGCA ATTATCCAGG CAAATGAAAA
AGGTAGCTGT TTTGACGACA GTTTCCTTGA CTCAAACGGA AAAAGGATAT GCTCATTCTT
ATAAAGTAGG CGATAAAATC ACGTTTTATA ACGAAGGACG AATACCGAAG CACTATAAGG
TATGTGAAGT CGGTGTCAAT GGGCTGCATT TAGAAAATGC CCAGGGCAAG ACAAGTTTGT
TTGCTTATGA TGCCAAAGAA GACTTTCATG TATCACGAGA AAAAATACTG GAAGTCGCTG
TTGGTGAACG GTTAATCAAT GAACAGTCCT TATATCATCA ACGAGTCAAA TATGCGCCTA
AGAGTTCGTT TGTTGTGTCA AAAATTACTG AAGAAGGCAT CTATGTACGC CATGAGTCCA
ACACCTTATT TTTGACTAAT AAAGCGTTGT CTGAATACCA TTTTGATTAT GATTATTGTA
AAAAACCGCA TGAGATAAAA CCAGACACCA CACAAGTGTT TATGGCGGCA AGACCGTACC
AGCTCAATCG TAATCTCATC GGAGAAATTG GTGAAAACGC GCAGCAGGTG CTTTTATTTA
CGGATGATGA ACAAAAAGCA CAGCGCTTTT TAGAGAGTGT GCAATTGAAA TGGACTGCCT
ATGATGTGCA ACAAAAAAAG CCCGATTTAG TTTATCGTGA CATGGCCTAT GCCAATAAGG
CACTGGAACG AGAAATCAAC TCGTTAATTC ATCATCTGAG TCTGAAATCA GAAGATAAAG
AGGGCATTGC AGCCACAGCA CTTACGTATG CGCTTGCTAA ATGCACGGAA CGCAATGCGG
CTTTTAAACA CAGTGATTTA ATGACCCATG CTTTAATGCA TGCATTAGGA GAGGCAGATT
TTGAAGACAT TGCCCCTTTA CTGAAAGGAC GAATGGCCGA TTCTTTGGTG TATTTGGATA
CTTATTGGAC GACCAAAGAG GCATTACACC TTGAAGAGGC GATACTTAAG GTTAATTACA
AAGAGCAAAA TACGGTGCAA CCCATTGAGC CTTCGGCGCA AAAGCTTTTG TCTTTACCTG
AAACCTTAAC GCAAGGGCAA AAAGATGCCA TCACGTTGGT GGTGAGCACA TCAGACCGGT
TTGTATCCAT TCAAGGACTT GCGGGTGTTG GTAAGACCAC GATGATGCGG CATGTGAAGG
ATATTGCTGA GAGCAATCAG TTTCAAGTGC TTGGATTAGC ACCGACGCAT AAAGCCGTAG
AGGAACTCAA TGCAAATGGC ATCCAGGCGC AGACCATTGA TAGTTTTTTA CGCAATAACG
GTGGGTTGGG TGCTAATCAC TTAGTCATTG TGGATGAAAG CTCCATGATT GATAATGAGA
AGTACCATGC CTTACAACAA AAGTGCATTG ACTCCCAATC GCGAATGGTG TTTACAGGGG
ATATTACTCA GTTGCAATCG CTGGCTTCAG GGATTCCTCA TGAGCTTACC ATCAAAAGCC
AATCGCAAAA AACAGCATTT ATGACGGAGA TTGTGCGCCA AAATCCGAAT CCTGAATTAA
AAAAAGCAGC GGAGTTTGCA TCACGTAGAG AAATTGGGAA GGCTTTTGAA CTCATAAAAA
ACATTAATCC AGAAGAGTAC GTGCAGCGAA AGACACCGGT ACAGGGGTTG AATCATTCAT
CACTGATTGA AATTAATTGT ACTGATGAGG AAGGAAAAAA GGACTACACA TCCATTTATC
GTGCCATTGT TGACGATTTT CTCAGCCGAA CCCATGAGTG TCAAAAAAAT ACGCTAATAG
TTGCTCATGC TCATGAGGAC AGAACACCCA TTGAAGTGTT AATACGTGAA GGGTTGCATA
AACAACATCA ACTACACGGT CAAGATATAC TTTGTAAGCG CTTATTCCCA GTCAGCATGG
ATCAAGCTGA CCAAGTACAG GCACATTCTT TTGAACCAGG TGATGTCATT CGGTTTGGTA
AAAACTATTC AGTGGCTAAA AAGGACGACT ATTTCACCGT CAAATCCATT GATCGTGAAG
CAAACAAATT GTTCTGTGTT GATGAGTCAC AGGTTGCGTT TACAATCAGC GCTTCTATTT
TACCCAAAAC AATGCCTTCT TTTTACAAAT TGCACGAACG GCCTTTAGCC TCAGGGGATC
GGATTCGGTT AAAACGAAAT GATGATGCCC GTGGCATTAT TGCCAACGAA GAATATACGG
TCACACAGGT TTTTGGTGAA ACAGTAGGCT TAAGCAACAG TAAAAATCAG GTCACGCTAA
ATTTAAAAAA ACAATTAGAT CTTCATTGGG ATTATTCCTA TACGAATACG GCTTATTCCA
GTCAGGGTGC TACATCCAAG TTCATGATTG CCTTGGAATT GGAGGACCGT CTTGTTGTAA
CCACCCACCG ATCTCATGAA ATTGATGCAA CTCGTGCCAG TCATCAATCA ACCTTTTATA
CTGATAATTT TGAAGGATTG GTTAAAAGAC TCGAAGATCC CCTGAAACAA CGCGATGCGG
ATAAAACCTC TGCTGTATTT ACCGAAGAGG ATTATCGTTT TAAACAACAG AAACAGCAAA
GAATCAGTAC GCAGTTAATG AATCGAGCTC AGGAGCACAT TCTGGAAGAA CCTAAGGAAC
AGGTAAAAGA TTCTCCACTC ATAAAAAAAT ATGAGTCTGC TCAAAAGCCG TCCATTAATG
CGGAAGAACT GTATAATGGA TTATTGAACG TATCTGATTC TTTAGTTAAA AGCCTTTTAG
GAGAGCCGAA TTATCGATTA TCAACCCAAT CCGAATATCG ATATGGAGCC AAAGGAAGCT
TGAAAATTGA TCTTGATTCA GGTCTTTGGC ACCATTTTGA GACAGGGGAG TCGGGTAATT
TATTTCATCT TATTGAACGT GAGAAGGGTT TATCCGGTTT TAAAGAAACT CTGGAGCATG
CAGCGCAATA TATCCATTAC ATTCCTGAGT ACGAGCGTAA AGCACCGCAA AAATTGAATG
AGAAAAAAGA GAGGGAAGTC AAAGAAGGGA AACGTCAACT GGCCCAAAAG TTATTTCAAC
AATCACAGCC TATTCAAGGC ACCATCGCTG AAAAATACTT AATCATTCAT CGTGGGTTAG
CGCATTATGA TCATGCTGAT CTTCGCTTTT GTCGTTCGGT ATACACCAAG ACCCAAGATG
AGCAAAAGCA TGTTCCTGCA CTATTGGCTT TTAGTAAAGA TGAACAGGGC AACATACACC
ATGTTCAGAT CACTAAATTA GAACCTCATT CTGCTAATAA GGATAAGTCT TGTGAATCTG
TGAAACAAAC GTTTGGCTCA ATCAGTAATT ATTTTGTCAA TTTAAATCAC CATGGTAAAG
GCGATATTGC TTATTTTACC GAAGGGGTTG AGACAGGATT AAGTATACTT CAAGCCAATG
AACATGCGCG TGTGTATGCA GTTTTGGGGA AAGCAAATTT TTCAAATATT GATCCAAAAG
ATATACCGAA ACAAGTGGTT ATTTGTCTGG ATAATGATGG AAAAGACACC TATAAATACG
CAAAGAACGA ACAATCCAAC ACGATTATAA AAGTAGCTCA GAGATTACAT GATTCTGGTA
TCCTCGTATC CATTATGATT CCTAAAAAAG AAAATACCGA TTTAAATGAT GTTCTTATTA
AAGAAGGAAA GGACGAGCTA AAAAAACAAT TAAATCGGTG TATGAGCTTA GAGGAATTTA
AAAAACAATG CGCCTTAGAA AATAAGGAAT CGGAGCTAAA AAAAATAAAT CAGGATAAAC
AAATTCAGTC TTTGATAAAG CAAGATCGTA AATTTAATGC ACAAAGTGAC AATGAGTTTA
TACGGCTCAA TCAAGGATTA ATTAACGGAA ATAAAGAACG TGTGTATAAC AAAGAGTTTG
TAGAAAATAC TCGTACTTTT AATAAATCAC GGTCTAATCG AGAAATGGAG CGAGAGCTTT
AA
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| Protein sequence | MTLNKISAAK DALHYYTNQD NYYLSDRDSL NSLSRWIGRG AQKLQLSGEI EPSQFLQLLD
GQLPSGQLLG IIDKGVRQHR PGTDVTLSAP KSVSILALVG QDERLLQAHQ EAVNITFGRI
EQLAAEARIT FNGETTFEKT RNLVAAMFVH TTSRELDPDL HTHVPILNMT ERSDGLWRSL
SSRAKNDKEH LDHGFRELIY SNQHYLGLVY MSSLAKKVKE LGYDIRIKDR YGNFEIVGIS
DEAITATSKR RVQILDDMKE RGTSSAKAAE KSNLSTRNPK TEIDSQALHQ QWVDEIKDLG
IDLGTIIQDS KLNSGRGAVK STHTTPLSTD AQKAVGDALA HLSEYSTQIQ HGALVRQAMI
FSAGLVGHED IEREIESLLA ARALQGKPLE YYTTAHLLAR EKDFIAKTTN ELKVSFSISV
PNHGLTSTVF KNNERIQIID IEGFRCEKEL IQDMVHLAEA HQLNSYVLHP GSLKTQQLRA
DIKHLDTGFI SRIKNLFKDD IVHTVSGFQY HYGKHIKSSP FLRKKQDLVI VHDAQKLSFD
DLSALSDITQ AHRSKLILLN NSAGTLGFSA GNPIKLLKEQ GIHSYKSLTA PIKGALKLSI
GKQANESMSS AWLQLTPEQQ QKSALVALNN KQKETLTSQI REGLVQKGQL SRQMKKVAVL
TTVSLTQTEK GYAHSYKVGD KITFYNEGRI PKHYKVCEVG VNGLHLENAQ GKTSLFAYDA
KEDFHVSREK ILEVAVGERL INEQSLYHQR VKYAPKSSFV VSKITEEGIY VRHESNTLFL
TNKALSEYHF DYDYCKKPHE IKPDTTQVFM AARPYQLNRN LIGEIGENAQ QVLLFTDDEQ
KAQRFLESVQ LKWTAYDVQQ KKPDLVYRDM AYANKALERE INSLIHHLSL KSEDKEGIAA
TALTYALAKC TERNAAFKHS DLMTHALMHA LGEADFEDIA PLLKGRMADS LVYLDTYWTT
KEALHLEEAI LKVNYKEQNT VQPIEPSAQK LLSLPETLTQ GQKDAITLVV STSDRFVSIQ
GLAGVGKTTM MRHVKDIAES NQFQVLGLAP THKAVEELNA NGIQAQTIDS FLRNNGGLGA
NHLVIVDESS MIDNEKYHAL QQKCIDSQSR MVFTGDITQL QSLASGIPHE LTIKSQSQKT
AFMTEIVRQN PNPELKKAAE FASRREIGKA FELIKNINPE EYVQRKTPVQ GLNHSSLIEI
NCTDEEGKKD YTSIYRAIVD DFLSRTHECQ KNTLIVAHAH EDRTPIEVLI REGLHKQHQL
HGQDILCKRL FPVSMDQADQ VQAHSFEPGD VIRFGKNYSV AKKDDYFTVK SIDREANKLF
CVDESQVAFT ISASILPKTM PSFYKLHERP LASGDRIRLK RNDDARGIIA NEEYTVTQVF
GETVGLSNSK NQVTLNLKKQ LDLHWDYSYT NTAYSSQGAT SKFMIALELE DRLVVTTHRS
HEIDATRASH QSTFYTDNFE GLVKRLEDPL KQRDADKTSA VFTEEDYRFK QQKQQRISTQ
LMNRAQEHIL EEPKEQVKDS PLIKKYESAQ KPSINAEELY NGLLNVSDSL VKSLLGEPNY
RLSTQSEYRY GAKGSLKIDL DSGLWHHFET GESGNLFHLI EREKGLSGFK ETLEHAAQYI
HYIPEYERKA PQKLNEKKER EVKEGKRQLA QKLFQQSQPI QGTIAEKYLI IHRGLAHYDH
ADLRFCRSVY TKTQDEQKHV PALLAFSKDE QGNIHHVQIT KLEPHSANKD KSCESVKQTF
GSISNYFVNL NHHGKGDIAY FTEGVETGLS ILQANEHARV YAVLGKANFS NIDPKDIPKQ
VVICLDNDGK DTYKYAKNEQ SNTIIKVAQR LHDSGILVSI MIPKKENTDL NDVLIKEGKD
ELKKQLNRCM SLEEFKKQCA LENKESELKK INQDKQIQSL IKQDRKFNAQ SDNEFIRLNQ
GLINGNKERV YNKEFVENTR TFNKSRSNRE MEREL
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