| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pmob_1766 |
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| Symbol | |
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| ID | 5756583 |
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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 | Petrotoga mobilis SJ95 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010003 |
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| Strand | + |
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| Start bp | 1932357 |
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| End bp | 1935554 |
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| Gene Length | 3198 bp |
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| Protein Length | 1065 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 641302956 |
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| Product | peptidase S41 |
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| Protein accession | YP_001568779 |
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| Protein GI | 160903198 |
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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 | 11 |
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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 | ATGAGTGAAG AGTTCAACGG TTACTACAGA TTTCCGACCA TTTACAACGA TCAAATAGCC
TTTGTTGCAG AAGATGACAT CTGGGTAGTT CCTTCTTCAG GGGGAATAGC CAGAAGGTTA
ACCACAAATG TTGGAGAAAT CTCTGATCTA ACTTTTTCTG AAGATGGAAA ATGGATAGCT
TTTACTGGAA GAGATGAAGG AGTACCTGAC GTATATATAA TTCCTTCAAT TGGGGGAGTA
CCAATTAGGT TAACATATCT AGGCGCAAAC AGCAAGGTAC TATGTTGGCA TAATGGGAAG
ATAATCTTTT CATCAAATTA TGTTCAACCG TTTAAAAGGA TTACATCTCT ATGGGAAGTA
GACGTTGAAG ATAAGAGAAA ATTAAAACAA TTAGATTTTG GTATATGCAC TGAAATCTCG
TTTGGGAAAG AAAAAGGTGT TGTTTTAGGA AGAAAAACAG GAGACCCAGC TCGATGGAAA
AAGTACAGAG GTGGAACAGC GGGTGAATTA CTGATAGACT TGGAAGGAAA CTACAACTTC
AGAAAATTGA TCGACTTAAA ATCCAACTTT GCCAACCCAA TATGGATCCA AGACCGGATT
TATTTTATCT CTGACCATGA CGATGTTGCT AACATATACT CCTGCACAGT TGAAGGAAAA
GACCTAAAAA AGCACACATA TCACAATGAT TTTTATGTTA GAAATCCAAA ATCTGATGGA
AAAAATATTG TATACCATGC CGGTTCGGAT ATTTATATTT TGAATTTATC AAATAACGTA
TCAGAAAAGG TAAATATAAA ATACTACAGT ACCTTACCAC AAAGAAACAG AAAATTCGTT
GACCCAACAC AGTATTTTGA AGGTTTCTCT ATTTCTAAAG ATGCTGAGAA TTTAATAACT
ACTCATAGAG GCAAAAGCTT TTATTACAAT AACTGGTACG GTCCCGTTAA ACAACTTGGA
AAAGAAAACG GTGTCAGATA TAGGCTTACC ACATACCTAA ATCTAAAAGA TGAAGAAAAG
GCAGTAACAA TCAGTGATGA AAATAATTAT GAACATATCG AGGTGTATGA TCTAAAAACT
GGCAATTTAA TAAAAAAAGT AGAAGAATAT GATTTAGGAA GGGTTATGAA TATCGTTGCC
TCTCCGAAAG ATGAAGAAAT TTTATTAACC AATCAAAGAA ACGAACTCAT TTTGATTGAT
TTGAGAAACC ATAAGAAGAT TGATGTGGAT AAAAGTACCT TTGGTCCCAT TAATGGATAT
TCTTTCTCTC CAGATGGTAG GTGGATTGCT TATTCAAAGT TTATAAACAG CAAACAAGCA
GCTATTATGA TATTTGATAA GGAAAAAGAA GAGGTACACC AAGTTACAAA ACCTATTCTA
TTTGATGTAG ACCCTGTCTT TGATCCTGAA GGGAAATATC TTTATTTTCT ATCTTATAGA
ATATTCAACC CAATTGAAGA TAGATTTCAA ATGAATTTAG CTTTCGAAAA AGGAACAAAG
CCTTATCTTA TAACACTAAA AAAAGATATT TGCTCTCCAT TTCAGGAAAT AATCAAAGAA
GAAGAAGAGA AAGAGAAAGA GAAAAAAGAA GAAGAAATAA AAGTTGATAT TGATTTTGAT
AACATCGCTG ATAGAATTAT ACCCTTCCCG GTTAGTGAAG AAAGATATGT AAATATACAA
GCTGCTAAAG AGAAGGTTTT TTACGCTATT TCTCCTGTAA GTGGTGTACT GGAAGATGAA
GAAGATATGC TCAGCGAGAA ACATGAAAAA TTAACCTTGA AATACTACGA TCTCACAGAA
AAAGAAGAAA AAACTTATCT TGAGGGAATT TCAGATTTTC AAATTTCCGA GGACAAAGAA
AAAATCGCAA TTCTGATAGA CGATGAACTA AGAATTCTTA AAACTACCAA TCCTCCCTCC
CCAGAACAAG AAAAAGAATG TGAAAATAAG TATACAAGAA AGTGCGGCTG GATAGATTTT
CACAGAATCA ATGTGGAAGT TCAACCACTG TTAGAATGGA GACAAATGCT TTGTGAAGCT
TGGCGCCTAC AAAAGTTCTA TTTTTGGAAC AAGGACAAAC TAGACGAAAT TGAATGGGAT
AAGATATTAG AAAAGTATTA TCCTCTAGTT GAAAGAATAG CAACAAGAAC AGAATTTTCT
GATTTAATAT GGGAAATGCA AGGCGAATTA AAATCATCAC ACGCCTACGA GATGGGAGGA
GAATACAAAC CCAAACCAGT TTACAAAATT GGATATTTAG GAGCAGATTT GATACTCGAT
GAAGATAGAA AACTATATAA AATTAGTCAC ATCGTAAAGG GAGACATATG GGACGAAAAA
AATAAACCCC CATTACTTGG ACCAGGGGTT GAGGTAAAAG AAGGAGATTA CCTATTAGCG
ATAAACGGCA TAGAAATAAA GGATAAAATA CCCAATGAAT TTTTGGTGAA TTACAGTGGT
AAAGATGTTG AAATAGTGGT ATCAAGCAGC GATAATATTG ATCATAAGAG AAAGTATGTT
GTCAAAACGT TAAAAGATGA AACACCTCTA AGATACCGAG AATGGGTAGA AAAAAACAAG
AAATATGTTC ATGAAAAAAC TGATTCACGG ATTGGATACA TTCACATCCC AGATATGGGA
TACACTGGAT ATGTAGAATT TCACAGAAAC TTCTTAAGCG AAGTCAGATA TGATGGACTC
ATAATCGATG TAAGAGTCAA CAGTGGTGGT TTTGTATCTT CAATGATCTT GGATAAATTG
AATAGAAAGT TTATTGGATA CGATCTCTCA CCATATAGAG AAGCCCAAGC CTATCAATAT
GACAGTGTAA GAGGCCCAAT GGTTGCTATA ACGAACGAGT TTGCTGGTTC AGATGGGGAT
ATTTTTAGTC ACTCCTTCAA ATTAATGAAA CTAGGGAAAC TTATAGGTAA GAGAACGTGG
GGGGGAGTGA TTGGAATCTG GCCCAGAAAT CCACTTGTTG ATCATACCAT AACAACTCAA
CCAGAAATGG CCTTTTGGTT TAAAGATGTT GGATGGGATG TTGAAAATTA TGGAACCGAT
CCGGACATTG AAATAGATAT TACCCCAAAA GATTATAAAG AAAATAAAGA TACGCAACTC
GATATGGCTA TAGAGATTGT ACTAAAAGAA CTGAAAGAAA ATCCACCAAT AGCTCCAAAT
GATATCAAAA AGCCATAA
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| Protein sequence | MSEEFNGYYR FPTIYNDQIA FVAEDDIWVV PSSGGIARRL TTNVGEISDL TFSEDGKWIA
FTGRDEGVPD VYIIPSIGGV PIRLTYLGAN SKVLCWHNGK IIFSSNYVQP FKRITSLWEV
DVEDKRKLKQ LDFGICTEIS FGKEKGVVLG RKTGDPARWK KYRGGTAGEL LIDLEGNYNF
RKLIDLKSNF ANPIWIQDRI YFISDHDDVA NIYSCTVEGK DLKKHTYHND FYVRNPKSDG
KNIVYHAGSD IYILNLSNNV SEKVNIKYYS TLPQRNRKFV DPTQYFEGFS ISKDAENLIT
THRGKSFYYN NWYGPVKQLG KENGVRYRLT TYLNLKDEEK AVTISDENNY EHIEVYDLKT
GNLIKKVEEY DLGRVMNIVA SPKDEEILLT NQRNELILID LRNHKKIDVD KSTFGPINGY
SFSPDGRWIA YSKFINSKQA AIMIFDKEKE EVHQVTKPIL FDVDPVFDPE GKYLYFLSYR
IFNPIEDRFQ MNLAFEKGTK PYLITLKKDI CSPFQEIIKE EEEKEKEKKE EEIKVDIDFD
NIADRIIPFP VSEERYVNIQ AAKEKVFYAI SPVSGVLEDE EDMLSEKHEK LTLKYYDLTE
KEEKTYLEGI SDFQISEDKE KIAILIDDEL RILKTTNPPS PEQEKECENK YTRKCGWIDF
HRINVEVQPL LEWRQMLCEA WRLQKFYFWN KDKLDEIEWD KILEKYYPLV ERIATRTEFS
DLIWEMQGEL KSSHAYEMGG EYKPKPVYKI GYLGADLILD EDRKLYKISH IVKGDIWDEK
NKPPLLGPGV EVKEGDYLLA INGIEIKDKI PNEFLVNYSG KDVEIVVSSS DNIDHKRKYV
VKTLKDETPL RYREWVEKNK KYVHEKTDSR IGYIHIPDMG YTGYVEFHRN FLSEVRYDGL
IIDVRVNSGG FVSSMILDKL NRKFIGYDLS PYREAQAYQY DSVRGPMVAI TNEFAGSDGD
IFSHSFKLMK LGKLIGKRTW GGVIGIWPRN PLVDHTITTQ PEMAFWFKDV GWDVENYGTD
PDIEIDITPK DYKENKDTQL DMAIEIVLKE LKENPPIAPN DIKKP
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