Definition Akkermansia muciniphila ATCC BAA-835, complete genome.
Accession NC_010655
Length 2,664,102

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The map label for this gene is 187736210

Identifier: 187736210

GI number: 187736210

Start: 2100318

End: 2106179

Strand: Direct

Name: 187736210

Synonym: Amuc_1723

Alternate gene names: NA

Gene position: 2100318-2106179 (Clockwise)

Preceding gene: 187736209

Following gene: 187736211

Centisome position: 78.84

GC content: 56.02

Gene sequence:

>5862_bases
ATGAAGTTGCACCTCCCTTTAAGTCTTTTGTCCTCCCTGCTTGCCTGCATGGCTGCTGTTTCCTCACCGCATGCCGTTGC
GGAAACCTATACATGGCTGGGGGGGACGGTGGATGTTCATTTAAATACTAACTGGACTCCGGATTACGGCAGCAGCAACT
GGTCGGCAACATGGGCCGGAACGGCGACAAACAGCATGCGTTTTGATGCGGGTAGCATGACGGGGCAGGTCAAGGCTCTC
CAGGCTTCTTTCAATACGCTTTCACTTGGGGGAATAACCGTTACGGATAATTCCGATGGATTCAGCGTTTCCAAAAGCAA
CGGCTCCAACCGCACCGTTAATTTACGTGATGGAGGAGAAGGGTATACGCTGTTTGACATAGGCGGGGATTTTTCTCTGG
GAGTTGCCAGCCAGGTATGGAACGGAGTTGTTTTCAACTCCAGCGCCCTGTTTAACATTGCCTCCGGCAAGACCATGAAT
ATTTACGGTGGTCTGGGAATGGCTGGAACGGGAGCCAGGACGATGACGGTGGGGACGGACGGTTTTGCGGGAACCCTTAT
CCTGAATACGGCTGCCCAGTCTTCCATGACGGCTGATTGGGTCATTTCCCATGGGGCGACCGTTCAACTGAACAATGCCG
CGGCTTTGGGGTCCGGATCGGTCAGCTTAAACGGCGGCAATATAACGGCCCAGCACGATGCTGTTTATAACAATGCCCTG
GCCGTGAGCGGTTCTTCCGGCATGAACGTGAATGCTGCCACGCGGTTTGCCAGTGTCAGCCTTTCCAATGCCGCTGTCCT
GAACATGAACGGAGGGACGCTTGGCATTGCGAATGCCGGCGTTTTGACACTGGGTTCTTCAGGGACCATTACGGGGAATT
TGACGCTGGGAAACACGTCTCTCCTGAATTTTTCCGCTCTTCCGGCTTCCGGATCATATTTGCTTAATGTAACAGGAACG
CTGACCGTGGGCAGTGAATTGCTTCTGGGGCAGGAAACGATGGAAGGCGTAGCCTGGACGGAGGGTTCCTACAGTCTGGT
TCATGCGGGTTCCGTAGAGGGAGTCCCTGCCAGCTCTTTCGTTCTGGGCGACAATCTTCTGGGTTCATGGAGCACGGAAA
ACAATAATCTTACCCTGGTTGTGGAGCAGGTGGCTTTGCTTGAATGGAAAGGCGGCGACGGGATATGGTCTGTAACTGCT
CCGGCTTCTTCACCGTGGAAAAATGAAGGTGTGTACAATAATGCTTCCGGAGTGGTCATGGGAGATATTGACGGAAGTTC
TCTGCAAACAGTAACCATTGATGGAGTTGTCTCTCCCTCAATCATGATGGTCCAGGCGGATACGACGGATTATGTGTGGA
ATGCCGCAGATGAAGGAGGTGCTCTGGAAGGCAGCGGTAATCTGGAGAAGACCGGCAGTGCCAAGCTGACCATTAATATG
GATAATGCTGATTATGCCGGAAAGGTCATTTTGGGGGGTGGAACGCTTGAAATGGGGAATGATGCCGCTTTAGGCACAGG
TGATCTGGCATTTGACGGCGGTACCCTCCGGTATGGAACAGGGGTAACGGCGGATATTTCCGGGCAGATTTCCACAACGA
GCAAAAGTTCCGTGAAGGTGGATACCAACGGTAATAACGTAAGCTGGGCTTCCGCGGATCATTACAAGGCTCTGAACTTG
GAAAAGTCCGGGAACGGTGTGTTGACTCTCGGCGGCGCCGTGTATACGGGGGGCCTGACAGTAGATGAAGGAGGCGTGTC
CATTACTTCCGGCAGTGTTCAAACGAAGTTTTCTGCGGGAGTCACGGTAAATGCAGGAGGAACGCTTGCCATTTCCAGCG
CCATTAACGGAATATCGACCGGAGACAACGCCAATATCGTCATCAACGGCATGAGCGGAGCGGGGCGGATTGAGCTGGAC
AACCAGGCTGCCAAATCCCGTTTTTATATTTCCGGAGATAATTCTTCCTTTACCGGGGAATTGGTGGCGACCGGACTGAA
CAATAATCCGGGAAATACGAATGATGCCCGCGATCTTCAGTTTGCCACTGCTGCCAGTATGGGAAGAGGAACGGTAACCC
TGAATGGACGCGGGTTCTGGCTGGGAACCGCCAATTCGGCGGATACCGCCGTCATGGCAGCAATCAATGTTCTGGAGAAA
GGTTCCTATCTGAACGGGGGAAGCGGAAATTCCTATTACTTTGGCGGGGCGTTTACCGGTTCCGGCACCATGACCACGGC
TCTGGGCAATGCGTTCGCATATTTGACGGGAGATATGACCGGGTTCCAGGGAGCATTCTCCCACACGGGTGATTCCCTGT
TTACCTGGGCATTCGGCAACAATACGGAGGCAGTTCTGAATGATGGAAAGCTTTTCGGGGATGGAGTGGTTTTGAAGGCT
GATGGAGGGACAAGCCAGTTTAAATTCTCCTATACCAACGATATTATACTGATGAACGCCACTGTAGGCGCAGAAGGGGC
CTTGAACGCCAGGGTGGAACAGGCCGGAACCGGAACGCTGGTGCTAACGCAGGACAATAGCGCGACGGGAACGCTCACCA
TTACCAGCGGCACGGTTCAGCTGGGCAATGGAGAGGTTTCCGGCTCCTGGACAGGGCAGATTACCGGAGCAGGGGCTCTG
GTGGTGGACAGGTCTGCAGGTTCCTCTGCTCTGGAACTGAACTCCGCCAACGATTATCAGGGTGGAACTACGCTGAACGG
CGGCACAGTGAAGGCGTTGGGCGCCGGTTCCTTGGGAACTGGCGATGTTTTCGTCAACGGCGGTTCCATCCTGGATATGA
ACGGACAGGCGATTGCCAATAATGTCGCTATTACCAAAGGAGGGCTGCAACATGCCGGGGCCTACGCCACGTCGGGCGGC
GTAACCGTAAATGCGGAGGCTGATTCCGGGGACATTGACCTGGGAGGCCTGTCCGGCGACAAAGTGGGGGGCATCAATAC
CACCACGGCGGGAACGGCCATTACCGGCCTGACGGGAAATTTGACGCTGACGGGGAATAATGCCCTGCATGTGGGGGTGG
AAAATACCACGTATGCTTCTGACGGAGACCAGAAAAGTCTGATTCAGTTCAATGATGCGGCTACGGGGACTGTTTCCTTA
GGCGGAGATTCTTCCGATCTCACGCTGCACATGGATATTGATACGGATATCCTGATTGCCATGCGCGAACTGGATTCTGT
CGGTATCCTGCTGACAGACGGGACGATTACCGGATTGCCGGACAGCGGTCTGGTGGCGTGGCTCAACCAGCATCTTACGT
TTAATGCCACACTGGAAAGCCTGGGGTTCGGCATCCAGGGAGTGGATGGAGGAAACATTATCATTTCCGGAAGAACGGAC
CAGATTTACATTGCTTCCGTAGACGGTTCCTCAGTGACGGAAATTCCGGCTTTGAATTCCTATGCCCAGGTGATTGTTGA
TAAGGATCTTTCTCTGAATTTTGATGTTCCCGCATCTAATACGGACAAGACCATCGTTCGTCATCTTTCCTCCGGCACCA
GCGCTACTGGCAATCTGGCAGTGAATGTCGCCGGAGAAGGTTCCTTGAATATTGAACTGGCCAACGATTTGGACGATTCC
GTTTTTAACGGAAATCTTATCGTAAACGGAAACGGTGCGGACCTGGTCAAAACAGGAGAAAAGACGCTGGTATTGAATGG
GAGTGTCAGTACATCCAATGCAGTGATTGCCAAAGAAGGCACACTGGTTCTGAACGGGAGCGTCAACAACATCGGCACGC
TGGCTTTGGCCTCCGCTTCTGCAGATGCAATTGCGCGTACCGTGATTGGTGGGACTGTCACAGCCACTCTGTCGGATGAA
GATGAAGGCGGTTCCCTGGAGATTGCTGCGGGGGGAACACTCAAGACCGCCGGAGATTCCGTCCTGGACCAGGCGACCTC
CATTTCCGGAGCAGGGAGTTTGAATATTCAGGAAGGTTCCGCCCTCTCCCTGACGGGGAAAGCCGGCCTGTCCGGAACTT
CCGTGACGCTGAACGGAACGCTGGGTCTGTCCGGGACTGGGGAAAAATCCATCCAGTCCCTCTCCGGTTCCGGAACGCTG
GCGTTGAACGGCGGCACTCTGTCTGTCACTTCCGCTTCCGCCAGAAACGGTTCTTTCTCCGGTACGCTGGATGGAGAGGG
ACGTATTGACGTATCCGGCAGCGTAACCCAGGTAATGCAGACAGGAAGCTCTACGTATGACCTGGGCGTTCATGGAGGGG
GGACGCTGGTATTAAAAGGCACTTCTGCCGCCCCTGCGCTTGATTACCGTAATGTTGCAGTAGGTTCTGCCGGCACCCTG
CGTATTGAAGCCATTGGGCATGAGGCCGGAGACTCCAATACCTCCTTAAACGTCGGCAGCATTGATTTTCAAAGCGGCTC
TACGACGGAATTCGTTTATAATTTAAGTGCGTCTGATCCTTTCGGCTCCGCTATGCTGACGGCGGATTCCATCACCATTG
GAAATGGGGCGGGATTCTCTCTTGCCAACATGGAAGGCAACACGGGGCTGGGAACGTATGACAACCTGGACGGCGTGGTG
CTGATGACAGCGGACACGATTGACGGACTGACGGAGGGGGAATCCATATCCGTGGGGACTTCCGGCCTGTTTGCCGTTTA
TTACAAGGATGCGACCATGAGCCGGGAGGGCAATCATATTGTGCTGAATGCCACGGTGCAGCAGGACAATATTTTTACGC
CTGCGGTGAATTCCCATAATTCCGGAGCAGGTTCCGAACTTCTGTGGGAGGCAAAAAATAATCTGGATGCCACTTCCCAG
CTTGGGCAGGCGATGCATTCCATCAGCACCATGATTACGGGAGATAATCCCGACTTGGCGGGGGCATCCAGGGCTTTGGC
AGCAGTGGCTGGGAGCACGGTCAACGCGCTGGGGACGGCACAGAGGGACGCCCTGCGCGACCAGATGGGCTGGATCAGGA
ACCGGACCACCCTCATGGGCGTCAACCCGGCCTACGTCAACGACGACCTCCCCCGCTTCCACATGTGGATGGAAGGCACG
GGCTCCTACGCCAAGCTCGACACCCGCGGGGATGAAAGCGGCTACCAGCTCACCACCTGGGGAGGCACGGTAGGCATGGA
CGCGGACCTCAGCGACCGCCTCACGGTGGGAGCGGCCTTCACGGCCGGCTACGGCGACCTGACGGCCGGCGCGGCGGACA
GCGCCGACGGGCACCTGGACAGCTACTACGCCAGCCTCTTCGGCCGCTACCAGGACAGGCGCTGGGCGCACACGCTCATC
CTGACGGGAGGGTGGAACGACGCGAAACTCAACCGTACGGTCAACTATGGGGAAGGAAGCTACGGGACGCAGGGAAGCAC
CAGCGGGTGGGGCTTTGGAGCGATGTATGAACTCACCTACGACGTATACCTCAACGAAAACCGCAGCAGCGTGCTGCAGC
CGCTGTTCAACGCCTCGGTGGTGACGACGCGGATGGACGGCTATGAGGAAACGGGTGCGGGCAACGCGGGCCTGAACGTC
GGCAGGCAGGACTGGACGACGGGGACGCTGGCGCTGGGCGGCCGGTGGATGGGCCTGGTGGGCAGCAACATCTTCGGACG
AGAAGCGCTGGCGGAAATCCGAGTAAACGCGGCGCAGGACCTGGGAGACCGGAGAGGGGAAACGAACGTCTCTCTGCTGG
GCAACCCCGGCTTTGCGCAAAGCGTGAGGGGGGCGAAAGAGGGAACGACGGCGCTGCAGCTGGGAGCCGGACTGAGCGTG
CCTGTAGGAACGAAGGGAACCATCTACGTGAACGGGAACGCGGACATCCGTGACGGGTCCAGCGCACTGAACGGAAGCGT
CGGCTACCGCTACGACTTCTAA

Upstream 100 bases:

>100_bases
TCAATGTTTAAGCTTGTAGGAGGATTTTTAATCCGCTAATGATGGTAAAAAGCCTCCTGTCAGTTTTGGGAGGAATTTCA
CGTACGCCCTTTTAAAAACT

Downstream 100 bases:

>100_bases
CAAGAAAGAAAACACAAGGAGGGGGCCCCACCCCCGAAAGGCCTTCCTCCTGACCCTCCAGAGCCGCTCCGGAACAACTT
CGGAGCGGCTCTGTTGCCTG

Product: outer membrane autotransporter barrel domain protein

Products: NA

Alternate protein names: NA

Number of amino acids: Translated: 1953; Mature: 1953

Protein sequence:

>1953_residues
MKLHLPLSLLSSLLACMAAVSSPHAVAETYTWLGGTVDVHLNTNWTPDYGSSNWSATWAGTATNSMRFDAGSMTGQVKAL
QASFNTLSLGGITVTDNSDGFSVSKSNGSNRTVNLRDGGEGYTLFDIGGDFSLGVASQVWNGVVFNSSALFNIASGKTMN
IYGGLGMAGTGARTMTVGTDGFAGTLILNTAAQSSMTADWVISHGATVQLNNAAALGSGSVSLNGGNITAQHDAVYNNAL
AVSGSSGMNVNAATRFASVSLSNAAVLNMNGGTLGIANAGVLTLGSSGTITGNLTLGNTSLLNFSALPASGSYLLNVTGT
LTVGSELLLGQETMEGVAWTEGSYSLVHAGSVEGVPASSFVLGDNLLGSWSTENNNLTLVVEQVALLEWKGGDGIWSVTA
PASSPWKNEGVYNNASGVVMGDIDGSSLQTVTIDGVVSPSIMMVQADTTDYVWNAADEGGALEGSGNLEKTGSAKLTINM
DNADYAGKVILGGGTLEMGNDAALGTGDLAFDGGTLRYGTGVTADISGQISTTSKSSVKVDTNGNNVSWASADHYKALNL
EKSGNGVLTLGGAVYTGGLTVDEGGVSITSGSVQTKFSAGVTVNAGGTLAISSAINGISTGDNANIVINGMSGAGRIELD
NQAAKSRFYISGDNSSFTGELVATGLNNNPGNTNDARDLQFATAASMGRGTVTLNGRGFWLGTANSADTAVMAAINVLEK
GSYLNGGSGNSYYFGGAFTGSGTMTTALGNAFAYLTGDMTGFQGAFSHTGDSLFTWAFGNNTEAVLNDGKLFGDGVVLKA
DGGTSQFKFSYTNDIILMNATVGAEGALNARVEQAGTGTLVLTQDNSATGTLTITSGTVQLGNGEVSGSWTGQITGAGAL
VVDRSAGSSALELNSANDYQGGTTLNGGTVKALGAGSLGTGDVFVNGGSILDMNGQAIANNVAITKGGLQHAGAYATSGG
VTVNAEADSGDIDLGGLSGDKVGGINTTTAGTAITGLTGNLTLTGNNALHVGVENTTYASDGDQKSLIQFNDAATGTVSL
GGDSSDLTLHMDIDTDILIAMRELDSVGILLTDGTITGLPDSGLVAWLNQHLTFNATLESLGFGIQGVDGGNIIISGRTD
QIYIASVDGSSVTEIPALNSYAQVIVDKDLSLNFDVPASNTDKTIVRHLSSGTSATGNLAVNVAGEGSLNIELANDLDDS
VFNGNLIVNGNGADLVKTGEKTLVLNGSVSTSNAVIAKEGTLVLNGSVNNIGTLALASASADAIARTVIGGTVTATLSDE
DEGGSLEIAAGGTLKTAGDSVLDQATSISGAGSLNIQEGSALSLTGKAGLSGTSVTLNGTLGLSGTGEKSIQSLSGSGTL
ALNGGTLSVTSASARNGSFSGTLDGEGRIDVSGSVTQVMQTGSSTYDLGVHGGGTLVLKGTSAAPALDYRNVAVGSAGTL
RIEAIGHEAGDSNTSLNVGSIDFQSGSTTEFVYNLSASDPFGSAMLTADSITIGNGAGFSLANMEGNTGLGTYDNLDGVV
LMTADTIDGLTEGESISVGTSGLFAVYYKDATMSREGNHIVLNATVQQDNIFTPAVNSHNSGAGSELLWEAKNNLDATSQ
LGQAMHSISTMITGDNPDLAGASRALAAVAGSTVNALGTAQRDALRDQMGWIRNRTTLMGVNPAYVNDDLPRFHMWMEGT
GSYAKLDTRGDESGYQLTTWGGTVGMDADLSDRLTVGAAFTAGYGDLTAGAADSADGHLDSYYASLFGRYQDRRWAHTLI
LTGGWNDAKLNRTVNYGEGSYGTQGSTSGWGFGAMYELTYDVYLNENRSSVLQPLFNASVVTTRMDGYEETGAGNAGLNV
GRQDWTTGTLALGGRWMGLVGSNIFGREALAEIRVNAAQDLGDRRGETNVSLLGNPGFAQSVRGAKEGTTALQLGAGLSV
PVGTKGTIYVNGNADIRDGSSALNGSVGYRYDF

Sequences:

>Translated_1953_residues
MKLHLPLSLLSSLLACMAAVSSPHAVAETYTWLGGTVDVHLNTNWTPDYGSSNWSATWAGTATNSMRFDAGSMTGQVKAL
QASFNTLSLGGITVTDNSDGFSVSKSNGSNRTVNLRDGGEGYTLFDIGGDFSLGVASQVWNGVVFNSSALFNIASGKTMN
IYGGLGMAGTGARTMTVGTDGFAGTLILNTAAQSSMTADWVISHGATVQLNNAAALGSGSVSLNGGNITAQHDAVYNNAL
AVSGSSGMNVNAATRFASVSLSNAAVLNMNGGTLGIANAGVLTLGSSGTITGNLTLGNTSLLNFSALPASGSYLLNVTGT
LTVGSELLLGQETMEGVAWTEGSYSLVHAGSVEGVPASSFVLGDNLLGSWSTENNNLTLVVEQVALLEWKGGDGIWSVTA
PASSPWKNEGVYNNASGVVMGDIDGSSLQTVTIDGVVSPSIMMVQADTTDYVWNAADEGGALEGSGNLEKTGSAKLTINM
DNADYAGKVILGGGTLEMGNDAALGTGDLAFDGGTLRYGTGVTADISGQISTTSKSSVKVDTNGNNVSWASADHYKALNL
EKSGNGVLTLGGAVYTGGLTVDEGGVSITSGSVQTKFSAGVTVNAGGTLAISSAINGISTGDNANIVINGMSGAGRIELD
NQAAKSRFYISGDNSSFTGELVATGLNNNPGNTNDARDLQFATAASMGRGTVTLNGRGFWLGTANSADTAVMAAINVLEK
GSYLNGGSGNSYYFGGAFTGSGTMTTALGNAFAYLTGDMTGFQGAFSHTGDSLFTWAFGNNTEAVLNDGKLFGDGVVLKA
DGGTSQFKFSYTNDIILMNATVGAEGALNARVEQAGTGTLVLTQDNSATGTLTITSGTVQLGNGEVSGSWTGQITGAGAL
VVDRSAGSSALELNSANDYQGGTTLNGGTVKALGAGSLGTGDVFVNGGSILDMNGQAIANNVAITKGGLQHAGAYATSGG
VTVNAEADSGDIDLGGLSGDKVGGINTTTAGTAITGLTGNLTLTGNNALHVGVENTTYASDGDQKSLIQFNDAATGTVSL
GGDSSDLTLHMDIDTDILIAMRELDSVGILLTDGTITGLPDSGLVAWLNQHLTFNATLESLGFGIQGVDGGNIIISGRTD
QIYIASVDGSSVTEIPALNSYAQVIVDKDLSLNFDVPASNTDKTIVRHLSSGTSATGNLAVNVAGEGSLNIELANDLDDS
VFNGNLIVNGNGADLVKTGEKTLVLNGSVSTSNAVIAKEGTLVLNGSVNNIGTLALASASADAIARTVIGGTVTATLSDE
DEGGSLEIAAGGTLKTAGDSVLDQATSISGAGSLNIQEGSALSLTGKAGLSGTSVTLNGTLGLSGTGEKSIQSLSGSGTL
ALNGGTLSVTSASARNGSFSGTLDGEGRIDVSGSVTQVMQTGSSTYDLGVHGGGTLVLKGTSAAPALDYRNVAVGSAGTL
RIEAIGHEAGDSNTSLNVGSIDFQSGSTTEFVYNLSASDPFGSAMLTADSITIGNGAGFSLANMEGNTGLGTYDNLDGVV
LMTADTIDGLTEGESISVGTSGLFAVYYKDATMSREGNHIVLNATVQQDNIFTPAVNSHNSGAGSELLWEAKNNLDATSQ
LGQAMHSISTMITGDNPDLAGASRALAAVAGSTVNALGTAQRDALRDQMGWIRNRTTLMGVNPAYVNDDLPRFHMWMEGT
GSYAKLDTRGDESGYQLTTWGGTVGMDADLSDRLTVGAAFTAGYGDLTAGAADSADGHLDSYYASLFGRYQDRRWAHTLI
LTGGWNDAKLNRTVNYGEGSYGTQGSTSGWGFGAMYELTYDVYLNENRSSVLQPLFNASVVTTRMDGYEETGAGNAGLNV
GRQDWTTGTLALGGRWMGLVGSNIFGREALAEIRVNAAQDLGDRRGETNVSLLGNPGFAQSVRGAKEGTTALQLGAGLSV
PVGTKGTIYVNGNADIRDGSSALNGSVGYRYDF
>Mature_1953_residues
MKLHLPLSLLSSLLACMAAVSSPHAVAETYTWLGGTVDVHLNTNWTPDYGSSNWSATWAGTATNSMRFDAGSMTGQVKAL
QASFNTLSLGGITVTDNSDGFSVSKSNGSNRTVNLRDGGEGYTLFDIGGDFSLGVASQVWNGVVFNSSALFNIASGKTMN
IYGGLGMAGTGARTMTVGTDGFAGTLILNTAAQSSMTADWVISHGATVQLNNAAALGSGSVSLNGGNITAQHDAVYNNAL
AVSGSSGMNVNAATRFASVSLSNAAVLNMNGGTLGIANAGVLTLGSSGTITGNLTLGNTSLLNFSALPASGSYLLNVTGT
LTVGSELLLGQETMEGVAWTEGSYSLVHAGSVEGVPASSFVLGDNLLGSWSTENNNLTLVVEQVALLEWKGGDGIWSVTA
PASSPWKNEGVYNNASGVVMGDIDGSSLQTVTIDGVVSPSIMMVQADTTDYVWNAADEGGALEGSGNLEKTGSAKLTINM
DNADYAGKVILGGGTLEMGNDAALGTGDLAFDGGTLRYGTGVTADISGQISTTSKSSVKVDTNGNNVSWASADHYKALNL
EKSGNGVLTLGGAVYTGGLTVDEGGVSITSGSVQTKFSAGVTVNAGGTLAISSAINGISTGDNANIVINGMSGAGRIELD
NQAAKSRFYISGDNSSFTGELVATGLNNNPGNTNDARDLQFATAASMGRGTVTLNGRGFWLGTANSADTAVMAAINVLEK
GSYLNGGSGNSYYFGGAFTGSGTMTTALGNAFAYLTGDMTGFQGAFSHTGDSLFTWAFGNNTEAVLNDGKLFGDGVVLKA
DGGTSQFKFSYTNDIILMNATVGAEGALNARVEQAGTGTLVLTQDNSATGTLTITSGTVQLGNGEVSGSWTGQITGAGAL
VVDRSAGSSALELNSANDYQGGTTLNGGTVKALGAGSLGTGDVFVNGGSILDMNGQAIANNVAITKGGLQHAGAYATSGG
VTVNAEADSGDIDLGGLSGDKVGGINTTTAGTAITGLTGNLTLTGNNALHVGVENTTYASDGDQKSLIQFNDAATGTVSL
GGDSSDLTLHMDIDTDILIAMRELDSVGILLTDGTITGLPDSGLVAWLNQHLTFNATLESLGFGIQGVDGGNIIISGRTD
QIYIASVDGSSVTEIPALNSYAQVIVDKDLSLNFDVPASNTDKTIVRHLSSGTSATGNLAVNVAGEGSLNIELANDLDDS
VFNGNLIVNGNGADLVKTGEKTLVLNGSVSTSNAVIAKEGTLVLNGSVNNIGTLALASASADAIARTVIGGTVTATLSDE
DEGGSLEIAAGGTLKTAGDSVLDQATSISGAGSLNIQEGSALSLTGKAGLSGTSVTLNGTLGLSGTGEKSIQSLSGSGTL
ALNGGTLSVTSASARNGSFSGTLDGEGRIDVSGSVTQVMQTGSSTYDLGVHGGGTLVLKGTSAAPALDYRNVAVGSAGTL
RIEAIGHEAGDSNTSLNVGSIDFQSGSTTEFVYNLSASDPFGSAMLTADSITIGNGAGFSLANMEGNTGLGTYDNLDGVV
LMTADTIDGLTEGESISVGTSGLFAVYYKDATMSREGNHIVLNATVQQDNIFTPAVNSHNSGAGSELLWEAKNNLDATSQ
LGQAMHSISTMITGDNPDLAGASRALAAVAGSTVNALGTAQRDALRDQMGWIRNRTTLMGVNPAYVNDDLPRFHMWMEGT
GSYAKLDTRGDESGYQLTTWGGTVGMDADLSDRLTVGAAFTAGYGDLTAGAADSADGHLDSYYASLFGRYQDRRWAHTLI
LTGGWNDAKLNRTVNYGEGSYGTQGSTSGWGFGAMYELTYDVYLNENRSSVLQPLFNASVVTTRMDGYEETGAGNAGLNV
GRQDWTTGTLALGGRWMGLVGSNIFGREALAEIRVNAAQDLGDRRGETNVSLLGNPGFAQSVRGAKEGTTALQLGAGLSV
PVGTKGTIYVNGNADIRDGSSALNGSVGYRYDF

Specific function: Unknown

COG id: NA

COG function: NA

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: 197866; Mature: 197866

Theoretical pI: Translated: 4.13; Mature: 4.13

Prosite motif: PS00013 PROKAR_LIPOPROTEIN

Important sites: NA

Signals:

None

Transmembrane regions:

None

Cys/Met content:

0.1 %Cys     (Translated Protein)
2.0 %Met     (Translated Protein)
2.1 %Cys+Met (Translated Protein)
0.1 %Cys     (Mature Protein)
2.0 %Met     (Mature Protein)
2.1 %Cys+Met (Mature Protein)

Secondary structure:

>Translated Secondary Structure
MKLHLPLSLLSSLLACMAAVSSPHAVAETYTWLGGTVDVHLNTNWTPDYGSSNWSATWAG
CEEEECHHHHHHHHHHHHHHCCCCHHHHEEEECCCEEEEEEECCCCCCCCCCCCEEEEEC
TATNSMRFDAGSMTGQVKALQASFNTLSLGGITVTDNSDGFSVSKSNGSNRTVNLRDGGE
CCCCCEEECCCCCCCEEEEEEECCCEEEECCEEEECCCCCEEEECCCCCCCEEEECCCCC
GYTLFDIGGDFSLGVASQVWNGVVFNSSALFNIASGKTMNIYGGLGMAGTGARTMTVGTD
EEEEEEECCCCCCCHHHHHHCCEEECCCEEEEECCCCEEEEEECCCCCCCCCEEEEECCC
GFAGTLILNTAAQSSMTADWVISHGATVQLNNAAALGSGSVSLNGGNITAQHDAVYNNAL
CCEEEEEEEECCCCCCCEEEEEECCCEEEECCCEEECCCEEEEECCEEEEECCCEECCEE
AVSGSSGMNVNAATRFASVSLSNAAVLNMNGGTLGIANAGVLTLGSSGTITGNLTLGNTS
EEECCCCCEEEHHHEEEEEEECCEEEEEECCCEEEECCCCEEEECCCCEEEEEEEECCCE
LLNFSALPASGSYLLNVTGTLTVGSELLLGQETMEGVAWTEGSYSLVHAGSVEGVPASSF
EEEEEECCCCCCEEEEEEEEEEECCEEEECHHHHCCEEEECCCEEEEECCCCCCCCCCEE
VLGDNLLGSWSTENNNLTLVVEQVALLEWKGGDGIWSVTAPASSPWKNEGVYNNASGVVM
EECCCCEECCCCCCCCEEEEEEEEEEEEEECCCCEEEEECCCCCCCCCCCCEECCCEEEE
GDIDGSSLQTVTIDGVVSPSIMMVQADTTDYVWNAADEGGALEGSGNLEKTGSAKLTINM
ECCCCCCEEEEEECCCCCCEEEEEEECCCCEEEECCCCCCEECCCCCCCCCCCEEEEEEE
DNADYAGKVILGGGTLEMGNDAALGTGDLAFDGGTLRYGTGVTADISGQISTTSKSSVKV
CCCCCCCEEEECCCEEECCCCCCCCCCCEEECCCEEEECCCCEEEECCEEEECCCCEEEE
DTNGNNVSWASADHYKALNLEKSGNGVLTLGGAVYTGGLTVDEGGVSITSGSVQTKFSAG
ECCCCEEEECCCCCEEEEEEECCCCEEEEECCEEEECCEEEECCCEEEECCCEEEEEECC
VTVNAGGTLAISSAINGISTGDNANIVINGMSGAGRIELDNQAAKSRFYISGDNSSFTGE
EEEECCCCEEEECCCCCCCCCCCCEEEEECCCCCCEEEECCCCCCCEEEEECCCCCEEEE
LVATGLNNNPGNTNDARDLQFATAASMGRGTVTLNGRGFWLGTANSADTAVMAAINVLEK
EEEECCCCCCCCCCCCCCEEEEHHHCCCCCEEEECCCEEEEECCCCCCHHHHHHHHHHHC
GSYLNGGSGNSYYFGGAFTGSGTMTTALGNAFAYLTGDMTGFQGAFSHTGDSLFTWAFGN
CCEECCCCCCCEEEEEEEECCCEEEEHHCCEEEEEECCCCCCCCCCCCCCCCEEEEEECC
NTEAVLNDGKLFGDGVVLKADGGTSQFKFSYTNDIILMNATVGAEGALNARVEQAGTGTL
CCEEEEECCEEEECCEEEEECCCCCEEEEEECCCEEEEEEECCCCCCCCCEEECCCCEEE
VLTQDNSATGTLTITSGTVQLGNGEVSGSWTGQITGAGALVVDRSAGSSALELNSANDYQ
EEEECCCCEEEEEEEECEEEECCCEECCEEEEEEECCEEEEEECCCCCCEEEECCCCCCC
GGTTLNGGTVKALGAGSLGTGDVFVNGGSILDMNGQAIANNVAITKGGLQHAGAYATSGG
CCEEECCCEEEEEECCCCCCCCEEEECCEEEECCCCEEECCEEEECCCCHHCCCEEECCC
VTVNAEADSGDIDLGGLSGDKVGGINTTTAGTAITGLTGNLTLTGNNALHVGVENTTYAS
EEEEECCCCCCEEECCCCCCCCCCCCCCCCCEEEEEEEEEEEEECCCEEEEEECCCEECC
DGDQKSLIQFNDAATGTVSLGGDSSDLTLHMDIDTDILIAMRELDSVGILLTDGTITGLP
CCCCCCEEEECCCCCEEEEECCCCCCEEEEEECCCCEEEEEECCCCEEEEEECCEEECCC
DSGLVAWLNQHLTFNATLESLGFGIQGVDGGNIIISGRTDQIYIASVDGSSVTEIPALNS
CCCHHHEECCCEEEEEEHHHHCCCEEECCCCEEEEECCCCEEEEEECCCCCEECCCCCCC
YAQVIVDKDLSLNFDVPASNTDKTIVRHLSSGTSATGNLAVNVAGEGSLNIELANDLDDS
EEEEEEECCCEEEEECCCCCCHHHHHHHHCCCCCCCCEEEEEEECCCEEEEEECCCCCCC
VFNGNLIVNGNGADLVKTGEKTLVLNGSVSTSNAVIAKEGTLVLNGSVNNIGTLALASAS
EECCEEEEECCCCCEEECCCEEEEEECCCCCCCEEEEECCEEEEECCCCCCEEEEEECCC
ADAIARTVIGGTVTATLSDEDEGGSLEIAAGGTLKTAGDSVLDQATSISGAGSLNIQEGS
HHHHHHEEECCEEEEEECCCCCCCEEEEEECCEEECCCCHHHHHHHCCCCCCEEEECCCC
ALSLTGKAGLSGTSVTLNGTLGLSGTGEKSIQSLSGSGTLALNGGTLSVTSASARNGSFS
EEEEECCCCCCCCEEEEEEEEECCCCCHHHHHHCCCCCEEEECCCEEEEEECCCCCCCEE
GTLDGEGRIDVSGSVTQVMQTGSSTYDLGVHGGGTLVLKGTSAAPALDYRNVAVGSAGTL
EEECCCCEEEECCCHHHHHHCCCCEEEEEECCCCEEEEECCCCCCCCCCCCEEECCCCEE
RIEAIGHEAGDSNTSLNVGSIDFQSGSTTEFVYNLSASDPFGSAMLTADSITIGNGAGFS
EEEEECCCCCCCCCEEEECEEEECCCCCEEEEEEECCCCCCCCEEEEECEEEECCCCCEE
LANMEGNTGLGTYDNLDGVVLMTADTIDGLTEGESISVGTSGLFAVYYKDATMSREGNHI
EEECCCCCCCCCCCCCCCEEEEEECCCCCCCCCCEEEECCCCEEEEEEECCCCCCCCCEE
VLNATVQQDNIFTPAVNSHNSGAGSELLWEAKNNLDATSQLGQAMHSISTMITGDNPDLA
EEEEEEECCCEECCCCCCCCCCCCCEEEEECCCCCCHHHHHHHHHHHHEEEEECCCCCCC
GASRALAAVAGSTVNALGTAQRDALRDQMGWIRNRTTLMGVNPAYVNDDLPRFHMWMEGT
CHHHHHHHHHCCCHHHHCCHHHHHHHHHHHHHHCCCEEEECCCCCCCCCCCEEEEEEECC
GSYAKLDTRGDESGYQLTTWGGTVGMDADLSDRLTVGAAFTAGYGDLTAGAADSADGHLD
CCEEEEECCCCCCCEEEEECCCEECCCCCCCCCEEEEEEEECCCCCCCCCCCCCCCCCHH
SYYASLFGRYQDRRWAHTLILTGGWNDAKLNRTVNYGEGSYGTQGSTSGWGFGAMYELTY
HHHHHHHHHHCCCEEEEEEEEECCCCCCEECEEEECCCCCCCCCCCCCCCCCEEEEEEEE
DVYLNENRSSVLQPLFNASVVTTRMDGYEETGAGNAGLNVGRQDWTTGTLALGGRWMGLV
EEEECCCHHHHHHHHHCCEEEEEECCCCHHCCCCCCCCCCCCCCCCEEEEEECCEEEEEC
GSNIFGREALAEIRVNAAQDLGDRRGETNVSLLGNPGFAQSVRGAKEGTTALQLGAGLSV
CCCCCCHHHHHHHHHCCHHHHHCCCCCCCEEEEECCCHHHHHCCCCCCCEEEEECCCCCC
PVGTKGTIYVNGNADIRDGSSALNGSVGYRYDF
CCCCCEEEEECCCCCCCCCCHHCCCCCCEEECC
>Mature Secondary Structure
MKLHLPLSLLSSLLACMAAVSSPHAVAETYTWLGGTVDVHLNTNWTPDYGSSNWSATWAG
CEEEECHHHHHHHHHHHHHHCCCCHHHHEEEECCCEEEEEEECCCCCCCCCCCCEEEEEC
TATNSMRFDAGSMTGQVKALQASFNTLSLGGITVTDNSDGFSVSKSNGSNRTVNLRDGGE
CCCCCEEECCCCCCCEEEEEEECCCEEEECCEEEECCCCCEEEECCCCCCCEEEECCCCC
GYTLFDIGGDFSLGVASQVWNGVVFNSSALFNIASGKTMNIYGGLGMAGTGARTMTVGTD
EEEEEEECCCCCCCHHHHHHCCEEECCCEEEEECCCCEEEEEECCCCCCCCCEEEEECCC
GFAGTLILNTAAQSSMTADWVISHGATVQLNNAAALGSGSVSLNGGNITAQHDAVYNNAL
CCEEEEEEEECCCCCCCEEEEEECCCEEEECCCEEECCCEEEEECCEEEEECCCEECCEE
AVSGSSGMNVNAATRFASVSLSNAAVLNMNGGTLGIANAGVLTLGSSGTITGNLTLGNTS
EEECCCCCEEEHHHEEEEEEECCEEEEEECCCEEEECCCCEEEECCCCEEEEEEEECCCE
LLNFSALPASGSYLLNVTGTLTVGSELLLGQETMEGVAWTEGSYSLVHAGSVEGVPASSF
EEEEEECCCCCCEEEEEEEEEEECCEEEECHHHHCCEEEECCCEEEEECCCCCCCCCCEE
VLGDNLLGSWSTENNNLTLVVEQVALLEWKGGDGIWSVTAPASSPWKNEGVYNNASGVVM
EECCCCEECCCCCCCCEEEEEEEEEEEEEECCCCEEEEECCCCCCCCCCCCEECCCEEEE
GDIDGSSLQTVTIDGVVSPSIMMVQADTTDYVWNAADEGGALEGSGNLEKTGSAKLTINM
ECCCCCCEEEEEECCCCCCEEEEEEECCCCEEEECCCCCCEECCCCCCCCCCCEEEEEEE
DNADYAGKVILGGGTLEMGNDAALGTGDLAFDGGTLRYGTGVTADISGQISTTSKSSVKV
CCCCCCCEEEECCCEEECCCCCCCCCCCEEECCCEEEECCCCEEEECCEEEECCCCEEEE
DTNGNNVSWASADHYKALNLEKSGNGVLTLGGAVYTGGLTVDEGGVSITSGSVQTKFSAG
ECCCCEEEECCCCCEEEEEEECCCCEEEEECCEEEECCEEEECCCEEEECCCEEEEEECC
VTVNAGGTLAISSAINGISTGDNANIVINGMSGAGRIELDNQAAKSRFYISGDNSSFTGE
EEEECCCCEEEECCCCCCCCCCCCEEEEECCCCCCEEEECCCCCCCEEEEECCCCCEEEE
LVATGLNNNPGNTNDARDLQFATAASMGRGTVTLNGRGFWLGTANSADTAVMAAINVLEK
EEEECCCCCCCCCCCCCCEEEEHHHCCCCCEEEECCCEEEEECCCCCCHHHHHHHHHHHC
GSYLNGGSGNSYYFGGAFTGSGTMTTALGNAFAYLTGDMTGFQGAFSHTGDSLFTWAFGN
CCEECCCCCCCEEEEEEEECCCEEEEHHCCEEEEEECCCCCCCCCCCCCCCCEEEEEECC
NTEAVLNDGKLFGDGVVLKADGGTSQFKFSYTNDIILMNATVGAEGALNARVEQAGTGTL
CCEEEEECCEEEECCEEEEECCCCCEEEEEECCCEEEEEEECCCCCCCCCEEECCCCEEE
VLTQDNSATGTLTITSGTVQLGNGEVSGSWTGQITGAGALVVDRSAGSSALELNSANDYQ
EEEECCCCEEEEEEEECEEEECCCEECCEEEEEEECCEEEEEECCCCCCEEEECCCCCCC
GGTTLNGGTVKALGAGSLGTGDVFVNGGSILDMNGQAIANNVAITKGGLQHAGAYATSGG
CCEEECCCEEEEEECCCCCCCCEEEECCEEEECCCCEEECCEEEECCCCHHCCCEEECCC
VTVNAEADSGDIDLGGLSGDKVGGINTTTAGTAITGLTGNLTLTGNNALHVGVENTTYAS
EEEEECCCCCCEEECCCCCCCCCCCCCCCCCEEEEEEEEEEEEECCCEEEEEECCCEECC
DGDQKSLIQFNDAATGTVSLGGDSSDLTLHMDIDTDILIAMRELDSVGILLTDGTITGLP
CCCCCCEEEECCCCCEEEEECCCCCCEEEEEECCCCEEEEEECCCCEEEEEECCEEECCC
DSGLVAWLNQHLTFNATLESLGFGIQGVDGGNIIISGRTDQIYIASVDGSSVTEIPALNS
CCCHHHEECCCEEEEEEHHHHCCCEEECCCCEEEEECCCCEEEEEECCCCCEECCCCCCC
YAQVIVDKDLSLNFDVPASNTDKTIVRHLSSGTSATGNLAVNVAGEGSLNIELANDLDDS
EEEEEEECCCEEEEECCCCCCHHHHHHHHCCCCCCCCEEEEEEECCCEEEEEECCCCCCC
VFNGNLIVNGNGADLVKTGEKTLVLNGSVSTSNAVIAKEGTLVLNGSVNNIGTLALASAS
EECCEEEEECCCCCEEECCCEEEEEECCCCCCCEEEEECCEEEEECCCCCCEEEEEECCC
ADAIARTVIGGTVTATLSDEDEGGSLEIAAGGTLKTAGDSVLDQATSISGAGSLNIQEGS
HHHHHHEEECCEEEEEECCCCCCCEEEEEECCEEECCCCHHHHHHHCCCCCCEEEECCCC
ALSLTGKAGLSGTSVTLNGTLGLSGTGEKSIQSLSGSGTLALNGGTLSVTSASARNGSFS
EEEEECCCCCCCCEEEEEEEEECCCCCHHHHHHCCCCCEEEECCCEEEEEECCCCCCCEE
GTLDGEGRIDVSGSVTQVMQTGSSTYDLGVHGGGTLVLKGTSAAPALDYRNVAVGSAGTL
EEECCCCEEEECCCHHHHHHCCCCEEEEEECCCCEEEEECCCCCCCCCCCCEEECCCCEE
RIEAIGHEAGDSNTSLNVGSIDFQSGSTTEFVYNLSASDPFGSAMLTADSITIGNGAGFS
EEEEECCCCCCCCCEEEECEEEECCCCCEEEEEEECCCCCCCCEEEEECEEEECCCCCEE
LANMEGNTGLGTYDNLDGVVLMTADTIDGLTEGESISVGTSGLFAVYYKDATMSREGNHI
EEECCCCCCCCCCCCCCCEEEEEECCCCCCCCCCEEEECCCCEEEEEEECCCCCCCCCEE
VLNATVQQDNIFTPAVNSHNSGAGSELLWEAKNNLDATSQLGQAMHSISTMITGDNPDLA
EEEEEEECCCEECCCCCCCCCCCCCEEEEECCCCCCHHHHHHHHHHHHEEEEECCCCCCC
GASRALAAVAGSTVNALGTAQRDALRDQMGWIRNRTTLMGVNPAYVNDDLPRFHMWMEGT
CHHHHHHHHHCCCHHHHCCHHHHHHHHHHHHHHCCCEEEECCCCCCCCCCCEEEEEEECC
GSYAKLDTRGDESGYQLTTWGGTVGMDADLSDRLTVGAAFTAGYGDLTAGAADSADGHLD
CCEEEEECCCCCCCEEEEECCCEECCCCCCCCCEEEEEEEECCCCCCCCCCCCCCCCCHH
SYYASLFGRYQDRRWAHTLILTGGWNDAKLNRTVNYGEGSYGTQGSTSGWGFGAMYELTY
HHHHHHHHHHCCCEEEEEEEEECCCCCCEECEEEECCCCCCCCCCCCCCCCCEEEEEEEE
DVYLNENRSSVLQPLFNASVVTTRMDGYEETGAGNAGLNVGRQDWTTGTLALGGRWMGLV
EEEECCCHHHHHHHHHCCEEEEEECCCCHHCCCCCCCCCCCCCCCCEEEEEECCEEEEEC
GSNIFGREALAEIRVNAAQDLGDRRGETNVSLLGNPGFAQSVRGAKEGTTALQLGAGLSV
CCCCCCHHHHHHHHHCCHHHHHCCCCCCCEEEEECCCHHHHHCCCCCCCEEEEECCCCCC
PVGTKGTIYVNGNADIRDGSSALNGSVGYRYDF
CCCCCEEEEECCCCCCCCCCHHCCCCCCEEECC

PDB accession: NA

Resolution: NA

Structure class: Unstructured

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