| Definition | Finegoldia magna ATCC 29328 plasmid pFMC, complete sequence. |
|---|---|
| Accession | NC_010371 |
| Length | 189,163 |
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The map label for this gene is 169823660
Identifier: 169823660
GI number: 169823660
Start: 139070
End: 145264
Strand: Reverse
Name: 169823660
Synonym: FMG_P0146
Alternate gene names: NA
Gene position: 145264-139070 (Counterclockwise)
Preceding gene: 169823661
Following gene: 169823659
Centisome position: 76.79
GC content: 32.12
Gene sequence:
>6195_bases ATGGATATTTTCAAGAAAATTAGTAAAACTTTTATAACTTTTTTATTAACGTTAATGCTGATTTTTCAATCAGTAATATC TTCATTTGTTGGAGCTACAACTTCCTTTGCGGGAAATGAACAGAATCTAGCAACAATTACTATAGAAAACACAGAAAATG GTACGTTGTTGTTTGAAAAAACTAGAAACAAATCAATAACTAATAAAAAGGGTTCAAATATTATGGTTTTAGTAAAGCCA AACTTTGGGTATGATACAAAATCGATTAAGATGGAAACAAGCGATAAAAAGGTTTTGGATTTACCAGTTCATGAAGGGAA GGCAAACATTCCTGTTATTAGAAATGCTAAAATATCTGCAAATTTTACAAAATCTAATAGCGAACCGGCTCAAGTTGATG AAGAGGCTAAACAAGATGATTTTAGTTCTAGTATAGAAAAAGAAAAAAAAGAAAACGAAAAAGCTGATAAAGAAGATAAG AGAGATAAAAGTACTAAAGATAGTATTGAGGATTCGAAGATAATTGCTGAAATCCTTTTAAAGTCAGATAGAACAAAAGT AGGTCAAGGTACAAGCGTAGTCGCTAAAGATATTGTCACTGTTGCAAATACAGTAATTAATATGAGAAAAACAAAAGCTC GAAATCTAGACGAGCTTTGGAAAGACAGAGATGGTGACGGAATATCAGATGATTGGATGGCAGTAGAGGGGCAATTTGAT AGTATAATCCCATTATACGAAGTAGATGAAAATGCAAATTATTATGTTGCTAAACCTAACTTAGCGAAAATAGAAAATTC ACAGTTATTACAATATATAATTGCAGATTCAAACCGTTCTGGTACTCTTTTAAAAACTGTAATATATGAAAAAGAGTCAG GATTATTATATGTTCCTAAAAACATATTATATCCATGCGATATAAAAGATAAAGAAAACAAAAAAGATTTTGCTAGATTA GGAAGAACACGTATTCAGTTTTTATTAGGAATTAATGATGAAATTGATAAAACAAAGACAGATGTAGAAGTTAAGATTGA TAAAAATGATTCAGTAAAAGGGGATGTAGTAGTCAGCGGTAAAGCATCAATTAATACAATGTCTGATGATACCAAGATTG TATTAGCAAAAGATAGTGAATCAAAAAAATCAATCAAAGCAAATTCTATAGATGAGATTCGTGTTAACGGTCATGAAGTA AATTTAAATGATGTAACTTATTACGAAAAAGAAGGCGTACTAGAATTACCGTTAAAGCCAGCCCAAGCCGATTCAATTGA AATAAAAATGTCTAATTCTCTTATGAAGGAAATAACCAACACAATAGGTTCATTAACATCTTTTATAAAACCATTGATTT CTTTTGCAGGCGAGCCATCAAAGAAAATTGAAAAGGTAATTTATTTTACATCAACTCCTAGAAAAGGAGATTGGTGGCAT CTAAGAGGGGATAATAACACAAGAGACGTAAATGATTACGGAGCAAGGTTTCCAGAACCAGGATACGAGAAAACTTATGC AACTAACACTTATAGTGATTCTAAACAAAGAATAAGGACAACAGTTAAGATGATTTTGCAAAATCAACTTTCTCAAGCAG ACGCTGATAGAATTAGTAGAGAAATGGGTACTGAAAGAGGAACACAATATTATAGCAGAAATTCGTATGTGAGTGCTCAG ACAGCAACGGGTTCAGGAAATGCAGATATGATTATTAAACAAGGTTTCGGACTAAGTTTAAACTGTGCACATGCAGGCGT AAACGATCAATTTTTATGGGATCCAAATTACGCTAATGAAGGAGCAAGAAGTGATCACGAAGGTGTTGTAGTAAGGCTAT TAGATACTGATGGTAGTTCTTGGGCATTATTCGCAGTTGTTTCTCCGTCTCAAAGTACTCAAGCAGGATATGGATTCTTT GGTGCTAATATAAATGTTACGACAACAATAGATGAAGGTGGTGGAGACGATACTGGTGGTGGTAGTGGCAAGTACGGTTT CCGAGTTAAAAAAGTAGATGACGGTACGGGTGAAGCCTTAAGAGGGGCAACATTTAAAGTAACTCAATTACTAACTTGGG GAGAATCTGCTCCTACACAATATAAAACAACAGGATCTAGTGGAATTCTAACATTTGATGGTTTACCAGCGGGAACGTAT GAAATAGAAGAGGTAGGGCCACCTACAGGTTATAAAAAAATTGATTCGACACAAACTATAAAATTGCCGGATGAGGATGG ATATCGAGTAACATTTAGAAATGTAAGAAAAGAAATACTTCCTCCTCCACCAGTAAGACCACCTAAGAAAGGTGATTATG CTATACTAGTTACAAAAACGGATGGATATACTAACACGCCTATAACAGGTTATGTGACAAGTACAGCCAAATTTAGAGTA ACTGATCCGGATGGAAATATAGTATGGGCTAACAAATATCCAAATAGCAGCATGGCAAACGCATATTTAGCTGATGAATC TTCTTATAATAGAGATTTTGAGCTGGATTCAAGTACTGGTTCTTTTGGGATTTTAGGATTAACTAAGAAAGGAACTTATA AGGTTGAAGAAGTCGATGCACCAAGTGGTTATAATAAGAGTTTTACGACTCAAACTGTTAGCGTATCAGATAGTCAAGAA ATAGGGTCACTAAGTTTTCCGAACTTTAGGACTCCTACTCCAGAGCCTCCTACTCCAGAGCCTGAACCTAAAGAAACTAA ATTGATTTTAGACAAAAAGGATGAAGAAAGTAGATCACCTATAGAAGGAGCTGTCTTTAAACTTTATAAACATTACAATG GTAGAAAAACTGAAATTGAAGTTGCTTCTATTGGAGATGGCGAATATATTGAAGGAAGTCTTGACATATACGGAAGATTA AAAGCACCTTATATGACAACAAATGCAAGAGGTCAGATAAGTGTTAAAATAAAGGATGCTGGAAGCGATTATAAATACAG TTTTGAAGAGGTTAGTCCGGCAGATGGATATTCTATGCCTTATAATCCAGAAACTGATAAAGACTGGGTTGTTGAAGGGT CTTATGAAAACTTCGAGATGACAAACAAGAAGAAAAACAAGGAAACGCCGCCTCCAAGCTCTGGAACAACTAAGATTCTT TTTAGCAAAAAGGATTCAAGAACTGGAAATGCAATACCAGAATCTAAAAGGTATTATGCCGAATTTGAACTAATAGATCC AAATGGTAATGTTGTTCACCTAAGAGAAAATAGAAAAGTAACAAAGAGTGAGTATAATTTCACATTCCCTTATAAAGTTG AAGAATCCAAGTATACGGTAGATAATTATTCTAATAACACAAAGATTAGATTGTCCAATGGTATTACTACCGAGATAAAT GGAATTTCAAAACCAGGTAGATATAAGATAAGAGAAATTAAACCTCCAGCAGGATATAAAAAAGCTAATTATCCGGTAGA TTTTGAAATTAGTAGAACTGATATTGATCTTGACCTAATGAAGTTTATTGAAATGAACAATGAGCCTGACACACCAATAG ATTTAACAATTAGGAAGATAGATTCAACTAATAAAGAATTAATAAAGAATAATTCTGCGAAGTTTAAGTTAGAAGATTCA GAAGGAAATAGAGTTGTATTTAAAGAGATTAGCGAGGGTAATTATGTTGTAGATTACGAGGCCGATTATCCTCAAACAGA AATGAAGCTAGGTAAAGATGGAACGATAAAAATATCTGGATTATATCAAAACGGTATGTATAAGTTAACAGAGTTAGAAC AACCGTCAGGTTATGAATTATCGTCATCTCCATTAACATTTAACGTAAAACAAAAACAGAACACGATAAGTTTTGAAAAC AAACCTACTCCAAAGCCACAAGATGGTATTATTAGGGTTCATAAAGTCGATACCTATAATGAAAGCAATAAATTAAAGGG TGTTGTTTTTGAATTGTTGGATAGTAATAAAAGAACAATTAGAGTTAAAGAAACTAATGCCGAAGGAATAGCAGAGTTTA CAGGTCTTGAATACGGAGAATATTTTATTAGAGAAAAGAAGCCGATAGCGGGTTATGCTTTAAATAGTACTGTTAGAGAA GCAAAAATATACTCATATTATAAAGAACTAGATATTACAGTATATAATAGGAGGGAGTTTGGCTCATTAACTCTTTGGAA GTTTGGAACAGATTCTAAAAAACAAATAGGTAAGGGTGCTTTGTTTAAGCTTTATAGAAAGATAGATAAAGGATCAATTG TAAAAACAGAACAAGTTAATTTATATTTTAATAAAAAAGAAAATAGATATGAGGAATTGGTTCTTAAAGACCAATTAGAA AATCCTTCAGATGCTGAATCTGTTAATAATATCTTAGATATAGGAAAATCAGGGGAAAGTGAAATCTCAGTAAGAGTAAA CAGATTAAGTAGCTCGTTATTGGGTGAAAAGGTAAGTTATTATTTTGAAGAAATAAAAGCTCCAGAAGGATATAAGCTTC CGGTAAACCCAAAATCAAGCGAAGTAGAATTAGACAACGATAAGAATAATACGAAGCTAATCAACATGTACAACGAACCT ATTGAAAAATATAATATCTTGGTTACTAAGGTGGATTCAACAACGAACAAAGCAATTACAGATGCAACAAAACTTCAAAA CGCAGAATTTAGGTTAAAAGACCCAGATGGAAAAGATGTATATATTACGAAAGTATCTGATGGTGTATACAAAAAAGATA GTTCATATAACTATACAATGAAACTTTCAAATGAAGGTAAGTTAAAGATACAAGATTTGGATAAAAAAGGTAAATATACA CTAACAGAGGTTAAGGCACCAACTGGATATCAATTGTCTAATACTCCTTTGGTTTGTGATGTAGTGAATAAGGATAACTC TTTTACTTTTAAAAACACACAAATTCCAAAAGATGGAATTGTAAGAATAACGAAAAAAGACCTAAAAACAGGTGATGTTT TATCAGGAGTAGTGTTTGAGTTATTAGATAGCACTAAACAAGTAGTAAAGACAGCAACAACAAATTCGCAAGGTATAGCT GAATTTACGGGCTTAAAGTATGGTAATTACTACGTTAGAGAAAAATCAACAAAAGCAGGATATATACTAAAAACTGATTT AGAACAAGCTAGGATAACAAGCACATATAAAATAGAAAAGCTAACAATCTATAATGAAAAAGAGCTTTATAATTTGTCTG TAACTAAAGTTGATTCTAAAACAGGAAAGGCGATAGTAGATTCAGAAAAACTAAAAAATGCAGAATTTAGATTAAAAGAC CCAGATGGAAAAGATGTATATATTACAAAGGTATCTGATGGTGTGTATAAGAAAGATAGTTCATATAACTATACAATGAA ACTTTCAAATGAAGGTAAGTTAAAGATACAAGATTTGGATAAAAAAGGTAAATATACATTAACAGAGGTTAAGGCACCAA CTGGATATCAATTGTCTAATACTCCTTTGGTTTGTGATGTAGTGAATAAGGATAACTCATTCACATTTAAAAACACACAA ATTCCAAAAGATGGTTCAGTAACAATTATTAAAAAGGATTCTAAGAATCAAAAGGTTCTATCAGGAGTTACGTTTGAATT GTTAGACAAGGATAAAAGGTTAATTACGACATCCAAGACAGGATCAACTGGTATAGCTGGATTTAGTAATTTAGAATATG GTAAATATTATATTCGTGAAAAAGAAACTATCAGTGGATATAAACTAGATTCAAGATTACACGAAGTAAATATCAGTAAC GCAAAGAAGTCAATTGCATTATCTTTATACAATGAACCTATAGAAAAGACTATAAAAGTAATTAAAAAAGATAATAATGG CGAACTTCTTAAAGATGCTGAATTCACTTTATTTAAGAAAGATGGTTCAAAGTTAACTAAAGTCGAATCAAAAGTAACTA ATACGAAAGGTGAAATTGAGTTTTCTAATCTAAGAATAGGTCAATATGTATTAAGAGAAACAAAAGCTCCTAATGGATTT AGACCATATTCTGAAGATATGGAAATCGACTTAACAAAACAAGTGTCTCCGGTTTATACTGTGACATTGAACAACTACAA AGTAGAAGAAAATATACCTTCAACTGGAACTAGGGGAGCTACTATGTTCTTAGCTTCAGGATTAGGTATCATAATGCTAG CATATATCTTTAAAAAGAGAAAAATATTTGCTTAG
Upstream 100 bases:
>100_bases GAGGATTAGACTTGATCTACCTTTTGGGGGCAATAGCTTTAATTTTCCCTATTGTATTTTCGATTGTTAATTCAAAAAAG AAAAAGGTAGGTGAGAAATA
Downstream 100 bases:
>100_bases CTGACAAGAAGAAGATAGTTGAATTGCTATCTTCTTTTTTATTTGCAAAAGGTACAAAATATAGAAATAAAGGATATTGT TGCTGCTCTGATTTTTAGAT
Product: putative collagen adhesion protein
Products: NA
Alternate protein names: Cell Wall Surface Anchor Family Protein; Cell Wall Anchor Domain-Containing Protein; LPXTG-Motif Cell Wall Anchor Domain Protein; Lpxtg-Motif Cell Wall Anchor Domain Protein; Outer Membrane Protein; Cna B Domain Protein; Peptidoglycan Bound Protein; Celll Wall Surface Anchor Family Protein; Cell Surface Protein; Collagen Adhesin; Collagen Adhesion Protein C-Terminal; LPXTG-Motif Cell Wall Anchor Domain-Containing Protein; Pepdidoglycan Bound Protein; B-Type Cna Protein; Cell Wall Anchoring Protein; Adhesion Exoprotein; Peptidoglycan Anchored Protein; Cell Wall Anchor Protein; Cna B Domain-Containing Protein; Conserved Repeat Domain Protein; Surface Anchored Protein; Collagen Adhesin-Like Protein
Number of amino acids: Translated: 2064; Mature: 2064
Protein sequence:
>2064_residues MDIFKKISKTFITFLLTLMLIFQSVISSFVGATTSFAGNEQNLATITIENTENGTLLFEKTRNKSITNKKGSNIMVLVKP NFGYDTKSIKMETSDKKVLDLPVHEGKANIPVIRNAKISANFTKSNSEPAQVDEEAKQDDFSSSIEKEKKENEKADKEDK RDKSTKDSIEDSKIIAEILLKSDRTKVGQGTSVVAKDIVTVANTVINMRKTKARNLDELWKDRDGDGISDDWMAVEGQFD SIIPLYEVDENANYYVAKPNLAKIENSQLLQYIIADSNRSGTLLKTVIYEKESGLLYVPKNILYPCDIKDKENKKDFARL GRTRIQFLLGINDEIDKTKTDVEVKIDKNDSVKGDVVVSGKASINTMSDDTKIVLAKDSESKKSIKANSIDEIRVNGHEV NLNDVTYYEKEGVLELPLKPAQADSIEIKMSNSLMKEITNTIGSLTSFIKPLISFAGEPSKKIEKVIYFTSTPRKGDWWH LRGDNNTRDVNDYGARFPEPGYEKTYATNTYSDSKQRIRTTVKMILQNQLSQADADRISREMGTERGTQYYSRNSYVSAQ TATGSGNADMIIKQGFGLSLNCAHAGVNDQFLWDPNYANEGARSDHEGVVVRLLDTDGSSWALFAVVSPSQSTQAGYGFF GANINVTTTIDEGGGDDTGGGSGKYGFRVKKVDDGTGEALRGATFKVTQLLTWGESAPTQYKTTGSSGILTFDGLPAGTY EIEEVGPPTGYKKIDSTQTIKLPDEDGYRVTFRNVRKEILPPPPVRPPKKGDYAILVTKTDGYTNTPITGYVTSTAKFRV TDPDGNIVWANKYPNSSMANAYLADESSYNRDFELDSSTGSFGILGLTKKGTYKVEEVDAPSGYNKSFTTQTVSVSDSQE IGSLSFPNFRTPTPEPPTPEPEPKETKLILDKKDEESRSPIEGAVFKLYKHYNGRKTEIEVASIGDGEYIEGSLDIYGRL KAPYMTTNARGQISVKIKDAGSDYKYSFEEVSPADGYSMPYNPETDKDWVVEGSYENFEMTNKKKNKETPPPSSGTTKIL FSKKDSRTGNAIPESKRYYAEFELIDPNGNVVHLRENRKVTKSEYNFTFPYKVEESKYTVDNYSNNTKIRLSNGITTEIN GISKPGRYKIREIKPPAGYKKANYPVDFEISRTDIDLDLMKFIEMNNEPDTPIDLTIRKIDSTNKELIKNNSAKFKLEDS EGNRVVFKEISEGNYVVDYEADYPQTEMKLGKDGTIKISGLYQNGMYKLTELEQPSGYELSSSPLTFNVKQKQNTISFEN KPTPKPQDGIIRVHKVDTYNESNKLKGVVFELLDSNKRTIRVKETNAEGIAEFTGLEYGEYFIREKKPIAGYALNSTVRE AKIYSYYKELDITVYNRREFGSLTLWKFGTDSKKQIGKGALFKLYRKIDKGSIVKTEQVNLYFNKKENRYEELVLKDQLE NPSDAESVNNILDIGKSGESEISVRVNRLSSSLLGEKVSYYFEEIKAPEGYKLPVNPKSSEVELDNDKNNTKLINMYNEP IEKYNILVTKVDSTTNKAITDATKLQNAEFRLKDPDGKDVYITKVSDGVYKKDSSYNYTMKLSNEGKLKIQDLDKKGKYT LTEVKAPTGYQLSNTPLVCDVVNKDNSFTFKNTQIPKDGIVRITKKDLKTGDVLSGVVFELLDSTKQVVKTATTNSQGIA EFTGLKYGNYYVREKSTKAGYILKTDLEQARITSTYKIEKLTIYNEKELYNLSVTKVDSKTGKAIVDSEKLKNAEFRLKD PDGKDVYITKVSDGVYKKDSSYNYTMKLSNEGKLKIQDLDKKGKYTLTEVKAPTGYQLSNTPLVCDVVNKDNSFTFKNTQ IPKDGSVTIIKKDSKNQKVLSGVTFELLDKDKRLITTSKTGSTGIAGFSNLEYGKYYIREKETISGYKLDSRLHEVNISN AKKSIALSLYNEPIEKTIKVIKKDNNGELLKDAEFTLFKKDGSKLTKVESKVTNTKGEIEFSNLRIGQYVLRETKAPNGF RPYSEDMEIDLTKQVSPVYTVTLNNYKVEENIPSTGTRGATMFLASGLGIIMLAYIFKKRKIFA
Sequences:
>Translated_2064_residues MDIFKKISKTFITFLLTLMLIFQSVISSFVGATTSFAGNEQNLATITIENTENGTLLFEKTRNKSITNKKGSNIMVLVKP NFGYDTKSIKMETSDKKVLDLPVHEGKANIPVIRNAKISANFTKSNSEPAQVDEEAKQDDFSSSIEKEKKENEKADKEDK RDKSTKDSIEDSKIIAEILLKSDRTKVGQGTSVVAKDIVTVANTVINMRKTKARNLDELWKDRDGDGISDDWMAVEGQFD SIIPLYEVDENANYYVAKPNLAKIENSQLLQYIIADSNRSGTLLKTVIYEKESGLLYVPKNILYPCDIKDKENKKDFARL GRTRIQFLLGINDEIDKTKTDVEVKIDKNDSVKGDVVVSGKASINTMSDDTKIVLAKDSESKKSIKANSIDEIRVNGHEV NLNDVTYYEKEGVLELPLKPAQADSIEIKMSNSLMKEITNTIGSLTSFIKPLISFAGEPSKKIEKVIYFTSTPRKGDWWH LRGDNNTRDVNDYGARFPEPGYEKTYATNTYSDSKQRIRTTVKMILQNQLSQADADRISREMGTERGTQYYSRNSYVSAQ TATGSGNADMIIKQGFGLSLNCAHAGVNDQFLWDPNYANEGARSDHEGVVVRLLDTDGSSWALFAVVSPSQSTQAGYGFF GANINVTTTIDEGGGDDTGGGSGKYGFRVKKVDDGTGEALRGATFKVTQLLTWGESAPTQYKTTGSSGILTFDGLPAGTY EIEEVGPPTGYKKIDSTQTIKLPDEDGYRVTFRNVRKEILPPPPVRPPKKGDYAILVTKTDGYTNTPITGYVTSTAKFRV TDPDGNIVWANKYPNSSMANAYLADESSYNRDFELDSSTGSFGILGLTKKGTYKVEEVDAPSGYNKSFTTQTVSVSDSQE IGSLSFPNFRTPTPEPPTPEPEPKETKLILDKKDEESRSPIEGAVFKLYKHYNGRKTEIEVASIGDGEYIEGSLDIYGRL KAPYMTTNARGQISVKIKDAGSDYKYSFEEVSPADGYSMPYNPETDKDWVVEGSYENFEMTNKKKNKETPPPSSGTTKIL FSKKDSRTGNAIPESKRYYAEFELIDPNGNVVHLRENRKVTKSEYNFTFPYKVEESKYTVDNYSNNTKIRLSNGITTEIN GISKPGRYKIREIKPPAGYKKANYPVDFEISRTDIDLDLMKFIEMNNEPDTPIDLTIRKIDSTNKELIKNNSAKFKLEDS EGNRVVFKEISEGNYVVDYEADYPQTEMKLGKDGTIKISGLYQNGMYKLTELEQPSGYELSSSPLTFNVKQKQNTISFEN KPTPKPQDGIIRVHKVDTYNESNKLKGVVFELLDSNKRTIRVKETNAEGIAEFTGLEYGEYFIREKKPIAGYALNSTVRE AKIYSYYKELDITVYNRREFGSLTLWKFGTDSKKQIGKGALFKLYRKIDKGSIVKTEQVNLYFNKKENRYEELVLKDQLE NPSDAESVNNILDIGKSGESEISVRVNRLSSSLLGEKVSYYFEEIKAPEGYKLPVNPKSSEVELDNDKNNTKLINMYNEP IEKYNILVTKVDSTTNKAITDATKLQNAEFRLKDPDGKDVYITKVSDGVYKKDSSYNYTMKLSNEGKLKIQDLDKKGKYT LTEVKAPTGYQLSNTPLVCDVVNKDNSFTFKNTQIPKDGIVRITKKDLKTGDVLSGVVFELLDSTKQVVKTATTNSQGIA EFTGLKYGNYYVREKSTKAGYILKTDLEQARITSTYKIEKLTIYNEKELYNLSVTKVDSKTGKAIVDSEKLKNAEFRLKD PDGKDVYITKVSDGVYKKDSSYNYTMKLSNEGKLKIQDLDKKGKYTLTEVKAPTGYQLSNTPLVCDVVNKDNSFTFKNTQ IPKDGSVTIIKKDSKNQKVLSGVTFELLDKDKRLITTSKTGSTGIAGFSNLEYGKYYIREKETISGYKLDSRLHEVNISN AKKSIALSLYNEPIEKTIKVIKKDNNGELLKDAEFTLFKKDGSKLTKVESKVTNTKGEIEFSNLRIGQYVLRETKAPNGF RPYSEDMEIDLTKQVSPVYTVTLNNYKVEENIPSTGTRGATMFLASGLGIIMLAYIFKKRKIFA >Mature_2064_residues MDIFKKISKTFITFLLTLMLIFQSVISSFVGATTSFAGNEQNLATITIENTENGTLLFEKTRNKSITNKKGSNIMVLVKP NFGYDTKSIKMETSDKKVLDLPVHEGKANIPVIRNAKISANFTKSNSEPAQVDEEAKQDDFSSSIEKEKKENEKADKEDK RDKSTKDSIEDSKIIAEILLKSDRTKVGQGTSVVAKDIVTVANTVINMRKTKARNLDELWKDRDGDGISDDWMAVEGQFD SIIPLYEVDENANYYVAKPNLAKIENSQLLQYIIADSNRSGTLLKTVIYEKESGLLYVPKNILYPCDIKDKENKKDFARL GRTRIQFLLGINDEIDKTKTDVEVKIDKNDSVKGDVVVSGKASINTMSDDTKIVLAKDSESKKSIKANSIDEIRVNGHEV NLNDVTYYEKEGVLELPLKPAQADSIEIKMSNSLMKEITNTIGSLTSFIKPLISFAGEPSKKIEKVIYFTSTPRKGDWWH LRGDNNTRDVNDYGARFPEPGYEKTYATNTYSDSKQRIRTTVKMILQNQLSQADADRISREMGTERGTQYYSRNSYVSAQ TATGSGNADMIIKQGFGLSLNCAHAGVNDQFLWDPNYANEGARSDHEGVVVRLLDTDGSSWALFAVVSPSQSTQAGYGFF GANINVTTTIDEGGGDDTGGGSGKYGFRVKKVDDGTGEALRGATFKVTQLLTWGESAPTQYKTTGSSGILTFDGLPAGTY EIEEVGPPTGYKKIDSTQTIKLPDEDGYRVTFRNVRKEILPPPPVRPPKKGDYAILVTKTDGYTNTPITGYVTSTAKFRV TDPDGNIVWANKYPNSSMANAYLADESSYNRDFELDSSTGSFGILGLTKKGTYKVEEVDAPSGYNKSFTTQTVSVSDSQE IGSLSFPNFRTPTPEPPTPEPEPKETKLILDKKDEESRSPIEGAVFKLYKHYNGRKTEIEVASIGDGEYIEGSLDIYGRL KAPYMTTNARGQISVKIKDAGSDYKYSFEEVSPADGYSMPYNPETDKDWVVEGSYENFEMTNKKKNKETPPPSSGTTKIL FSKKDSRTGNAIPESKRYYAEFELIDPNGNVVHLRENRKVTKSEYNFTFPYKVEESKYTVDNYSNNTKIRLSNGITTEIN GISKPGRYKIREIKPPAGYKKANYPVDFEISRTDIDLDLMKFIEMNNEPDTPIDLTIRKIDSTNKELIKNNSAKFKLEDS EGNRVVFKEISEGNYVVDYEADYPQTEMKLGKDGTIKISGLYQNGMYKLTELEQPSGYELSSSPLTFNVKQKQNTISFEN KPTPKPQDGIIRVHKVDTYNESNKLKGVVFELLDSNKRTIRVKETNAEGIAEFTGLEYGEYFIREKKPIAGYALNSTVRE AKIYSYYKELDITVYNRREFGSLTLWKFGTDSKKQIGKGALFKLYRKIDKGSIVKTEQVNLYFNKKENRYEELVLKDQLE NPSDAESVNNILDIGKSGESEISVRVNRLSSSLLGEKVSYYFEEIKAPEGYKLPVNPKSSEVELDNDKNNTKLINMYNEP IEKYNILVTKVDSTTNKAITDATKLQNAEFRLKDPDGKDVYITKVSDGVYKKDSSYNYTMKLSNEGKLKIQDLDKKGKYT LTEVKAPTGYQLSNTPLVCDVVNKDNSFTFKNTQIPKDGIVRITKKDLKTGDVLSGVVFELLDSTKQVVKTATTNSQGIA EFTGLKYGNYYVREKSTKAGYILKTDLEQARITSTYKIEKLTIYNEKELYNLSVTKVDSKTGKAIVDSEKLKNAEFRLKD PDGKDVYITKVSDGVYKKDSSYNYTMKLSNEGKLKIQDLDKKGKYTLTEVKAPTGYQLSNTPLVCDVVNKDNSFTFKNTQ IPKDGSVTIIKKDSKNQKVLSGVTFELLDKDKRLITTSKTGSTGIAGFSNLEYGKYYIREKETISGYKLDSRLHEVNISN AKKSIALSLYNEPIEKTIKVIKKDNNGELLKDAEFTLFKKDGSKLTKVESKVTNTKGEIEFSNLRIGQYVLRETKAPNGF RPYSEDMEIDLTKQVSPVYTVTLNNYKVEENIPSTGTRGATMFLASGLGIIMLAYIFKKRKIFA
Specific function: Unknown
COG id: COG4932
COG function: function code M; Predicted outer membrane protein
Gene ontology:
Cell location: Cytoplasmic
Metaboloic importance: NA
Operon status: Not Known
Operon components: None
Similarity: NA
Homologues:
None
Paralogues:
None
Copy number: NA
Swissprot (AC and ID): NA
Other databases:
NA
Pfam domain/function: NA
EC number: NA
Molecular weight: Translated: 231508; Mature: 231508
Theoretical pI: Translated: 8.83; Mature: 8.83
Prosite motif: PS00589 PTS_HPR_SER
Important sites: NA
Signals:
None
Transmembrane regions:
None
Cys/Met content:
0.2 %Cys (Translated Protein) 1.3 %Met (Translated Protein) 1.5 %Cys+Met (Translated Protein) 0.2 %Cys (Mature Protein) 1.3 %Met (Mature Protein) 1.5 %Cys+Met (Mature Protein)
Secondary structure:
>Translated Secondary Structure MDIFKKISKTFITFLLTLMLIFQSVISSFVGATTSFAGNEQNLATITIENTENGTLLFEK CCHHHHHHHHHHHHHHHHHHHHHHHHHHHHCCCCCCCCCCCCEEEEEEECCCCCEEEEEE TRNKSITNKKGSNIMVLVKPNFGYDTKSIKMETSDKKVLDLPVHEGKANIPVIRNAKISA CCCCCCCCCCCCEEEEEECCCCCCCCCEEEEECCCCEEEEEECCCCCCCCCEEECCEEEE NFTKSNSEPAQVDEEAKQDDFSSSIEKEKKENEKADKEDKRDKSTKDSIEDSKIIAEILL EEECCCCCCCCCCHHHHHHHHHHHHHHHHHHHHHCCHHHHHCCCHHHCCHHHHHHHHHHH KSDRTKVGQGTSVVAKDIVTVANTVINMRKTKARNLDELWKDRDGDGISDDWMAVEGQFD CCCCCCCCCCCHHHHHHHHHHHHHHHHHHHHHCCCHHHHHHCCCCCCCCCCCEEEECCCC SIIPLYEVDENANYYVAKPNLAKIENSQLLQYIIADSNRSGTLLKTVIYEKESGLLYVPK CCCEEEEECCCCCEEEECCCHHCCCHHHEEEEEEECCCCCCCEEEEEEEECCCCEEEECC NILYPCDIKDKENKKDFARLGRTRIQFLLGINDEIDKTKTDVEVKIDKNDSVKGDVVVSG CCEEECCCCCCCCHHHHHHHCHHEEEEEECCCCCCCCCCCCEEEEECCCCCCCCCEEEEC KASINTMSDDTKIVLAKDSESKKSIKANSIDEIRVNGHEVNLNDVTYYEKEGVLELPLKP CCEEEECCCCCEEEEEECCCCCCCCCCCCCCEEEECCEEEECCCEEEECCCCEEECCCCC AQADSIEIKMSNSLMKEITNTIGSLTSFIKPLISFAGEPSKKIEKVIYFTSTPRKGDWWH CCCCEEEEEECHHHHHHHHHHHHHHHHHHHHHHHHCCCCHHHEEEEEEEECCCCCCCEEE LRGDNNTRDVNDYGARFPEPGYEKTYATNTYSDSKQRIRTTVKMILQNQLSQADADRISR ECCCCCCCCCHHHCCCCCCCCCCCCEECCCCCCHHHHHHHHHHHHHHHHHHHHHHHHHHH EMGTERGTQYYSRNSYVSAQTATGSGNADMIIKQGFGLSLNCAHAGVNDQFLWDPNYANE HHCCHHCCCEECCCCEEEEEECCCCCCCCEEEECCCCCEEEEEECCCCCCEEECCCCCCC GARSDHEGVVVRLLDTDGSSWALFAVVSPSQSTQAGYGFFGANINVTTTIDEGGGDDTGG CCCCCCCCEEEEEEECCCCCEEEEEEECCCCCCCCCCEEEECCEEEEEEEECCCCCCCCC GSGKYGFRVKKVDDGTGEALRGATFKVTQLLTWGESAPTQYKTTGSSGILTFDGLPAGTY CCCCCCEEEEEECCCCCCHHCCCEEEEEEEEECCCCCCCEEEECCCCCEEEECCCCCCCE EIEEVGPPTGYKKIDSTQTIKLPDEDGYRVTFRNVRKEILPPPPVRPPKKGDYAILVTKT EHHCCCCCCCCCCCCCCEEEECCCCCCCEEEHHHHHHHCCCCCCCCCCCCCCEEEEEEEC DGYTNTPITGYVTSTAKFRVTDPDGNIVWANKYPNSSMANAYLADESSYNRDFELDSSTG CCCCCCCEEEEEECCEEEEEECCCCCEEEEECCCCCCCCEEEEECCCCCCCCEEECCCCC SFGILGLTKKGTYKVEEVDAPSGYNKSFTTQTVSVSDSQEIGSLSFPNFRTPTPEPPTPE CEEEEEECCCCCEEEEEECCCCCCCCCCEEEEEECCCCCCCCCCCCCCCCCCCCCCCCCC PEPKETKLILDKKDEESRSPIEGAVFKLYKHYNGRKTEIEVASIGDGEYIEGSLDIYGRL CCCCCEEEEEECCCCCCCCCHHHHHHHHHHHCCCCEEEEEEEECCCCCEEECCEEEEEEE KAPYMTTNARGQISVKIKDAGSDYKYSFEEVSPADGYSMPYNPETDKDWVVEGSYENFEM ECCEEECCCCCEEEEEEEECCCCCEEEHHHCCCCCCCCCCCCCCCCCCEEEECCCCCCEE TNKKKNKETPPPSSGTTKILFSKKDSRTGNAIPESKRYYAEFELIDPNGNVVHLRENRKV CCCCCCCCCCCCCCCCEEEEEECCCCCCCCCCCCCCCEEEEEEEECCCCCEEEEECCCCE TKSEYNFTFPYKVEESKYTVDNYSNNTKIRLSNGITTEINGISKPGRYKIREIKPPAGYK ECCCCCEECCEEECCCEEEECCCCCCCEEEECCCCEEEECCCCCCCCEEEEEECCCCCCC KANYPVDFEISRTDIDLDLMKFIEMNNEPDTPIDLTIRKIDSTNKELIKNNSAKFKLEDS CCCCCEEEEEECCCCCHHHHHHHHCCCCCCCCEEEEEEECCCCCHHHHCCCCCEEEEECC EGNRVVFKEISEGNYVVDYEADYPQTEMKLGKDGTIKISGLYQNGMYKLTELEQPSGYEL CCCEEEEEEECCCCEEEEECCCCCHHHHCCCCCCEEEEEEEECCCCEEEEECCCCCCCEE SSSPLTFNVKQKQNTISFENKPTPKPQDGIIRVHKVDTYNESNKLKGVVFELLDSNKRTI CCCCEEEEEECCCCEECCCCCCCCCCCCCEEEEEEEECCCCCCCHHHHHHHHHCCCCCEE RVKETNAEGIAEFTGLEYGEYFIREKKPIAGYALNSTVREAKIYSYYKELDITVYNRREF EEEECCCCCHHHHHCCCCCHHHHHCCCCCCEEECCCHHHHHHHHHHHHHEEEEEEECCCC GSLTLWKFGTDSKKQIGKGALFKLYRKIDKGSIVKTEQVNLYFNKKENRYEELVLKDQLE CCEEEEEECCCCHHHHCCHHHHHHHHHCCCCCEEEEEEEEEEECCCCCHHHHHHHHHHCC NPSDAESVNNILDIGKSGESEISVRVNRLSSSLLGEKVSYYFEEIKAPEGYKLPVNPKSS CCCHHHHHHHHHHCCCCCCCEEEEEEEHHHHHHHHHHHHHHHHHHCCCCCCCCCCCCCCC EVELDNDKNNTKLINMYNEPIEKYNILVTKVDSTTNKAITDATKLQNAEFRLKDPDGKDV EEEECCCCCCEEEEEECCCCCCCEEEEEEEECCCCCCHHHHHHHHCCCEEEEECCCCCEE YITKVSDGVYKKDSSYNYTMKLSNEGKLKIQDLDKKGKYTLTEVKAPTGYQLSNTPLVCD EEEEECCCCEECCCCCEEEEEECCCCCEEEEECCCCCCEEEEEECCCCCCEECCCCEEEE VVNKDNSFTFKNTQIPKDGIVRITKKDLKTGDVLSGVVFELLDSTKQVVKTATTNSQGIA EECCCCCEEEECCCCCCCCEEEEEHHCCCCCHHHHHHHHHHHHHHHHHHHHHCCCCCCCH EFTGLKYGNYYVREKSTKAGYILKTDLEQARITSTYKIEKLTIYNEKELYNLSVTKVDSK HHHCCCCCCEEEEECCCCCCEEEEECCCHHHCCCEEEEEEEEEECCCEEEEEEEEEECCC TGKAIVDSEKLKNAEFRLKDPDGKDVYITKVSDGVYKKDSSYNYTMKLSNEGKLKIQDLD CCCEEECHHHCCCCEEEEECCCCCEEEEEEECCCCEECCCCCEEEEEECCCCCEEEEECC KKGKYTLTEVKAPTGYQLSNTPLVCDVVNKDNSFTFKNTQIPKDGSVTIIKKDSKNQKVL CCCCEEEEEECCCCCCEECCCCEEEEEECCCCCEEEECCCCCCCCCEEEEEECCCCCEEH SGVTFELLDKDKRLITTSKTGSTGIAGFSNLEYGKYYIREKETISGYKLDSRLHEVNISN HCCCCEECCCCCEEEEECCCCCCCCCCCCCCCCCEEEEECCCCCCCEEECCEEEEEECCC AKKSIALSLYNEPIEKTIKVIKKDNNGELLKDAEFTLFKKDGSKLTKVESKVTNTKGEIE CCCEEEEEECCCCHHHHHHHEEECCCCCEEECCEEEEEECCCCHHHHHHHHHCCCCCCEE FSNLRIGQYVLRETKAPNGFRPYSEDMEIDLTKQVSPVYTVTLNNYKVEENIPSTGTRGA EECEEHHHHHHHHCCCCCCCCCCCCCCEEEEECCCCEEEEEEECCEEEECCCCCCCCCCE TMFLASGLGIIMLAYIFKKRKIFA EEEECCCHHHHHHHHHHHHHCCCC >Mature Secondary Structure MDIFKKISKTFITFLLTLMLIFQSVISSFVGATTSFAGNEQNLATITIENTENGTLLFEK CCHHHHHHHHHHHHHHHHHHHHHHHHHHHHCCCCCCCCCCCCEEEEEEECCCCCEEEEEE TRNKSITNKKGSNIMVLVKPNFGYDTKSIKMETSDKKVLDLPVHEGKANIPVIRNAKISA CCCCCCCCCCCCEEEEEECCCCCCCCCEEEEECCCCEEEEEECCCCCCCCCEEECCEEEE NFTKSNSEPAQVDEEAKQDDFSSSIEKEKKENEKADKEDKRDKSTKDSIEDSKIIAEILL EEECCCCCCCCCCHHHHHHHHHHHHHHHHHHHHHCCHHHHHCCCHHHCCHHHHHHHHHHH KSDRTKVGQGTSVVAKDIVTVANTVINMRKTKARNLDELWKDRDGDGISDDWMAVEGQFD CCCCCCCCCCCHHHHHHHHHHHHHHHHHHHHHCCCHHHHHHCCCCCCCCCCCEEEECCCC SIIPLYEVDENANYYVAKPNLAKIENSQLLQYIIADSNRSGTLLKTVIYEKESGLLYVPK CCCEEEEECCCCCEEEECCCHHCCCHHHEEEEEEECCCCCCCEEEEEEEECCCCEEEECC NILYPCDIKDKENKKDFARLGRTRIQFLLGINDEIDKTKTDVEVKIDKNDSVKGDVVVSG CCEEECCCCCCCCHHHHHHHCHHEEEEEECCCCCCCCCCCCEEEEECCCCCCCCCEEEEC KASINTMSDDTKIVLAKDSESKKSIKANSIDEIRVNGHEVNLNDVTYYEKEGVLELPLKP CCEEEECCCCCEEEEEECCCCCCCCCCCCCCEEEECCEEEECCCEEEECCCCEEECCCCC AQADSIEIKMSNSLMKEITNTIGSLTSFIKPLISFAGEPSKKIEKVIYFTSTPRKGDWWH CCCCEEEEEECHHHHHHHHHHHHHHHHHHHHHHHHCCCCHHHEEEEEEEECCCCCCCEEE LRGDNNTRDVNDYGARFPEPGYEKTYATNTYSDSKQRIRTTVKMILQNQLSQADADRISR ECCCCCCCCCHHHCCCCCCCCCCCCEECCCCCCHHHHHHHHHHHHHHHHHHHHHHHHHHH EMGTERGTQYYSRNSYVSAQTATGSGNADMIIKQGFGLSLNCAHAGVNDQFLWDPNYANE HHCCHHCCCEECCCCEEEEEECCCCCCCCEEEECCCCCEEEEEECCCCCCEEECCCCCCC GARSDHEGVVVRLLDTDGSSWALFAVVSPSQSTQAGYGFFGANINVTTTIDEGGGDDTGG CCCCCCCCEEEEEEECCCCCEEEEEEECCCCCCCCCCEEEECCEEEEEEEECCCCCCCCC GSGKYGFRVKKVDDGTGEALRGATFKVTQLLTWGESAPTQYKTTGSSGILTFDGLPAGTY CCCCCCEEEEEECCCCCCHHCCCEEEEEEEEECCCCCCCEEEECCCCCEEEECCCCCCCE EIEEVGPPTGYKKIDSTQTIKLPDEDGYRVTFRNVRKEILPPPPVRPPKKGDYAILVTKT EHHCCCCCCCCCCCCCCEEEECCCCCCCEEEHHHHHHHCCCCCCCCCCCCCCEEEEEEEC DGYTNTPITGYVTSTAKFRVTDPDGNIVWANKYPNSSMANAYLADESSYNRDFELDSSTG CCCCCCCEEEEEECCEEEEEECCCCCEEEEECCCCCCCCEEEEECCCCCCCCEEECCCCC SFGILGLTKKGTYKVEEVDAPSGYNKSFTTQTVSVSDSQEIGSLSFPNFRTPTPEPPTPE CEEEEEECCCCCEEEEEECCCCCCCCCCEEEEEECCCCCCCCCCCCCCCCCCCCCCCCCC PEPKETKLILDKKDEESRSPIEGAVFKLYKHYNGRKTEIEVASIGDGEYIEGSLDIYGRL CCCCCEEEEEECCCCCCCCCHHHHHHHHHHHCCCCEEEEEEEECCCCCEEECCEEEEEEE KAPYMTTNARGQISVKIKDAGSDYKYSFEEVSPADGYSMPYNPETDKDWVVEGSYENFEM ECCEEECCCCCEEEEEEEECCCCCEEEHHHCCCCCCCCCCCCCCCCCCEEEECCCCCCEE TNKKKNKETPPPSSGTTKILFSKKDSRTGNAIPESKRYYAEFELIDPNGNVVHLRENRKV CCCCCCCCCCCCCCCCEEEEEECCCCCCCCCCCCCCCEEEEEEEECCCCCEEEEECCCCE TKSEYNFTFPYKVEESKYTVDNYSNNTKIRLSNGITTEINGISKPGRYKIREIKPPAGYK ECCCCCEECCEEECCCEEEECCCCCCCEEEECCCCEEEECCCCCCCCEEEEEECCCCCCC KANYPVDFEISRTDIDLDLMKFIEMNNEPDTPIDLTIRKIDSTNKELIKNNSAKFKLEDS CCCCCEEEEEECCCCCHHHHHHHHCCCCCCCCEEEEEEECCCCCHHHHCCCCCEEEEECC EGNRVVFKEISEGNYVVDYEADYPQTEMKLGKDGTIKISGLYQNGMYKLTELEQPSGYEL CCCEEEEEEECCCCEEEEECCCCCHHHHCCCCCCEEEEEEEECCCCEEEEECCCCCCCEE SSSPLTFNVKQKQNTISFENKPTPKPQDGIIRVHKVDTYNESNKLKGVVFELLDSNKRTI CCCCEEEEEECCCCEECCCCCCCCCCCCCEEEEEEEECCCCCCCHHHHHHHHHCCCCCEE RVKETNAEGIAEFTGLEYGEYFIREKKPIAGYALNSTVREAKIYSYYKELDITVYNRREF EEEECCCCCHHHHHCCCCCHHHHHCCCCCCEEECCCHHHHHHHHHHHHHEEEEEEECCCC GSLTLWKFGTDSKKQIGKGALFKLYRKIDKGSIVKTEQVNLYFNKKENRYEELVLKDQLE CCEEEEEECCCCHHHHCCHHHHHHHHHCCCCCEEEEEEEEEEECCCCCHHHHHHHHHHCC NPSDAESVNNILDIGKSGESEISVRVNRLSSSLLGEKVSYYFEEIKAPEGYKLPVNPKSS CCCHHHHHHHHHHCCCCCCCEEEEEEEHHHHHHHHHHHHHHHHHHCCCCCCCCCCCCCCC EVELDNDKNNTKLINMYNEPIEKYNILVTKVDSTTNKAITDATKLQNAEFRLKDPDGKDV EEEECCCCCCEEEEEECCCCCCCEEEEEEEECCCCCCHHHHHHHHCCCEEEEECCCCCEE YITKVSDGVYKKDSSYNYTMKLSNEGKLKIQDLDKKGKYTLTEVKAPTGYQLSNTPLVCD EEEEECCCCEECCCCCEEEEEECCCCCEEEEECCCCCCEEEEEECCCCCCEECCCCEEEE VVNKDNSFTFKNTQIPKDGIVRITKKDLKTGDVLSGVVFELLDSTKQVVKTATTNSQGIA EECCCCCEEEECCCCCCCCEEEEEHHCCCCCHHHHHHHHHHHHHHHHHHHHHCCCCCCCH EFTGLKYGNYYVREKSTKAGYILKTDLEQARITSTYKIEKLTIYNEKELYNLSVTKVDSK HHHCCCCCCEEEEECCCCCCEEEEECCCHHHCCCEEEEEEEEEECCCEEEEEEEEEECCC TGKAIVDSEKLKNAEFRLKDPDGKDVYITKVSDGVYKKDSSYNYTMKLSNEGKLKIQDLD CCCEEECHHHCCCCEEEEECCCCCEEEEEEECCCCEECCCCCEEEEEECCCCCEEEEECC KKGKYTLTEVKAPTGYQLSNTPLVCDVVNKDNSFTFKNTQIPKDGSVTIIKKDSKNQKVL CCCCEEEEEECCCCCCEECCCCEEEEEECCCCCEEEECCCCCCCCCEEEEEECCCCCEEH SGVTFELLDKDKRLITTSKTGSTGIAGFSNLEYGKYYIREKETISGYKLDSRLHEVNISN HCCCCEECCCCCEEEEECCCCCCCCCCCCCCCCCEEEEECCCCCCCEEECCEEEEEECCC AKKSIALSLYNEPIEKTIKVIKKDNNGELLKDAEFTLFKKDGSKLTKVESKVTNTKGEIE CCCEEEEEECCCCHHHHHHHEEECCCCCEEECCEEEEEECCCCHHHHHHHHHCCCCCCEE FSNLRIGQYVLRETKAPNGFRPYSEDMEIDLTKQVSPVYTVTLNNYKVEENIPSTGTRGA EECEEHHHHHHHHCCCCCCCCCCCCCCEEEEECCCCEEEEEEECCEEEECCCCCCCCCCE TMFLASGLGIIMLAYIFKKRKIFA EEEECCCHHHHHHHHHHHHHCCCC
PDB accession: NA
Resolution: NA
Structure class: Alpha Beta
Cofactors: NA
Metal ions: NA
Kcat value (1/min): NA
Specific activity: NA
Km value (mM): NA
Substrates: NA
Specific reaction: NA
General reaction: NA
Inhibitor: NA
Structure determination priority: 9.0
TargetDB status: NA
Availability: NA
References: NA