| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | lpp1775 |
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| Symbol | |
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| ID | 3119535 |
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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 | 2002776 |
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| End bp | 2006006 |
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| Gene Length | 3231 bp |
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| Protein Length | 1076 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637580466 |
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| Product | hypothetical protein |
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| Protein accession | YP_124093 |
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| Protein GI | 54297724 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1074] ATP-dependent exoDNAse (exonuclease V) beta subunit (contains helicase and exonuclease domains) |
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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 | ATGCGGTTAA TTGATAGTGA ACAAAGGAGC CAAGCGACAG ATCCTGCTGA ATCATTTATA
GTCCAGGCTC CTGCCGGGTC AGGAAAAACA GAGATTCTGA CCCAACGCTT TTTACGTTTG
CTAAGCACTG TGCAGTCTCC TGAACAAATT ATCGCCTTGA CTTTTACCCG CAAAGCAGCA
AGTGAAATGA GAGAACGAAT CGTTCAGGCA TTACATATGG CCGCGTCAAA TCAACCGGCT
GTCAGCGCCC ATCAACAAAG CACTTTAAAT TTTGCAAAAC AAGCTTTACA ACGAAATAAG
CAATATCAGT GGGATTTACT TGAGCAACCA AATCGCTTAA AAATCATAAC CATTGATTCA
TTGTGCCAAA GCATTAACAG GGCAATTCCT TTATTGGAAA AACAGGTGGC TTATCCAGAC
ATTTCCGAGA CACCCGATTC TCATTATATT AGTGCTGCAC GTTGTTGTAT CCAGTATGCT
ATTGCTACGC CAGAGTACCA GGAAGCAATT AAAACCTTGC TTCTTCATGT TGATAATAAA
CAGGAACGAT TAATTCAATT ATTCCAGGCA CTTCTTAGCC AAAGAGATCA ATGGTTGCCG
ACATTATTTC TGGCACGTGA ACAAGAAAAG TCAACTTTTG AGCAAGCTTT ACGCCTTATT
GAACAGCATG AACTCTCTCG TCTAAGAAAT AGCCTGCCAT CGGACTTGGC TCTAGAACTA
GTGCTTTTGT CGCGTGAATT AGCCGTTATA GAAAACAAAC CTGATTCACC ACGATTTATA
TTAAGAGAAT GGTATGAGTT TCAAAAATGC GATCAGCAAA TTGCAGGTGC TTTAAGCAAA
TTACTCTTAA CTAGTGACAA TCAATTGCGT AAATCGTTTG ATCATCATGT GGGTTTAGTT
AAAAAAAATT GTGCACCAAA TGAATTTACC AGAATAAAAA CAGCCAGTTC AGATTTGTTT
ACTAAACTTC AAGATTGTCC TGATTTCCTG GACGCGCTCC TTAAGGTCAA TCAATTACCA
ACTCCTGAAT ACGACAAAGA GCAATGGGAC GTTTTGCAAG CACTCTTTTT GTTACTGCCA
TTATTGGTTG GACATTTACA AGTTTCATTT GGTGAACATA ACGAAGTTGA TTTTACTGCC
ATCTCTCAAC AAGCCTTGGC AGCTTTGGGT GATTTGGATA ATCCGACTGA TTTGGCACTC
TATCTGGATC ATTCAATTCA TCATCTTCTA ATAGATGAAT TTCAAGATAC CTCCATTACA
CAATTTGAAT TACTTACCAA GTTAGTTCAA GGATGGTTAC CTGGAGAGGG AAAAACCTTA
TTCCTTGTAG GCGATCCTAT GCAATCCATC TACCGTTTCA GGCAGGCTGA AGTTGGATTG
TTTTTTCAAG CGAAAGAGCA TGGCATAGGA CCAGTTCGCC TCAAATCATT GGAATTAAGA
TGTAATTTCC GTTCGACAGA AACAATAGTT AATTGGGTAA ATGATCATTT CAGTAAAATA
TTTTCTCAAC AAGTTGATAT CGAATCAGGA GCAGTATCTT TCCATCCTTC TGTTCATGTC
ATCGAGAAGA ATGAATCAAG CACTATTCAG GCCGTGCAAT TTAAAAATCG TGAACAGGAA
GCAAGGCATT TAATTGAAAT AATTAATAGT GAATTAAACC GCAACCCTGA ACAAACCATC
GCAGTTTTAG TGAGGACAAG AACGCAACTC CCTGAAATCA TTAGCCTACT TCGCCAAAAT
AATATCCCTT ATCAGGGAAC AGACATCGAT TTACTAGCCA ATTTAGTGCA TTTACGTGAC
GTCTGGTCAC TTGCTCATGC CCTGCTTTTC CCAGGAAATC GATTGTCCTG GTTATCGATA
CTCCACAGCC CTTATGTTGG ATTGGGGTTA TCTGACATCC ACTGCATAGC CCAATATAAT
TCAAGAAAAT CAATTTATCA CAATTTGCTC CATTTAGATA AAATTCAGGA TATAAGTGAA
GAAGGCAGGA TTAGAGCCAA TTTTTTTATT CAAATCATGA ACCAGGCTTT GTTATGTCGA
TCACATAGTC GTCTATCTGA TTGGATAGCG GATACCTTAA AAAATCTTCA TGTAGAAAAG
ATCCTTGATA AAGCTCAGTT AAATGATCTG GAGCAATTAT GGATGTTATT AGACCAATAT
GAAAACGAAG GTCGAATTCC TGATATGAAC GAATTTTTAA ATGAATTCAA TAAATTGTAT
GCCCAACAAA CCACCCCTTC CCAGTTACAA ATCATGACTA TTCATAAATC CAAAGGATTA
GAATTTGATA CAGTCATTCT CCCAGGCCTT GGAGCTCAAG CAAGTCGTGG TGATTCTCCC
ATGTTGCGCT GGCTTAAGCT GCCTACCCAG CACCATGGAA ATCTGTTACT GGTATCACCC
ATAAAAAGTG CAAACCAGGA TAGTTGCCCT TTGTACGATT ATCTGGATCA ATTGGATGAA
GAAAAATCCG CCTATGAGGC GCAAAGATTA CTTTATGTTG CTGTTACCCG GGCAAAATCA
AGATTATATT TGCTTGATCA TTCGGCAAAA TCCTATAAAT CTTCCTTTCG AAATTTATTA
AAATACCAGG AATTCATTGC AGATCCTGAC GAAGCCCAAC ATGAAGAACA AGAATTCCCT
CTGCCGAAAT TAGTCAAACT ACCTATAGAG TACTATCAAA AACAGATTCC CAGTTTAGTT
CAATCTCAAG AGAGTTCATG CCCAGAGATA TCTTCGGGTA TTCCTCGGCT AATAGGCATT
GTGTCTCATC AACTATTACA ATGGATTTGT GATAACCATC CCCAAACAAT TGATCATGTG
CCATGGAACT TGGTAAATAA TGAACTTAAA ACATTAGGAT TAAACCAGGA AGCCCAACAA
ACTGCTCTAT CAATGATAAA AAACCAAATT TCTCAAATGT ATGAAAATAA AATTGGCCTC
TGGATTTTAT CCAGACATGA AAATGAACAG AATGAATATG AGCTTCTGGT TGAGTATGAA
AATAAATTGG TTACTCGTAT TATCGATCGT ACTTTCATTG AAAATGGCAC ACAATGGATC
ATTGATTTTA AAACCGGGAA AGAAGATATA AACACCTTAC AGCAACATCG CCAACAATTA
AATGAGTACG GGCGCTATCT GTCAGATTGC ACAAAATTCC CAATTCGATG TGGTTTGTAT
TATCTTGCAA ATGGGCATTG GATTGATTGG CAGTATGAAA TGAGTGCTTA A
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| Protein sequence | MRLIDSEQRS QATDPAESFI VQAPAGSGKT EILTQRFLRL LSTVQSPEQI IALTFTRKAA
SEMRERIVQA LHMAASNQPA VSAHQQSTLN FAKQALQRNK QYQWDLLEQP NRLKIITIDS
LCQSINRAIP LLEKQVAYPD ISETPDSHYI SAARCCIQYA IATPEYQEAI KTLLLHVDNK
QERLIQLFQA LLSQRDQWLP TLFLAREQEK STFEQALRLI EQHELSRLRN SLPSDLALEL
VLLSRELAVI ENKPDSPRFI LREWYEFQKC DQQIAGALSK LLLTSDNQLR KSFDHHVGLV
KKNCAPNEFT RIKTASSDLF TKLQDCPDFL DALLKVNQLP TPEYDKEQWD VLQALFLLLP
LLVGHLQVSF GEHNEVDFTA ISQQALAALG DLDNPTDLAL YLDHSIHHLL IDEFQDTSIT
QFELLTKLVQ GWLPGEGKTL FLVGDPMQSI YRFRQAEVGL FFQAKEHGIG PVRLKSLELR
CNFRSTETIV NWVNDHFSKI FSQQVDIESG AVSFHPSVHV IEKNESSTIQ AVQFKNREQE
ARHLIEIINS ELNRNPEQTI AVLVRTRTQL PEIISLLRQN NIPYQGTDID LLANLVHLRD
VWSLAHALLF PGNRLSWLSI LHSPYVGLGL SDIHCIAQYN SRKSIYHNLL HLDKIQDISE
EGRIRANFFI QIMNQALLCR SHSRLSDWIA DTLKNLHVEK ILDKAQLNDL EQLWMLLDQY
ENEGRIPDMN EFLNEFNKLY AQQTTPSQLQ IMTIHKSKGL EFDTVILPGL GAQASRGDSP
MLRWLKLPTQ HHGNLLLVSP IKSANQDSCP LYDYLDQLDE EKSAYEAQRL LYVAVTRAKS
RLYLLDHSAK SYKSSFRNLL KYQEFIADPD EAQHEEQEFP LPKLVKLPIE YYQKQIPSLV
QSQESSCPEI SSGIPRLIGI VSHQLLQWIC DNHPQTIDHV PWNLVNNELK TLGLNQEAQQ
TALSMIKNQI SQMYENKIGL WILSRHENEQ NEYELLVEYE NKLVTRIIDR TFIENGTQWI
IDFKTGKEDI NTLQQHRQQL NEYGRYLSDC TKFPIRCGLY YLANGHWIDW QYEMSA
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