| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shew185_1276 |
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| Symbol | |
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| ID | 5371857 |
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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 | Shewanella baltica OS185 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009665 |
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| Strand | + |
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| Start bp | 1519463 |
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| End bp | 1522747 |
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| Gene Length | 3285 bp |
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| Protein Length | 1094 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 640829475 |
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| Product | peptidase S41 |
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| Protein accession | YP_001365490 |
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| Protein GI | 152999809 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4946] Uncharacterized protein related to the periplasmic component of the Tol biopolymer transport system |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.00000396794 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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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 | ATGAAACTTC GCCATTCTGT CGCCTGCTGC ATGCTTGCCC TAGGCACGTT TACTGCGGCC
CAAGCCATCG CTGCCGATGC GGTGAGCAAT CAAGGATATT ACCGCGCGCC AGCCCTGCAC
GATCAAACCT TAGTCTTTAC TGCTGAAGGG GATTTATGGA CTCAGACCTT AGGTCAAAAG
GCGGCGACCC GCTTAACGAG TTTACCCGCA GAGGAGTTAG GTGCGACCAT TTCAGCCGAT
GGCAAGTGGG TTGCTTACGT GGCTAATTAT GAAGGCGCGA GCGAAGTGTA TGTGATCCCG
GTTGCCGGCG GTGTGGCCAA GCGGGTGAGT TTTGAGAATA GCCGTGTGCG GGTTCAAGGT
TGGACCGCCA AAGGCGAGAT TTTATATTCC ACCGACAGTG GTTTTGGCCC CGCGAATAAT
TGGATGCTAC GCAGCGTCGA TCCTAAAACC CTCACGACCA CAGATTTACC TTTAGCCGAT
GCGGTCGAAG GTGTGATTGA TGATCGCAAC GAATATGTGT ACTTCACCCG CTTTGGCCTG
CAAGTCACTG GCGATAACGC CAAAGTGTAC CGTGGCGGCG CAAAGGGCGA ATTATGGCGC
TTCAAACTGG GTAGCAAAAC CGAAGCCCAG TTGCTCAGCG GCCAGCACGA CGGCTCAGTA
CGTCAACCTA TGCTATGGCA AGACAGACTC TATTTTATCA GCGACAGTGA TGGTAACGAC
AACCTCTGGT CGATGGCGCT CGATGGTTCA GACACAAAAC AGTTGACCCA ATTTAAAGAT
TGGCAAGTCC GCGGCGCGCA GATGGGTCAA GGCAAAGTGG TCTTCCAGCA GGGCGCTGAT
ATCCATGTAT TTGATATCGC CGCCGCGAAA GACGCATTAC TCAATATCGA ACTCACGTCC
GATTTTGCCC AGCGCCGTGA GCACTGGGTG AAAGATCCTA TGGATTATGC ATCCTCAACC
GATTTAGCCC TTGCTGGCGA TAAAGTGGTG ATCACCGCCC GCAGCCATGT AGCAATTGCG
GGTGTTGATG GCTCACGCTT AGTCCAAGTT GCGCTGCCAG GGACTTATCG CTTGAGAGAA
GCGATATTGA GCCAAGATAA CAAGTCTGTT TATGCGATTA GCGACATGAC AGGTCAGCAG
GAAATTTGGC AATTCCCCGC CGATGGCAGC AGTGGTGCTA AGCAGCTGAC GAAAGACGGT
CATACCTTAA GAATGAGCCT GAATCTGTCC AGTGACGGTC GATTTATCGC CCACGACGAT
AACGATGGTA ACGTTTGGCT GCTCGACTTA AAGAAAAATA CCAATCAAAA AATCATTACT
AACGGTGAGG GACTTGGGCC TTACGCCGAT ATCCGCTGGT CCGGTGACAG CCGTTTTATC
GCATTAACTA AGTCAGAAAT TGGTAAACAA AGACCGCAAA TCGTCCTTTA CTCTGTGGAT
GAAAATAAGG CCGAGACGCT CACCAGAGAT AAGTACGAAT CCTATTCGCC GACCTTTAGC
AGTGACGGCC AGTGGTTATA TTTCCTGTCA AATCGCCAAT TCAGCGCCAC GCCAAGTTCA
CCTTGGGGCG ATAGAAACAT GGGCCCAGTG TTTGATAAAC GCAGCCAAAT TTTTGCCATC
GCCTTAGTTA ACAATGCCAA ATTCCCCTTT AGTAAACCCA ATGAACTCAG CGTTAACCAA
GCTGACAAAA CGGATGCCAA GGATAAACCG AATCCGGTGA AAATCGATTG GTCTGGTATT
TCGCAGCGCC TATGGCAAGT GCCTATCGAT TCAGGCAATT ACAGTGAACT GCGCGCCGTC
GATGGTAGGC TTTATGTGCT CGACCAAGCG ATGGGTGATG ACGCAGAACC GAGTCTGATG
ACCATCAAGT TTGATCCTTT GAGTCCGAAA GCCGAGGTTT TTGCCGAGGA TATTGGTCAT
TATGCGGTTT CTGCCGATGG CAAAAAGCTG ATGCTGCGTA AGTTCAGCAA TGACAAGGCG
CTGATGATTG TTGACGGTGG CGATAAGCTA GGCGATACGG ATAATGCCAA AGTGCAAACG
GATCAATGGC AATTAGCGAT TTCTCCCCAG CTTGAATGGC AACAAATGTT TGAAGATGCT
TGGTTGATGC ACAGAGAATC TTTCTTCGAT AAGAAGATGC GCGGCCTCGA TTGGCAAGCG
ACCAAAGCTA AGTATCAACC TTTGCTTGAC CGCCTGACTG ACCGTAACGA ACTGAACGAT
ATCTTCATGC AAATGATGGG CGAATTGGAT TCTTTGCACT CACAGGTTCG CGGCGGTGAT
TTACCCAAAG ATCCCGATGC GGCTAAAGCA GCTAGCCTAG GTGCGCGTCT ACAGCAAACC
GCCGATGGCG TTAAAATTGC GCATATTTAC AGTAACGATC CTGAGTTGCC AGCTAACGCT
TCACCGTTAA ATCGTATCGA AGTCGATGCC AAAGAAGGCG ATGTGCTGCT GGCCATCAAT
GGCACGCCAG TGGCGAACGT GGCTGATGTC ACGCGGCTGT TGCGCAATCA ACAGGACAAG
CAAGTATTAC TGCAACTTAA GCGTGGCAGC CAAACCCATA AAACCATCGT TATGCCCGTC
AGCGCTATGG TGGACGGCCA ATTACGTTAT TTAGATTGGG TGAGCCATAA CGCGACTGTG
GTCGAGGATG CGAGTAAGGG CAAGATTGGT TATTTGCACT TATATGCCAT GGGCGGCGGC
GATATTGAAA GTTTCGCCCG TGAGTTTTAT ACCAATTACG ATAAAGACGG TTTGATTATC
GACGTTCGCC GTAATCGCGG CGGCAATATC GACAGTTGGA TTATCGAGAA GTTATTGCGC
CGCGCTTGGG CTTTCTGGCA ACCGACCCAC GGCACGCCAA ACACCAATAT GCAGCAAACC
TTCCGTGGCC ATTTAGTCGT GTTAACCGAT GAACTGACCT ATTCCGACGG TGAAACCTTC
TCAGCGGGAA TTAAAGCGCT GGGTATTGCG CCGCTAATTG GTAAACAAAC GGCAGGCGCG
GGCGTGTGGT TATCTGGGCG AAATTCGCTG ACCGATAAAG GTATGGCGCG AGTGGCTGAG
TATCCACAGT ATGCAATGGA TGGTCGCTGG GTGCTGGAAG GACATGGCGT AACGCCGGAT
ATTGAAGTCG ATAACTTACC TTTCGCCACC TTTAACGGTA AAGATGCACA GCTTGAGACT
GCGATAAGCT ATTTGAAGGA TGAGTTGGTT AAGCAGCCTG TTCCAGCCTT AAAAGCGCAA
CCTCTGCCGG CAAAAGGCAT GGCACAGGAT ATTAAAGCTA AGTAA
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| Protein sequence | MKLRHSVACC MLALGTFTAA QAIAADAVSN QGYYRAPALH DQTLVFTAEG DLWTQTLGQK
AATRLTSLPA EELGATISAD GKWVAYVANY EGASEVYVIP VAGGVAKRVS FENSRVRVQG
WTAKGEILYS TDSGFGPANN WMLRSVDPKT LTTTDLPLAD AVEGVIDDRN EYVYFTRFGL
QVTGDNAKVY RGGAKGELWR FKLGSKTEAQ LLSGQHDGSV RQPMLWQDRL YFISDSDGND
NLWSMALDGS DTKQLTQFKD WQVRGAQMGQ GKVVFQQGAD IHVFDIAAAK DALLNIELTS
DFAQRREHWV KDPMDYASST DLALAGDKVV ITARSHVAIA GVDGSRLVQV ALPGTYRLRE
AILSQDNKSV YAISDMTGQQ EIWQFPADGS SGAKQLTKDG HTLRMSLNLS SDGRFIAHDD
NDGNVWLLDL KKNTNQKIIT NGEGLGPYAD IRWSGDSRFI ALTKSEIGKQ RPQIVLYSVD
ENKAETLTRD KYESYSPTFS SDGQWLYFLS NRQFSATPSS PWGDRNMGPV FDKRSQIFAI
ALVNNAKFPF SKPNELSVNQ ADKTDAKDKP NPVKIDWSGI SQRLWQVPID SGNYSELRAV
DGRLYVLDQA MGDDAEPSLM TIKFDPLSPK AEVFAEDIGH YAVSADGKKL MLRKFSNDKA
LMIVDGGDKL GDTDNAKVQT DQWQLAISPQ LEWQQMFEDA WLMHRESFFD KKMRGLDWQA
TKAKYQPLLD RLTDRNELND IFMQMMGELD SLHSQVRGGD LPKDPDAAKA ASLGARLQQT
ADGVKIAHIY SNDPELPANA SPLNRIEVDA KEGDVLLAIN GTPVANVADV TRLLRNQQDK
QVLLQLKRGS QTHKTIVMPV SAMVDGQLRY LDWVSHNATV VEDASKGKIG YLHLYAMGGG
DIESFAREFY TNYDKDGLII DVRRNRGGNI DSWIIEKLLR RAWAFWQPTH GTPNTNMQQT
FRGHLVVLTD ELTYSDGETF SAGIKALGIA PLIGKQTAGA GVWLSGRNSL TDKGMARVAE
YPQYAMDGRW VLEGHGVTPD IEVDNLPFAT FNGKDAQLET AISYLKDELV KQPVPALKAQ
PLPAKGMAQD IKAK
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