| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sputcn32_0832 |
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| Symbol | |
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| ID | 5081943 |
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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 putrefaciens CN-32 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009438 |
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| Strand | - |
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| Start bp | 921581 |
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| End bp | 925459 |
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| Gene Length | 3879 bp |
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| Protein Length | 1292 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 640497958 |
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| Product | peptidase S8/S53 subtilisin kexin sedolisin |
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| Protein accession | YP_001182361 |
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| Protein GI | 146291937 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG1404] Subtilisin-like serine proteases |
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| TIGRFAM ID | [TIGR03501] gammaproteobacterial enzyme C-terminal transmembrane domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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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 | GTGAAGACAA AATTATCGAT CGCCATATCT GCGGCACTGT TATCTAGTGC TGCTATCGCA
AACAGTGAAT TTACCTTTAA ACCATACTCT CCTGAAATGT CCTCCCATGA GAAATACAGT
AAACCTCAGG TTGCTGTATC CAATATTGCA GCTCCACAGC GTTTTATCGT TGAAATGGAA
TCTCCTGCAC TGGCGGCTTA TCAGGGTGGG ATAGGTTCAT TTGCTCCAAC AGCATCCACA
AAAGAAGGGC AAAAACTAAA CGTACAATCC GCTGAAGTTA AAAGCTATGC CAGCCATCTC
GCCAAAGAAC AAAATAATTT TGCATCAGCT TTAGCAAAGA CAATTCCTAA TGCAAAAGTT
GAGCGTCATT TCCAAACTCT TTTTAATGGT GTAACCGTTG TTGGCCAAGG ATTAAGTGCC
GAAAAACTGG CTAAAATGCC TGGCGTTAAA TCCGTCTACC CAGAGACCAT GTATGAAACA
AACATGGATG CATCTCACCA AGTGATTAAT TCCCAAGCAA TGTGGGAAGC CGTTTCAGGG
ATGGAAAATG CAGGTAAAGG AATTAAAGTC GCAATCATTG ATGGCGGTAT TCGCCCCGAA
AACCCAATGT TTGCAGATGC AGGTTTCACT GCCCCAAGTG GTAACCTACC TTCAGATGAT
TATTGCTCTA CTGTTGATGC CTCTTTTTGT AACAACAAAC TCATAGTTGC GCGTTGGTCA
CAACCGACCT TCCCCGTTTG TGCAAAAGAA TACATGAGCC CACTCGGTTA TGGTGGGCAT
GGTACCCACG TTGCGGGAAC GGCTGTCGGT AATAAGGTTT CAACAACATT CAAAGATATT
CCTGTTGAGT TATCGGGCGT CGCTCCAGCC GCATATCTGA TGGTCTATAA AGCACTTTAT
AGTAATCTCG AGTGTGAAAG AGGCAGCGGC TCAAACATTA TGTTAATGGA AGCATTGGAA
CATGCTGTCA ATGATGGTGC TGATGTTATT AACAACTCTT GGGGTGGTGG CGCGGGTGGA
GATCCTGCTA GTAGCCCATA TAAAACCATG TTTGAAGCGG CAGAAGCTGC TGGCGTTGTT
GTAGTCACTG CTGCAGGTAA TGATGGTAAT GGCGCACAAA CAGTGGGATG TCCTGGCTGT
ATTGAATCAG GGATTACCGT TGCGAACACG ACAACTGGTC GCTATTTTGC CAATAGTTTC
AATGCTGGTG GTGAAGATTT ACTCGCAATA CCAAGCTCAG ATGCTGTATT GAGCGCAGAT
ATTACAGCAC CTATCATTGC AGCTAAAAAT CTAAATGCTG AGAATGCCAA TGGGTGTGAT
GCCTTTCCAG CAGATTCATT TAAGGACGGT ATCGCATTAA TTTCTCGTGG CGTATGTAAC
TTCTCATTAA AAGCAGCCAA TGCTAAAGCA GCAGGCGCCA AAGCCGTCGT TGTATACAAT
AGTGTTGCGG GCGCTCCGAT TACCATGTCT ATGCCCGATG ATCCATTTCC TGCACTAATG
ATTACTAAAG ATGCTGGTTT AGCCATTATA GAAGCCATGG GAGACACGCC AACAATTGGA
ACGTTGTCGG CAACAACCAA ACGCATTATC GCACCTGAAC TTGCTGATAA TTTAAATAGC
TCAAGTTCAC GAGGCCCTAA CGGTAATCAA AATATCCTAA AACCAGATAT CGCGGCACCG
GGCACAGATA TTCTATCTGC TTACTCACCA GATGATGGTG GGCAAGGATT AGATTTCAAT
GCCATTTCAG GTACCAGTAT GGCAAGTCCT CATGTTGCGG GAGCAGCTGC TCTTATGAGT
CAATTGCATC CAGACTGGAG CCCCAATGAT ATCAAAACCG CGCTCACCTC TACGGCTAAA
TATGTCGATA TTCTTGATGA TGACTCTGTA ACAGCGGCTA ACCCATTTGA CATGGGGGCT
GGTCGTATGG ATTTAGATGC AGCAGCGAAA GCGGTGCTAA CCTTCGACAA ACCATCAATC
GCCTCTGACT CTTGTGTTGG ACCATGTACT TTCACTCGCA CTGTTTATAA CAAAAGTGAC
AGTACAACGT CTTGGAGCTT ATCAGCTTCA TCCGATAGCA CAGGTATCAC AGTATCACCG
TCTACATTAG AACTTGCCGC AGGCGCCTCT GCCACATTTA CAGTAACAGT TGACTCAACT
TTCGCTAAAT ATGGTGAGTG GATCTTCGGA AACATATTGA TCAATAGCAA TGAGGGGCGA
CAAAATGCTC ACTTACCTCT AGCTGTTCTG GCTAAAGAAT CAAGTAATGC ATCCCTAATT
TCAACCAATA CGACCAAATC AGATATTAAC GCCAGTGATG TCATCCCTAT GGTAGCAACA
CTCACTAATA CTCTGTTTGA AAACACAGTT ACTTTTACAG CACAAGCACC TAAAGGGACT
AAGCTGACCT CCAAAGATGA TGTCAATGTC ACATTAGCTG GAGCAACCCA AAATGGCTTG
CAGGTAAACG AAGATTTAGG CCTAATCACT TGGGTTGGTT CTCTTAATTT ACCTAAGATG
GCGACCACAA AAGGGGCTCA AAGATTCCCA AGTATCATTG GATTAGGAAC CAACCCTATC
ACTTGTAGAA CTGGATGTGA TGAGGTGAGC TTCAGTTATA ATGTTCCTAG CTTTAAATAT
AACGGTGTAA GTTACTCCAG AATTACATTA TCGGATAACG GTATGGCAAT TGTTGGGGGA
GGAAATACGA GTGGTTCTTA TGCCAATAAG CAGCTACCTG ATGGTGCAAA TCCCAATAAT
ATTCTAGCGC CATTCTGGTC TGACTTTGAT CTATCAGATA AAACGGTTGG CGATACTGGT
GGCGGTGATC TTGCTATTGG CGTATTTACC GACAATGCAG GTGTAACATG GCTCGCTTTA
GAGTGGAATA AAGGCAAGCT CTATGGTGAT ACATCAGGTT CGGAATATAC TTTCAGTATT
TGGATTCGGA CGGGTGCTAC AGAAGAAGTT GTATTCAACT ATATCGATAT TCCAAACATG
CCATCTGCAG TCACCATTGG TGCAGAAAAC ATAGGAGGAA CGATTGGTAC CACATATCAC
TTTAATGGCA CTGGTGGCAC TGTCACATCT GGCGATGCTG TAACCTTAAG AAACACAACC
GCTGGTAATG TAACGATTAA TTACAGTGCT AAAGCAACGT CTCTTAATGT TGGTCAAGCG
GATGTAATTG ACACTGATGA AGAAACTCTA GTTTCTATTA ATGTCCTTGA AAATGACATT
AAACCAGATC AAAAGGTAGC CCAAGCCTCT GTCACTGGCG ATGGCATGAC AGCAAAAGCA
CTACGTGTTA TTGACGTTAT GCCCAAGGGG CCTTTAGGTG GCGTAAAAAT AGTACAAGCT
CCTACCCACG GTACAGCAGT GGTGAGTACT GAAGGTCATA TTGACTATAC CCCTAGTGTC
GATTTCTTTG GTACTGATAC GCTGAGCTAC ACATCCGTTG ATGAAGATGG CAATACTGGA
GAAGCTGCAA TGGTCACTAT TAACGTTCAC AATGTTAATG ATGCGCCAAC TGTCGCTCCT
GTAGGCTCAA CAGGTGTAGA AGGTTCGACA GTAACAGCTA CCGCTAATGG TGCAGATATA
GACCAAGATA CTTTAACCTA TAACTGGGTA CAAACGAGTG GAACCCCTGT TACCTTCACA
AATGGTGGTG GAACGATCAG CTTCACCGCT CCAGCAGGTG CCCAATCGCT GGTATTTACA
GTAGTTGCGT CTGATGGTGA GCTAGAAAGT GCTCCAGGCA CTGCAACTGT CACAGTAACA
GCCAAACCAA CACCCGCTAA AAAGAACGGT GGCGGTTCTC TTGGTTGGTT AACAGCTTTA
CTCTTGCCAC TGGCGTTTAT TCGTCGTCGT ATGAAGTAA
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| Protein sequence | MKTKLSIAIS AALLSSAAIA NSEFTFKPYS PEMSSHEKYS KPQVAVSNIA APQRFIVEME
SPALAAYQGG IGSFAPTAST KEGQKLNVQS AEVKSYASHL AKEQNNFASA LAKTIPNAKV
ERHFQTLFNG VTVVGQGLSA EKLAKMPGVK SVYPETMYET NMDASHQVIN SQAMWEAVSG
MENAGKGIKV AIIDGGIRPE NPMFADAGFT APSGNLPSDD YCSTVDASFC NNKLIVARWS
QPTFPVCAKE YMSPLGYGGH GTHVAGTAVG NKVSTTFKDI PVELSGVAPA AYLMVYKALY
SNLECERGSG SNIMLMEALE HAVNDGADVI NNSWGGGAGG DPASSPYKTM FEAAEAAGVV
VVTAAGNDGN GAQTVGCPGC IESGITVANT TTGRYFANSF NAGGEDLLAI PSSDAVLSAD
ITAPIIAAKN LNAENANGCD AFPADSFKDG IALISRGVCN FSLKAANAKA AGAKAVVVYN
SVAGAPITMS MPDDPFPALM ITKDAGLAII EAMGDTPTIG TLSATTKRII APELADNLNS
SSSRGPNGNQ NILKPDIAAP GTDILSAYSP DDGGQGLDFN AISGTSMASP HVAGAAALMS
QLHPDWSPND IKTALTSTAK YVDILDDDSV TAANPFDMGA GRMDLDAAAK AVLTFDKPSI
ASDSCVGPCT FTRTVYNKSD STTSWSLSAS SDSTGITVSP STLELAAGAS ATFTVTVDST
FAKYGEWIFG NILINSNEGR QNAHLPLAVL AKESSNASLI STNTTKSDIN ASDVIPMVAT
LTNTLFENTV TFTAQAPKGT KLTSKDDVNV TLAGATQNGL QVNEDLGLIT WVGSLNLPKM
ATTKGAQRFP SIIGLGTNPI TCRTGCDEVS FSYNVPSFKY NGVSYSRITL SDNGMAIVGG
GNTSGSYANK QLPDGANPNN ILAPFWSDFD LSDKTVGDTG GGDLAIGVFT DNAGVTWLAL
EWNKGKLYGD TSGSEYTFSI WIRTGATEEV VFNYIDIPNM PSAVTIGAEN IGGTIGTTYH
FNGTGGTVTS GDAVTLRNTT AGNVTINYSA KATSLNVGQA DVIDTDEETL VSINVLENDI
KPDQKVAQAS VTGDGMTAKA LRVIDVMPKG PLGGVKIVQA PTHGTAVVST EGHIDYTPSV
DFFGTDTLSY TSVDEDGNTG EAAMVTINVH NVNDAPTVAP VGSTGVEGST VTATANGADI
DQDTLTYNWV QTSGTPVTFT NGGGTISFTA PAGAQSLVFT VVASDGELES APGTATVTVT
AKPTPAKKNG GGSLGWLTAL LLPLAFIRRR MK
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