| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | lpp2131 |
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| Symbol | |
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| ID | 3117231 |
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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 | 2427657 |
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| End bp | 2431985 |
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| Gene Length | 4329 bp |
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| Protein Length | 1439 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 637580830 |
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| Product | hypothetical protein |
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| Protein accession | YP_124443 |
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| Protein GI | 54298074 |
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| COG category | [J] Translation, ribosomal structure and biogenesis
[Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG0223] Methionyl-tRNA formyltransferase
[COG1020] Non-ribosomal peptide synthetase modules and related proteins
[COG3319] Thioesterase domains of type I polyketide synthases or non-ribosomal peptide synthetases |
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| TIGRFAM ID | [TIGR01733] amino acid adenylation domain |
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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 | TGGAGCACTA TGATTAAAAG CAAGACATTT AGTTGCTATA TTATCGGTGA AGCTAATATA
ACTCTTCAAT GTGCAGATAT CCTATTAGCA GGAGGCCATA AATTACTTGG CATAATCTCT
CCATCAAACA CCATAAAAAA ATGGTGTACT GCCAATTCCA TTGCTTATCT CGAGAACATC
AAGGAATTTG AAAAAAATCA TATGGACGAA GAATTTGATT TCTTGTTTAG CATAGTCAAC
AGTGAAATCA TTCCTCAAAA AATTTTAAGA CTCCCTCGTT ATTACGCCAT AAACTATCAT
AACTCCCCAT TACCCAAATA TGCAGGATTA TATGCCACTT CGTGGGCGAT CCTTAATGGC
GAAACTCAGC ATGGTATTAG TTGGCACATT ATGAATGAAG TGATAGATGC AGGTGATATT
CTAAAGCAAC CAACTTTTCC AATAAATGAT CAGGATACGG CGTTTAGTTT AAATCTGAAA
TGTTATGAAC AAGGGATCTA TTCCTTTCAT GAACTTGTTG AAGAGCTTTC ATCCCACACT
ACGACTTTGG TTAAACAAAA TCTGTCATAC CGCTCTTATT ATGGTCTAAA AAACAAGCCG
GCAAATTTTG GATTTATTTC ATGGGAAGAA TCTTCAGAAA GTATTGATCG GCTCTGCAGG
GCTTTAACAT TTGGAAATTA TACCAATCAG TTAGAAGTAC CCAAGATTAT GATTAATAAG
GAAATTTATG TTGTAAAATC TTATGAAAAA TTAAATATAT CCTCAGGAGT AAAACCAGGC
ACCATTGTGA ATAACTCGAA TGGTGGCTTA CAAGTAGCTA CCGGAACAAC AGATATATTG
ATTCTAGAGC TTACTGATCT TGAAGGCAGA ACATGCTCAA TGGAACAATT AGGCAGCTTA
TTTAAAATGA CGTGCTACTC ACAACTTGAC ACAATTGAAC CTGCTTTTTT TGAAAAGCTA
ACAATTTGTC CTGCTAAAAA GCCAAAAATA GAGAAGTTCT GGGTTAATGA GTTTTTGAAA
TGTTCTCAAG AAAAAAATTC ATTTTTATCT CCACTATCCC AACTCGATAA AACATTATGT
TCACTTCACG ATAGAAAAAC AGTAGCACAA GTACCTGGTG AGTTACTCGC AAAATTGAAA
AAGCTATGCC CTGAGCATTG GCAAATAAAG AATATCTTAT TAACTGGCCT CTTAATTTAC
CTATATCGAT TAAATAATTA CAGTAATCTC TCGATTGCAT TCATTAATTC ACAATTGAGC
AGTAATGATC CTGATTTAAA TAAGCTTTTA TCAGACTATG TGCCTTTAAC AACGCAATTT
GATAGCACTA TGACATTTAT GGACGCATTG ACATTTGTCT CAAAAGAACA GGGCAAGTTA
TATGAAAACA GCACTTACAC TAGAGATATT TTCATACGCT ACCCTGAGCT ACATAATGCT
TTCAACCATA TTGATATCAG TATCACCTTT ATTACTGACT CAAAAGCAGT GGCACCTTGT
GTCGGCAATA AAAAGTTAAA CTTCTGTATT GCAGAGGATT GTTCCTGGTT TTATGTTAAT
AATAAAACAA ATTATAGATC CCATTTGGAA TCTTATGCTT TTTTTGAAAA TATGAATGAG
CATTTGCTGA CCTTATTGGA AGATATAGTC AGTAACCCTG ATAAAAAGAT ATTCGAACTT
TCAATAATCA GTAAAAAGGA AAAAAACGAT TTATTGGTAA TCTGGAATAA CACTCAGTGT
GATTACGATT ATGAAAAACT GATTCACCAA TATTTTGAAG AGCAAGTTTC CAAAACACCT
GAAGAAATAG CTGCTGTCTT TGATAACAAA TCAATAACTT ATGCAGAACT TAACCGAAAA
GCCAATCAAT TAGCACACTA TTTAAGATCT CAAGGTGTAA AACAAGATGA CCTGGTAGGA
ATTTCTTTAA GTCGCAGCTT GGAAATGGTT ATATGCATTT TAGGCATTTT AAAGTCTGGA
GGAGCTTACC TGCCATTAGA TCCTAATTAT CCTGATGAGC GGATTTCATA CATGCTAATG
GACAGTAAAA CTAACCTGCT GATAACGGAT CAAGAATTCA TAAACAGAAA ACCACATGGA
TTCAATGGCA AAAGTATTGA GATAAATTCC TTTTTAAATT TAAAAAACCT ATCTTCTGCA
AATCTTCAAG CAATTAACAA ACCATCCGAC TTAGCCTACA TTATTTATAC TTCTGGGACT
ACAGGAAAAC CTAAAGGTGT AGCCATATCG CATCGTTCTA TTTGCAATCA CATGTTGTGG
ATGAAGAAGG AATACGCTTT TAAAAACAAG GATGTATTTT TACAGAAAAC CCCCTTCTCG
TTTGATGCCT CTGTTTGGGA GTTTTTTATG CCACTTCTGG TTGGTGGTAA ACTGGTCGTT
GCCCCAAATG ATGCACATAC CAGTCCCAAT CAAATGATAC GCCTAATCAG AGAGAACAAA
GTTAGCGTAT TGCAGATCGT TCCTTCTATG CTAAAAGAAT TAGTATCTAA TGAAGAGTTT
GGTCTCTGCA AATCACTCAC GCATGTATTT TGTGGTGGTG AAGCCCTTTT ATCAGAAACA
ATTAATGCTT TTTTTAAGTA CAACTTCTCA GATACAAAAC TACATAATCT CTATGGACCA
ACGGAAGTAA CCATTGATAC AACTGCTTAT ACATGTACCG CAGGAGATGC AAAAGGCGAT
GTAAGCCGAA TAGGCAAACC GATAATGAAC ACAAAAGTGT ATGTATTAGA TATAAAAATG
CAGCCTGTTC CTGTTGGAAT AATGGGGGAG CTTTATATTT CAGGAGATGG TTTAGCACGT
GGTTATTTAA ACAACCCTGA ATTTACCATA CAGAAATTTT TACCCAACCC ATTCAGCAAC
AATAAAAATG ATCGATTATA CAGAACAGGG GATCTTGTCA AATGGGATTC CAACGGAGTT
CTGGAATATC ACGGCCGATG TGATAATCAA GTAAAAATTA GAGGATATAG GATAGAAATC
AATGAAATTG AATCCTATTT GGAAAAAATT CCTTCAATCC ATCAATGCAT TGTGAAACCG
GAAAAAAACC AGGACGACTC AATGTCTTTA TCAGCTTATT TGGTTTTGGA AAAAAATTCT
CAAATATCCG CTGTAGATAT TCGGACTATA TTAAAGCAGA ACATTCCTGA ATACATGATC
CCGGCCCGAT TTTATATTGT TGACAAATTT TTTAGCACCC CAAGCGGTAA AATAGATAGA
AAAATACTAC CAATCCCATC CAAACGATTA CGTTCGGGTA CTAATTATGC TCCCCCCAAT
AATTCTACAG AACAATTATT ACACAATATC TGGTGTTCGG TTTTAAAAAT AGATAATTTG
GGAATTTACG ATGATTTTTT CGAACTTGGC GGTAATTCAC TATCAGCAAT GAACATAATA
TCACATATAC GGGAACAATT TTCACTGACA TTGAGCGTTA GAACATTATT TGATTTTCCC
ACAATATCCT CTTTATCTAA AGAAATAGAG AACATATACC ATAAGAAGAC TGATTGTATA
TACAATCAGC CTTCTGGAAA TAATATCATC CCTCTTAGAA CAGAAGGAGA AAAAACACCT
CTGTTTTTAG TACATCCAAT TGGTGGAAGT GTTTTTTGGT ACAAACTTCT TGGACAATAT
TTTGATAAAG ACAGACCATT GTATGGAATA CAGGATCCTG GGCTTGATAG AAATGAATTG
ATATTTAGCA ACCTGGAAGA AATGGCTAGT GCATATGTCC ATTCAATTCA GGCTATTCAA
CCAAGTGGAC CTTACATACT TGGCGGCGCA TCATTTGGAT GTACTGTTGC TATTGAAATG
GCGAAACAAT TAGAGGAAAA AGGAGAAACA GTAATTTCTA TTATCTCCCT TGATGGTTGG
GCATTTTACC CTTCCTTACA AAACAATGAG CTTTATTTTC AAGAAGTTAT GAAAGAACAA
AATTCAAGAA TTCTAAAGAA ATATATTGAA AATAACGTCA GTAACTCCGA ATTTTTATTA
GAATTACAAT GGCATAGAGA AAACATGTTG ACTCAATATA AAATGCCAAT AATTAAACCC
AAATTTATTT TATTTAAGGC AAAAAAACTT ACAGAAATGT TTCAATATAA TGCTAGTTTG
AATTGGTGGG AAAATTATAC AAGTCAACCA ATCGAACTAC ATTTAACTCC TGGTGATCAT
GAAAGCATGT TTTATGAGCC TAATATCAAA ATCCTGGCTA CCAAGCTCAA TGATAGCTTA
AATGAGCAGG ATATTAAGCA TTACCAATTC AATGATACAC TGAAGGAATC ATTTATAGAT
CAACTCTAA
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| Protein sequence | MIKSKTFSCY IIGEANITLQ CADILLAGGH KLLGIISPSN TIKKWCTANS IAYLENIKEF
EKNHMDEEFD FLFSIVNSEI IPQKILRLPR YYAINYHNSP LPKYAGLYAT SWAILNGETQ
HGISWHIMNE VIDAGDILKQ PTFPINDQDT AFSLNLKCYE QGIYSFHELV EELSSHTTTL
VKQNLSYRSY YGLKNKPANF GFISWEESSE SIDRLCRALT FGNYTNQLEV PKIMINKEIY
VVKSYEKLNI SSGVKPGTIV NNSNGGLQVA TGTTDILILE LTDLEGRTCS MEQLGSLFKM
TCYSQLDTIE PAFFEKLTIC PAKKPKIEKF WVNEFLKCSQ EKNSFLSPLS QLDKTLCSLH
DRKTVAQVPG ELLAKLKKLC PEHWQIKNIL LTGLLIYLYR LNNYSNLSIA FINSQLSSND
PDLNKLLSDY VPLTTQFDST MTFMDALTFV SKEQGKLYEN STYTRDIFIR YPELHNAFNH
IDISITFITD SKAVAPCVGN KKLNFCIAED CSWFYVNNKT NYRSHLESYA FFENMNEHLL
TLLEDIVSNP DKKIFELSII SKKEKNDLLV IWNNTQCDYD YEKLIHQYFE EQVSKTPEEI
AAVFDNKSIT YAELNRKANQ LAHYLRSQGV KQDDLVGISL SRSLEMVICI LGILKSGGAY
LPLDPNYPDE RISYMLMDSK TNLLITDQEF INRKPHGFNG KSIEINSFLN LKNLSSANLQ
AINKPSDLAY IIYTSGTTGK PKGVAISHRS ICNHMLWMKK EYAFKNKDVF LQKTPFSFDA
SVWEFFMPLL VGGKLVVAPN DAHTSPNQMI RLIRENKVSV LQIVPSMLKE LVSNEEFGLC
KSLTHVFCGG EALLSETINA FFKYNFSDTK LHNLYGPTEV TIDTTAYTCT AGDAKGDVSR
IGKPIMNTKV YVLDIKMQPV PVGIMGELYI SGDGLARGYL NNPEFTIQKF LPNPFSNNKN
DRLYRTGDLV KWDSNGVLEY HGRCDNQVKI RGYRIEINEI ESYLEKIPSI HQCIVKPEKN
QDDSMSLSAY LVLEKNSQIS AVDIRTILKQ NIPEYMIPAR FYIVDKFFST PSGKIDRKIL
PIPSKRLRSG TNYAPPNNST EQLLHNIWCS VLKIDNLGIY DDFFELGGNS LSAMNIISHI
REQFSLTLSV RTLFDFPTIS SLSKEIENIY HKKTDCIYNQ PSGNNIIPLR TEGEKTPLFL
VHPIGGSVFW YKLLGQYFDK DRPLYGIQDP GLDRNELIFS NLEEMASAYV HSIQAIQPSG
PYILGGASFG CTVAIEMAKQ LEEKGETVIS IISLDGWAFY PSLQNNELYF QEVMKEQNSR
ILKKYIENNV SNSEFLLELQ WHRENMLTQY KMPIIKPKFI LFKAKKLTEM FQYNASLNWW
ENYTSQPIEL HLTPGDHESM FYEPNIKILA TKLNDSLNEQ DIKHYQFNDT LKESFIDQL
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