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The map label for this gene is yeeJ [C]

Identifier: 148643172

GI number: 148643172

Start: 1069792

End: 1075521

Strand: Reverse

Name: yeeJ [C]

Synonym: Msm_1112

Alternate gene names: 148643172

Gene position: 1075521-1069792 (Counterclockwise)

Preceding gene: 148643173

Following gene: 148643171

Centisome position: 58.04

GC content: 29.69

Gene sequence:

>5730_bases
ATGAGATTAAATAAAGTGATGTTAGTTGGTATTTTATTACTGGCTATTTTGACTCTTGGTGCTGTTAGTGCTCAGGAGGG
TTCTTCTGCTGATGTTTTGGCAGTTGATAGTGCTTCATCTCATGTTGGTGATGGGATAAGTTATGATAAGACGATTTATG
TGAATACTACTGGTGATGATTCAAATTCTGGTAGTCAAACTAGTCCTTATGCTACAATAAATAAGGGTATTTCAAGTGTC
AATGCTTCTGATAATGCAGTTATTTATTTAAGTGAAGGAACATTCACTGGGGATAATAATACTGATTTAAGTATTAATTT
GGCTCATAAAAATTATAATGGATCTTTGACTTTTATTGGTCGAGGATATGATAAGACATTTATTGATGGGGAACAGATGG
CTCCTATTTTTAAGTCAATGAGTGGGGATTCTATAATTGTTTTTAAAAATATTGCATTTATTAATGGTAAATCCAATACT
GGTGGTGCTATTACAAGTAATGCTGTTTTAACTATTGATAATTGTTTGTTTGAGGATAATTATGCAACAGGTTATAATGG
TGGTGCAATTTATCAACAATCTAATGATTTTAAAGTAACTAATTCTATTTTTAGGAATAATAGTGTTAATAGTTATGGAG
GATCAATTTTTGCAAGTAGTATGCAAAATGCACAACTTATGAATTGTGTATTTGAAAATTCTATTGCTAGAAGCACTTAT
TGTACTGGTGCAGGTGCATATATTAATGTATATAATAGTACTATAATTAAGAATAATAGGTTTGTTAATATATCCACTTC
AGGTAATGCATATGATGCTGCATTATATGCTAATTCCGGATATAATGGAAATGGTATTATTGTAAACAATACTTTTATCA
ACTGTAACAATAAAGGGCAAAGTAGTGCTGTAATTAATATTAATGGTAAGAATTTTGTTAAAGGTAATGCTTTTGTTAAT
TCTACTTCTGCAAGTAAAGGTCAAATATTTAATGGTGGAAGTATGAATGTAATTATTACTTTTTTAAATAATTCTACAAC
TTCTCCTACTTTTAAAGTTTCATGTAGAGTAACTGATGTAGATGGAAACAATGTTTCAGGTCAAACTCAGGCATATAATG
GTGTTACTTTTTATATTAATGGTGAACAGGTAGGTCAAGCAGCAGTTACTAATGGTTTAGCTGTTTTATCTCTAACTAAG
TTAGTTCCTAATGGTGATTTAGTTATTAATGGTACTTGGGGCAGTAATAATGTTTCTATGACTCCGGGTATTTTATCTGT
TAATATTGATCAAACTCCTATTGATTTATGGGTTGATGGTGTAAATGGTGATGATTTAACTGGTGACGGTTCTAAACTTA
ATCCGTTTAAAACCATTGGTTATGCTATAAACTACGGTTTTGGAAAATCTTTATATCCAACTATCCATATAAATAGTGGA
ACTTATAGTGGAGTTAATAATACTAATTTAACTTTTTCTAACCTTGGTAACTTAACTTTGGTAGGTGAAGGATATAATAA
AGTATTAATTGATGGTCAAAATAGAAATTGGTTTTTAAAAACTGGTAGTTACACAAATGTCGTATTAAAAAATTTAACTT
ATAAAAACGGTTCAATAACAAAATATATTAGTGGATTATATTCATTAATAACTACTAATGCACCTTCTGTTATTGAAGAT
TGTATAATTTCTGACAATGTTAACACTTATGGTGGTAAGATTATAGATGGAAGTTCTACTATTGATAATTTGACATTTTG
CAATAATACAGGTATGATTACTGGTGTTTCATCTATTGATAAATCTTATTTAGCTAATAATAAAATAAATAATGCATATA
ATCTTTATTTCCTTGAAGGAGGTTATATTAATATAACTAATTCTGTATTTGAAAATAATTTTGGTTTAGTTAGGGCTACT
CAGCAAGGTATTTCTATTAATAATAAGTTTATAAATAACACTGGTTCATTACTTTCTTTTATTTTATCTAAAAATGATTA
TTTCAAGAAAAATAATGGAACTGCATTTATAGGATTTTCAAATACTTATAATAATTATAAAATGCTTTGTGATGTGATTA
ATTCTACTTTTATTGATTGTTTTGGTGATAAAGGTGGAGCAATTCAAACTGTTATGGGTTCTATTGTTGATTGTACTTTT
ATAAACAATTCTGCAAATTATGGTGGTGCAATTTACTTAGCTCCTCATCATACTTCTGATTATTATTCTGTAGATTCTAA
TATTACATTAACTGGCTGTATTTTCAAAGATAACACAGCTGTAATTAATGGTAAGGATATTTACATAGAACATTCTGACA
ATAAGCAATATGTTGATGCTAAGTTAACTAATCTTACTATAACTTTCAATAATTTAACTACTCAATTTTTAGCAGATACT
GTGTCTATGTCTGTATCTCATATTTCTGGTGCTGTAATTGGTGGAGGTTCTGTTAAGTTCTATTTGAATGGTACTTATAT
GGGAACTTCTGAGGTTGTTAATGGTATTGCATCACTAGATTATCTTGGATTTAAAAATGGAACTTATACTTTGTCTGGTG
ATTATGTATTTGCAGATGCAAGTGATAAAATCATTAATGGAACTGTTAAAGTAGCTTTAAAACCATTAAAAAATAATGTA
ACTGTTTATGTTTCTGATAAATTAGGTGATGATGTAAATGGTGATGGCAGCTTAGCTAAACCATTTAAAACAATTAAAAA
AGCATTAAACTACGGATATTCTCAAAGTTATGTGTTATTTATTCATGTTTTGGAAGGTATTTATTCAGGTGAAGGTAATA
CAAATATTGAGCTTTCATCTACTGTAAGCGTAACAATTACTGGTGCTGGAGTTAATAAAACTATTTTATGCGGTAATCAA
ACTAATGATTTCTTTACAATAGCTAAAGGCAGTAATATAATTACTATTGAAAATATGAGTATGGTTAATGGTTCTAAAGC
AGATGCTAGTGCAGTATATCCATATCAAAATGTAAAAAATATTCATTCTCCTATTATTGCTTTGCCAGGTTCAAATGTTC
ATTTAAATAATATTTACTTTGAAAATAATAAAGGAACTCTTGGGGGAGCAGTATTAAACTCTGGAAATATGATTATTAAC
AACTGTTCATTTGTAAGAAATGGTTTTTCATCATATGGTGGAGGATTAACTAACAATGGTACTTTAATAGTTAATAATTC
TTACTTCTTTGCAAATTATGCATACAGGGGATCAAATATTTTTGTAATTAAAGACATGACTTTACAGAATTCATTAGTTG
AAGAAGCTTACTGGTGGAGTGGATCTCACTATGGAAACATTGTAGGAATTGATGCTGGTATAACTTTAATTAATACTACA
ATTCAAGACCTTGGAAGAACTTCAACTGATGCTGGAAGAACAGATATTCAAAATAAAAAAGGTTACATATATTTAGCTGG
TTTAAATAGAGTTGAATCATATGGATGTATTTTCAGATACAATGAATCAATAGCTGCTGGAGATATATTTGGATCATATT
ATGGTTCTTCTGCAGAGTATAACTGGCAAAATATTATTAAATTTGATAATTGTACTTTTATAAACATCAATAACATTAAC
AATGTTGGTTTTAGACCTAATTTAAACAGATCTGGTAATGTATCTTTAAATAATTGTATTATTGATATTAAAGGTAAAGT
TTTAACAACTAATGCATTTGGCATACTTAACATTACTAATTGTTATATTGTAAATCCAAATGCTGTTTCATGGACTAATT
TAGGCAGTCCAACTACTGGAATCATTGATTTAAATAACAATTGGTGGGGTAACAATACTCAACCAGTATTTACTGTTGTT
GATGCAAACAGAACCCTTGTTAATATGACTCCTGATACATGGTTGGTTTTAACTTTAGATGTTACTAATAACACCGGTTT
GTTGCAGGGTGCTGTTTTAGCATTTAAAGTCTTTAATGGAACTAATTTAACTGATTATAATGGTTCTTTACCATTACGTA
ATTTCAATATGTCTATGGTTAATGGTACTTTGAGTATTGCTAATGGTACAATAGCTAATAATGTTGTTAATGGTTTTGAA
GCTAAAGAAGGTAATTATACTATTTCTGCTACTGTTGACGGTCAGAGTGTAACTTATAATGGTGTTGCAAGTATTGGTAA
AGGTATTATTGAAGTTAATGATGTTGTTGCTGATTATGGTGATGTTGTAATTGCTAATGCTACTTTAATGGATGCTAAAG
ATAATCCATTAGCTAATGTTAATGTGACCTTGAAAGTCAACGGTAAAACTTATACTTTAGTTACTGATGAAAATGGTACT
GTCAGTTTTGTAATTGGACAGTTAAATGCCGGAAAATACACTTTAGTTTACTCTGTAAGTGGCAGTAAAGTTATTTCTGA
TGTAACTAATTCTTCAACTTTAACTGTTAATAAAGCTAAAGATTCCTTGAAAGTAGATGTTAATGCTAGTGTTGCTGGTG
AGGATAGTGTAATTAATGTTGTTGGTCCTAAAGATGCAACAGGCAATGTAACTGTATTGGTAAATGGCAAATCTTATAAT
GTAGTTCTTGTTAATGGATCTGCAAAATTAACCATTAAAGATTTAGTTGCAGGAAACTATAATGTGACTGTTACTTATTC
TGGTGATAAAAACTATGAAAAACAAGTAATCAGGACTAATTTCACTGTAGATATTAATAAAAAAGTTAATTTAAACATTT
CTGACATTGTGATGATTTACAAAGACGGTACCAGAATGGTTGCTGTTTTAACTGATTATTTAGGTAATCCTATAGCTAAT
GCAACTGTGTACTTTACTATTAATGGTCAAACTTATGCTAAAACAACTGATGCTAACGGTACTGCTTCAATGGGACTTAA
CTTAGTATCTAATGTTTATCAGGCTACTGTTTCATATAATGGTTCAGATATGTATAATAAAATAAGTAAGAATATTACTG
TAACTATTAATCCGACTATTATAAGTAAAGATTTGGTTAAAATGTATCAGAATGCTACCAGATTCTATGCTAAATTCACT
GACAGCACAGGAAAAGCATTAGCTAACACTGAAGTTAAATTTAACATTCATGGTGTTTTCTACACCAAAAAGACTGATAA
AGACGGTGTAGCTGATTTGGGTATTATGTTAAGACCGGGATCTTATATTTTAACTGCTTACAACCCGTTAACCGGTGAAG
AAAAAGGATTTAACATAACCGTAAAATCATTAATCATGCAAAATGACTTAACCAAATATTACTTAAATGCTTCCAGATTT
GAAGCAACTGTCTACAATAAAGACGGATCTTTAGCAGTAAACAAGAATGTAACCTTTAACATCAACGGTGTATTCTACAC
TAAAACCACTGATAAAAACGGTGTTGCAAGCTTAGGAATAGCTTTAAGACCAGGAAACTATATCATTACAACAATGTATG
ATGGATTAGACATTGGAAACAAAGTCACTGTCATGCCAACTTTAGTAACAAAAGATCTCTCCATGAAACACTTAGACGGC
AGCAATTTTACTGCTTTAACTTTAGATGGTCAAGGTAAGCCATTAGCTAACCAAAATGTATCATTTAACGTAAATGGTGT
TTTCTATCACAAAGTTACTAATAAAGACGGTATTGCAAGCTTAGGAATCAGATTAATGAGTGGCGAATACATCATAACTT
CCTACTGGAATGACTTCCAAACAGGAAACACAATAAAAATAAGTCCTTAA

Upstream 100 bases:

>100_bases
TTTTCAAGATAACTATTAAATATGAGATTAAATATAGTTATTTTTTAATTATACTTGATGTTTTTTAAGTATAATTTTAA
ATTTTTTTGGTGAAATTTTA

Downstream 100 bases:

>100_bases
AGAGAATTCATAATTCTCTTACTTTTTTTTCTTTTTTTAACATATTTCAAAAGCAATTTATTTTAATAAATTTTAAATAT
TATTTTAAATATACTTATAT

Product: adhesin-like protein

Products: NA

Alternate protein names: Asn/Thr-Rich Large Protein Family Protein; Adhesin-Like Protein With Cysteine Protease Domain; Adhesin-Like Protein With Transglutaminase Domain; Cysteine Protease; Transglutaminase-Like Protein Cysteine Protease

Number of amino acids: Translated: 1909; Mature: 1909

Protein sequence:

>1909_residues
MRLNKVMLVGILLLAILTLGAVSAQEGSSADVLAVDSASSHVGDGISYDKTIYVNTTGDDSNSGSQTSPYATINKGISSV
NASDNAVIYLSEGTFTGDNNTDLSINLAHKNYNGSLTFIGRGYDKTFIDGEQMAPIFKSMSGDSIIVFKNIAFINGKSNT
GGAITSNAVLTIDNCLFEDNYATGYNGGAIYQQSNDFKVTNSIFRNNSVNSYGGSIFASSMQNAQLMNCVFENSIARSTY
CTGAGAYINVYNSTIIKNNRFVNISTSGNAYDAALYANSGYNGNGIIVNNTFINCNNKGQSSAVININGKNFVKGNAFVN
STSASKGQIFNGGSMNVIITFLNNSTTSPTFKVSCRVTDVDGNNVSGQTQAYNGVTFYINGEQVGQAAVTNGLAVLSLTK
LVPNGDLVINGTWGSNNVSMTPGILSVNIDQTPIDLWVDGVNGDDLTGDGSKLNPFKTIGYAINYGFGKSLYPTIHINSG
TYSGVNNTNLTFSNLGNLTLVGEGYNKVLIDGQNRNWFLKTGSYTNVVLKNLTYKNGSITKYISGLYSLITTNAPSVIED
CIISDNVNTYGGKIIDGSSTIDNLTFCNNTGMITGVSSIDKSYLANNKINNAYNLYFLEGGYINITNSVFENNFGLVRAT
QQGISINNKFINNTGSLLSFILSKNDYFKKNNGTAFIGFSNTYNNYKMLCDVINSTFIDCFGDKGGAIQTVMGSIVDCTF
INNSANYGGAIYLAPHHTSDYYSVDSNITLTGCIFKDNTAVINGKDIYIEHSDNKQYVDAKLTNLTITFNNLTTQFLADT
VSMSVSHISGAVIGGGSVKFYLNGTYMGTSEVVNGIASLDYLGFKNGTYTLSGDYVFADASDKIINGTVKVALKPLKNNV
TVYVSDKLGDDVNGDGSLAKPFKTIKKALNYGYSQSYVLFIHVLEGIYSGEGNTNIELSSTVSVTITGAGVNKTILCGNQ
TNDFFTIAKGSNIITIENMSMVNGSKADASAVYPYQNVKNIHSPIIALPGSNVHLNNIYFENNKGTLGGAVLNSGNMIIN
NCSFVRNGFSSYGGGLTNNGTLIVNNSYFFANYAYRGSNIFVIKDMTLQNSLVEEAYWWSGSHYGNIVGIDAGITLINTT
IQDLGRTSTDAGRTDIQNKKGYIYLAGLNRVESYGCIFRYNESIAAGDIFGSYYGSSAEYNWQNIIKFDNCTFININNIN
NVGFRPNLNRSGNVSLNNCIIDIKGKVLTTNAFGILNITNCYIVNPNAVSWTNLGSPTTGIIDLNNNWWGNNTQPVFTVV
DANRTLVNMTPDTWLVLTLDVTNNTGLLQGAVLAFKVFNGTNLTDYNGSLPLRNFNMSMVNGTLSIANGTIANNVVNGFE
AKEGNYTISATVDGQSVTYNGVASIGKGIIEVNDVVADYGDVVIANATLMDAKDNPLANVNVTLKVNGKTYTLVTDENGT
VSFVIGQLNAGKYTLVYSVSGSKVISDVTNSSTLTVNKAKDSLKVDVNASVAGEDSVINVVGPKDATGNVTVLVNGKSYN
VVLVNGSAKLTIKDLVAGNYNVTVTYSGDKNYEKQVIRTNFTVDINKKVNLNISDIVMIYKDGTRMVAVLTDYLGNPIAN
ATVYFTINGQTYAKTTDANGTASMGLNLVSNVYQATVSYNGSDMYNKISKNITVTINPTIISKDLVKMYQNATRFYAKFT
DSTGKALANTEVKFNIHGVFYTKKTDKDGVADLGIMLRPGSYILTAYNPLTGEEKGFNITVKSLIMQNDLTKYYLNASRF
EATVYNKDGSLAVNKNVTFNINGVFYTKTTDKNGVASLGIALRPGNYIITTMYDGLDIGNKVTVMPTLVTKDLSMKHLDG
SNFTALTLDGQGKPLANQNVSFNVNGVFYHKVTNKDGIASLGIRLMSGEYIITSYWNDFQTGNTIKISP

Sequences:

>Translated_1909_residues
MRLNKVMLVGILLLAILTLGAVSAQEGSSADVLAVDSASSHVGDGISYDKTIYVNTTGDDSNSGSQTSPYATINKGISSV
NASDNAVIYLSEGTFTGDNNTDLSINLAHKNYNGSLTFIGRGYDKTFIDGEQMAPIFKSMSGDSIIVFKNIAFINGKSNT
GGAITSNAVLTIDNCLFEDNYATGYNGGAIYQQSNDFKVTNSIFRNNSVNSYGGSIFASSMQNAQLMNCVFENSIARSTY
CTGAGAYINVYNSTIIKNNRFVNISTSGNAYDAALYANSGYNGNGIIVNNTFINCNNKGQSSAVININGKNFVKGNAFVN
STSASKGQIFNGGSMNVIITFLNNSTTSPTFKVSCRVTDVDGNNVSGQTQAYNGVTFYINGEQVGQAAVTNGLAVLSLTK
LVPNGDLVINGTWGSNNVSMTPGILSVNIDQTPIDLWVDGVNGDDLTGDGSKLNPFKTIGYAINYGFGKSLYPTIHINSG
TYSGVNNTNLTFSNLGNLTLVGEGYNKVLIDGQNRNWFLKTGSYTNVVLKNLTYKNGSITKYISGLYSLITTNAPSVIED
CIISDNVNTYGGKIIDGSSTIDNLTFCNNTGMITGVSSIDKSYLANNKINNAYNLYFLEGGYINITNSVFENNFGLVRAT
QQGISINNKFINNTGSLLSFILSKNDYFKKNNGTAFIGFSNTYNNYKMLCDVINSTFIDCFGDKGGAIQTVMGSIVDCTF
INNSANYGGAIYLAPHHTSDYYSVDSNITLTGCIFKDNTAVINGKDIYIEHSDNKQYVDAKLTNLTITFNNLTTQFLADT
VSMSVSHISGAVIGGGSVKFYLNGTYMGTSEVVNGIASLDYLGFKNGTYTLSGDYVFADASDKIINGTVKVALKPLKNNV
TVYVSDKLGDDVNGDGSLAKPFKTIKKALNYGYSQSYVLFIHVLEGIYSGEGNTNIELSSTVSVTITGAGVNKTILCGNQ
TNDFFTIAKGSNIITIENMSMVNGSKADASAVYPYQNVKNIHSPIIALPGSNVHLNNIYFENNKGTLGGAVLNSGNMIIN
NCSFVRNGFSSYGGGLTNNGTLIVNNSYFFANYAYRGSNIFVIKDMTLQNSLVEEAYWWSGSHYGNIVGIDAGITLINTT
IQDLGRTSTDAGRTDIQNKKGYIYLAGLNRVESYGCIFRYNESIAAGDIFGSYYGSSAEYNWQNIIKFDNCTFININNIN
NVGFRPNLNRSGNVSLNNCIIDIKGKVLTTNAFGILNITNCYIVNPNAVSWTNLGSPTTGIIDLNNNWWGNNTQPVFTVV
DANRTLVNMTPDTWLVLTLDVTNNTGLLQGAVLAFKVFNGTNLTDYNGSLPLRNFNMSMVNGTLSIANGTIANNVVNGFE
AKEGNYTISATVDGQSVTYNGVASIGKGIIEVNDVVADYGDVVIANATLMDAKDNPLANVNVTLKVNGKTYTLVTDENGT
VSFVIGQLNAGKYTLVYSVSGSKVISDVTNSSTLTVNKAKDSLKVDVNASVAGEDSVINVVGPKDATGNVTVLVNGKSYN
VVLVNGSAKLTIKDLVAGNYNVTVTYSGDKNYEKQVIRTNFTVDINKKVNLNISDIVMIYKDGTRMVAVLTDYLGNPIAN
ATVYFTINGQTYAKTTDANGTASMGLNLVSNVYQATVSYNGSDMYNKISKNITVTINPTIISKDLVKMYQNATRFYAKFT
DSTGKALANTEVKFNIHGVFYTKKTDKDGVADLGIMLRPGSYILTAYNPLTGEEKGFNITVKSLIMQNDLTKYYLNASRF
EATVYNKDGSLAVNKNVTFNINGVFYTKTTDKNGVASLGIALRPGNYIITTMYDGLDIGNKVTVMPTLVTKDLSMKHLDG
SNFTALTLDGQGKPLANQNVSFNVNGVFYHKVTNKDGIASLGIRLMSGEYIITSYWNDFQTGNTIKISP
>Mature_1909_residues
MRLNKVMLVGILLLAILTLGAVSAQEGSSADVLAVDSASSHVGDGISYDKTIYVNTTGDDSNSGSQTSPYATINKGISSV
NASDNAVIYLSEGTFTGDNNTDLSINLAHKNYNGSLTFIGRGYDKTFIDGEQMAPIFKSMSGDSIIVFKNIAFINGKSNT
GGAITSNAVLTIDNCLFEDNYATGYNGGAIYQQSNDFKVTNSIFRNNSVNSYGGSIFASSMQNAQLMNCVFENSIARSTY
CTGAGAYINVYNSTIIKNNRFVNISTSGNAYDAALYANSGYNGNGIIVNNTFINCNNKGQSSAVININGKNFVKGNAFVN
STSASKGQIFNGGSMNVIITFLNNSTTSPTFKVSCRVTDVDGNNVSGQTQAYNGVTFYINGEQVGQAAVTNGLAVLSLTK
LVPNGDLVINGTWGSNNVSMTPGILSVNIDQTPIDLWVDGVNGDDLTGDGSKLNPFKTIGYAINYGFGKSLYPTIHINSG
TYSGVNNTNLTFSNLGNLTLVGEGYNKVLIDGQNRNWFLKTGSYTNVVLKNLTYKNGSITKYISGLYSLITTNAPSVIED
CIISDNVNTYGGKIIDGSSTIDNLTFCNNTGMITGVSSIDKSYLANNKINNAYNLYFLEGGYINITNSVFENNFGLVRAT
QQGISINNKFINNTGSLLSFILSKNDYFKKNNGTAFIGFSNTYNNYKMLCDVINSTFIDCFGDKGGAIQTVMGSIVDCTF
INNSANYGGAIYLAPHHTSDYYSVDSNITLTGCIFKDNTAVINGKDIYIEHSDNKQYVDAKLTNLTITFNNLTTQFLADT
VSMSVSHISGAVIGGGSVKFYLNGTYMGTSEVVNGIASLDYLGFKNGTYTLSGDYVFADASDKIINGTVKVALKPLKNNV
TVYVSDKLGDDVNGDGSLAKPFKTIKKALNYGYSQSYVLFIHVLEGIYSGEGNTNIELSSTVSVTITGAGVNKTILCGNQ
TNDFFTIAKGSNIITIENMSMVNGSKADASAVYPYQNVKNIHSPIIALPGSNVHLNNIYFENNKGTLGGAVLNSGNMIIN
NCSFVRNGFSSYGGGLTNNGTLIVNNSYFFANYAYRGSNIFVIKDMTLQNSLVEEAYWWSGSHYGNIVGIDAGITLINTT
IQDLGRTSTDAGRTDIQNKKGYIYLAGLNRVESYGCIFRYNESIAAGDIFGSYYGSSAEYNWQNIIKFDNCTFININNIN
NVGFRPNLNRSGNVSLNNCIIDIKGKVLTTNAFGILNITNCYIVNPNAVSWTNLGSPTTGIIDLNNNWWGNNTQPVFTVV
DANRTLVNMTPDTWLVLTLDVTNNTGLLQGAVLAFKVFNGTNLTDYNGSLPLRNFNMSMVNGTLSIANGTIANNVVNGFE
AKEGNYTISATVDGQSVTYNGVASIGKGIIEVNDVVADYGDVVIANATLMDAKDNPLANVNVTLKVNGKTYTLVTDENGT
VSFVIGQLNAGKYTLVYSVSGSKVISDVTNSSTLTVNKAKDSLKVDVNASVAGEDSVINVVGPKDATGNVTVLVNGKSYN
VVLVNGSAKLTIKDLVAGNYNVTVTYSGDKNYEKQVIRTNFTVDINKKVNLNISDIVMIYKDGTRMVAVLTDYLGNPIAN
ATVYFTINGQTYAKTTDANGTASMGLNLVSNVYQATVSYNGSDMYNKISKNITVTINPTIISKDLVKMYQNATRFYAKFT
DSTGKALANTEVKFNIHGVFYTKKTDKDGVADLGIMLRPGSYILTAYNPLTGEEKGFNITVKSLIMQNDLTKYYLNASRF
EATVYNKDGSLAVNKNVTFNINGVFYTKTTDKNGVASLGIALRPGNYIITTMYDGLDIGNKVTVMPTLVTKDLSMKHLDG
SNFTALTLDGQGKPLANQNVSFNVNGVFYHKVTNKDGIASLGIRLMSGEYIITSYWNDFQTGNTIKISP

Specific function: Unknown

COG id: NA

COG function: NA

Gene ontology:

Cell location: Cytoplasmic

Metaboloic importance: Unknown [C]

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: 205286; Mature: 205286

Theoretical pI: Translated: 6.74; Mature: 6.74

Prosite motif: NA

Important sites: NA

Signals:

None

Transmembrane regions:

None

Cys/Met content:

0.9 %Cys     (Translated Protein)
1.7 %Met     (Translated Protein)
2.6 %Cys+Met (Translated Protein)
0.9 %Cys     (Mature Protein)
1.7 %Met     (Mature Protein)
2.6 %Cys+Met (Mature Protein)

Secondary structure:

>Translated Secondary Structure
MRLNKVMLVGILLLAILTLGAVSAQEGSSADVLAVDSASSHVGDGISYDKTIYVNTTGDD
CCCCHHHHHHHHHHHHHHHCCCCCCCCCCCCEEEEECCCCCCCCCCCCCCEEEEEECCCC
SNSGSQTSPYATINKGISSVNASDNAVIYLSEGTFTGDNNTDLSINLAHKNYNGSLTFIG
CCCCCCCCCCCHHHCCHHCCCCCCCEEEEEECCEEECCCCCEEEEEEEEECCCCEEEEEE
RGYDKTFIDGEQMAPIFKSMSGDSIIVFKNIAFINGKSNTGGAITSNAVLTIDNCLFEDN
CCCCCEEECCCHHHHHHHCCCCCEEEEEEEEEEEECCCCCCCEEECCEEEEEEEEEEECC
YATGYNGGAIYQQSNDFKVTNSIFRNNSVNSYGGSIFASSMQNAQLMNCVFENSIARSTY
CCCCCCCCEEEEECCCEEEEHHHHCCCCCCCCCCEEEECCCCCCHHHHHHHHCCCCCCEE
CTGAGAYINVYNSTIIKNNRFVNISTSGNAYDAALYANSGYNGNGIIVNNTFINCNNKGQ
ECCCCEEEEEECCEEEECCEEEEEECCCCCEEEEEEECCCCCCCEEEEEEEEEECCCCCC
SSAVININGKNFVKGNAFVNSTSASKGQIFNGGSMNVIITFLNNSTTSPTFKVSCRVTDV
CEEEEEECCCEEEECCEEEECCCCCCCEEEECCCEEEEEEEECCCCCCCEEEEEEEEEEC
DGNNVSGQTQAYNGVTFYINGEQVGQAAVTNGLAVLSLTKLVPNGDLVINGTWGSNNVSM
CCCCCCCCEEEECCEEEEECCHHHCCHHHHCCEEEEEEEEECCCCCEEEEEECCCCCEEE
TPGILSVNIDQTPIDLWVDGVNGDDLTGDGSKLNPFKTIGYAINYGFGKSLYPTIHINSG
CCCEEEEECCCCCEEEEEECCCCCCCCCCCCCCCCCEEEEEEEECCCCCCCCEEEEECCC
TYSGVNNTNLTFSNLGNLTLVGEGYNKVLIDGQNRNWFLKTGSYTNVVLKNLTYKNGSIT
EECCCCCCCEEEECCCCEEEEECCCCEEEEECCCCEEEEEECCCCEEEEEEEEECCCCHH
KYISGLYSLITTNAPSVIEDCIISDNVNTYGGKIIDGSSTIDNLTFCNNTGMITGVSSID
HHHHHHHHHHHCCCCHHHHHHEECCCCCCCCCEEEECCCCCCCEEEECCCCEEEEHHHHH
KSYLANNKINNAYNLYFLEGGYINITNSVFENNFGLVRATQQGISINNKFINNTGSLLSF
HHHHCCCCCCCEEEEEEEECCEEEEEHHHHHCCCCEEEEECCCCEECCEEECCHHHHHHH
ILSKNDYFKKNNGTAFIGFSNTYNNYKMLCDVINSTFIDCFGDKGGAIQTVMGSIVDCTF
HHCCCCEEECCCCEEEEEECCCCCCHHHHHHHHCCCEEEEECCCCCCHHHHHCCEEEEEE
INNSANYGGAIYLAPHHTSDYYSVDSNITLTGCIFKDNTAVINGKDIYIEHSDNKQYVDA
ECCCCCCCCEEEEEECCCCCEEEECCCEEEEEEEEECCEEEECCCEEEEEECCCCEEEEE
KLTNLTITFNNLTTQFLADTVSMSVSHISGAVIGGGSVKFYLNGTYMGTSEVVNGIASLD
EEEEEEEEECCCCHHHHHHHHHHEEHHCCEEEECCCEEEEEEEEEECCHHHHHHHHHHHE
YLGFKNGTYTLSGDYVFADASDKIINGTVKVALKPLKNNVTVYVSDKLGDDVNGDGSLAK
EEECCCCEEEEECCEEEECCCCCEECCEEEEEEEECCCCEEEEEECCCCCCCCCCCCCHH
PFKTIKKALNYGYSQSYVLFIHVLEGIYSGEGNTNIELSSTVSVTITGAGVNKTILCGNQ
HHHHHHHHHHCCCCCCEEEEEEEHHHHHCCCCCCEEEEEEEEEEEEEECCCCEEEEECCC
TNDFFTIAKGSNIITIENMSMVNGSKADASAVYPYQNVKNIHSPIIALPGSNVHLNNIYF
CCCEEEEECCCCEEEEECCEEECCCCCCCEEECCCHHHHHHCCCEEECCCCCEEEEEEEE
ENNKGTLGGAVLNSGNMIINNCSFVRNGFSSYGGGLTNNGTLIVNNSYFFANYAYRGSNI
ECCCCCCCEEEEECCCEEEECCHHHHCCHHHHCCCCCCCCEEEEECCEEEEEEEEECCEE
FVIKDMTLQNSLVEEAYWWSGSHYGNIVGIDAGITLINTTIQDLGRTSTDAGRTDIQNKK
EEEECCCHHHHHHHHHEEECCCCCCCEEEECCCEEEEEHHHHHCCCCCCCCCCCCCCCCC
GYIYLAGLNRVESYGCIFRYNESIAAGDIFGSYYGSSAEYNWQNIIKFDNCTFININNIN
CEEEEEECCCCCCCCEEEEECCCEEECCCHHHHCCCCCCCCHHHEEEECCEEEEEECCCC
NVGFRPNLNRSGNVSLNNCIIDIKGKVLTTNAFGILNITNCYIVNPNAVSWTNLGSPTTG
CCCCCCCCCCCCCEEEEEEEEEECCEEEEECCEEEEEEEEEEEECCCCEEECCCCCCCEE
IIDLNNNWWGNNTQPVFTVVDANRTLVNMTPDTWLVLTLDVTNNTGLLQGAVLAFKVFNG
EEECCCCCCCCCCCEEEEEEECCCEEEEECCCCEEEEEEEECCCCCCEEEEEEEEEEECC
TNLTDYNGSLPLRNFNMSMVNGTLSIANGTIANNVVNGFEAKEGNYTISATVDGQSVTYN
CEEECCCCCCCEEECCEEEEEEEEEECCCCHHHHHCCCEECCCCCEEEEEEECCCEEEEC
GVASIGKGIIEVNDVVADYGDVVIANATLMDAKDNPLANVNVTLKVNGKTYTLVTDENGT
CHHHHCCCEEEEEHHHHCCCCEEEEEEEEECCCCCCEEEEEEEEEECCEEEEEEECCCCE
VSFVIGQLNAGKYTLVYSVSGSKVISDVTNSSTLTVNKAKDSLKVDVNASVAGEDSVINV
EEEEEEECCCCCEEEEEEECCCEEEHHCCCCCEEEEEECCCCEEEEEEEEECCCCCEEEE
VGPKDATGNVTVLVNGKSYNVVLVNGSAKLTIKDLVAGNYNVTVTYSGDKNYEKQVIRTN
ECCCCCCCCEEEEEECCEEEEEEECCCCEEEEEHHCCCCEEEEEEECCCCCCCCEEEEEE
FTVDINKKVNLNISDIVMIYKDGTRMVAVLTDYLGNPIANATVYFTINGQTYAKTTDANG
EEEEECCEEECCCEEEEEEEECCCEEEEEEHHHHCCCCCCEEEEEEECCEEEEEECCCCC
TASMGLNLVSNVYQATVSYNGSDMYNKISKNITVTINPTIISKDLVKMYQNATRFYAKFT
CHHHHHHHHHHHEEEEEEECCCHHHHHHCCCEEEEECCEEECHHHHHHHHCCEEEEEEEC
DSTGKALANTEVKFNIHGVFYTKKTDKDGVADLGIMLRPGSYILTAYNPLTGEEKGFNIT
CCCCCEEECCEEEEEEEEEEEEECCCCCCCEEEEEEECCCCEEEEEECCCCCCCCCCEEE
VKSLIMQNDLTKYYLNASRFEATVYNKDGSLAVNKNVTFNINGVFYTKTTDKNGVASLGI
EEHHHHHCCCCEEEECCCCEEEEEEECCCCEEEECCEEEEEEEEEEEECCCCCCCEEEEE
ALRPGNYIITTMYDGLDIGNKVTVMPTLVTKDLSMKHLDGSNFTALTLDGQGKPLANQNV
EECCCCEEEEEEECCCCCCCEEEEEEEEEECCCCEEECCCCCEEEEEECCCCCCCCCCCE
SFNVNGVFYHKVTNKDGIASLGIRLMSGEYIITSYWNDFQTGNTIKISP
EEEEEEEEEEEECCCCCCCEECEEEECCCEEEEEECCCCCCCCEEEECC
>Mature Secondary Structure
MRLNKVMLVGILLLAILTLGAVSAQEGSSADVLAVDSASSHVGDGISYDKTIYVNTTGDD
CCCCHHHHHHHHHHHHHHHCCCCCCCCCCCCEEEEECCCCCCCCCCCCCCEEEEEECCCC
SNSGSQTSPYATINKGISSVNASDNAVIYLSEGTFTGDNNTDLSINLAHKNYNGSLTFIG
CCCCCCCCCCCHHHCCHHCCCCCCCEEEEEECCEEECCCCCEEEEEEEEECCCCEEEEEE
RGYDKTFIDGEQMAPIFKSMSGDSIIVFKNIAFINGKSNTGGAITSNAVLTIDNCLFEDN
CCCCCEEECCCHHHHHHHCCCCCEEEEEEEEEEEECCCCCCCEEECCEEEEEEEEEEECC
YATGYNGGAIYQQSNDFKVTNSIFRNNSVNSYGGSIFASSMQNAQLMNCVFENSIARSTY
CCCCCCCCEEEEECCCEEEEHHHHCCCCCCCCCCEEEECCCCCCHHHHHHHHCCCCCCEE
CTGAGAYINVYNSTIIKNNRFVNISTSGNAYDAALYANSGYNGNGIIVNNTFINCNNKGQ
ECCCCEEEEEECCEEEECCEEEEEECCCCCEEEEEEECCCCCCCEEEEEEEEEECCCCCC
SSAVININGKNFVKGNAFVNSTSASKGQIFNGGSMNVIITFLNNSTTSPTFKVSCRVTDV
CEEEEEECCCEEEECCEEEECCCCCCCEEEECCCEEEEEEEECCCCCCCEEEEEEEEEEC
DGNNVSGQTQAYNGVTFYINGEQVGQAAVTNGLAVLSLTKLVPNGDLVINGTWGSNNVSM
CCCCCCCCEEEECCEEEEECCHHHCCHHHHCCEEEEEEEEECCCCCEEEEEECCCCCEEE
TPGILSVNIDQTPIDLWVDGVNGDDLTGDGSKLNPFKTIGYAINYGFGKSLYPTIHINSG
CCCEEEEECCCCCEEEEEECCCCCCCCCCCCCCCCCEEEEEEEECCCCCCCCEEEEECCC
TYSGVNNTNLTFSNLGNLTLVGEGYNKVLIDGQNRNWFLKTGSYTNVVLKNLTYKNGSIT
EECCCCCCCEEEECCCCEEEEECCCCEEEEECCCCEEEEEECCCCEEEEEEEEECCCCHH
KYISGLYSLITTNAPSVIEDCIISDNVNTYGGKIIDGSSTIDNLTFCNNTGMITGVSSID
HHHHHHHHHHHCCCCHHHHHHEECCCCCCCCCEEEECCCCCCCEEEECCCCEEEEHHHHH
KSYLANNKINNAYNLYFLEGGYINITNSVFENNFGLVRATQQGISINNKFINNTGSLLSF
HHHHCCCCCCCEEEEEEEECCEEEEEHHHHHCCCCEEEEECCCCEECCEEECCHHHHHHH
ILSKNDYFKKNNGTAFIGFSNTYNNYKMLCDVINSTFIDCFGDKGGAIQTVMGSIVDCTF
HHCCCCEEECCCCEEEEEECCCCCCHHHHHHHHCCCEEEEECCCCCCHHHHHCCEEEEEE
INNSANYGGAIYLAPHHTSDYYSVDSNITLTGCIFKDNTAVINGKDIYIEHSDNKQYVDA
ECCCCCCCCEEEEEECCCCCEEEECCCEEEEEEEEECCEEEECCCEEEEEECCCCEEEEE
KLTNLTITFNNLTTQFLADTVSMSVSHISGAVIGGGSVKFYLNGTYMGTSEVVNGIASLD
EEEEEEEEECCCCHHHHHHHHHHEEHHCCEEEECCCEEEEEEEEEECCHHHHHHHHHHHE
YLGFKNGTYTLSGDYVFADASDKIINGTVKVALKPLKNNVTVYVSDKLGDDVNGDGSLAK
EEECCCCEEEEECCEEEECCCCCEECCEEEEEEEECCCCEEEEEECCCCCCCCCCCCCHH
PFKTIKKALNYGYSQSYVLFIHVLEGIYSGEGNTNIELSSTVSVTITGAGVNKTILCGNQ
HHHHHHHHHHCCCCCCEEEEEEEHHHHHCCCCCCEEEEEEEEEEEEEECCCCEEEEECCC
TNDFFTIAKGSNIITIENMSMVNGSKADASAVYPYQNVKNIHSPIIALPGSNVHLNNIYF
CCCEEEEECCCCEEEEECCEEECCCCCCCEEECCCHHHHHHCCCEEECCCCCEEEEEEEE
ENNKGTLGGAVLNSGNMIINNCSFVRNGFSSYGGGLTNNGTLIVNNSYFFANYAYRGSNI
ECCCCCCCEEEEECCCEEEECCHHHHCCHHHHCCCCCCCCEEEEECCEEEEEEEEECCEE
FVIKDMTLQNSLVEEAYWWSGSHYGNIVGIDAGITLINTTIQDLGRTSTDAGRTDIQNKK
EEEECCCHHHHHHHHHEEECCCCCCCEEEECCCEEEEEHHHHHCCCCCCCCCCCCCCCCC
GYIYLAGLNRVESYGCIFRYNESIAAGDIFGSYYGSSAEYNWQNIIKFDNCTFININNIN
CEEEEEECCCCCCCCEEEEECCCEEECCCHHHHCCCCCCCCHHHEEEECCEEEEEECCCC
NVGFRPNLNRSGNVSLNNCIIDIKGKVLTTNAFGILNITNCYIVNPNAVSWTNLGSPTTG
CCCCCCCCCCCCCEEEEEEEEEECCEEEEECCEEEEEEEEEEEECCCCEEECCCCCCCEE
IIDLNNNWWGNNTQPVFTVVDANRTLVNMTPDTWLVLTLDVTNNTGLLQGAVLAFKVFNG
EEECCCCCCCCCCCEEEEEEECCCEEEEECCCCEEEEEEEECCCCCCEEEEEEEEEEECC
TNLTDYNGSLPLRNFNMSMVNGTLSIANGTIANNVVNGFEAKEGNYTISATVDGQSVTYN
CEEECCCCCCCEEECCEEEEEEEEEECCCCHHHHHCCCEECCCCCEEEEEEECCCEEEEC
GVASIGKGIIEVNDVVADYGDVVIANATLMDAKDNPLANVNVTLKVNGKTYTLVTDENGT
CHHHHCCCEEEEEHHHHCCCCEEEEEEEEECCCCCCEEEEEEEEEECCEEEEEEECCCCE
VSFVIGQLNAGKYTLVYSVSGSKVISDVTNSSTLTVNKAKDSLKVDVNASVAGEDSVINV
EEEEEEECCCCCEEEEEEECCCEEEHHCCCCCEEEEEECCCCEEEEEEEEECCCCCEEEE
VGPKDATGNVTVLVNGKSYNVVLVNGSAKLTIKDLVAGNYNVTVTYSGDKNYEKQVIRTN
ECCCCCCCCEEEEEECCEEEEEEECCCCEEEEEHHCCCCEEEEEEECCCCCCCCEEEEEE
FTVDINKKVNLNISDIVMIYKDGTRMVAVLTDYLGNPIANATVYFTINGQTYAKTTDANG
EEEEECCEEECCCEEEEEEEECCCEEEEEEHHHHCCCCCCEEEEEEECCEEEEEECCCCC
TASMGLNLVSNVYQATVSYNGSDMYNKISKNITVTINPTIISKDLVKMYQNATRFYAKFT
CHHHHHHHHHHHEEEEEEECCCHHHHHHCCCEEEEECCEEECHHHHHHHHCCEEEEEEEC
DSTGKALANTEVKFNIHGVFYTKKTDKDGVADLGIMLRPGSYILTAYNPLTGEEKGFNIT
CCCCCEEECCEEEEEEEEEEEEECCCCCCCEEEEEEECCCCEEEEEECCCCCCCCCCEEE
VKSLIMQNDLTKYYLNASRFEATVYNKDGSLAVNKNVTFNINGVFYTKTTDKNGVASLGI
EEHHHHHCCCCEEEECCCCEEEEEEECCCCEEEECCEEEEEEEEEEEECCCCCCCEEEEE
ALRPGNYIITTMYDGLDIGNKVTVMPTLVTKDLSMKHLDGSNFTALTLDGQGKPLANQNV
EECCCCEEEEEEECCCCCCCEEEEEEEEEECCCCEEECCCCCEEEEEECCCCCCCCCCCE
SFNVNGVFYHKVTNKDGIASLGIRLMSGEYIITSYWNDFQTGNTIKISP
EEEEEEEEEEEECCCCCCCEECEEEECCCEEEEEECCCCCCCCEEEECC

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