| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | lpl0288 |
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| Symbol | sidE |
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| ID | 3114592 |
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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 | 322701 |
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| End bp | 327188 |
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| Gene Length | 4488 bp |
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| Protein Length | 1495 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 637582056 |
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| Product | SidE protein, substrate of the Dot/Icm system |
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| Protein accession | YP_125655 |
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| Protein GI | 54293240 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0419] ATPase involved in DNA repair |
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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 | ATGCCTAAGT ACGTTGAAGG GATAGAATTA ACCCAAGAAG GGATGCATGC TATTTTTGAA
CGCATGGGAC ATCCAAATAT TACCAGCGGT ACTATCTACA ACGGAGAGCC TACAATTGAT
AAAGGTGCTC TTGACAGGCA AGGCTTTATG CCAGTATTGA CCGGGGTCAG CCCAAGGCAA
GACTCGGGAC ATTGGATTAT GTTAATTAAA GGTCAAGGCA ATCAATATTT CCTCTTTGAC
CCGCTGGGAG AAAGCTCGGG AAAATATTAC CAAAATATTT TAGCTAAAAA ACTACCTGGC
GCTACACTTT CTGTTATTCC TAATAATGCT GGATTAAATA TGGGATTATG CGGCTATTGG
GTTGCCTCAG TTGGTTTAAG AGCTCATGCG GCTTTAACAC AACCTATTCC CCCTTCTTTA
AGAAATGTGG GTCAAACCAT TACCCAGGAA ATGCGAGATG AACTAACACA AGATGGAAGC
GAAAAAATTA CACAATGGTT ACGGGCCGTT GGCAATGAAT TTCCAGATGG TGATATACAA
CCTGATGCCA CAGCCTTAAG ACGTGCTACT GAAAAGAATG TACGTATTGA TGAGTTTCAG
CCTGTTTTAA CTGGAACATC ACCTAAAGAA ATTTCGATAA ATCCTACTGC TCCTCAAGAA
GTATCCGTTC CCACGTGGAA TGGTTTTTCC TTATATACTG ATGAAACCGT GAGAAATGCA
GCAAGATACG CGTATGATAA TTACTTGGGA AAACCTTATA CCGGTACAGT AGAAGCGACA
CCTGTCAATT TTGGTGGGCA AATGGTATAC AGGCAACACC ATGGTCTTGC CCACACATTG
CGCACCATGG CCTATGCGGA AATCATTGTT GAGGAAGCGC GAAAAGCAAA ATTAAGGGGT
GAATCATTAA AAACATTTGC TGATGGTCGT ACTCTGGCGG ATGTTACGCC TGAAGAATTG
AGAAAAATCA TGATCGCCCA GGCCTTCTTT GTCACTGGAA GAGACGATGA AGAATCCTCC
AAGAATTATG AAAAATACCA CGAACAAAGC CGAGATGCTT TTTTGAAATA TGTCGAAGAG
AATAAATCCA CTTTAATTCC CGATGTATTC AAAGATGAAA AAGATGTCAA ATTCTATGCT
GATGTCATTG AAGATAAAGA TCATAAATGG GCAGATTCAC CGGCGCATGT CCTGGTCAAT
CAGGGCCATA TGGTTGATTT GGTCAGAGTA AAACAACCCC CTGAATCTTA CCTGGAATAC
TATTTTTCAC AACTTCAACC CTGGATAGGT TCAACAGCTA CGGAAGCAGT TTTTGCGACA
CAGAGACAAT TCTTCCATGC CACCTATGAA GCAGTTGCGG GCTTTGATAG CGAAAACAAA
GAACCTCATC TGGTGGTCGA TGGTTTAGGT CGCTATGTGA TTGGACAAGA TGGCAATCCA
ATACGCGAAG AATCTGATGA CGAAGACGAG GAAGAATCAG GTGAATTAAA ATTTTTCTCA
CAAAAAAAGA AACTCGAGGA AAACCAACGT TACATGCGCG TTGATGAATA TTTAAAACTT
GATGAGGTCC AAAAGCGATT CCCTGGCGCT GGTAAAAAAC TCGATGGGGG GCTGCCTGGA
CTGAAAGAAT ATCAATATTT ACAACGCTTG AACTCAATAA ACAGAGCACG GTGTGAAAAC
GACGTCGACT TTTGTTTGGG ACAATTACAA ACGGCACATC ATCAAACCAA AATTACTCCA
ATAAAAAGAG CCTTCCAATC CAGCTCTGAT AAAGTGAGAA GACAACCCAA TATGGATGAA
ATTGCTGCTG CCCGTATTAT TCAGCAAATC ATGGCCAATC CTGATTGCAT CCATGACGAT
CATGTGCTGC TCAATGGTCA AAAACTGGAA GAAAAATTTT TCCGTAATTT GTTGGCGAAA
TGTGACATGG CTATTGTAGG GTCGCTATTA AACGATACAG ACATTAGAAA TATCGACACC
TTAATGCAAC ATGAGAGAAA CACAGAATTT CACTCAACAG ATGCCAAAGC AAAACCGGTG
AAACTGGGAG AAACATGGGA AAAAACAATC AGATCGGGTG GTGGGGTTAC TCAGATAAAA
CATGATTTAA TTTTCCTCAT GCAAAATGAT GCCTGGTACC ATACTCGAGT CAATGCGATT
GCGCAAAACC GGGATAAAGA TTCAACATTC AAAGAAGTGT TGATTACCGC TTTAATGACA
CCATTGACTA ACAAATCATT GATAGATACA TCACGTTCCC CGGCCCCAAA AACGCTATTC
CGTGGCTTGG ATCTGTCAGA AGAGTTTAAA AATAAATTAA TTAACCAGGC TGAAACCATC
ATTGCCAATA CGACAGAACA TCTCTTTACT GATCTGTCGA CAGAAGCCTT TAAACAAATT
AAATTAAATG ACTTTAGCCA GGTTTCTGCT AGAACTTGTG CCAGTACTTC CACTAACATT
GAAGTTCCCA GGACAATCTT TGGCTCCAAT ACCATCTTTG AAATACTTGA TCCCGATGGT
TTATTACACC CCAAACAAGT TGGAACCCAT GTATCAGGGT CAGAAAGTGA ATATTCCATT
TATTTGCCGG AAGATGTTGC CTTGGTTCCA ATCAAAGTAA GCTTTGATGG AAAAACAGGT
AAAGGCAAAG ACCGACATAT TTTTACTTTA GTCGCGGTAA AAAGCCCTGA TTTCACGCCA
AAGCATGAAA GTGGTTATGC TGTTGAACCT CTTTTGAAAA TGCAAACGCC AAAATTAGAA
GAAGTTCAAA GATTAGTTGA GCAAGCAAGG GAAGAACCTG ACCTGGAAAG GGTATTCAAT
TTACAATCGA GAGTAGCAAG ACAAGCCAGA TTCTCCACTG AATCAGGATA TAAAACGTTT
CTGAATGAAA AGGTGGCGCC TGTGTTGGAA CAAAGCCTCA ATGGCCTCTT GGACAATAAT
GTAACCATTC TAGGCAAAGC ATTATCAGCA TTCCCTTCAG ACGGCCAATG GTCTGCCTTT
AATTCAGTTG AAGCAAGGCA AATGAAAATA CAGATGGATG CCATTAAGCA AATGGTTGAA
AAGAAAGCCG TCCTCGAAGG TCAAATTCTC CCTGCCTTGG CTCAATGCCA GAATGCTTTG
GAGAAACAAA ATATTGCAGG TGCATTACAA GCACTTAGAA ACATCCCTTC TGAAAAAGAA
ATGCAAACCA TGCTGTCAAT TAGTGGTGGT TTGAGAGGAC AAATCCAGCG TACCAAGCAA
GATTTGACTG AAACTCTGGA ACCACTTCAA CGCGCCATAA CTTCTAAATT GGTAAGCGAT
CAAGAAAAAG TGAACGTGCG TTATGAAAAG CTGATAGCAA GCATACCTCA ACGGATCGCC
GATCTTGAAA AAGCTGCGCT TTCTGATCTT GCCGGTGTTA AAAAAGTTGT CTCTCATTTT
AATCAGCTGC AAGAAGAATT AAAGTTGCTG CGTAATGAAA AAATTCGAAT GCACACTGGC
TCTGAAAAAA TTGATTTTTC AGATATCGCA CAATTAGAGG CGCAACTACA AAAAATCCAT
ACTAAATTAT ATGACGCCTA TTTGGTTGAA TTAACTAAAG AAATTTCAGC ACTGGTTAAA
GAAAAACCGA AAAACCTGGC CGACGTGAAA AGGATGGTTT CGAATTTCTA TGCTATGTCA
GCTGATATTG AACAATTGCG TCAGGAAAAG ATAAAAGAAC ACGGTGAGTC AAAAGATCCG
ATTGATATGT CTGATATTGA TAAATTAAAG GAAGAACTAC AAAAAATTAA TCAATTTTTA
GTGAAGGCGA TGGGAACTAA TATCAGGGTT TCACTGAATC AAATGGAAGT AAAAACTTTT
GATGCCCAGG AAAAGGAAGC ACAACAAAAT TTGAAGCAAT TAGACGAACT GATTAATAAA
TTGGAAAGTT CTCATGCTGT ACAGAAACAA AAAGAAGAAC TCGAAAAATT AAACCAATTG
CTTGTCGAGA AGCGCAAAGC CTATCCCGCA ATGGTGCAGT TGCAATTCAG GAGTGAAGCA
TTAATTATCC ATTTACGTGA ATTATGTGAA GCTCATCAAG CTCAAATGGC TAAAACAAGA
AATGTAAGGG CGCAAGAAAT CACTAATGGA CGATGGAAAG TACAATGGTT GACTGATTGG
GTTGGTTTAA CTACAGATGA GCGGGTAACT CTTGCCAACA AAGAAAAAGA ATTGGCTAAA
TTCAAGGAAG ATTTAAATAA TGACGAGTAT GATTTGCAGG AACTCATCAG TAACCTGGCT
GAGAAAAACC CGTCAGAATT GGAAGAAGCC ATAGGGATAT CTAAAGAGAG CGCTCAGAAA
TTGCATAAAC TGTTAACTCA TCTAAACCAC AGTACAACAT TTATGAATAA AATCGACCAA
CGATTACAGT CTATTGATGA GCTATTAAAC GAGTTTGGCA AGCAATCGCC CCGAACTGAA
ATGATAAAAA CTGTTGAGGA AAAACAAGGA ACTCTCTTAA GATTGTAA
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| Protein sequence | MPKYVEGIEL TQEGMHAIFE RMGHPNITSG TIYNGEPTID KGALDRQGFM PVLTGVSPRQ
DSGHWIMLIK GQGNQYFLFD PLGESSGKYY QNILAKKLPG ATLSVIPNNA GLNMGLCGYW
VASVGLRAHA ALTQPIPPSL RNVGQTITQE MRDELTQDGS EKITQWLRAV GNEFPDGDIQ
PDATALRRAT EKNVRIDEFQ PVLTGTSPKE ISINPTAPQE VSVPTWNGFS LYTDETVRNA
ARYAYDNYLG KPYTGTVEAT PVNFGGQMVY RQHHGLAHTL RTMAYAEIIV EEARKAKLRG
ESLKTFADGR TLADVTPEEL RKIMIAQAFF VTGRDDEESS KNYEKYHEQS RDAFLKYVEE
NKSTLIPDVF KDEKDVKFYA DVIEDKDHKW ADSPAHVLVN QGHMVDLVRV KQPPESYLEY
YFSQLQPWIG STATEAVFAT QRQFFHATYE AVAGFDSENK EPHLVVDGLG RYVIGQDGNP
IREESDDEDE EESGELKFFS QKKKLEENQR YMRVDEYLKL DEVQKRFPGA GKKLDGGLPG
LKEYQYLQRL NSINRARCEN DVDFCLGQLQ TAHHQTKITP IKRAFQSSSD KVRRQPNMDE
IAAARIIQQI MANPDCIHDD HVLLNGQKLE EKFFRNLLAK CDMAIVGSLL NDTDIRNIDT
LMQHERNTEF HSTDAKAKPV KLGETWEKTI RSGGGVTQIK HDLIFLMQND AWYHTRVNAI
AQNRDKDSTF KEVLITALMT PLTNKSLIDT SRSPAPKTLF RGLDLSEEFK NKLINQAETI
IANTTEHLFT DLSTEAFKQI KLNDFSQVSA RTCASTSTNI EVPRTIFGSN TIFEILDPDG
LLHPKQVGTH VSGSESEYSI YLPEDVALVP IKVSFDGKTG KGKDRHIFTL VAVKSPDFTP
KHESGYAVEP LLKMQTPKLE EVQRLVEQAR EEPDLERVFN LQSRVARQAR FSTESGYKTF
LNEKVAPVLE QSLNGLLDNN VTILGKALSA FPSDGQWSAF NSVEARQMKI QMDAIKQMVE
KKAVLEGQIL PALAQCQNAL EKQNIAGALQ ALRNIPSEKE MQTMLSISGG LRGQIQRTKQ
DLTETLEPLQ RAITSKLVSD QEKVNVRYEK LIASIPQRIA DLEKAALSDL AGVKKVVSHF
NQLQEELKLL RNEKIRMHTG SEKIDFSDIA QLEAQLQKIH TKLYDAYLVE LTKEISALVK
EKPKNLADVK RMVSNFYAMS ADIEQLRQEK IKEHGESKDP IDMSDIDKLK EELQKINQFL
VKAMGTNIRV SLNQMEVKTF DAQEKEAQQN LKQLDELINK LESSHAVQKQ KEELEKLNQL
LVEKRKAYPA MVQLQFRSEA LIIHLRELCE AHQAQMAKTR NVRAQEITNG RWKVQWLTDW
VGLTTDERVT LANKEKELAK FKEDLNNDEY DLQELISNLA EKNPSELEEA IGISKESAQK
LHKLLTHLNH STTFMNKIDQ RLQSIDELLN EFGKQSPRTE MIKTVEEKQG TLLRL
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