| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | lpp1636 |
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| Symbol | |
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| ID | 3118871 |
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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 | 1827765 |
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| End bp | 1833546 |
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| Gene Length | 5782 bp |
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| Protein Length | 1921 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637580327 |
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| Product | hypothetical protein |
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| Protein accession | YP_123954 |
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| Protein GI | 54297585 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2373] Large extracellular alpha-helical protein |
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| TIGRFAM ID | |
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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 | AGGACTCCAT ATTACCATGA ACAAAAACCC ATTCTCCCTA ATTATGAATG TATTGTGTTC
AATATTTTCA ACTCTATTCG GAAAAATAAA ATGGAATCAC CCAACCTGGT TAGTTTATTT
AAAACACAAA TCAAAAAATT CTCCCCAAAT ATTTTGGGGA ACAACTCTAT TATTTATCGT
GTTATTGGGC GCAGGAGCAT ATGGTGCTTA TTGGTATAAT AATTTGCCAA AACCAACTTA
TACTACTGCA TCCATCACAA TACCAGACAT CACACCCAAT GAGGAAAACC TTGTTCCCAA
TAATCTCATT ATTGATTTCG GCATTAGAAG TAATGAATTT ATCCCACAAT CAGTTGCCCC
CATTAATTTA ATTGGCAAAG AAATTGATGA AGGGATAGAA ATGGCTCCGC AAATTGCGGG
TAAATGGAGC TGGAATAGTG ATAGCCAATT AATTTTTATT CCCGCTGAAG ATTGGCCTGC
AGGGCAAAAA TATACTATTC ATTTTGCAAA AAATTTCTTT GCACCCAATG CGAATATTGA
AAGTTATGAT TTATCCTTTA CAACAAAGCC CTTTCAGGCC ACAATCCGCG AGTTCAAATT
TTATCAAGAT CCCGTCAATG CAGAAACAAG GCACGCTGTA GCCACTATAG AGTTCAACTA
TCCAGTAAAT CAAAAAAATC TTGAAAAAAA TACTTCCGTT GTATTCCAAA CCATTAAAAA
TGGAAAAGCA GACCTCACTG CAGAATCCGT TCCTTTTTCT TATACTTATG ATAATAATAA
ACGAATTGCC TATCTTCATT CGGCAAATAT CAAAATAGAA GATGTATCGC GTTATTTACT
TTTAACTTTG AATAAAAACG TTAGTTCTTC AACTGATTCA GCAATTCTTG GGCAATCAAT
TAGTAAAAAT TTGCTGATAC CCGATGCAAG TAACTTTCTA AAAATAGTTT CAACATCGGC
TAATATAGTC CGTAATGATA AAGACAGGCC CGAACAGGTA CTTAGTATTG AGACCAGTTT
GGGTGTTAAT GAAAGTGAAT TTAATAAATC AGTACATGTC TATTTGCTCC CTCAGAATTA
TCCTGCTACT GCTGCAGAAC CAGAAAAATC CAATTACGAA TGGCAAAATC CAGGTGAAGT
AACGAATAAT ATTTTGTCTC TGTCGACTCC ATTACCCAAA GAGTTAATCC CTTCTGAGCA
AAATTACACT ACGTTGCATG GCTTCAAATT TAAAGCTCAA ACTCCCAGAT ACCTGTATAT
CAAGATTGAT AAAGGAATGA AGGGTTTTGG TGGTTTTAAA TTAAGCAATG ACTACACGGC
TATTGTTCCA GTACCAGAAT ACCCCAAAGA AATCAGTTTC TTGCATAAGG GTTCTTTGTT
AGCACTGAGT GGTGAGAAAA AACTGTCAGT TCTGATACGC GGAGTGCCTG CAGTTAAGTA
TGAATTCGCG CGTGTGTTGC CTGATAATGT CAATCAGCTG GTTACGCAAA CCCAAGGCGA
TTTCAGCAAT CCTTATTTTA TTAATCCCTC TTTTAATCAA CAAAACATCA GTCAAATTTT
CTCGGAAATC CAGCAATATG ACTCCACTGA TTTAACCAGA CAGCAATACA CATCCCTGGA
TCTGGGAAAA TATTTAGCAT CTGAAGCCAA TGCCTCAGGA CCGCAAGGAT TGTTCTTATT
ACAAGCAACA GGTTGGGATG TAGCTAATCA GTATGCTCTC GATGTTAAGG CCAGTCGTTT
GATATTGATT ACGGATTTGG GGATGGTGGT AAAAGACAAT AATGACGGGA GTCATGATGT
CTTTATTAGC TCCATTACAC AAGGACTCCC AGTTGCAGGG GCAACAGTTA CGATTTTAGG
TAAAAATGGC TTGCCCATTT TATCTCGTGT TACAGATGAA CAAGGGCGAG CAAATTTTCC
TACTCTGAAA GATTTTATTG AAGACAGAGA ACCAACCGTG TATTTGGCAA ACCTGAATAA
TGATGTGTCT TTTATTCCAT TCAATAACTA CAACAGGCAA TTGAATTTTT CAAAATTTGA
TATTGGAGGA ATCTATACCA ATGATCAGGA TTTGCAGAAC TTAACAGCTT ATTTATTTTC
TGATAGAGGA ATATATAGGC CCGGAGACAC AGTGCATGTT GGAATGATTG TAAAACGAGC
CTTTGCAGAA CCACAACCTT CTGGTCTGCC ATTACAAGCC ACTGTAGTAG ATGCCAGGGG
AACTACTATC AAAGACCAAA AAGTGACATT AAATGACACC GGTTATATGG AGCTTGATTT
TACTACCAGT GCCAATTCTC CCACTGGTCA GTATATGGTT TATTTATACT TGGTAAAAGA
TAACCACCCG CAAAATCTTC TCGGTTCAAC CAGTGTCCGT ATTTCCGAAT TCCAACCCGA
CAGAATGCGC ATTACTTCCA GCTTTGAACC CAAACCTTTT GATGGCTGGA GCTCACCCAC
TGATCTGAAA GCAAAGGTAG ATCTTTGGAA CTTGTATGGT GCCCCAGCTG CCAATAGAAG
GGTAAGCGGC AAAATTTTAT TAACTCCTCA GCGAGTGCAA TTTGACAACT ATCCTGATTA
TATTTTTGCG GATCCACTGT ATGATCCGAA AAAGCCCCCA AAAATTTTTA CAGAAAACCT
GGCAGAAGCA ACAACTAACG AGAATGGGCA GGCTGAATTT AGCTTGAATC TTGAACGTTT
TGAAAAGGCA ACTTATCAAT TAACTTTTTT TGCTGAAGGC TTTGAGCCTG GTAGTGGGAG
AAGTGTTACT ACACAAACTA AAACATTGGT CAGCCCTTTA CCCTATTTCA TTGGCTATAA
AGCTGATGGC GACTTGCATT TTATTAAACA AAACAGCGTC AGAAATGTTA ATTACATTGC
AATTAATCCA CAGTTGGGTA AAGAAGACGT AAAAAATTTA AAGATACAAT TAATTTCCCT
GCGCCCCGTC ACAACTCTGG TTAAAAAAGC TGACGGCACT TATCAATATC AATCCACAAT
ACAATCAACA GTCATCAATA CCAATCCATT CGAAATTAAA GAATCTGGTG TTAACTACAC
CCTGCCAACG AATACTATTG GTGATTACTC TCTCAACGTA TTAGATAAGG ATGATAGTAT
TCTTAGCCAG CTGCAATTTA GCGTAGTTGG TACCAGTCAG GCTCCTCTCG CTAAAAACGC
GGAATTATCT ATCAAACTTA ATAAAGAGGA ATATCAAGCT AATGAAGATA TAGAAATCCA
AATCACTGCT CCTTATACTG GCTCAGGCTT GATCACTATT GAAAGAGATA AAGTCTATGC
TGTGCATTGG TTTAAGACGG AAACCCAAAA CTCTGTACAA ACCATCCACA TACCTGCTGA
TTTTCAGGGT AATGGATATG TGAATGTGGC GTTTATTCGT GATTGGGAAT CTCCTGAACT
CTTCATTAGC CCGTTAAGTT ATAGCGTTGC TCCATTCAAT GTGAACCATG ATAAGCACGA
TATAAGAATT GGACTAAAAA CACCTGAATT AGCCCGTCCC GGAGAATCTT TTACGATCGA
TTATCACACA GACAAACCCG GTAAGATCAT CGTATTTGCA GTGGATGAAG GAATATTGCA
GGTTGCTAAT TATACAACAC CCGATCCACT CAGTTTCTTT TTCCAGAAAC GAGCATTAGA
AGTGCTAACT CAACAAACAG TTGATCAAAT TCTACCCAAG TTTATCCAGG ATAGAGAAAT
ATCTGCTGTT GGAGGTGATG AGGGTGAAGC GGCTTTAGCG AGTCGTCTCA ATCCATTCAA
GAGAAAGACT GACTTACCAG TTGTTTACTG GTCCGGTATT CTTGACACAG ACAGTGCTGA
CAGGCAGTTA ACTTATCAAA TACCTGATTA TTTTAACGGG TCCATTCGGG TAGTCGCTGT
GGCAGTTGCT AATGACTCAG TGGGATCTCG CGAAGTTTCA GCAGAGGTTC GCGGTGATTT
TATTATAAGT CCCAATGTGC CTACTTTCGT TGCACCCGGA GATGAATTTG AAATATCAGC
CACTGTGGCA AATAATATTA AAGATTCAGG AGAACATGCT CAAGTTGAAG TAGAACTTAC
CGCATCATCA GAGCTTGAAG CAATCGGTAG TGCGAAAGAG TCTCTGGAAA TCAGCGAAGG
CAATGAGCAA ACTGTGTATT TTAAATTGCG CGCTAAATCA CTGTTGGGAT CAGCAAGGAT
TGCTATCACT GCCAAATCAG GAGATAAATC AAGCAAGATG GATAGCACGC TCAGCGTCAG
GCCTGCCAAT CCCTTCACAA CATATATTAA TAGTGGCAAA TCACAAGATT CTCAAAAATC
GTTAGAGGTT ATCCAGACTT TATATCCGGA ACATCGCAAG GTAGAAGCCA CTATATCTAC
CAGTCCATTA GTTCTAATCT TTGGATTACA AAGATATTTG GATAATTTCC CATATGGTTG
TACGGAGCAA TTGACAAGCA AGGCCTTGCC CTGGCTGGTT ATGAACAGTT TACCCTGGTT
CAGTTCGGAA AGTGGCCCAA TTCACGAAAA AATTAATACC ACAATTCAAA TGTTAAGCCA
AAGACAAATG TCTAATGGCG GGTTTAGCTA TTGGCCTGGT CTAAGTGACA ATTCAGCGAA
TAGTTTTGCA TCAGTTTATG CCATGCATTT CTTAACTGAA GCAAGAGCAC AAGGATTCAA
CGTCCCCAGA GAGATGTTCT ACAATGGCAT TAATTACCTT AAAGAATTGG CTAGTCGCAA
TCCCACAGAT GCAGACTCAG CAAGAATTCA AGCCTACGCT ATCTATATTT TAACCCGTAA
TGAATTAGTC ACTACAAATT ATTTAGCCAA TTTGCAATTG TATTTACAGC AAGATTCTTC
AAAAAACTGG CTAAAAGACA TCACAGCAGT TTACATTGCA GCCACCTATC AATTATTAAA
AAGTTATAGT GAAGCGAATC AATTGATTGG CCAATATCAA CCACCAACAA ATAATGCATT
TACGACTGAT TTTTATGATC GCAATATCGC AGATGCGCAA TATCTCTATC TTGTTGCAAA
ACATTTTCCT AATTTACTGC CTCAAGTAAG CGACAATATA CTCATGAATT TGGTAGAAGC
GATAAATAAT GATGAAATCA ATACAGTTTT ATCAGGATTT TCTAGCTTGG CTTTGGGCGC
TTACCCACAA AATGAATCAG TAGATCTATC TGATAAGCTG TCCATAACAG AAGTACTGGC
AAACAATCAG CAGAGAAACA TCCCCTCTGA TCAAAATAAT TATCAAAAAT TAAATATTGA
TGAAACTGTC AAAACAATCC GCTTTAATAA TCCTGACAAA CAAACATTCT TTTATCAGCT
TGTTCAGTCA GGGTTTGATA AAATAATACC GACAGAACCT TTAAAGCAAG GCATAGAAAT
CTACAGAGAA TATCGGGATG AGAAAGGCAA TGTCATTGAT TCAGCGGTTT TGGGTGAAGA
AATTGAAGTA CACCTGCAAG TCCGGTCATT AGATAATAAT TATCTGAGCA ATATTGCCAT
TGAAGATCTC TTGCCAGGCG GGTTTGAGGT CGTTAGAGAC TCAGTAAAAA CGGACAATAT
GGATTATGCC GATGTCCGAG AAGACAGAGT TAACTTCTTC GGCTGGGTAG ATTTAACTGC
AAAAGAATTA GTTTATAAAA TAAAAGCGAC TAATGTTGGT AAATACATAG TTCCACCAGC
CTACGCAGAA GCCATGTATA ACCCAAATAC GAAGGCAAGA GGTTCTTCAT CAGTCATTAC
AGTGTCCAGA GAAGAAGATT AA
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| Protein sequence | MNKNPFSLIM NVLCSIFSTL FGKIKWNHPT WLVYLKHKSK NSPQIFWGTT LLFIVLLGAG
AYGAYWYNNL PKPTYTTASI TIPDITPNEE NLVPNNLIID FGIRSNEFIP QSVAPINLIG
KEIDEGIEMA PQIAGKWSWN SDSQLIFIPA EDWPAGQKYT IHFAKNFFAP NANIESYDLS
FTTKPFQATI REFKFYQDPV NAETRHAVAT IEFNYPVNQK NLEKNTSVVF QTIKNGKADL
TAESVPFSYT YDNNKRIAYL HSANIKIEDV SRYLLLTLNK NVSSSTDSAI LGQSISKNLL
IPDASNFLKI VSTSANIVRN DKDRPEQVLS IETSLGVNES EFNKSVHVYL LPQNYPATAA
EPEKSNYEWQ NPGEVTNNIL SLSTPLPKEL IPSEQNYTTL HGFKFKAQTP RYLYIKIDKG
MKGFGGFKLS NDYTAIVPVP EYPKEISFLH KGSLLALSGE KKLSVLIRGV PAVKYEFARV
LPDNVNQLVT QTQGDFSNPY FINPSFNQQN ISQIFSEIQQ YDSTDLTRQQ YTSLDLGKYL
ASEANASGPQ GLFLLQATGW DVANQYALDV KASRLILITD LGMVVKDNND GSHDVFISSI
TQGLPVAGAT VTILGKNGLP ILSRVTDEQG RANFPTLKDF IEDREPTVYL ANLNNDVSFI
PFNNYNRQLN FSKFDIGGIY TNDQDLQNLT AYLFSDRGIY RPGDTVHVGM IVKRAFAEPQ
PSGLPLQATV VDARGTTIKD QKVTLNDTGY MELDFTTSAN SPTGQYMVYL YLVKDNHPQN
LLGSTSVRIS EFQPDRMRIT SSFEPKPFDG WSSPTDLKAK VDLWNLYGAP AANRRVSGKI
LLTPQRVQFD NYPDYIFADP LYDPKKPPKI FTENLAEATT NENGQAEFSL NLERFEKATY
QLTFFAEGFE PGSGRSVTTQ TKTLVSPLPY FIGYKADGDL HFIKQNSVRN VNYIAINPQL
GKEDVKNLKI QLISLRPVTT LVKKADGTYQ YQSTIQSTVI NTNPFEIKES GVNYTLPTNT
IGDYSLNVLD KDDSILSQLQ FSVVGTSQAP LAKNAELSIK LNKEEYQANE DIEIQITAPY
TGSGLITIER DKVYAVHWFK TETQNSVQTI HIPADFQGNG YVNVAFIRDW ESPELFISPL
SYSVAPFNVN HDKHDIRIGL KTPELARPGE SFTIDYHTDK PGKIIVFAVD EGILQVANYT
TPDPLSFFFQ KRALEVLTQQ TVDQILPKFI QDREISAVGG DEGEAALASR LNPFKRKTDL
PVVYWSGILD TDSADRQLTY QIPDYFNGSI RVVAVAVAND SVGSREVSAE VRGDFIISPN
VPTFVAPGDE FEISATVANN IKDSGEHAQV EVELTASSEL EAIGSAKESL EISEGNEQTV
YFKLRAKSLL GSARIAITAK SGDKSSKMDS TLSVRPANPF TTYINSGKSQ DSQKSLEVIQ
TLYPEHRKVE ATISTSPLVL IFGLQRYLDN FPYGCTEQLT SKALPWLVMN SLPWFSSESG
PIHEKINTTI QMLSQRQMSN GGFSYWPGLS DNSANSFASV YAMHFLTEAR AQGFNVPREM
FYNGINYLKE LASRNPTDAD SARIQAYAIY ILTRNELVTT NYLANLQLYL QQDSSKNWLK
DITAVYIAAT YQLLKSYSEA NQLIGQYQPP TNNAFTTDFY DRNIADAQYL YLVAKHFPNL
LPQVSDNILM NLVEAINNDE INTVLSGFSS LALGAYPQNE SVDLSDKLSI TEVLANNQQR
NIPSDQNNYQ KLNIDETVKT IRFNNPDKQT FFYQLVQSGF DKIIPTEPLK QGIEIYREYR
DEKGNVIDSA VLGEEIEVHL QVRSLDNNYL SNIAIEDLLP GGFEVVRDSV KTDNMDYADV
REDRVNFFGW VDLTAKELVY KIKATNVGKY IVPPAYAEAM YNPNTKARGS SSVITVSREE
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