| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | lpl1630 |
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| Symbol | |
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| ID | 3114065 |
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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. Lens |
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| Kingdom | Bacteria |
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| Replicon accession | NC_006369 |
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| Strand | + |
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| Start bp | 1807325 |
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| End bp | 1813090 |
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| Gene Length | 5766 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 | 637583394 |
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| Product | hypothetical protein |
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| Protein accession | YP_126969 |
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| Protein GI | 54294554 |
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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 | ATGAACAAAA ACCCATTCTC CCTAATTATG AATGTATTGT GTTCAATATT TTCAACTCTA
TTCGGTAAAA TAAAATGGAA TAGCCCGACC TGGTTAGTTT ATTTAAAACA CAAATCAAAA
AATTCTCCAC AAATATTTTG GGGAACAACT CTATTATTTA TCGTGTTATT AGGTGCAGGA
GCATATGGTG CTTATTGGTA TAATAATTTG CCAAAACCAA CTTATACTAC TGCATCCATC
ACAATACCAG ACATCACACC TAATGAGGAA AACCTTGTTC CCAATAATCT CATTATTGAT
TTCGGTATTA GAAATAACGA ATTTATCCCA CAATCAGTTG CCCCCATTAA TTTAATTGGC
AAAGAAATTG ATGAAGGGAT AGAAATGGCA CCACAAATTG CGGGCAAATG GAGCTGGAAT
AGTGATAGCC AATTAATTTT TATTCCCGCT GAAGATTGGC CTGCAGGGCA AAAATATACT
ATTCATTTTG CAAAAAATTT TTTTGCACCC AATGCGAATA TTGAAAGTTA TGATTTATCC
TTTACAACAA AGCCCTTTCA AGCCACAGTC CGCGAGTTCA AATTTTATCA AGATCCCGTC
AATGCAGAAA CAAGGCACGC TGTAGCCACT ATAGAGTTCA ACTATCCAGT AAATCCAAAA
AATCTTGAAA AAAATACTTC TGTTGTATTC CAAACCATTA AAAATGGAAA AGCAGACCTC
ACTGCAGAAT CCGTTCCTTT TTCTTATAAT TATGATAATA ATAAACGAAT TGCCTATCTT
CATTCGGCAA ATATCAAAAT AGAAGATGTA TCGCGTTATT TACTTTTAAC TTTGAATAAA
AACGTTAGTT CTTCAACTGA TTCAGCAATT CTTGGGCAAC CAATTAGTAA AAATTTGCTA
ATACCCGATG CAAGTAACTT TCTAAAAATA GTTTCAACAT CGGCTAATAT AGTCCGTAAT
GATAAAGACA GGCCCGAACA GGTACTTAGT ATTGAGACCA GTTTGGGTGT TAATGAAAGT
GAGTTTAATA AATCAGTACA TGTCTATTTG CTCCCGCAGA ATTATCCTGC TACCGCTGCA
GAACCGGAAA AATCCAATTA CGAATGGCAA AATCCAGGTG AAGTAACGAA TAACATTTTG
TCTCTGTCGA CTCCATTACC CAAAGAGGTA ATCCCTTCGG AACAAAATTA TACTACGTTG
CATGGCTTCA AATTTAAAGC TCAAACTCCC AGATACCTGT ATATCAAGAT TGATAAAGGA
ATGAAGGGTT TTGGTGGTTT TAAATTAAGC AATGATTACA CGGCTATCGT TCCAGTACCA
GAATACCCCA AAGAAATCAG TTTCTTGCAT AAGGGTTCTT TGTTAGCACT AAGTGGTGAA
AAAAAACTGT CAGTTCTGAT ACGCGGAGTG CCTGCAGTTA AGTATGAATT TGCGCGTGTG
TTGCCTGATA ATGTCAATCA GCTGGTTACG CAAACCCAAG GCGATTTCAG CAATCCTTAT
TTTATTAATC CCTCTTTTAA TCAACAAAAC ATAAGTCAAA TTTTCTCGGA AATCCAGCAG
TATGACTCCA CTGATTTAAC CAGACAGCAA TACACATCCC TGGATCTGGG AAAATATTTA
GCATCTGAAG CCAATGTCTC AGGACCGCAA GGATTGTTCT TATTACAAGC AACAGGTTGG
GATGTAGCCA ATCAGTATGC TCTCGATGTT AAGGCCAGTC GTTTGATATT GATTACGGAT
CTGGGGATGA TGGTAAAAGA CAATAATGAT GGGAGCCATG ATGTCTTTAT TAGCTCCATT
ACACAAGGAC TCCCAGTTGC AGGGGCAACA GTTACGATTT TAGGTAAAAA TGGTTTGCCC
ATTTTATCTC GGGTTACAGA TGAACAAGGG CGAGCAAATT TTCCTACTCT GAAAGATTTT
ATTGAAGACA GAGAACCAAC TGTGTATTTG GCAAACCTGA ATAATGATGT GTCTTTTATT
CCATTCAATA ACTACAACAG GCAATTGAAT TTTTCAAAAT TTGATATTGG AGGAATCTAT
ACCAATGATC AGGATTTGCA GAACTTAACA GCTTATTTAT TTTCTGATAG AGGAATATAT
AGGCCCGGAG ACACTGTGCA TGTTGGAATG ATTGTAAAAC GAGCCTTTGC AGAACCACAA
CCTTCTGGTC TGCCATTACA AGCCACTGTA GTAGATGCCA GGGGAACTAC TATCAAAGAC
CAAAAAGTGA CATTGAATGA CACCGGTTAT ATGGAGCTTG ATTTTACTAC CAGTGCCAAT
TCTCCCACTG GTCAGTATAT GGTTTATTTA TACTTGGTAA AAGACAACCA CCCGCAAAAT
CTTCTCGGTT CAACCAGTGT TCGTATTTCT GAATTCCAAC CCGACAGAAT GCGTATTACT
TCCAGCTTTG ATCCCAAACC TTTTGATGGC TGGAGCTCAC CCACTGACCT GAAAGCAAAG
ATAGATCTTT GGAACTTGTA TGGTGCCCCA GCTGCCAATA GAAGAGTAAG CGGCAAAATT
TTATTAACTC CTCAGCGAGT GCAATTTGAC AACTATCCTG ATTATATTTT TGCGGATCCA
CTGTATGATC CGAAAAAGCC CCCAAAAGTT TTTACAGAAA ATCTGGCAGA AGCAACAACT
AACGAGAATG GGCAGGCTGA ATTTAGCCTA AATCTTGAAC GTTTTGAAAA GGCAACTTAT
CAATTAACTT TTTTTGCTGA AGGCTTTGAG CCTGGTAGTG GGCGAAGTGT TACTGCACAA
ACTAAAACAT TGGTCAGCCC TTTACCCTAT TTCATTGGCT ATAAAGCTGA TGGCGATTTG
CATTTTATTA AACAGAACAG TGTCAGAAAT GTTAATTATA TTGCAATTAA TCCACAGCTG
GGTAAAGAAG ACGTAAAAAA TTTAAAGATA CAATTAATTT CCCTGCGCCC CGTCACAACT
CTGGTTAAAA AAGCCGATGG CACTTATCAA TATCAATCCA CAATACAATC TACAGTCATC
AATACCAATC CATTTGAAAT TAAAGAATCT GGCATTAACT ACAGCCTGCC AACGAATACT
ATTGGTGATT ACTCCCTCAA CGTATTAGAT AAGGATGATA GCATTCTTAG CCAACTGCAA
TTTAGCGTAG TTGGTACCAG CCAGGCTCCT CTCGCTAAAA ATGCGGAATT ATCTATCAAA
CTTAATAAAG AGGAATATCA AGCTAATGAA GATATAGAAA TCCAAATCAC TGCTCCTTAT
ACTGGCTCAG GCTTGATCAC TATTGAAAGA GATAAAGTCT ATGCTGTGCA TTGGTTTAAG
ACAGAAGCCC AAAATTCTGT ACAAACCATC CGCGTACCTG CTGATTTCCA GGGTAATGGA
TATGTGAATG TGGCTTTTAT TCGTGATTGG GAGTCTCCTG AGCTCTTCAT TAGCCCTTTA
AGTTATAGTG TTGCTCCATT CAATGTGAAC CATGATAAAC ACGATATAAA AATTGGACTA
AAAACACCTG AATTAGCCCG TCCCGGAGAA TCTTTTACGA TTGATTATCA CACAGACAAA
CCCGGTAAGA TCATCGTATT TGCAGTGGAT GAAGGAATAT TGCAGGTTGC CAATTATACT
ACACCCGATC CACTTAGCTT CTTTTTCCAG AAACGAGCAT TAGAAGTATT AACCCAACAA
ACAGTTGATC AAATTCTACC TAAATTCATC CAGGATAGAG AAATATCTGC TGTTGGAGGT
GATGAAGGTG AAGCGGCTTT AGCAAGTCGC CTCAATCCAT TCAAGAGAAA GACCGACTTA
CCAGTTGTTT ACTGGTCCGG TATTCTTGAC GCAGACAATA CTGACAGGCA ATTATCTTAT
CAAATACCTG ATTATTTTAA CGGGTCCATT CGGGTAATCG CTGTGGCAGT CGCTAATGAC
TCTGTGGGAT CTCGCGAAGT TTCAGCAGAG GTTCGCGGTG ATTTTATTAT AAGTCCAAAT
GTGCCTACTT TCGTTGCACC TGGAGATGAA TTTGAAATAT CAACCACTGT GGCAAATAAT
ATTAAAGATT CAGGAGAACA CGCTCAAGTT GAAGTAGAAC TTACCGCATC ACCAGAGCTT
GAAGTAATCG GTAGTGCGAA AGAGTCTCTG GAAATCAGTG AAGGCAATGA GCAAACTGTG
TATTTTAAAT TGCGCGCTAA ATCACTGTTG GGATCAGCAA AGATTGCTAT CACTGCCAAA
TCAGGAGATA AATCAAGCAA GATGGATAGT ACGCTCAGCG TCAGGCCTGC CAATCCGTTC
ACAACATACA TTAATAGTGG CAAATCACAA GATTCTCAAA AATCATTAGA GGTTATCCAG
ACATTATATC CGGAGCATCG CAAGGTAGAA GCGACTATAT CGACCAGTCC ATTAGTTCTA
ATCTTTGGAT TACAAAGATA TTTGGATAAT TTCCCATATG GTTGTACGGA GCAATTAACA
AGCAAGGCCC TGCCCTGGCT GGTTATGAAC AGTTTACCCT GGTTCAGTTC GGAAAGTGGC
CCAATTCACG AAAAAATTAA TACCACAATT CAAATGTTAA GCCAAAGACA AATGTCTAAT
GGTGGGTTTA GCTATTGGCC TGGTCTAAGT GACAATTCAG CGAATAGTTT TGCATCAGTT
TATGCTATGC ATTTCTTAAC TGAAGCAAGA GCCCAAGGAT TCAACGTCCC CGGAGAGATG
TTCTACAATG GCATTAATTA CCTTAAAGAA TTGGCTAGTC GTAATCCCAC AGATGCAGAC
TCAGCAAGAA TTCAAGCCTA TGCCATCTAT ATTTTAACCC GTAATGAATT AGTCACTACA
AATTATTTAG CCAATTTACA ATTGTATTTA CAGCAAGATT CTTCAAAAAA CTGGCTAAAA
GACATCACAG CAGTTTACAT TGCAGCCACC TATCAATTAT TAAAAAGTTA TAGTGAAGCG
AATCAATTGA TTGGCCAATA TCAACCGGCA ACAAATAATA CATTTACGAC TGATTTTTAT
GATCGCAATA TCGCCGATGC GCAATATCTC TATCTTGTTG CAAAACATTT TCCTAATTTA
CTGCCTCAAG TAAGCGACAA TATACTCATG AATTTGGTAA ACGCGATAAA TAATGATGAA
ATCAATACAG TCTTATCAGG ATTTTCTAGC CTGGCTTTGG GCGCTTACCC ACAAAATGAA
TCAGTAGAGC AATCTGATAA GCTGTCCATA ACAGAGGTAT TGGCAAACAA TCAGCAGAGA
AACATCCCTG CCGATCAAAA TAACTATCAA AAATTAAATA TTGATGAAAT TGTCAAAACA
ATCCGCTTTA ATAATCCTGA CAAACAAATA TTCTTTTATC AGCTTGTTCA GTCAGGGTTT
GATAAAATTA TACCGACAGA GCCTTTAAAA CAAGGCATAG AAATTTACAG AGAATATCGG
GATGAGAAAG GCAATGTCAT TGATTCAGCG GTTTTGGGTG AAGAAATTGA AGTACACCTG
CAAGTCCGAT CATTAGATAA TAATTATCTG AGCAACATTG CCATTGAAGA TCTCTTGCCA
GGTGGGTTTG AGGTCGTTAG AGACTCAGTA AAAACGGACA ATATGGATTA TGCCGATGTC
AGGGAAGACA GAGTTAACTT CTTTGGCTGG GTAGATTTAA CTGCAAAAGA ATTAGTTTAT
AAAATAAAAG CGACTAACGT TGGTAAATAC ATAGTTCCAC CAGCCTACGC AGAAGCCATG
TATAACCCAA ATACGAAGGC AAGAGGTTCT TCATCAGTCA TTACAGTGTC CAGAGAAGAA
GATTAA
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| Protein sequence | MNKNPFSLIM NVLCSIFSTL FGKIKWNSPT WLVYLKHKSK NSPQIFWGTT LLFIVLLGAG
AYGAYWYNNL PKPTYTTASI TIPDITPNEE NLVPNNLIID FGIRNNEFIP QSVAPINLIG
KEIDEGIEMA PQIAGKWSWN SDSQLIFIPA EDWPAGQKYT IHFAKNFFAP NANIESYDLS
FTTKPFQATV REFKFYQDPV NAETRHAVAT IEFNYPVNPK NLEKNTSVVF QTIKNGKADL
TAESVPFSYN YDNNKRIAYL HSANIKIEDV SRYLLLTLNK NVSSSTDSAI LGQPISKNLL
IPDASNFLKI VSTSANIVRN DKDRPEQVLS IETSLGVNES EFNKSVHVYL LPQNYPATAA
EPEKSNYEWQ NPGEVTNNIL SLSTPLPKEV IPSEQNYTTL HGFKFKAQTP RYLYIKIDKG
MKGFGGFKLS NDYTAIVPVP EYPKEISFLH KGSLLALSGE KKLSVLIRGV PAVKYEFARV
LPDNVNQLVT QTQGDFSNPY FINPSFNQQN ISQIFSEIQQ YDSTDLTRQQ YTSLDLGKYL
ASEANVSGPQ GLFLLQATGW DVANQYALDV KASRLILITD LGMMVKDNND GSHDVFISSI
TQGLPVAGAT VTILGKNGLP ILSRVTDEQG RANFPTLKDF IEDREPTVYL ANLNNDVSFI
PFNNYNRQLN FSKFDIGGIY TNDQDLQNLT AYLFSDRGIY RPGDTVHVGM IVKRAFAEPQ
PSGLPLQATV VDARGTTIKD QKVTLNDTGY MELDFTTSAN SPTGQYMVYL YLVKDNHPQN
LLGSTSVRIS EFQPDRMRIT SSFDPKPFDG WSSPTDLKAK IDLWNLYGAP AANRRVSGKI
LLTPQRVQFD NYPDYIFADP LYDPKKPPKV FTENLAEATT NENGQAEFSL NLERFEKATY
QLTFFAEGFE PGSGRSVTAQ TKTLVSPLPY FIGYKADGDL HFIKQNSVRN VNYIAINPQL
GKEDVKNLKI QLISLRPVTT LVKKADGTYQ YQSTIQSTVI NTNPFEIKES GINYSLPTNT
IGDYSLNVLD KDDSILSQLQ FSVVGTSQAP LAKNAELSIK LNKEEYQANE DIEIQITAPY
TGSGLITIER DKVYAVHWFK TEAQNSVQTI RVPADFQGNG YVNVAFIRDW ESPELFISPL
SYSVAPFNVN HDKHDIKIGL KTPELARPGE SFTIDYHTDK PGKIIVFAVD EGILQVANYT
TPDPLSFFFQ KRALEVLTQQ TVDQILPKFI QDREISAVGG DEGEAALASR LNPFKRKTDL
PVVYWSGILD ADNTDRQLSY QIPDYFNGSI RVIAVAVAND SVGSREVSAE VRGDFIISPN
VPTFVAPGDE FEISTTVANN IKDSGEHAQV EVELTASPEL EVIGSAKESL EISEGNEQTV
YFKLRAKSLL GSAKIAITAK SGDKSSKMDS TLSVRPANPF TTYINSGKSQ DSQKSLEVIQ
TLYPEHRKVE ATISTSPLVL IFGLQRYLDN FPYGCTEQLT SKALPWLVMN SLPWFSSESG
PIHEKINTTI QMLSQRQMSN GGFSYWPGLS DNSANSFASV YAMHFLTEAR AQGFNVPGEM
FYNGINYLKE LASRNPTDAD SARIQAYAIY ILTRNELVTT NYLANLQLYL QQDSSKNWLK
DITAVYIAAT YQLLKSYSEA NQLIGQYQPA TNNTFTTDFY DRNIADAQYL YLVAKHFPNL
LPQVSDNILM NLVNAINNDE INTVLSGFSS LALGAYPQNE SVEQSDKLSI TEVLANNQQR
NIPADQNNYQ KLNIDEIVKT IRFNNPDKQI FFYQLVQSGF DKIIPTEPLK QGIEIYREYR
DEKGNVIDSA VLGEEIEVHL QVRSLDNNYL SNIAIEDLLP GGFEVVRDSV KTDNMDYADV
REDRVNFFGW VDLTAKELVY KIKATNVGKY IVPPAYAEAM YNPNTKARGS SSVITVSREE
D
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