| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | lpp2096 |
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| Symbol | sdeA |
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| ID | 3116424 |
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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 | 2387438 |
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| End bp | 2392141 |
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| Gene Length | 4704 bp |
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| Protein Length | 1545 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 637580794 |
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| Product | hypothetical protein |
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| Protein accession | YP_124408 |
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| Protein GI | 54298039 |
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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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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 | GGGAGAAATC ATAATGCCTA AGTATGTCGA AGGGGTAGAA CTCACTCAAG AAGGTATGCA
TGCCATTTTT GCACGCATGG GGTATGGCAA TATTACCAGC GGTAGTATTT ACAATGGAGT
GCCAACTATT GACACAGTAG CCCTGAACAA CCAGGGCTTT ATGCCTGTGT TAACTGGGGT
AGGACCACAC AGAGACTCCG GACACTGGAT TATGTTAATC AAAGGGCCTG GTAACCAATA
CTACCTATTT GACCCATTAG GCAGAACATC GGGTGAAGGT TATCAAAATA TTTTAGCAGC
CCAATTACCC ATGGGATCTA CCCTTTCAGT TATTCCCAAT GGTTCTGGTT TGAATATGGG
ATTATGCGGC TATTGGGTCG CCTCTGCCGG CTTAAGAGCA CACCAGGCAT TAAATCAACA
TAACCCCCCT ACTTTGATGA ATCTGGGCCA AACCATTACC GATGAAATGC GTAATGAACT
TGATCATGAC GGTTATCGAA AAATTACCGG TTGGTTACTT GCTGTTGCTG ATGAATTCCC
TGAGGGTGAC CCACAATTAG ATGGAAAAGC ATTAAGGGAA AACACTGAAA AAGATCTAAA
AATAGAAATT CCCACCCTGG TTCTTCCGGG AAAAGATACC TCCCCTAAAG AGGCACCTGT
AAAACCCACT GCACCGCAAG ATAAATCAGT GCCTGTCTGG AATGGGTTTT CATTATATAC
CGATGATACC GTTAAAGCAG CGGCACAATA CGCTTATGAC AACTATCTTG GAAAACAGTA
TACCGGACCA GTTGAATCAG CACCCGCGAA TTTTGGCGGT CGAATGGTGT ACAGACAACA
TCATGGTCTT TCCCATACTT TACGTACAAT GGCTTATGCG GAATTGATTG TTGAAGAAGC
GCGTAAAGCT AAATTACGGG GTGAAACATT AGGGAAATTC AAAGACGGAC GTACTATTGC
TGATGTTACC CCTGAAGAAC TGAAAAAAAT CATGATTGCC CAGGCGTTTT TTGTAGCTGG
AAGAGACGAT GAGGAATCCG AAAAAAATTA TGCCAAATAC CATCAGCAAA GCCGTGATGC
CTTCTTAAAG TATGTGAAAG ACAATGAATC CACACTGATT CCTGATGTTT TCAAAGATCA
GGAAGATGTC AATTTTTATG CCATGGTAAT TGAAGATAAA AAGAAAGATT GGGATTCAAC
TCCAGCGCAT GTATTGATTA ATCAGGGCCA TATGGTCGAT TTGGTACGGG TCAAACAACC
ACCTGAATCC TATCTGGAAA GTTATTTCAA ATCCATGCAA CGCTGGATAG GTACTCAGGC
AACGGAAGCT GTTTTTGCGA CACAAAGACA ATTTTTCCAT GCCACTTATG AAGCAGTAAC
AGGTTTTGAC TCTGATAACA AAGAACCTCA TCTGGTGACA TCTGGTCAAT TCCGTTATGT
CATCGGTGAA GACGGTAAGC CTATTAGAGA AGCCCCCAAA ATGGGGCAAA AAGAAGGTGA
TATAAAATTT TTTCCCCCCA CTTACAAACT GAAAGGAAAA GAACGCTTTG CATTCGGGAA
TGCAGGTCTT GGGCGTTATG TCATCGGTGA AGATGGCCAA CCTATCCGAA ATGAACCTGC
AAAAGGTGAG AAACAAGGTA CCTTAGCCTT TTTCCCTGCT AGTTATCAGT TACAAGGAAA
CGAACGCTTT ATGCGTGTCG ATGAATATCT CAAACTGGAT GAAGTACAAC AGCGATTCCC
CGGGATTGGC AAACATCTGG AAGGTGGAAT GCCAGGTATG AATGAAATGG ATTATTGGAA
TCGACTAAAC TCTTTAAACA GAGCACGATG CGAAAACGAT GTTGATTTTT GTTTGAAACA
ATTACAAACA GCCCATGACA AGGCGAAAAT TGATCCTATT AAACAAGCTT TTCAATCCAG
CAAAGAGAAA GGAAGAAGAC AACCTAATGT CGATGAAATT GCAGCAGCCC GCATCATTCA
GCAAATCTTG GCCAATCCTG ATTGCATCCA TGACGATCAT GTGTTCATCA ATGGCCAAAG
ACTGCCAGAA CCATTCTTCC GTGACTTGTT AGCCAAATGC GATATGGCTG TTGTAGGCTC
ATTGCTTAAT GACACCGACA TAGGAAACAT TGATACTTTA ATGCGACATG AGAATGATAC
CGAGTTTCAC GCTACTGGTG ATGAAGCAAT TCCGAAGAAA ATTGGAGAAT ATTGGATTAA
TGACCAAAGA ATTAATAATA GTAGTGGCAG TATCACCCAA AAGAAACACG ATTTAATTTT
CCTCATGCAA AATGATGCGT GGTACTTTAG CCGAGTCAAT GCTATCGCAC AAAACCGGGA
TAAAGGCTCC AGTTTCAAGG AGGTGCTGAT TACTACTTTA ATGACGCCTT TGACGAGTAA
AGCATTAGTG GACACGTCAC AGGCCCCTGC TCCGAAAAGA CTGTTTCGTG GATTAAACCT
GTCAGAAGAT TTTACCAAAG GATTAATCGA TCAAGCTAAT GCAATGATTG CCAATACGAC
AGAACGTCTA TTCACCGATC ACTCACCAGA AGCCTTTAAA CAAATCAAGT TAAATGATTT
AAGTAAAATA TCTAGCAGAA CTAATGCGAG TACGACTACG AATATTAATC TTGTAACAGA
AACCTGGGAT TCCAATGTCA TCTTTGAAAT GCTTGACCCG GATGGTTTGC TGCATCCCAA
GCAAGTTGGG CAACATGGGG CAGGCACTGA AAGTGAGTTC TCCATTTATT TGCCAGAGGA
TGTTGCCCTA GTTCCAGTCA AAGTGACCCT TGATGGGAAA ACAAAAACAG GAGAGAACCG
ATATATCTTT ACCTTTGTTG CCGTAAAAAG CCCTGACTTT ATACCACGAC ATGAAAGCGG
CTATGCGGTT GAACCGTTTT TAAGAATGCA AGCTACCAAG TTAGCCGAAG TCAAAAGCTC
TGTTGAAAAA GCCCATAGAG CACCTGACCT TGAGACAATT TTTAATTTAC AAAACGAAGT
AGAGGCAGTG CAATATTCAC ATTTATCTAC TGGTTACAAA AATTTTCTAA AAAACACTGT
TAGTCCTGTT TTGGAAAATA GTCTTAGTGG ACTCATGGAG AGTGACCCAG ACACTTTAAG
TAAAGCCTTA GCAGCATTTC CACCCGACGG ACAATGGTCA GCCTTCAATT TTGAAGAAGC
AAGGCAAGCC AAAACACAGA TGGATGCCAT TAAGCAAATG GTTGGAAATA AAATAGTGCT
TGACGCCTTG ACTCAATGCC AGGAAGCCAT GGAAAAGCAA AACATTGCTG GCGCATTGGA
TGCACTTAAA AGAATCCCAT CTGAAAAAGA GATGGGTACC ATTAGAAGAG AGCTAAGAGA
ACAAATCCAG AGCATCAGAC AAGACCTGGC ATCATTGCAA CGTGCCGTTA TTACCCCGGT
AGTTACAGAT GAAAAGAAAG TAAGAGAACG CTATGATGCC CTGATAGAAA ACACATCGAA
GAAAATTACT GAACTTGAAA CAGGGAAATT AACCAATCTT GATGCTGTCA AGAAAGGCAT
ATCTAACTTG AGCAATCTGA AACAAGAAGT AACCGTATTA CGTAATGAAA AAATACGGAT
GCACGTTGGA ACTGATAAAG TTGATTTTTC AGATATTGAA AAACTGGAAC AACAAATACA
GGTCATGGAT ACCAAATTAG CCGATGCTTA TTTACTTGAA GTATCCAAAC AAATTTCAGC
GCTTGAAAAT GAAAAACCCA AAAATCAGAC TGAATTGAAA ACAAAAATAG CAGCATTTAT
TGACAGAACC GCTGATATTG AGACCTTGCG TAATGATCGC ATCAAGAAAC ACGGATCATC
AACAGATCCG CTGGATCTCT CTGATTTGGA TAAATTAAGT GGCAACTTAC AGCGCATCAA
TCAATCCCTG GTTTCGTCTT TGATAAATAC CATCCGGGTT TCCATCAATC AAATGGAAGC
GAAAACTTTT CACATGCAAG AAAAGGAAAT ACAACAGAAT TTCGAGTTAC TCGCAAAACT
CGAAAAAACA TTGGATAAGT CAAAGACATC AGAGAAATTA AGGGAGGATA TTCCTAAACT
CAATGATTTA CTGGTTGCAA AACAAAAAGC CTATCCTCAA ATGGTACAAC TGCAACTCAA
GAGTGAAGTC TTCGTCACAC AATTACGTGA GGTATGCCAA GCCAACCATG ACGATCTGGA
TAAAACAAGA AATGCAAGAT TACGAGAACT GGATCAACTG GACCGAGAAG CTGGAATAGG
GAGAATGGTG GGCAATCTGT TATGGGGCTT TACTAACAAA GTAGGTTTAA CCACAGATGA
ACGACTTGAC ATCAGGACTA AACAACAATC GCTTGCACGA TTCAGGACTG AATTATTCAA
TGACAAGATT GATACGGATC AGCTAATCTC TAATTTGGCA AGGAAAAGAC CTTCTGAACT
GCAAGAAGGA TTGGGAATAT CTCCTGACAA TGCGATGGAT TTATATATGG TCTTAACTAA
TTTGGAGTCT AAAACTACTT CTCCAGAAAA ACTTGAAGAA AGAATGAAAG CAATCGATGA
CATTTCCACC AAAATAGGCA GAGAACCTGA GCATTTGAAA TTTGTAGTGA TTGACGTTGA
TGATACTGAT AAAAAAGCTA TGAAATTTTA ATTTGCTTTT ATCTAATAAC ATAAATTCCT
GTTGTCGGGT CTTATTGACC CGAC
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| Protein sequence | MPKYVEGVEL TQEGMHAIFA RMGYGNITSG SIYNGVPTID TVALNNQGFM PVLTGVGPHR
DSGHWIMLIK GPGNQYYLFD PLGRTSGEGY QNILAAQLPM GSTLSVIPNG SGLNMGLCGY
WVASAGLRAH QALNQHNPPT LMNLGQTITD EMRNELDHDG YRKITGWLLA VADEFPEGDP
QLDGKALREN TEKDLKIEIP TLVLPGKDTS PKEAPVKPTA PQDKSVPVWN GFSLYTDDTV
KAAAQYAYDN YLGKQYTGPV ESAPANFGGR MVYRQHHGLS HTLRTMAYAE LIVEEARKAK
LRGETLGKFK DGRTIADVTP EELKKIMIAQ AFFVAGRDDE ESEKNYAKYH QQSRDAFLKY
VKDNESTLIP DVFKDQEDVN FYAMVIEDKK KDWDSTPAHV LINQGHMVDL VRVKQPPESY
LESYFKSMQR WIGTQATEAV FATQRQFFHA TYEAVTGFDS DNKEPHLVTS GQFRYVIGED
GKPIREAPKM GQKEGDIKFF PPTYKLKGKE RFAFGNAGLG RYVIGEDGQP IRNEPAKGEK
QGTLAFFPAS YQLQGNERFM RVDEYLKLDE VQQRFPGIGK HLEGGMPGMN EMDYWNRLNS
LNRARCENDV DFCLKQLQTA HDKAKIDPIK QAFQSSKEKG RRQPNVDEIA AARIIQQILA
NPDCIHDDHV FINGQRLPEP FFRDLLAKCD MAVVGSLLND TDIGNIDTLM RHENDTEFHA
TGDEAIPKKI GEYWINDQRI NNSSGSITQK KHDLIFLMQN DAWYFSRVNA IAQNRDKGSS
FKEVLITTLM TPLTSKALVD TSQAPAPKRL FRGLNLSEDF TKGLIDQANA MIANTTERLF
TDHSPEAFKQ IKLNDLSKIS SRTNASTTTN INLVTETWDS NVIFEMLDPD GLLHPKQVGQ
HGAGTESEFS IYLPEDVALV PVKVTLDGKT KTGENRYIFT FVAVKSPDFI PRHESGYAVE
PFLRMQATKL AEVKSSVEKA HRAPDLETIF NLQNEVEAVQ YSHLSTGYKN FLKNTVSPVL
ENSLSGLMES DPDTLSKALA AFPPDGQWSA FNFEEARQAK TQMDAIKQMV GNKIVLDALT
QCQEAMEKQN IAGALDALKR IPSEKEMGTI RRELREQIQS IRQDLASLQR AVITPVVTDE
KKVRERYDAL IENTSKKITE LETGKLTNLD AVKKGISNLS NLKQEVTVLR NEKIRMHVGT
DKVDFSDIEK LEQQIQVMDT KLADAYLLEV SKQISALENE KPKNQTELKT KIAAFIDRTA
DIETLRNDRI KKHGSSTDPL DLSDLDKLSG NLQRINQSLV SSLINTIRVS INQMEAKTFH
MQEKEIQQNF ELLAKLEKTL DKSKTSEKLR EDIPKLNDLL VAKQKAYPQM VQLQLKSEVF
VTQLREVCQA NHDDLDKTRN ARLRELDQLD REAGIGRMVG NLLWGFTNKV GLTTDERLDI
RTKQQSLARF RTELFNDKID TDQLISNLAR KRPSELQEGL GISPDNAMDL YMVLTNLESK
TTSPEKLEER MKAIDDISTK IGREPEHLKF VVIDVDDTDK KAMKF
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