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The map label for this gene is 52784414

Identifier: 52784414

GI number: 52784414

Start: 602257

End: 608184

Strand: Direct

Name: 52784414

Synonym: BLi00601

Alternate gene names: NA

Gene position: 602257-608184 (Clockwise)

Preceding gene: 52784413

Following gene: 52784415

Centisome position: 14.26

GC content: 46.46

Gene sequence:

>5928_bases
TTGAGATCGAAAAAATATTCGTTCAGCCTCAGCAAAAAAAGAGGGCTGAAATCATTTTTGGTCACTTGCCTGGCATTGTA
TTTGATCTTCAGTCAAGTTGTCGGCTTTACGCTGACGGCAGTGGCTGCCGGCACATCAACAGGCGGCAGCGTGTTTTTTG
ATTCAGTGACAATCAAAAACAGCGAAGATCAAACGGTTGACGGCTCAAAGGGAGACGAACCAGCATTAAAGCCGGGAGAC
AAAGTGACACTCACATACGAGTGGTCGTTAAAAAACGATGAAGAAGCCGGCGCCGAAAACAGTTTCACTGTAGAGGTACC
TAAAAGCTTCGAATTCGCTCAGGATGCCGAGGGAGAAGTGAAATCGGCAGATCAGCAGATCATCGGCAGCTATCAAGTGA
AAGCGGACAGCAACATTTTTACCGTAACTCTAAAAAGCCCTGCCGAGGGCTCTGCCGGAGCAAAAGGGGCCATTGCGCTG
TCAGCAAAGTTTGCCGCAGATATGAAAAGCGATACAAAAACGGTCACAGCTCTCTTTCAACTCGGAGCAGGCAAGACACA
GCAAGTGATCATACCCGTGAATACAGGCTCCGAATCGGAAACGGCGAAAAATGATCCTCCGTCATCTGAGGACGATCAGT
CAGACGATCAATCAAAATCTTCAGGAGGACAGGACCAAGAGGAAACGAAGAAAAAAGCTGCCGACGCTGAGAACAGCGAT
TCAAAACCGGCGGCATCTTCCAGACTGGCGGCAGCCGGAAGCCTTGCGTCCGGTGGCAATCAAATCACCCAAAATATTTT
AACCGGCGTGACGCTGACGGATGAGCACGGAAAGCCTTATGACAAAAGCAATCGAGCCGACACGAATTCTCCGGCGAAAA
TCTCAATTACTTGGGACATCCCGAATGAGCTCGGAAAGACGATAAACGACGGCGACCGCTATGAATTTGATCTGCCTGAA
GCTTTTATCATGTACAACGACATTACGAATCAGCCATTAAGCTCAGACGGCATCACGTACGGCTATTTTTCAATTGATAC
AAAAGGCCACGTTGTGATGACGTTTAACGGCGAAGTGAAAGAAGATTCGAATGTCAAAGGGACGTTGTTTGTCAACACCC
AGTTCAACGCACAAAAAATAAAAGGCTCGACGACTCAAAAGATTCCTTTTCCGGTGAAATCAGACACTCCGGAAGTAACG
GTTTATTTCAAACCAAAAGTAAGCAAAACCATTGATAAATCAGGAACTTTCGATAAAGGCATCAACCCCGGGCAGGTCAC
ATGGACAGTCGACCTCAACAAAAAATTGGATCAGGTGAAAAATGCCAAGCTGCAGAACTTTCCAGAGGGGCTGACCTATC
GTTCTGTCAAAGTTTATCAGCTGGATGTCAACATAGATGGTTCAGTCAGCCGGGGAGATGAAGTTCTTTCAGGCTACACC
GTAGACGCAGATGGAAATGTCACATTCGACGGTGAGATAGATTCGGCTTACCGCCTCATCTATGTGACGGACATCGATGA
CTCCGCAAAACCGAACGAAGGCGGAAACGCTGCATTTAGGAACAAGGCAACGTTCGGCGGAGACAATCTGGAACCGGCTT
CTGCAGAGGCCTCTGTCACGGCCAAATACGGGAAAATGATCGAAAAATCGTCGACAGGTTATAAAAGCGATTCACAGACG
TTCAGCTGGACGATTTTATATAACTATGGAGAGAAAAAAATCGACGAATCCAAAGCGAGCATAACAGACTCGTTTGGTTC
CGCTGATTTGCATCTTGTTTCAGATTCCTTAAAGGTGATTCCGATTACTTTCAATCAGAACGGCAGTGAGCAGGCTGGAA
CGCCTCTAACGGAAGGCAAGGATTATACGCTCTCTGATAATGGAAGCGGGTTTGAAATCAAATTTAACCAAGATGTTACC
GGAGCTTACAAAATCACGTATCAAACCGAGGTCAACAGCGGAGTAATCATCGATAAATCAACAACCTATACGAACACTGC
AGTGACCGGAACAGGAGAATCAAAGAAAGCTTCAGGTACAGCCGTTCAGCAGAATTTGATAAAAGGCTACTCAAACATTG
ATTACAAGAAGAAAACGGTCGATTGGACGATCGCAATCAACAAAAACAACTACACGATGAACAATTGGAAGTTGGATGAC
AATTTCGAAAGCGGCGGGCTCACGCTCCTCGACGGATCATTCCGCCTTCAGGATGTGACGAATAACAAAACGCTTGAAGA
AGGCAAAGACTATACATTGATAATAAAACCGGATCATGAAGGTTTTCTCCTGGAACTCATCGGAGATTATGCGACAACGA
ACAGCCAGCTTAAGATCACGTATACCACGAATATGAATGCCGACTTTTCCAACGAAAATGTCAAAAACACGGCAGAATCA
ACGTGGACTGATCACAGCAGCACTGAACGCAAAAATAAGGAAGCGAGCAGTTTTACGCCGAATCGCCAGACATCCCACAA
CGGCTTCAAACACGGCTTATACAACGCTGTTTCAAAAGAAATCACGTGGAAAATCGGCATCAACTATAATGGAGAGCCGT
CAAAAAACCCTTATATTAAAGATTCTTTAGCAGATGACCAGCAATTTGAAAAAGGCTCGGTTGTCGTCAAGAGCTATTCA
GTTAATAAAGACGGTTCCATCACAGAAGGAGACATCCTGCCCGCCTCCCAATATGATGTGGAAGAGCCGTCGGCTGCCAA
TAAACAAACTTTGACCGTCCATTTGAAAACGGACGATTCCGTCCCGTATCTTATTGAATTTAAAACATCGCTAAAAGGAC
AGGTCATTAAGCACGATCCTTACACCAATAAGGCCACGTACCATAATGCCGGATATTCAGAGCGTGAGTTGACGGCATCC
GTTTCGGTCGCAGACGGAGGAAGCCTCGTTTTCAAAGGAGGCAAACAAAACGGAGGTTATGTCGATTGGAGCATCAATGT
CAACGCGAGCCAGTCGGTGTTGGAAGATGTAAAAGTCACCGATACTCCGGATACCAATCAAATTTTAGCTGAAGATTCTT
TTAAAGTTTATCAGGCTAAATATGATGAAAAAGGTGCAGTCAAAGACAGCAGCGGAAATCTTGTCCCGGATGATGTTCAG
CTTAAGAAAGGCGAGGACTATACACTGGATATCAAGACCGACAATGCAACCGGCGAACAATCATTTGTCCTGAAATTTAC
AGGCGATTACAAAAAAATCGACCGCGCCTATGTTATTCAATATCAATCATTGATCAATATTGCCGGCACGAGCGGCCATG
TTAACAACAAAGTGTCGATTTCGGGAACGAATGTCCAGGAACAGACCCAGGAAAACAACAGCTCGGTCTTTGTTGCCGTT
TCAAGCGGCGGCGGTTCAGGCTCAGGGGAAAGAGGAAGCCTGACAATCCTTAAAACGGGAGAAGACGGGACGCCGCTTTC
CGGAGCAGATTTTCAATTGCGGACAAAAGATAATGAGCAGCTCCTGCGGACAGGAACGACTGACGACAACGGCAAGCTGA
CATTCGGCAATATTCGCTATGGCACTTACATTTTAAAAGAAATCAAGGCGCCTGACGGATATACGATCAGCGACGCCTAT
GCAGACGGGGTCTCCGTTGAGATTAACAGCAGCTCTTCAAGTGCCGGAGCGCTTTACAAAGTCGTGAATGAGAAGAATAA
GGTGACGCTTATCAAACAAGACGAACAAAAGAATCCGTTGGAAGGAGCCGTGTTCAAGCTGGAGAAAAAATCCGGCGATG
GCGCCTTTACGACAATACGTACAAATATTAAGAGCGACAAAAACGGAAAAGTTGAGATCAACGGTTTGCCGCCCGGCGAT
TATCGTTTGCTGGAAACGAAAGCGCCTGAAGGTTATCTCTTAAATACAAAAGAACTCGGCTTCTCCGTCAAAACGAATGA
TAAGAATCAAGTACCTGACGTTGATTTAGGAACATTGATCAACTATAAAGGCAGAGCACATTTAACGAAAGAAGATGCAG
AAGGCCGTCAATTAGAGGGGGCTGAATTCAAGCTCATTGATCATGAAGGCAAAACCATTCATGAAAAGCTCACCTCAGAT
CAAGACGGGAAAACCGCGGTATCTGACCTTGCGCCTGGCCGCTATGCCTTTGTTGAAACCAAAGCGCCCGAGGGCTATGT
GATAAACAGCAAGGCAATCGAGTTTACCATATCTGAATCGGCAAAAGAAAAACCGGAATCCGTGGACGCAGGCAAAGCCG
TCAACTATAAAGGTTCGGTTTATTTGACAAAAGAGGATGCGGAAGGCCGTACGCTGAAGGGCGCTGAGTTTAAGATCGTT
GATCATGAAGGCAAAACCGTTCATGAAAAGCTCACTTCCGATGAAGACGGAAAAATCGCAGTTTCAGGCCTGGCGCCTGG
GCGCTATGCTTTCGTGGAAACGAAGGCGCCCGAGGGCTTTATGTTAAACAACGATCAAATAGAATTCACCATCCCGGGCT
CAGCTGAAGGGAAACCGGAGCCGGTTGATGCAGGCGCCGCTGTTAATTATAAAGGCTCGGTTCATTTAACAAAAGAAGAT
GCGAAAGGCCACAAGCTTGAAGGAGCCGTTTTTAAGATCGCAGATCAAATCGGGAATACCGTACAGGAGGAACTGGTCTC
AGATCGAAATGGAACTGTTACGGCTTCAGGCCTGGCGCCTGGGCGCTATGCTTTCGTAGAAACGAAAGCGCCTGATGGAT
TTGTATTGAACAGCGGGAAAATCGAGTTTGTCATCCCGGATTCCGCTAAAGGAAAACCTGAACATGTAGATGCGGGCACA
TTCGTTAACTATAAAGGTTCTGTTTACTTGGAGAAAAAAGATGAAGACGGCAATGGATTAGAAGGAGCCGTGTTTAAAAT
CATTGACAGCGAAGGCAAAACGGTCAAAGACGATTTGATCTCTAAAGAAGGCGGCAAAATCGAGGCTGGCGATTTGGCGC
CGGGAAGCTATCAATTTGTTGAAAAACATGCGCCTGACGGCTACCTGCTGTCAACAGATCCGATCCCATTTTCCATTACC
GGGAAACACGAAGGTGAGCCGAAACAGGTTAAACTGACGGCTCTCAACAAGAAAAACAGCGTTGTGCTCACAAAAGTCGG
CCAGGATGACAAGAGCGCCGGACTTCAGGGAGCGCAGTTCGATTTGACAGATGAAACCGGCAAGGTGCTGAAAACCGGTT
TGGCAACAGACGCAGACGGCCGGATCACAGTGTACGGTCTTAAGCCCGGTAACTACCAATTTGTCGAAACAAAAGCGCCT
AAGCATTATCAATTGGATAAGACGCCAATATCGTTCACAGTCAAAAATACTGATACAAAGCAAATCGAACTGACTGCAGA
GAACCAATTGACACCTGGCGATGTGAAACTGACGAAAGTGGACAGCAACAATAAAAAGGCTGTTTTAAAAGGAGCCGAAT
TCAAACTGCTCGATGCCGATGGAAAGCCAGTTAAAGCCGGAGGCAACAGCAAAAAGCTGCCGGCAGTCTGGACTACAGAC
CAAAACGGGCAGTTCACAGCGGAGGGATTGGCACCTGGACGCTATCAATTTGTCGAAACGAAGGCTCCTGACGGTTACAA
GCTGGATGAAACACCGATTCCTTTTGAAATTAAAAAAGGACAGACAAAACCGGTCGAGGTGATCGCGTCCAATGAAAAAC
TGAAAACGCCGGCTGTTGATAAAGGCGCACCGGACCCGAATTCGGGAGACCCTAAAACAGATAACAAAGGCACACCGGAC
CGAAATTCGAAAGGAGATCCTAAAACAAATGACAACGGTCATTTGAAAGATACGCTTCCGAAAACCGGTGACACAGACAG
CATCATTCCGATCATGATCGGCATCCTGCTGATTCTGTCTGGAGGAGCCTTCGCTTTCTTCACAAGAAAGAAACAAAGAA
AGGCGTAA

Upstream 100 bases:

>100_bases
CATTCTGCAAATAGAAAAAAATTTTCAGGAGGGAGGCCGTCCATTTCCAGGCTCAATCGATCCGTACACAAAAACATTAT
AAAAGGGGAGGAATCACAAT

Downstream 100 bases:

>100_bases
ACGAATCATTGAAGCACCTGATCATTGAACCGGTCAGGTGCTTTTTTAAAGAAAGGACTGTGAGGCATGTATAAAAAAAT
GATCGTTGCCGTGCTTGTCA

Product: hypothetical protein

Products: NA

Alternate protein names: Cell Wall Surface Anchor Family Protein; LPXTG-Motif Cell Wall Anchor Domain Protein; Cell Wall Anchor Domain-Containing Protein; Cell Surface Protein; Lpxtg-Motif Cell Wall Anchor Domain Protein; Cna B Domain Protein; Outer Membrane Protein; Peptidoglycan Bound Protein; Celll Wall Surface Anchor Family Protein; Collagen Adhesin; Surface-Anchored Fimbrial Subunit; Cna B Domain-Containing Protein; Cell Wall Surface Adhesion Protein; Conserved Repeat Domain Protein; Accessory Pilus Subunit; Pilus Subunit; Peptidoglycan Anchored Protein; Cell Wall Anchor Protein; Pepdidoglycan Bound Protein; S-Layer Protein; Collagen Adhesion Protein C-Terminal; Surface Anchored Protein; LPXTG-Motif Cell Wall Anchor Domain-Containing Protein; Collagen Adhesin-Like Protein; B-Type Cna Protein; Cna Protein B-Type Domain Protein; LPXTG Cell Wall Surface Protein; Cell Wall Anchoring Protein; Adhesion Exoprotein

Number of amino acids: Translated: 1975; Mature: 1975

Protein sequence:

>1975_residues
MRSKKYSFSLSKKRGLKSFLVTCLALYLIFSQVVGFTLTAVAAGTSTGGSVFFDSVTIKNSEDQTVDGSKGDEPALKPGD
KVTLTYEWSLKNDEEAGAENSFTVEVPKSFEFAQDAEGEVKSADQQIIGSYQVKADSNIFTVTLKSPAEGSAGAKGAIAL
SAKFAADMKSDTKTVTALFQLGAGKTQQVIIPVNTGSESETAKNDPPSSEDDQSDDQSKSSGGQDQEETKKKAADAENSD
SKPAASSRLAAAGSLASGGNQITQNILTGVTLTDEHGKPYDKSNRADTNSPAKISITWDIPNELGKTINDGDRYEFDLPE
AFIMYNDITNQPLSSDGITYGYFSIDTKGHVVMTFNGEVKEDSNVKGTLFVNTQFNAQKIKGSTTQKIPFPVKSDTPEVT
VYFKPKVSKTIDKSGTFDKGINPGQVTWTVDLNKKLDQVKNAKLQNFPEGLTYRSVKVYQLDVNIDGSVSRGDEVLSGYT
VDADGNVTFDGEIDSAYRLIYVTDIDDSAKPNEGGNAAFRNKATFGGDNLEPASAEASVTAKYGKMIEKSSTGYKSDSQT
FSWTILYNYGEKKIDESKASITDSFGSADLHLVSDSLKVIPITFNQNGSEQAGTPLTEGKDYTLSDNGSGFEIKFNQDVT
GAYKITYQTEVNSGVIIDKSTTYTNTAVTGTGESKKASGTAVQQNLIKGYSNIDYKKKTVDWTIAINKNNYTMNNWKLDD
NFESGGLTLLDGSFRLQDVTNNKTLEEGKDYTLIIKPDHEGFLLELIGDYATTNSQLKITYTTNMNADFSNENVKNTAES
TWTDHSSTERKNKEASSFTPNRQTSHNGFKHGLYNAVSKEITWKIGINYNGEPSKNPYIKDSLADDQQFEKGSVVVKSYS
VNKDGSITEGDILPASQYDVEEPSAANKQTLTVHLKTDDSVPYLIEFKTSLKGQVIKHDPYTNKATYHNAGYSERELTAS
VSVADGGSLVFKGGKQNGGYVDWSINVNASQSVLEDVKVTDTPDTNQILAEDSFKVYQAKYDEKGAVKDSSGNLVPDDVQ
LKKGEDYTLDIKTDNATGEQSFVLKFTGDYKKIDRAYVIQYQSLINIAGTSGHVNNKVSISGTNVQEQTQENNSSVFVAV
SSGGGSGSGERGSLTILKTGEDGTPLSGADFQLRTKDNEQLLRTGTTDDNGKLTFGNIRYGTYILKEIKAPDGYTISDAY
ADGVSVEINSSSSSAGALYKVVNEKNKVTLIKQDEQKNPLEGAVFKLEKKSGDGAFTTIRTNIKSDKNGKVEINGLPPGD
YRLLETKAPEGYLLNTKELGFSVKTNDKNQVPDVDLGTLINYKGRAHLTKEDAEGRQLEGAEFKLIDHEGKTIHEKLTSD
QDGKTAVSDLAPGRYAFVETKAPEGYVINSKAIEFTISESAKEKPESVDAGKAVNYKGSVYLTKEDAEGRTLKGAEFKIV
DHEGKTVHEKLTSDEDGKIAVSGLAPGRYAFVETKAPEGFMLNNDQIEFTIPGSAEGKPEPVDAGAAVNYKGSVHLTKED
AKGHKLEGAVFKIADQIGNTVQEELVSDRNGTVTASGLAPGRYAFVETKAPDGFVLNSGKIEFVIPDSAKGKPEHVDAGT
FVNYKGSVYLEKKDEDGNGLEGAVFKIIDSEGKTVKDDLISKEGGKIEAGDLAPGSYQFVEKHAPDGYLLSTDPIPFSIT
GKHEGEPKQVKLTALNKKNSVVLTKVGQDDKSAGLQGAQFDLTDETGKVLKTGLATDADGRITVYGLKPGNYQFVETKAP
KHYQLDKTPISFTVKNTDTKQIELTAENQLTPGDVKLTKVDSNNKKAVLKGAEFKLLDADGKPVKAGGNSKKLPAVWTTD
QNGQFTAEGLAPGRYQFVETKAPDGYKLDETPIPFEIKKGQTKPVEVIASNEKLKTPAVDKGAPDPNSGDPKTDNKGTPD
RNSKGDPKTNDNGHLKDTLPKTGDTDSIIPIMIGILLILSGGAFAFFTRKKQRKA

Sequences:

>Translated_1975_residues
MRSKKYSFSLSKKRGLKSFLVTCLALYLIFSQVVGFTLTAVAAGTSTGGSVFFDSVTIKNSEDQTVDGSKGDEPALKPGD
KVTLTYEWSLKNDEEAGAENSFTVEVPKSFEFAQDAEGEVKSADQQIIGSYQVKADSNIFTVTLKSPAEGSAGAKGAIAL
SAKFAADMKSDTKTVTALFQLGAGKTQQVIIPVNTGSESETAKNDPPSSEDDQSDDQSKSSGGQDQEETKKKAADAENSD
SKPAASSRLAAAGSLASGGNQITQNILTGVTLTDEHGKPYDKSNRADTNSPAKISITWDIPNELGKTINDGDRYEFDLPE
AFIMYNDITNQPLSSDGITYGYFSIDTKGHVVMTFNGEVKEDSNVKGTLFVNTQFNAQKIKGSTTQKIPFPVKSDTPEVT
VYFKPKVSKTIDKSGTFDKGINPGQVTWTVDLNKKLDQVKNAKLQNFPEGLTYRSVKVYQLDVNIDGSVSRGDEVLSGYT
VDADGNVTFDGEIDSAYRLIYVTDIDDSAKPNEGGNAAFRNKATFGGDNLEPASAEASVTAKYGKMIEKSSTGYKSDSQT
FSWTILYNYGEKKIDESKASITDSFGSADLHLVSDSLKVIPITFNQNGSEQAGTPLTEGKDYTLSDNGSGFEIKFNQDVT
GAYKITYQTEVNSGVIIDKSTTYTNTAVTGTGESKKASGTAVQQNLIKGYSNIDYKKKTVDWTIAINKNNYTMNNWKLDD
NFESGGLTLLDGSFRLQDVTNNKTLEEGKDYTLIIKPDHEGFLLELIGDYATTNSQLKITYTTNMNADFSNENVKNTAES
TWTDHSSTERKNKEASSFTPNRQTSHNGFKHGLYNAVSKEITWKIGINYNGEPSKNPYIKDSLADDQQFEKGSVVVKSYS
VNKDGSITEGDILPASQYDVEEPSAANKQTLTVHLKTDDSVPYLIEFKTSLKGQVIKHDPYTNKATYHNAGYSERELTAS
VSVADGGSLVFKGGKQNGGYVDWSINVNASQSVLEDVKVTDTPDTNQILAEDSFKVYQAKYDEKGAVKDSSGNLVPDDVQ
LKKGEDYTLDIKTDNATGEQSFVLKFTGDYKKIDRAYVIQYQSLINIAGTSGHVNNKVSISGTNVQEQTQENNSSVFVAV
SSGGGSGSGERGSLTILKTGEDGTPLSGADFQLRTKDNEQLLRTGTTDDNGKLTFGNIRYGTYILKEIKAPDGYTISDAY
ADGVSVEINSSSSSAGALYKVVNEKNKVTLIKQDEQKNPLEGAVFKLEKKSGDGAFTTIRTNIKSDKNGKVEINGLPPGD
YRLLETKAPEGYLLNTKELGFSVKTNDKNQVPDVDLGTLINYKGRAHLTKEDAEGRQLEGAEFKLIDHEGKTIHEKLTSD
QDGKTAVSDLAPGRYAFVETKAPEGYVINSKAIEFTISESAKEKPESVDAGKAVNYKGSVYLTKEDAEGRTLKGAEFKIV
DHEGKTVHEKLTSDEDGKIAVSGLAPGRYAFVETKAPEGFMLNNDQIEFTIPGSAEGKPEPVDAGAAVNYKGSVHLTKED
AKGHKLEGAVFKIADQIGNTVQEELVSDRNGTVTASGLAPGRYAFVETKAPDGFVLNSGKIEFVIPDSAKGKPEHVDAGT
FVNYKGSVYLEKKDEDGNGLEGAVFKIIDSEGKTVKDDLISKEGGKIEAGDLAPGSYQFVEKHAPDGYLLSTDPIPFSIT
GKHEGEPKQVKLTALNKKNSVVLTKVGQDDKSAGLQGAQFDLTDETGKVLKTGLATDADGRITVYGLKPGNYQFVETKAP
KHYQLDKTPISFTVKNTDTKQIELTAENQLTPGDVKLTKVDSNNKKAVLKGAEFKLLDADGKPVKAGGNSKKLPAVWTTD
QNGQFTAEGLAPGRYQFVETKAPDGYKLDETPIPFEIKKGQTKPVEVIASNEKLKTPAVDKGAPDPNSGDPKTDNKGTPD
RNSKGDPKTNDNGHLKDTLPKTGDTDSIIPIMIGILLILSGGAFAFFTRKKQRKA
>Mature_1975_residues
MRSKKYSFSLSKKRGLKSFLVTCLALYLIFSQVVGFTLTAVAAGTSTGGSVFFDSVTIKNSEDQTVDGSKGDEPALKPGD
KVTLTYEWSLKNDEEAGAENSFTVEVPKSFEFAQDAEGEVKSADQQIIGSYQVKADSNIFTVTLKSPAEGSAGAKGAIAL
SAKFAADMKSDTKTVTALFQLGAGKTQQVIIPVNTGSESETAKNDPPSSEDDQSDDQSKSSGGQDQEETKKKAADAENSD
SKPAASSRLAAAGSLASGGNQITQNILTGVTLTDEHGKPYDKSNRADTNSPAKISITWDIPNELGKTINDGDRYEFDLPE
AFIMYNDITNQPLSSDGITYGYFSIDTKGHVVMTFNGEVKEDSNVKGTLFVNTQFNAQKIKGSTTQKIPFPVKSDTPEVT
VYFKPKVSKTIDKSGTFDKGINPGQVTWTVDLNKKLDQVKNAKLQNFPEGLTYRSVKVYQLDVNIDGSVSRGDEVLSGYT
VDADGNVTFDGEIDSAYRLIYVTDIDDSAKPNEGGNAAFRNKATFGGDNLEPASAEASVTAKYGKMIEKSSTGYKSDSQT
FSWTILYNYGEKKIDESKASITDSFGSADLHLVSDSLKVIPITFNQNGSEQAGTPLTEGKDYTLSDNGSGFEIKFNQDVT
GAYKITYQTEVNSGVIIDKSTTYTNTAVTGTGESKKASGTAVQQNLIKGYSNIDYKKKTVDWTIAINKNNYTMNNWKLDD
NFESGGLTLLDGSFRLQDVTNNKTLEEGKDYTLIIKPDHEGFLLELIGDYATTNSQLKITYTTNMNADFSNENVKNTAES
TWTDHSSTERKNKEASSFTPNRQTSHNGFKHGLYNAVSKEITWKIGINYNGEPSKNPYIKDSLADDQQFEKGSVVVKSYS
VNKDGSITEGDILPASQYDVEEPSAANKQTLTVHLKTDDSVPYLIEFKTSLKGQVIKHDPYTNKATYHNAGYSERELTAS
VSVADGGSLVFKGGKQNGGYVDWSINVNASQSVLEDVKVTDTPDTNQILAEDSFKVYQAKYDEKGAVKDSSGNLVPDDVQ
LKKGEDYTLDIKTDNATGEQSFVLKFTGDYKKIDRAYVIQYQSLINIAGTSGHVNNKVSISGTNVQEQTQENNSSVFVAV
SSGGGSGSGERGSLTILKTGEDGTPLSGADFQLRTKDNEQLLRTGTTDDNGKLTFGNIRYGTYILKEIKAPDGYTISDAY
ADGVSVEINSSSSSAGALYKVVNEKNKVTLIKQDEQKNPLEGAVFKLEKKSGDGAFTTIRTNIKSDKNGKVEINGLPPGD
YRLLETKAPEGYLLNTKELGFSVKTNDKNQVPDVDLGTLINYKGRAHLTKEDAEGRQLEGAEFKLIDHEGKTIHEKLTSD
QDGKTAVSDLAPGRYAFVETKAPEGYVINSKAIEFTISESAKEKPESVDAGKAVNYKGSVYLTKEDAEGRTLKGAEFKIV
DHEGKTVHEKLTSDEDGKIAVSGLAPGRYAFVETKAPEGFMLNNDQIEFTIPGSAEGKPEPVDAGAAVNYKGSVHLTKED
AKGHKLEGAVFKIADQIGNTVQEELVSDRNGTVTASGLAPGRYAFVETKAPDGFVLNSGKIEFVIPDSAKGKPEHVDAGT
FVNYKGSVYLEKKDEDGNGLEGAVFKIIDSEGKTVKDDLISKEGGKIEAGDLAPGSYQFVEKHAPDGYLLSTDPIPFSIT
GKHEGEPKQVKLTALNKKNSVVLTKVGQDDKSAGLQGAQFDLTDETGKVLKTGLATDADGRITVYGLKPGNYQFVETKAP
KHYQLDKTPISFTVKNTDTKQIELTAENQLTPGDVKLTKVDSNNKKAVLKGAEFKLLDADGKPVKAGGNSKKLPAVWTTD
QNGQFTAEGLAPGRYQFVETKAPDGYKLDETPIPFEIKKGQTKPVEVIASNEKLKTPAVDKGAPDPNSGDPKTDNKGTPD
RNSKGDPKTNDNGHLKDTLPKTGDTDSIIPIMIGILLILSGGAFAFFTRKKQRKA

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: 213497; Mature: 213497

Theoretical pI: Translated: 5.02; Mature: 5.02

Prosite motif: PS50847 GRAM_POS_ANCHORING

Important sites: NA

Signals:

None

Transmembrane regions:

None

Cys/Met content:

0.1 %Cys     (Translated Protein)
0.5 %Met     (Translated Protein)
0.5 %Cys+Met (Translated Protein)
0.1 %Cys     (Mature Protein)
0.5 %Met     (Mature Protein)
0.5 %Cys+Met (Mature Protein)

Secondary structure:

>Translated Secondary Structure
MRSKKYSFSLSKKRGLKSFLVTCLALYLIFSQVVGFTLTAVAAGTSTGGSVFFDSVTIKN
CCCCEEEEECHHHCCHHHHHHHHHHHHHHHHHHHHHEEEEEEECCCCCCEEEEEEEEEEC
SEDQTVDGSKGDEPALKPGDKVTLTYEWSLKNDEEAGAENSFTVEVPKSFEFAQDAEGEV
CCCCCCCCCCCCCCCCCCCCEEEEEEEEECCCCHHCCCCCCEEEECCCCCCCCCCCCCCH
KSADQQIIGSYQVKADSNIFTVTLKSPAEGSAGAKGAIALSAKFAADMKSDTKTVTALFQ
HHCCHHHHEEEEEEECCCEEEEEECCCCCCCCCCCCEEEEEEEHHHCCCCCHHHEEHHHH
LGAGKTQQVIIPVNTGSESETAKNDPPSSEDDQSDDQSKSSGGQDQEETKKKAADAENSD
HCCCCCEEEEEEECCCCCCCCCCCCCCCCCCCCCCCHHHHCCCCCHHHHHHHHCCCCCCC
SKPAASSRLAAAGSLASGGNQITQNILTGVTLTDEHGKPYDKSNRADTNSPAKISITWDI
CCCCHHHHHHHCCCCCCCCHHHHHHHHCCEEEECCCCCCCCCCCCCCCCCCEEEEEEECC
PNELGKTINDGDRYEFDLPEAFIMYNDITNQPLSSDGITYGYFSIDTKGHVVMTFNGEVK
CHHHCCCCCCCCCEEECCCCEEEEEECCCCCCCCCCCEEEEEEEECCCCEEEEEECCCCC
EDSNVKGTLFVNTQFNAQKIKGSTTQKIPFPVKSDTPEVTVYFKPKVSKTIDKSGTFDKG
CCCCCEEEEEEECCCCHHEECCCCCCCCCCCCCCCCCCEEEEECCCCCHHHCCCCCCCCC
INPGQVTWTVDLNKKLDQVKNAKLQNFPEGLTYRSVKVYQLDVNIDGSVSRGDEVLSGYT
CCCCEEEEEEECCHHHHHHHCCHHHCCCCCCEEEEEEEEEEEEECCCCCCCCCHHHCCEE
VDADGNVTFDGEIDSAYRLIYVTDIDDSAKPNEGGNAAFRNKATFGGDNLEPASAEASVT
ECCCCCEEECCCCCCEEEEEEEEECCCCCCCCCCCCCEECCCCCCCCCCCCCCCCCCEEE
AKYGKMIEKSSTGYKSDSQTFSWTILYNYGEKKIDESKASITDSFGSADLHLVSDSLKVI
EHHHHHHHCCCCCCCCCCCEEEEEEEEECCCCHHCCCHHHHHCCCCCCEEEEEECCEEEE
PITFNQNGSEQAGTPLTEGKDYTLSDNGSGFEIKFNQDVTGAYKITYQTEVNSGVIIDKS
EEEECCCCCHHCCCCCCCCCCEEECCCCCEEEEEECCCCCEEEEEEEEEECCCCEEEECC
TTYTNTAVTGTGESKKASGTAVQQNLIKGYSNIDYKKKTVDWTIAINKNNYTMNNWKLDD
CCCCCEEEECCCCCCCCCCHHHHHHHHHCCCCCCEEEEEEEEEEEECCCCEEECCEEECC
NFESGGLTLLDGSFRLQDVTNNKTLEEGKDYTLIIKPDHEGFLLELIGDYATTNSQLKIT
CCCCCCEEEEECCEEEEECCCCCCHHCCCCEEEEEECCCCCEEEEEEHHHCCCCCEEEEE
YTTNMNADFSNENVKNTAESTWTDHSSTERKNKEASSFTPNRQTSHNGFKHGLYNAVSKE
EEECCCCCCCCCCCCCCHHHCCCCCCCHHHCCCCCCCCCCCCCCCCCCHHHHHHHHHCCE
ITWKIGINYNGEPSKNPYIKDSLADDQQFEKGSVVVKSYSVNKDGSITEGDILPASQYDV
EEEEEEEEECCCCCCCCCCCCCCCCCCCCCCCCEEEEEEECCCCCCCCCCCCCCCCCCCC
EEPSAANKQTLTVHLKTDDSVPYLIEFKTSLKGQVIKHDPYTNKATYHNAGYSERELTAS
CCCCCCCCEEEEEEEECCCCCCEEEEEECCCCCEEEECCCCCCCCEEECCCCCCCEEEEE
VSVADGGSLVFKGGKQNGGYVDWSINVNASQSVLEDVKVTDTPDTNQILAEDSFKVYQAK
EEEECCCEEEEECCCCCCCEEEEEEECCCCHHHHHCCEECCCCCCCEEEECCCEEEEEEE
YDEKGAVKDSSGNLVPDDVQLKKGEDYTLDIKTDNATGEQSFVLKFTGDYKKIDRAYVIQ
CCCCCCEECCCCCCCCCCCEEECCCCEEEEEEECCCCCCCEEEEEEECCHHHCCEEEEEE
YQSLINIAGTSGHVNNKVSISGTNVQEQTQENNSSVFVAVSSGGGSGSGERGSLTILKTG
EEHHEEECCCCCCCCCEEEEECCCCHHHHHCCCCEEEEEEECCCCCCCCCCCEEEEEEEC
EDGTPLSGADFQLRTKDNEQLLRTGTTDDNGKLTFGNIRYGTYILKEIKAPDGYTISDAY
CCCCCCCCCCEEEEECCCCHHEECCCCCCCCEEEECCEEECEEEEEECCCCCCCEEEHHC
ADGVSVEINSSSSSAGALYKVVNEKNKVTLIKQDEQKNPLEGAVFKLEKKSGDGAFTTIR
CCCEEEEECCCCCCCCEEEEEECCCCEEEEEECCCCCCCCCCEEEEEEECCCCCEEEEEE
TNIKSDKNGKVEINGLPPGDYRLLETKAPEGYLLNTKELGFSVKTNDKNQVPDVDLGTLI
ECCCCCCCCEEEECCCCCCCEEEEEECCCCCEEEEHHHHCEEEECCCCCCCCCCCCCCEE
NYKGRAHLTKEDAEGRQLEGAEFKLIDHEGKTIHEKLTSDQDGKTAVSDLAPGRYAFVET
ECCCCEEEECCCCCCCEECCCEEEEEECCCCCHHHHHCCCCCCCCHHHHCCCCEEEEEEE
KAPEGYVINSKAIEFTISESAKEKPESVDAGKAVNYKGSVYLTKEDAEGRTLKGAEFKIV
CCCCCEEEECCEEEEEECCCCCCCCCCCCCCCEEECCCEEEEEECCCCCCEECCCEEEEE
DHEGKTVHEKLTSDEDGKIAVSGLAPGRYAFVETKAPEGFMLNNDQIEFTIPGSAEGKPE
ECCCCCHHHHHCCCCCCCEEEEECCCCEEEEEEECCCCCEEECCCEEEEEECCCCCCCCC
PVDAGAAVNYKGSVHLTKEDAKGHKLEGAVFKIADQIGNTVQEELVSDRNGTVTASGLAP
CCCCCCEEEECCEEEEECCCCCCCEECCHHHHHHHHHHHHHHHHHHCCCCCEEEECCCCC
GRYAFVETKAPDGFVLNSGKIEFVIPDSAKGKPEHVDAGTFVNYKGSVYLEKKDEDGNGL
CEEEEEEECCCCCEEEECCEEEEEECCCCCCCCCCCCCCCEEEECCEEEEEECCCCCCCC
EGAVFKIIDSEGKTVKDDLISKEGGKIEAGDLAPGSYQFVEKHAPDGYLLSTDPIPFSIT
CCEEEEEECCCCCEEHHHHHCCCCCEEEECCCCCCCHHHHHHCCCCCEEEECCCCCEEEE
GKHEGEPKQVKLTALNKKNSVVLTKVGQDDKSAGLQGAQFDLTDETGKVLKTGLATDADG
CCCCCCCCEEEEEEECCCCCEEEEEECCCCHHCCCCCCEEEECCCCCHHHHHCCCCCCCC
RITVYGLKPGNYQFVETKAPKHYQLDKTPISFTVKNTDTKQIELTAENQLTPGDVKLTKV
EEEEEEECCCCEEEEECCCCCCEEECCCCEEEEEECCCCEEEEEEECCCCCCCCEEEEEE
DSNNKKAVLKGAEFKLLDADGKPVKAGGNSKKLPAVWTTDQNGQFTAEGLAPGRYQFVET
CCCCCEEEEECCEEEEECCCCCEEECCCCCCCCCEEEECCCCCCEEECCCCCCCEEEEEE
KAPDGYKLDETPIPFEIKKGQTKPVEVIASNEKLKTPAVDKGAPDPNSGDPKTDNKGTPD
CCCCCCCCCCCCCCEEECCCCCCCEEEEECCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
RNSKGDPKTNDNGHLKDTLPKTGDTDSIIPIMIGILLILSGGAFAFFTRKKQRKA
CCCCCCCCCCCCCCCCCCCCCCCCCCCHHHHHHHHHHHHCCCEEEEEECHHHHCC
>Mature Secondary Structure
MRSKKYSFSLSKKRGLKSFLVTCLALYLIFSQVVGFTLTAVAAGTSTGGSVFFDSVTIKN
CCCCEEEEECHHHCCHHHHHHHHHHHHHHHHHHHHHEEEEEEECCCCCCEEEEEEEEEEC
SEDQTVDGSKGDEPALKPGDKVTLTYEWSLKNDEEAGAENSFTVEVPKSFEFAQDAEGEV
CCCCCCCCCCCCCCCCCCCCEEEEEEEEECCCCHHCCCCCCEEEECCCCCCCCCCCCCCH
KSADQQIIGSYQVKADSNIFTVTLKSPAEGSAGAKGAIALSAKFAADMKSDTKTVTALFQ
HHCCHHHHEEEEEEECCCEEEEEECCCCCCCCCCCCEEEEEEEHHHCCCCCHHHEEHHHH
LGAGKTQQVIIPVNTGSESETAKNDPPSSEDDQSDDQSKSSGGQDQEETKKKAADAENSD
HCCCCCEEEEEEECCCCCCCCCCCCCCCCCCCCCCCHHHHCCCCCHHHHHHHHCCCCCCC
SKPAASSRLAAAGSLASGGNQITQNILTGVTLTDEHGKPYDKSNRADTNSPAKISITWDI
CCCCHHHHHHHCCCCCCCCHHHHHHHHCCEEEECCCCCCCCCCCCCCCCCCEEEEEEECC
PNELGKTINDGDRYEFDLPEAFIMYNDITNQPLSSDGITYGYFSIDTKGHVVMTFNGEVK
CHHHCCCCCCCCCEEECCCCEEEEEECCCCCCCCCCCEEEEEEEECCCCEEEEEECCCCC
EDSNVKGTLFVNTQFNAQKIKGSTTQKIPFPVKSDTPEVTVYFKPKVSKTIDKSGTFDKG
CCCCCEEEEEEECCCCHHEECCCCCCCCCCCCCCCCCCEEEEECCCCCHHHCCCCCCCCC
INPGQVTWTVDLNKKLDQVKNAKLQNFPEGLTYRSVKVYQLDVNIDGSVSRGDEVLSGYT
CCCCEEEEEEECCHHHHHHHCCHHHCCCCCCEEEEEEEEEEEEECCCCCCCCCHHHCCEE
VDADGNVTFDGEIDSAYRLIYVTDIDDSAKPNEGGNAAFRNKATFGGDNLEPASAEASVT
ECCCCCEEECCCCCCEEEEEEEEECCCCCCCCCCCCCEECCCCCCCCCCCCCCCCCCEEE
AKYGKMIEKSSTGYKSDSQTFSWTILYNYGEKKIDESKASITDSFGSADLHLVSDSLKVI
EHHHHHHHCCCCCCCCCCCEEEEEEEEECCCCHHCCCHHHHHCCCCCCEEEEEECCEEEE
PITFNQNGSEQAGTPLTEGKDYTLSDNGSGFEIKFNQDVTGAYKITYQTEVNSGVIIDKS
EEEECCCCCHHCCCCCCCCCCEEECCCCCEEEEEECCCCCEEEEEEEEEECCCCEEEECC
TTYTNTAVTGTGESKKASGTAVQQNLIKGYSNIDYKKKTVDWTIAINKNNYTMNNWKLDD
CCCCCEEEECCCCCCCCCCHHHHHHHHHCCCCCCEEEEEEEEEEEECCCCEEECCEEECC
NFESGGLTLLDGSFRLQDVTNNKTLEEGKDYTLIIKPDHEGFLLELIGDYATTNSQLKIT
CCCCCCEEEEECCEEEEECCCCCCHHCCCCEEEEEECCCCCEEEEEEHHHCCCCCEEEEE
YTTNMNADFSNENVKNTAESTWTDHSSTERKNKEASSFTPNRQTSHNGFKHGLYNAVSKE
EEECCCCCCCCCCCCCCHHHCCCCCCCHHHCCCCCCCCCCCCCCCCCCHHHHHHHHHCCE
ITWKIGINYNGEPSKNPYIKDSLADDQQFEKGSVVVKSYSVNKDGSITEGDILPASQYDV
EEEEEEEEECCCCCCCCCCCCCCCCCCCCCCCCEEEEEEECCCCCCCCCCCCCCCCCCCC
EEPSAANKQTLTVHLKTDDSVPYLIEFKTSLKGQVIKHDPYTNKATYHNAGYSERELTAS
CCCCCCCCEEEEEEEECCCCCCEEEEEECCCCCEEEECCCCCCCCEEECCCCCCCEEEEE
VSVADGGSLVFKGGKQNGGYVDWSINVNASQSVLEDVKVTDTPDTNQILAEDSFKVYQAK
EEEECCCEEEEECCCCCCCEEEEEEECCCCHHHHHCCEECCCCCCCEEEECCCEEEEEEE
YDEKGAVKDSSGNLVPDDVQLKKGEDYTLDIKTDNATGEQSFVLKFTGDYKKIDRAYVIQ
CCCCCCEECCCCCCCCCCCEEECCCCEEEEEEECCCCCCCEEEEEEECCHHHCCEEEEEE
YQSLINIAGTSGHVNNKVSISGTNVQEQTQENNSSVFVAVSSGGGSGSGERGSLTILKTG
EEHHEEECCCCCCCCCEEEEECCCCHHHHHCCCCEEEEEEECCCCCCCCCCCEEEEEEEC
EDGTPLSGADFQLRTKDNEQLLRTGTTDDNGKLTFGNIRYGTYILKEIKAPDGYTISDAY
CCCCCCCCCCEEEEECCCCHHEECCCCCCCCEEEECCEEECEEEEEECCCCCCCEEEHHC
ADGVSVEINSSSSSAGALYKVVNEKNKVTLIKQDEQKNPLEGAVFKLEKKSGDGAFTTIR
CCCEEEEECCCCCCCCEEEEEECCCCEEEEEECCCCCCCCCCEEEEEEECCCCCEEEEEE
TNIKSDKNGKVEINGLPPGDYRLLETKAPEGYLLNTKELGFSVKTNDKNQVPDVDLGTLI
ECCCCCCCCEEEECCCCCCCEEEEEECCCCCEEEEHHHHCEEEECCCCCCCCCCCCCCEE
NYKGRAHLTKEDAEGRQLEGAEFKLIDHEGKTIHEKLTSDQDGKTAVSDLAPGRYAFVET
ECCCCEEEECCCCCCCEECCCEEEEEECCCCCHHHHHCCCCCCCCHHHHCCCCEEEEEEE
KAPEGYVINSKAIEFTISESAKEKPESVDAGKAVNYKGSVYLTKEDAEGRTLKGAEFKIV
CCCCCEEEECCEEEEEECCCCCCCCCCCCCCCEEECCCEEEEEECCCCCCEECCCEEEEE
DHEGKTVHEKLTSDEDGKIAVSGLAPGRYAFVETKAPEGFMLNNDQIEFTIPGSAEGKPE
ECCCCCHHHHHCCCCCCCEEEEECCCCEEEEEEECCCCCEEECCCEEEEEECCCCCCCCC
PVDAGAAVNYKGSVHLTKEDAKGHKLEGAVFKIADQIGNTVQEELVSDRNGTVTASGLAP
CCCCCCEEEECCEEEEECCCCCCCEECCHHHHHHHHHHHHHHHHHHCCCCCEEEECCCCC
GRYAFVETKAPDGFVLNSGKIEFVIPDSAKGKPEHVDAGTFVNYKGSVYLEKKDEDGNGL
CEEEEEEECCCCCEEEECCEEEEEECCCCCCCCCCCCCCCEEEECCEEEEEECCCCCCCC
EGAVFKIIDSEGKTVKDDLISKEGGKIEAGDLAPGSYQFVEKHAPDGYLLSTDPIPFSIT
CCEEEEEECCCCCEEHHHHHCCCCCEEEECCCCCCCHHHHHHCCCCCEEEECCCCCEEEE
GKHEGEPKQVKLTALNKKNSVVLTKVGQDDKSAGLQGAQFDLTDETGKVLKTGLATDADG
CCCCCCCCEEEEEEECCCCCEEEEEECCCCHHCCCCCCEEEECCCCCHHHHHCCCCCCCC
RITVYGLKPGNYQFVETKAPKHYQLDKTPISFTVKNTDTKQIELTAENQLTPGDVKLTKV
EEEEEEECCCCEEEEECCCCCCEEECCCCEEEEEECCCCEEEEEEECCCCCCCCEEEEEE
DSNNKKAVLKGAEFKLLDADGKPVKAGGNSKKLPAVWTTDQNGQFTAEGLAPGRYQFVET
CCCCCEEEEECCEEEEECCCCCEEECCCCCCCCCEEEECCCCCCEEECCCCCCCEEEEEE
KAPDGYKLDETPIPFEIKKGQTKPVEVIASNEKLKTPAVDKGAPDPNSGDPKTDNKGTPD
CCCCCCCCCCCCCCEEECCCCCCCEEEEECCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
RNSKGDPKTNDNGHLKDTLPKTGDTDSIIPIMIGILLILSGGAFAFFTRKKQRKA
CCCCCCCCCCCCCCCCCCCCCCCCCCCHHHHHHHHHHHHCCCEEEEEECHHHHCC

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