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The map label for this gene is 226223460

Identifier: 226223460

GI number: 226223460

Start: 876127

End: 882219

Strand: Direct

Name: 226223460

Synonym: Lm4b_00858

Alternate gene names: NA

Gene position: 876127-882219 (Clockwise)

Preceding gene: 226223459

Following gene: 226223462

Centisome position: 30.08

GC content: 36.88

Gene sequence:

>6093_bases
ATGATTAAAGCAACTAGAGCACGGCATTACCTCGTACTGTTAATGGCATTTTTCCTAGTACTAGGACAATTAAATTTAAC
AGCGCTTAAGGTTTTTGCAAAAGAAAATGGGAATGATGAGCTAACTTATGAAGTTCAGTCCAAATTGGCTGAAGATAAAA
AATCAGCTGATTTAACCATTAAAGTAACACCAAAAAACGATCAGGTGAAAATCCTTACCATTGAAACACCTGATGGAGAG
AAGAAAGAAGGCCAAGAAGTAAGCTATAAAGCCGAAAAAAATGGCACAACTAATTTCTTAATTAATTATCAAGATGCAAG
CGAAGAAAAAGCAGAAACTAAAAAATATACTGCTTCTTATGAAGTAAATGATATAGTTTCAGATGATGAAGCAAATAAAG
ATAATACAACAGAGAAGGTAACTGAAAAAGAAGCTGATAATATTCAACCTCCTTCTACTAAAGATAGTAACAAAAATCTA
AAATCACTTAAAGCAGGACAAACAACGGTTGATTTAAAAATACCTGATTATGACCAAACAGCATGGGCAAACGGTGATAT
TAAAGAAGTAACTGCAACAGTAAACTTTGGCGACAATACTTCTACTGGCAAAAAAGTAAATTTCACTTTACCAGATGGAA
TGCGTTTTGTTTCTTTGCCAGTGCCGAGCAACTATCAGGCTGGTTCGAATGTAGACAAAGGGGTTTTAAGTCATTTAGGG
GCAAGTGATCCACTAGGAATAGCCATTACTTCGGTAAAAGTACCTGATAAAGAAAAAGCATATAATCAAGCCACTTTTGG
AACAGTTAGTTATGAGCTAAGTCCAGGAACTGAAAAAGCGAGCTTTACTTTTTCTGTACGAGTAGATGCAGCAAAATATT
ACGGAGCAGTTGACTTAGCCACTCCAATAAAAACAGAAATTTTTATGGGTGAGACAACTTCACCAGTTGCTTCCGCGGAA
CAAGCGATTCATGCGGAAGGAAATAAGGTTGTAGGTTATACGAATCAGGATCATGTGAAAACTATGTTCCGAACTTGGTA
TAGTAATCAAAGGCTAACAGAAGTACTTGCAAGCACAGATACAACAGATTCTTATAACTATACAAAATCTTACTCTGTTG
TGAATGGATTAAATAATTTAGACAACCGTGGATCAGCGTATTATCTAGCAAAAAACATAGAGATGACGCTTTATTATCCA
GAAGGTATGGAGTTTGTAAACGTTGTGAATCATGGTGGTACGCCTTTAACGGATAATTCCAACCTAACTATTACTAATTA
TCCAAGTGAAAATAAGGTTGTAGTTGATTGTAAGCAATTAAATTTCAACTCAGCGAATAATTCTATTTACGGAGTCAAAT
ATAAAGTGCCTAAAGGAACGCCTGTTGGAACTTATAGCACTGCAAAAGCGCCACATGCGGTTATCACAACGTATGATGGA
GAAGTATTCGAAACCGATGCATTAACTAACAATACTAATGATTTAACTACTTTAGCTCCTCTAGATACTTGTAAAGTAGT
TGATACTTCCAATAATAAAATGAATTTATTTTCAGCAAATGGAACAATCAACCCGGATAACGAAACTTGGGCTGGTAGTA
TCCAAATCGATAATAAAAGAACATCTGGTGTGAAGAAAAATCAAATGTATCACATTGAATTTGATCCTAACTGGGAAGCC
TACATGGTCAATATCCCTTTTGATAGCACCATTTCAGAAAATAAAATAACTGATGTTCAATATAAAACAAATTTAAACGA
CACATTCCGAACGTATGAAGGAGCGCTCACTAAAAATAATAACCAAATGTATCGCTTAGATGCAAACGCAGTGGAGCTTC
AAGAAGGTGAGTATTTCACAGAAGTGAAAGCGAATGTGGGAGACTTTTCACCTGGATATCAGAATACAGAAGCTTCGGCT
ACCTATCGTTGGAACTCAACTGTTTCGTACGGAAAAGTTAAGCCAGGAATTACATCAGTTCAATATAAAGGTTCCATTTG
GGATGCTGATGATGAGGCCGAAACAAAATCTTCTGCGACATCAACTTATAGTGTTTTAAATACAGAAAGTACCGCAGCAA
ATGGTACGGCTGCTTTCTACGATAAAGCTGGTAATGTAGTAAAAACAGCTAGTCCAGGAGAAACCATTAAAACAAAAGCA
ACATTACTTTTATCAGACTATCCTTATGGGACTAGAACTGTACTCAATAATCCAGAAGTATATTTACGTGCTTTAGAAGG
TACAAAAGTTCTGCCTTCTTCTATTAAACTGACAGACCAAGATGGGAAAGATGTTAATTTCTCCATTCAGCAGGAAACGG
CAAATAATGGAGATAAGGTTTATGTATTAAAGACAACGGATGTTTCCGTAGGGGCATTTACGGGATACCCGGCTAAGAGT
AAATTCCTAAATATCAGTTACGACACAACATTTGATGTAACATTAGCTAAGAGTATCAATATGGATGCACAAGAAGTCCT
TGCATGGGGCGGCCCCAATGTTGCTTCCGCAATTGCCAATAATAACTTTTCAGATGTAGGTCTAGATGTTAATAAAAATG
GCAAAGACAATGAAAAATTACTTTCTGTTAACAGTAGTACTTTAAGTGTTCCAAAACAAGACACCGTTGCAGTGGAAACT
TTCTTGAGCATAGCTGGAGAAGGAGAAAAAGCAGCTTATACTGAAGGCGATGATAGTACAGTTTCTTACTTCACACCAGG
AACAGATGCTGAATACACAGTTCAAATCACTAACGCATCTAATGGGGAAGCAACCACTTTTGAACTTTATATTCCAATCC
CAAAAACTGGTCAAAACTTCGGAGAAAAATTCCAAAGTGAAGCATTTAAGTGGGACATGAAGTTAAATAGCGCACTTGCA
ATTAATGACGAACAGAAAAATCAATTTGAAGTGAGCTATGCAACGCAAGCCAATGAAAATAATTATGACTCAACTAGTAT
TTATACAGAGACAGTGTCAGATTATGAAAAAGTAAATATGGTTCGAATTAAAGTAAAAACGCAAATTAATGCTGGAGAAG
CACAAACTTTCAAAGTTCCACTTAAAGTAGACGAAACTTTTGATTCTGCGACGGAAGGGAATAAGATTGGTGAACGTGAT
GTTTACAATCCTTTCTACCGAGTAATAACCAATACTTTCTCTGGTTCATTATCAGGAACAAAAGTAGGGGCTGAACTTGT
CATTGGCGAAGTTTCGGGAACATTATTTAATGACAAAGATGTTAACGGGATTTATGAAAAAGCAAAAGGTGATGAACCAT
TAGCTAATGAAACAGTGGAGCTTTATAAGTGGAATGATGCAACCTCTAATTATGAACCTGCTAAGAAAGCGGGAGAAAAT
GTAACTACTAAAACTAATAGTGATGGGAAATACAGCTTTGATTACAATTCTGGTGTAGGCTATGGTAATTATGCTGTGAA
ATTCCCAGACAAAGCAGGTTATCAATTTACGTTGAAAAATGTAGGAAAAGATGTCACATTAGACAGTGATGTACCATACA
GCGGTGCAGAAAAAGGTTGGAATAAAGAAATTGATCCAACACAACCAAACGCACAATATATCAATGCGGGATACTATGCT
TATAATCCTACGCAAGATTTAAAAGTTAACTTAAATGAAAAACAAGTTCAAATGGGTCGCAGCTTAGAAATCACTTTACC
AAAAGTAGCTTCAACCACTGGACAAGCTGCCGAAGATACCATTGAACCAAGCTTCTTTAAGAATATTAAAGCAGCAACAA
ATGGCTACAAATGGACTGTTGCAGATACCAATGTAGCGACAGTACAAACGTTAGCTGATGGATCAGCTGCTGTCGTAGGT
GTTTCCACAAACAATAAAACGATTGACGTAACGGATTTAACGATTACAATTCAAGATATTTTTGGTACAGAACAAAGCTC
CACAGCTCCAGTATATGTTACTGGAACCGAGGGACAGGTTGCGCAACAAGACGGTTACACTATGGGTGCGACTGACTTTT
CGATGGAGTATAAAGAAGCCACTGAATTAACGAAAGCTCAGGCACTAACTCTCGCGAAAACAGCCGCTTTTGAAGAAGTA
AAAGATGGTGTTAATTCAAGCGCAGAAGATCGTTTAGATTCAGTACAAGTGAGTCAAACACAACTAGATGCAATAAAAAA
TGGTTCCAACCAAGGTAGTGTGTATCCATTAACTTACTCGATAACTAAAGATAGCAAAACTGTCTCAGTAACTATTCAAG
TAACGGTAGCGAAAGATTTAACAGCGGTGAACGCACATGATTCTACTATTTATATAGGAGATGCATGGGAAGCAAAAGAC
AACTTTGATAGTGCGACAAATAAAGAAGGTGCCACTGATATAGCGTTTAGCGATGTGACAGTTACAGGAAGTGTGAATAC
AGCAGTAGCCGGTGTTTATCCAGTGACCTACACTTACAATGGCGTCTCTAAAAAAATTAATGTTACTGTCAAAGCTATAA
AAACAGCAGTGAACGCACATGATTCCACAATCTATACAGGTGACACATGGAATGCGAGAGATAACTTTGATAGTGCGCTT
GATAAAGATGGTAATTCTGTTGCCTTTGCTGATGTAACAGTGACAGGAAGCGTTAATACAAATGAAACTGGTACAAATAC
TATCACTTATAGCTACGATGGCGTTTCTCAAACTATTACAGTTACTGTTGTAGAAAATAAAGAAGGTATCAGTGCACATG
ATTCTACAATCTATGCAGGAGAATCATGGAATGCAAAAGATAACTTCGACAGCGCTTTTGATAAAGATGGGAATGCGGTT
GACCTAGAAGACGTTACAGTCACAGAAAAACCAACCGTTGATACAACAAAAGCAGGTGCTTACGAAGTCACTTACAAATA
TGGAAAAGTATCGAAAAAAATCACTTTAACAGTGAAAGCTAAATTAACAGCAGTCAACGCACATGATTCCGCGATTTACA
TCGGAGATACGTGGAGTGCAGAAGATAACTTTGACAGTGCGCTGGATAAAGATGGCAATTCTGTCGCTTTTGCTGATGTT
GAAGTTAAAGGAACCGTTGATACAGACAAAGCTGGAACATATCCAGTCACGTACACATATGACGGTGTCTCAAAAACAAT
TAATATCCAAGTAAAAGACATCTTAACAGCGGTGAACGCGCATGATTCTGAAATTTATATAGGGGACAACTGGAATGCCA
AAGATAATTTTGACAGTGCCCAAGATAAAGACGGAAACACAGTAAATTGGAATGAAATCAATGTTTCGGAAAATCCAGCA
GTTGATTTAGAAACAGTTGGTGTTTACCAAGTGACTTATAGTTATGGCGGTGTTTCGAAGACGATTAATCTGACTGTTCA
TCCAAGAAAAACAAGTCTAGAAGTCCATGACTCCACAATGTATACAGGAGATAAATGGAAAGCAGAAGACAACTTTGATA
ATGCTACAGATAAAAAAGGTGACCAAATTCCTTTCAAAGATGTAACTGTAACCGGACAAGTTGATTCTAAAACAGCAGGC
ACGTATGAAATAAGCTATATCTATGATGGATTGAAAAAAGTAGCACGAATTACTGTAATCAAAAATCAAGCACAAATCAC
TGTAAAAGATAGCGTCATTCCATACGGAGGAAAATGGGAAGCAGAAGCTAATTTTATAGGTGCGACAAACCGAGATGGTG
TAGCAATTCCTTTCTCCAAAATTAAAGTAGATGGTACAGTAGATGTAAATAAAGCTGGTACGTACAAAGTGATTTATACG
TATGATCCGAATGAAGGAACAGCGGATGCAGGTAAGAAACAACTTTCTGTCACAGCTAATATTCAAGTAGAAGCAGAATT
TGTAAAACCTATAAAACCTATAAAACCAGTTGACCCATCAAAACCAACAGATCCTAAAAAAACATCAACAGAAAAAACAC
CATTGAAAGTAGTTGATAACAAGCAACATACTGTAACATATGAAGCAGCAAAACCATTACCAAAAACAGGAGACCAAACA
AATAATTGGGTAATCTGGACAGGCATTTGCTTGCTAAGTATGAGCATGCTTCTATGGGTGGTAATGAGAGGAAGAAAGAA
AAACTATCAGTAA

Upstream 100 bases:

>100_bases
TCATATGTACATAGAAGTTTTTAGCAAGTAATATAAGAGTTGCAATGTGATTACACATTATTTCGCAACTATAAAATATA
CTTTGAGGAGAGAACTCTTT

Downstream 100 bases:

>100_bases
GAGGAACCAACAGATAAAGGAAAGACAATAAGAAGGTAAACTAAATACCGACCAGATTTTTCTGGTCGGTATTTTTTTAT
CGAGAAATATAGAAGTTAAT

Product: hypothetical protein

Products: NA

Alternate protein names: Cell Surface Protein; Fructan Hydrolase; Peptidoglycan Bound Protein; Surface Protein; Beta-Fructosidase; Cell Wall Anchor Domain-Containing Protein; Fructan Beta-Fructosidase; Secreted Protein

Number of amino acids: Translated: 2030; Mature: 2030

Protein sequence:

>2030_residues
MIKATRARHYLVLLMAFFLVLGQLNLTALKVFAKENGNDELTYEVQSKLAEDKKSADLTIKVTPKNDQVKILTIETPDGE
KKEGQEVSYKAEKNGTTNFLINYQDASEEKAETKKYTASYEVNDIVSDDEANKDNTTEKVTEKEADNIQPPSTKDSNKNL
KSLKAGQTTVDLKIPDYDQTAWANGDIKEVTATVNFGDNTSTGKKVNFTLPDGMRFVSLPVPSNYQAGSNVDKGVLSHLG
ASDPLGIAITSVKVPDKEKAYNQATFGTVSYELSPGTEKASFTFSVRVDAAKYYGAVDLATPIKTEIFMGETTSPVASAE
QAIHAEGNKVVGYTNQDHVKTMFRTWYSNQRLTEVLASTDTTDSYNYTKSYSVVNGLNNLDNRGSAYYLAKNIEMTLYYP
EGMEFVNVVNHGGTPLTDNSNLTITNYPSENKVVVDCKQLNFNSANNSIYGVKYKVPKGTPVGTYSTAKAPHAVITTYDG
EVFETDALTNNTNDLTTLAPLDTCKVVDTSNNKMNLFSANGTINPDNETWAGSIQIDNKRTSGVKKNQMYHIEFDPNWEA
YMVNIPFDSTISENKITDVQYKTNLNDTFRTYEGALTKNNNQMYRLDANAVELQEGEYFTEVKANVGDFSPGYQNTEASA
TYRWNSTVSYGKVKPGITSVQYKGSIWDADDEAETKSSATSTYSVLNTESTAANGTAAFYDKAGNVVKTASPGETIKTKA
TLLLSDYPYGTRTVLNNPEVYLRALEGTKVLPSSIKLTDQDGKDVNFSIQQETANNGDKVYVLKTTDVSVGAFTGYPAKS
KFLNISYDTTFDVTLAKSINMDAQEVLAWGGPNVASAIANNNFSDVGLDVNKNGKDNEKLLSVNSSTLSVPKQDTVAVET
FLSIAGEGEKAAYTEGDDSTVSYFTPGTDAEYTVQITNASNGEATTFELYIPIPKTGQNFGEKFQSEAFKWDMKLNSALA
INDEQKNQFEVSYATQANENNYDSTSIYTETVSDYEKVNMVRIKVKTQINAGEAQTFKVPLKVDETFDSATEGNKIGERD
VYNPFYRVITNTFSGSLSGTKVGAELVIGEVSGTLFNDKDVNGIYEKAKGDEPLANETVELYKWNDATSNYEPAKKAGEN
VTTKTNSDGKYSFDYNSGVGYGNYAVKFPDKAGYQFTLKNVGKDVTLDSDVPYSGAEKGWNKEIDPTQPNAQYINAGYYA
YNPTQDLKVNLNEKQVQMGRSLEITLPKVASTTGQAAEDTIEPSFFKNIKAATNGYKWTVADTNVATVQTLADGSAAVVG
VSTNNKTIDVTDLTITIQDIFGTEQSSTAPVYVTGTEGQVAQQDGYTMGATDFSMEYKEATELTKAQALTLAKTAAFEEV
KDGVNSSAEDRLDSVQVSQTQLDAIKNGSNQGSVYPLTYSITKDSKTVSVTIQVTVAKDLTAVNAHDSTIYIGDAWEAKD
NFDSATNKEGATDIAFSDVTVTGSVNTAVAGVYPVTYTYNGVSKKINVTVKAIKTAVNAHDSTIYTGDTWNARDNFDSAL
DKDGNSVAFADVTVTGSVNTNETGTNTITYSYDGVSQTITVTVVENKEGISAHDSTIYAGESWNAKDNFDSAFDKDGNAV
DLEDVTVTEKPTVDTTKAGAYEVTYKYGKVSKKITLTVKAKLTAVNAHDSAIYIGDTWSAEDNFDSALDKDGNSVAFADV
EVKGTVDTDKAGTYPVTYTYDGVSKTINIQVKDILTAVNAHDSEIYIGDNWNAKDNFDSAQDKDGNTVNWNEINVSENPA
VDLETVGVYQVTYSYGGVSKTINLTVHPRKTSLEVHDSTMYTGDKWKAEDNFDNATDKKGDQIPFKDVTVTGQVDSKTAG
TYEISYIYDGLKKVARITVIKNQAQITVKDSVIPYGGKWEAEANFIGATNRDGVAIPFSKIKVDGTVDVNKAGTYKVIYT
YDPNEGTADAGKKQLSVTANIQVEAEFVKPIKPIKPVDPSKPTDPKKTSTEKTPLKVVDNKQHTVTYEAAKPLPKTGDQT
NNWVIWTGICLLSMSMLLWVVMRGRKKNYQ

Sequences:

>Translated_2030_residues
MIKATRARHYLVLLMAFFLVLGQLNLTALKVFAKENGNDELTYEVQSKLAEDKKSADLTIKVTPKNDQVKILTIETPDGE
KKEGQEVSYKAEKNGTTNFLINYQDASEEKAETKKYTASYEVNDIVSDDEANKDNTTEKVTEKEADNIQPPSTKDSNKNL
KSLKAGQTTVDLKIPDYDQTAWANGDIKEVTATVNFGDNTSTGKKVNFTLPDGMRFVSLPVPSNYQAGSNVDKGVLSHLG
ASDPLGIAITSVKVPDKEKAYNQATFGTVSYELSPGTEKASFTFSVRVDAAKYYGAVDLATPIKTEIFMGETTSPVASAE
QAIHAEGNKVVGYTNQDHVKTMFRTWYSNQRLTEVLASTDTTDSYNYTKSYSVVNGLNNLDNRGSAYYLAKNIEMTLYYP
EGMEFVNVVNHGGTPLTDNSNLTITNYPSENKVVVDCKQLNFNSANNSIYGVKYKVPKGTPVGTYSTAKAPHAVITTYDG
EVFETDALTNNTNDLTTLAPLDTCKVVDTSNNKMNLFSANGTINPDNETWAGSIQIDNKRTSGVKKNQMYHIEFDPNWEA
YMVNIPFDSTISENKITDVQYKTNLNDTFRTYEGALTKNNNQMYRLDANAVELQEGEYFTEVKANVGDFSPGYQNTEASA
TYRWNSTVSYGKVKPGITSVQYKGSIWDADDEAETKSSATSTYSVLNTESTAANGTAAFYDKAGNVVKTASPGETIKTKA
TLLLSDYPYGTRTVLNNPEVYLRALEGTKVLPSSIKLTDQDGKDVNFSIQQETANNGDKVYVLKTTDVSVGAFTGYPAKS
KFLNISYDTTFDVTLAKSINMDAQEVLAWGGPNVASAIANNNFSDVGLDVNKNGKDNEKLLSVNSSTLSVPKQDTVAVET
FLSIAGEGEKAAYTEGDDSTVSYFTPGTDAEYTVQITNASNGEATTFELYIPIPKTGQNFGEKFQSEAFKWDMKLNSALA
INDEQKNQFEVSYATQANENNYDSTSIYTETVSDYEKVNMVRIKVKTQINAGEAQTFKVPLKVDETFDSATEGNKIGERD
VYNPFYRVITNTFSGSLSGTKVGAELVIGEVSGTLFNDKDVNGIYEKAKGDEPLANETVELYKWNDATSNYEPAKKAGEN
VTTKTNSDGKYSFDYNSGVGYGNYAVKFPDKAGYQFTLKNVGKDVTLDSDVPYSGAEKGWNKEIDPTQPNAQYINAGYYA
YNPTQDLKVNLNEKQVQMGRSLEITLPKVASTTGQAAEDTIEPSFFKNIKAATNGYKWTVADTNVATVQTLADGSAAVVG
VSTNNKTIDVTDLTITIQDIFGTEQSSTAPVYVTGTEGQVAQQDGYTMGATDFSMEYKEATELTKAQALTLAKTAAFEEV
KDGVNSSAEDRLDSVQVSQTQLDAIKNGSNQGSVYPLTYSITKDSKTVSVTIQVTVAKDLTAVNAHDSTIYIGDAWEAKD
NFDSATNKEGATDIAFSDVTVTGSVNTAVAGVYPVTYTYNGVSKKINVTVKAIKTAVNAHDSTIYTGDTWNARDNFDSAL
DKDGNSVAFADVTVTGSVNTNETGTNTITYSYDGVSQTITVTVVENKEGISAHDSTIYAGESWNAKDNFDSAFDKDGNAV
DLEDVTVTEKPTVDTTKAGAYEVTYKYGKVSKKITLTVKAKLTAVNAHDSAIYIGDTWSAEDNFDSALDKDGNSVAFADV
EVKGTVDTDKAGTYPVTYTYDGVSKTINIQVKDILTAVNAHDSEIYIGDNWNAKDNFDSAQDKDGNTVNWNEINVSENPA
VDLETVGVYQVTYSYGGVSKTINLTVHPRKTSLEVHDSTMYTGDKWKAEDNFDNATDKKGDQIPFKDVTVTGQVDSKTAG
TYEISYIYDGLKKVARITVIKNQAQITVKDSVIPYGGKWEAEANFIGATNRDGVAIPFSKIKVDGTVDVNKAGTYKVIYT
YDPNEGTADAGKKQLSVTANIQVEAEFVKPIKPIKPVDPSKPTDPKKTSTEKTPLKVVDNKQHTVTYEAAKPLPKTGDQT
NNWVIWTGICLLSMSMLLWVVMRGRKKNYQ
>Mature_2030_residues
MIKATRARHYLVLLMAFFLVLGQLNLTALKVFAKENGNDELTYEVQSKLAEDKKSADLTIKVTPKNDQVKILTIETPDGE
KKEGQEVSYKAEKNGTTNFLINYQDASEEKAETKKYTASYEVNDIVSDDEANKDNTTEKVTEKEADNIQPPSTKDSNKNL
KSLKAGQTTVDLKIPDYDQTAWANGDIKEVTATVNFGDNTSTGKKVNFTLPDGMRFVSLPVPSNYQAGSNVDKGVLSHLG
ASDPLGIAITSVKVPDKEKAYNQATFGTVSYELSPGTEKASFTFSVRVDAAKYYGAVDLATPIKTEIFMGETTSPVASAE
QAIHAEGNKVVGYTNQDHVKTMFRTWYSNQRLTEVLASTDTTDSYNYTKSYSVVNGLNNLDNRGSAYYLAKNIEMTLYYP
EGMEFVNVVNHGGTPLTDNSNLTITNYPSENKVVVDCKQLNFNSANNSIYGVKYKVPKGTPVGTYSTAKAPHAVITTYDG
EVFETDALTNNTNDLTTLAPLDTCKVVDTSNNKMNLFSANGTINPDNETWAGSIQIDNKRTSGVKKNQMYHIEFDPNWEA
YMVNIPFDSTISENKITDVQYKTNLNDTFRTYEGALTKNNNQMYRLDANAVELQEGEYFTEVKANVGDFSPGYQNTEASA
TYRWNSTVSYGKVKPGITSVQYKGSIWDADDEAETKSSATSTYSVLNTESTAANGTAAFYDKAGNVVKTASPGETIKTKA
TLLLSDYPYGTRTVLNNPEVYLRALEGTKVLPSSIKLTDQDGKDVNFSIQQETANNGDKVYVLKTTDVSVGAFTGYPAKS
KFLNISYDTTFDVTLAKSINMDAQEVLAWGGPNVASAIANNNFSDVGLDVNKNGKDNEKLLSVNSSTLSVPKQDTVAVET
FLSIAGEGEKAAYTEGDDSTVSYFTPGTDAEYTVQITNASNGEATTFELYIPIPKTGQNFGEKFQSEAFKWDMKLNSALA
INDEQKNQFEVSYATQANENNYDSTSIYTETVSDYEKVNMVRIKVKTQINAGEAQTFKVPLKVDETFDSATEGNKIGERD
VYNPFYRVITNTFSGSLSGTKVGAELVIGEVSGTLFNDKDVNGIYEKAKGDEPLANETVELYKWNDATSNYEPAKKAGEN
VTTKTNSDGKYSFDYNSGVGYGNYAVKFPDKAGYQFTLKNVGKDVTLDSDVPYSGAEKGWNKEIDPTQPNAQYINAGYYA
YNPTQDLKVNLNEKQVQMGRSLEITLPKVASTTGQAAEDTIEPSFFKNIKAATNGYKWTVADTNVATVQTLADGSAAVVG
VSTNNKTIDVTDLTITIQDIFGTEQSSTAPVYVTGTEGQVAQQDGYTMGATDFSMEYKEATELTKAQALTLAKTAAFEEV
KDGVNSSAEDRLDSVQVSQTQLDAIKNGSNQGSVYPLTYSITKDSKTVSVTIQVTVAKDLTAVNAHDSTIYIGDAWEAKD
NFDSATNKEGATDIAFSDVTVTGSVNTAVAGVYPVTYTYNGVSKKINVTVKAIKTAVNAHDSTIYTGDTWNARDNFDSAL
DKDGNSVAFADVTVTGSVNTNETGTNTITYSYDGVSQTITVTVVENKEGISAHDSTIYAGESWNAKDNFDSAFDKDGNAV
DLEDVTVTEKPTVDTTKAGAYEVTYKYGKVSKKITLTVKAKLTAVNAHDSAIYIGDTWSAEDNFDSALDKDGNSVAFADV
EVKGTVDTDKAGTYPVTYTYDGVSKTINIQVKDILTAVNAHDSEIYIGDNWNAKDNFDSAQDKDGNTVNWNEINVSENPA
VDLETVGVYQVTYSYGGVSKTINLTVHPRKTSLEVHDSTMYTGDKWKAEDNFDNATDKKGDQIPFKDVTVTGQVDSKTAG
TYEISYIYDGLKKVARITVIKNQAQITVKDSVIPYGGKWEAEANFIGATNRDGVAIPFSKIKVDGTVDVNKAGTYKVIYT
YDPNEGTADAGKKQLSVTANIQVEAEFVKPIKPIKPVDPSKPTDPKKTSTEKTPLKVVDNKQHTVTYEAAKPLPKTGDQT
NNWVIWTGICLLSMSMLLWVVMRGRKKNYQ

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: 221457; Mature: 221457

Theoretical pI: Translated: 4.55; Mature: 4.55

Prosite motif: PS50847 GRAM_POS_ANCHORING ; PS00024 HEMOPEXIN

Important sites: NA

Signals:

None

Transmembrane regions:

None

Cys/Met content:

0.1 %Cys     (Translated Protein)
1.0 %Met     (Translated Protein)
1.2 %Cys+Met (Translated Protein)
0.1 %Cys     (Mature Protein)
1.0 %Met     (Mature Protein)
1.2 %Cys+Met (Mature Protein)

Secondary structure:

>Translated Secondary Structure
MIKATRARHYLVLLMAFFLVLGQLNLTALKVFAKENGNDELTYEVQSKLAEDKKSADLTI
CCCCCCHHHHHHHHHHHHHHHCCCCEEEEEEEECCCCCCEEEEHHHHHHHCCCCCCCEEE
KVTPKNDQVKILTIETPDGEKKEGQEVSYKAEKNGTTNFLINYQDASEEKAETKKYTASY
EEECCCCCEEEEEEECCCCCCCCCCCEEEEECCCCCEEEEEEECCCCCHHHHHHHEEEEE
EVNDIVSDDEANKDNTTEKVTEKEADNIQPPSTKDSNKNLKSLKAGQTTVDLKIPDYDQT
EECCCCCCCCCCCCCCHHHHHHHHHCCCCCCCCCCCCCCHHHHCCCCEEEEEECCCCCCC
AWANGDIKEVTATVNFGDNTSTGKKVNFTLPDGMRFVSLPVPSNYQAGSNVDKGVLSHLG
CCCCCCCEEEEEEEECCCCCCCCCEEEEECCCCCEEEEECCCCCCCCCCCCCHHHHHHCC
ASDPLGIAITSVKVPDKEKAYNQATFGTVSYELSPGTEKASFTFSVRVDAAKYYGAVDLA
CCCCCEEEEEEEECCCHHHHCCCCEEEEEEEEECCCCCCEEEEEEEEEEHHHHCCEEEEC
TPIKTEIFMGETTSPVASAEQAIHAEGNKVVGYTNQDHVKTMFRTWYSNQRLTEVLASTD
CCCEEEEEECCCCCCHHHHHHHHHCCCCEEEEECCHHHHHHHHHHHHCCCHHHHHHHCCC
TTDSYNYTKSYSVVNGLNNLDNRGSAYYLAKNIEMTLYYPEGMEFVNVVNHGGTPLTDNS
CCCCCCCEECCHHHHCCCCCCCCCCEEEEEEEEEEEEECCCCCEEEEHHHCCCCCCCCCC
NLTITNYPSENKVVVDCKQLNFNSANNSIYGVKYKVPKGTPVGTYSTAKAPHAVITTYDG
CEEEEECCCCCEEEEEEEECCCCCCCCEEEEEEEECCCCCCCCCCCCCCCCEEEEEEECC
EVFETDALTNNTNDLTTLAPLDTCKVVDTSNNKMNLFSANGTINPDNETWAGSIQIDNKR
CEEEECCCCCCCCCEEEECCCCEEEEEECCCCEEEEEECCCEECCCCCCEEEEEEECCCC
TSGVKKNQMYHIEFDPNWEAYMVNIPFDSTISENKITDVQYKTNLNDTFRTYEGALTKNN
CCCCCCCEEEEEEECCCCCEEEEECCCCCCCCCCCEEEEEEECCCCCHHHHHCCEEECCC
NQMYRLDANAVELQEGEYFTEVKANVGDFSPGYQNTEASATYRWNSTVSYGKVKPGITSV
CEEEEEECCEEEEECCCEEEEEECCCCCCCCCCCCCCCCEEEEECCEEECCCCCCCCEEE
QYKGSIWDADDEAETKSSATSTYSVLNTESTAANGTAAFYDKAGNVVKTASPGETIKTKA
EEECCEECCCCCHHCCCCCCCEEEEEECCCCCCCCCEEEEECCCCEEEECCCCCCEEEEE
TLLLSDYPYGTRTVLNNPEVYLRALEGTKVLPSSIKLTDQDGKDVNFSIQQETANNGDKV
EEEEECCCCCCEEEECCCEEEEEEECCCEECCCCEEEECCCCCCEEEEEEECCCCCCCEE
YVLKTTDVSVGAFTGYPAKSKFLNISYDTTFDVTLAKSINMDAQEVLAWGGPNVASAIAN
EEEEECCEEEEEEECCCCCCCEEEEECCCEEEEEEEEECCCCHHHHHCCCCCCHHHHHHC
NNFSDVGLDVNKNGKDNEKLLSVNSSTLSVPKQDTVAVETFLSIAGEGEKAAYTEGDDST
CCCCCCCEEECCCCCCCCEEEEECCCEECCCCCCHHHHHHHHHHCCCCCCCEEECCCCCE
VSYFTPGTDAEYTVQITNASNGEATTFELYIPIPKTGQNFGEKFQSEAFKWDMKLNSALA
EEEECCCCCCEEEEEEEECCCCCEEEEEEEECCCCCCCHHHHHHHHHHEEEEEEECCEEE
INDEQKNQFEVSYATQANENNYDSTSIYTETVSDYEKVNMVRIKVKTQINAGEAQTFKVP
ECCCCCCEEEEEEEECCCCCCCCCCEEEEHHHHCCCCEEEEEEEEEEEECCCCCEEEEEE
LKVDETFDSATEGNKIGERDVYNPFYRVITNTFSGSLSGTKVGAELVIGEVSGTLFNDKD
EEECCCCCCCCCCCCCCCCCCCCHHHHHHHHHCCCCCCCCCCCEEEEEEECCCEEECCCC
VNGIYEKAKGDEPLANETVELYKWNDATSNYEPAKKAGENVTTKTNSDGKYSFDYNSGVG
CCHHHHHCCCCCCCCCCEEEEEEECCCCCCCCCHHHCCCCCEEECCCCCCEEEECCCCCC
YGNYAVKFPDKAGYQFTLKNVGKDVTLDSDVPYSGAEKGWNKEIDPTQPNAQYINAGYYA
CCCEEEECCCCCCCEEEHHHCCCCEEECCCCCCCCCCCCCCCCCCCCCCCCEEEECCEEE
YNPTQDLKVNLNEKQVQMGRSLEITLPKVASTTGQAAEDTIEPSFFKNIKAATNGYKWTV
ECCCCCEEEECCHHHHHCCCEEEEEECHHCCCCCCCHHHCCCHHHHHHHHHHCCCEEEEE
ADTNVATVQTLADGSAAVVGVSTNNKTIDVTDLTITIQDIFGTEQSSTAPVYVTGTEGQV
ECCCEEEEEEECCCCEEEEEEECCCCEEEEEEEEEEEEECCCCCCCCCCCEEEECCCCCE
AQQDGYTMGATDFSMEYKEATELTKAQALTLAKTAAFEEVKDGVNSSAEDRLDSVQVSQT
ECCCCCEECCCCCCCCHHHHHHHHHHHHHHHHHHHHHHHHHHHCCCCHHHHHHHEEECHH
QLDAIKNGSNQGSVYPLTYSITKDSKTVSVTIQVTVAKDLTAVNAHDSTIYIGDAWEAKD
HHHHHHCCCCCCCEEEEEEEEECCCEEEEEEEEEEEECCEEEECCCCCEEEEECCCCCCC
NFDSATNKEGATDIAFSDVTVTGSVNTAVAGVYPVTYTYNGVSKKINVTVKAIKTAVNAH
CCCCCCCCCCCCEEEEEEEEEECCCCCEEEEEEEEEEEECCCCEEEEEEEEEEHHHHCCC
DSTIYTGDTWNARDNFDSALDKDGNSVAFADVTVTGSVNTNETGTNTITYSYDGVSQTIT
CCEEEECCCCCCCCCCHHHHCCCCCEEEEEEEEEEECCCCCCCCCEEEEEEECCCCEEEE
VTVVENKEGISAHDSTIYAGESWNAKDNFDSAFDKDGNAVDLEDVTVTEKPTVDTTKAGA
EEEEECCCCCCCCCCEEEECCCCCCCCCCCHHHCCCCCEEEECEEEECCCCCCCCCCCCE
YEVTYKYGKVSKKITLTVKAKLTAVNAHDSAIYIGDTWSAEDNFDSALDKDGNSVAFADV
EEEEEEECCCCEEEEEEEEEEEEEEECCCCEEEEECCCCCCCCCHHHHCCCCCEEEEEEE
EVKGTVDTDKAGTYPVTYTYDGVSKTINIQVKDILTAVNAHDSEIYIGDNWNAKDNFDSA
EEEECCCCCCCCCCEEEEEECCCCEEEEEEEHHHHHHHCCCCCEEEECCCCCCCCCCCCC
QDKDGNTVNWNEINVSENPAVDLETVGVYQVTYSYGGVSKTINLTVHPRKTSLEVHDSTM
CCCCCCEECEEEEECCCCCCEEEEEEEEEEEEEECCCCCEEEEEEECCCCCEEEEECCEE
YTGDKWKAEDNFDNATDKKGDQIPFKDVTVTGQVDSKTAGTYEISYIYDGLKKVARITVI
ECCCCEECCCCCCCCCCCCCCCCCCEEEEEEECCCCCCCCEEEEHHHHHHHHHHEEEEEE
KNQAQITVKDSVIPYGGKWEAEANFIGATNRDGVAIPFSKIKVDGTVDVNKAGTYKVIYT
ECCEEEEEECCCCCCCCCCCCCCEEEECCCCCCEEEEHHHEEECCEEEECCCCCEEEEEE
YDPNEGTADAGKKQLSVTANIQVEAEFVKPIKPIKPVDPSKPTDPKKTSTEKTPLKVVDN
ECCCCCCCCCCCEEEEEEEEEEEEEEEECCCCCCCCCCCCCCCCCCCCCCCCCCEEEECC
KQHTVTYEAAKPLPKTGDQTNNWVIWTGICLLSMSMLLWVVMRGRKKNYQ
CCEEEEECCCCCCCCCCCCCCCEEEEHHHHHHHHHHHHHHHHCCCCCCCC
>Mature Secondary Structure
MIKATRARHYLVLLMAFFLVLGQLNLTALKVFAKENGNDELTYEVQSKLAEDKKSADLTI
CCCCCCHHHHHHHHHHHHHHHCCCCEEEEEEEECCCCCCEEEEHHHHHHHCCCCCCCEEE
KVTPKNDQVKILTIETPDGEKKEGQEVSYKAEKNGTTNFLINYQDASEEKAETKKYTASY
EEECCCCCEEEEEEECCCCCCCCCCCEEEEECCCCCEEEEEEECCCCCHHHHHHHEEEEE
EVNDIVSDDEANKDNTTEKVTEKEADNIQPPSTKDSNKNLKSLKAGQTTVDLKIPDYDQT
EECCCCCCCCCCCCCCHHHHHHHHHCCCCCCCCCCCCCCHHHHCCCCEEEEEECCCCCCC
AWANGDIKEVTATVNFGDNTSTGKKVNFTLPDGMRFVSLPVPSNYQAGSNVDKGVLSHLG
CCCCCCCEEEEEEEECCCCCCCCCEEEEECCCCCEEEEECCCCCCCCCCCCCHHHHHHCC
ASDPLGIAITSVKVPDKEKAYNQATFGTVSYELSPGTEKASFTFSVRVDAAKYYGAVDLA
CCCCCEEEEEEEECCCHHHHCCCCEEEEEEEEECCCCCCEEEEEEEEEEHHHHCCEEEEC
TPIKTEIFMGETTSPVASAEQAIHAEGNKVVGYTNQDHVKTMFRTWYSNQRLTEVLASTD
CCCEEEEEECCCCCCHHHHHHHHHCCCCEEEEECCHHHHHHHHHHHHCCCHHHHHHHCCC
TTDSYNYTKSYSVVNGLNNLDNRGSAYYLAKNIEMTLYYPEGMEFVNVVNHGGTPLTDNS
CCCCCCCEECCHHHHCCCCCCCCCCEEEEEEEEEEEEECCCCCEEEEHHHCCCCCCCCCC
NLTITNYPSENKVVVDCKQLNFNSANNSIYGVKYKVPKGTPVGTYSTAKAPHAVITTYDG
CEEEEECCCCCEEEEEEEECCCCCCCCEEEEEEEECCCCCCCCCCCCCCCCEEEEEEECC
EVFETDALTNNTNDLTTLAPLDTCKVVDTSNNKMNLFSANGTINPDNETWAGSIQIDNKR
CEEEECCCCCCCCCEEEECCCCEEEEEECCCCEEEEEECCCEECCCCCCEEEEEEECCCC
TSGVKKNQMYHIEFDPNWEAYMVNIPFDSTISENKITDVQYKTNLNDTFRTYEGALTKNN
CCCCCCCEEEEEEECCCCCEEEEECCCCCCCCCCCEEEEEEECCCCCHHHHHCCEEECCC
NQMYRLDANAVELQEGEYFTEVKANVGDFSPGYQNTEASATYRWNSTVSYGKVKPGITSV
CEEEEEECCEEEEECCCEEEEEECCCCCCCCCCCCCCCCEEEEECCEEECCCCCCCCEEE
QYKGSIWDADDEAETKSSATSTYSVLNTESTAANGTAAFYDKAGNVVKTASPGETIKTKA
EEECCEECCCCCHHCCCCCCCEEEEEECCCCCCCCCEEEEECCCCEEEECCCCCCEEEEE
TLLLSDYPYGTRTVLNNPEVYLRALEGTKVLPSSIKLTDQDGKDVNFSIQQETANNGDKV
EEEEECCCCCCEEEECCCEEEEEEECCCEECCCCEEEECCCCCCEEEEEEECCCCCCCEE
YVLKTTDVSVGAFTGYPAKSKFLNISYDTTFDVTLAKSINMDAQEVLAWGGPNVASAIAN
EEEEECCEEEEEEECCCCCCCEEEEECCCEEEEEEEEECCCCHHHHHCCCCCCHHHHHHC
NNFSDVGLDVNKNGKDNEKLLSVNSSTLSVPKQDTVAVETFLSIAGEGEKAAYTEGDDST
CCCCCCCEEECCCCCCCCEEEEECCCEECCCCCCHHHHHHHHHHCCCCCCCEEECCCCCE
VSYFTPGTDAEYTVQITNASNGEATTFELYIPIPKTGQNFGEKFQSEAFKWDMKLNSALA
EEEECCCCCCEEEEEEEECCCCCEEEEEEEECCCCCCCHHHHHHHHHHEEEEEEECCEEE
INDEQKNQFEVSYATQANENNYDSTSIYTETVSDYEKVNMVRIKVKTQINAGEAQTFKVP
ECCCCCCEEEEEEEECCCCCCCCCCEEEEHHHHCCCCEEEEEEEEEEEECCCCCEEEEEE
LKVDETFDSATEGNKIGERDVYNPFYRVITNTFSGSLSGTKVGAELVIGEVSGTLFNDKD
EEECCCCCCCCCCCCCCCCCCCCHHHHHHHHHCCCCCCCCCCCEEEEEEECCCEEECCCC
VNGIYEKAKGDEPLANETVELYKWNDATSNYEPAKKAGENVTTKTNSDGKYSFDYNSGVG
CCHHHHHCCCCCCCCCCEEEEEEECCCCCCCCCHHHCCCCCEEECCCCCCEEEECCCCCC
YGNYAVKFPDKAGYQFTLKNVGKDVTLDSDVPYSGAEKGWNKEIDPTQPNAQYINAGYYA
CCCEEEECCCCCCCEEEHHHCCCCEEECCCCCCCCCCCCCCCCCCCCCCCCEEEECCEEE
YNPTQDLKVNLNEKQVQMGRSLEITLPKVASTTGQAAEDTIEPSFFKNIKAATNGYKWTV
ECCCCCEEEECCHHHHHCCCEEEEEECHHCCCCCCCHHHCCCHHHHHHHHHHCCCEEEEE
ADTNVATVQTLADGSAAVVGVSTNNKTIDVTDLTITIQDIFGTEQSSTAPVYVTGTEGQV
ECCCEEEEEEECCCCEEEEEEECCCCEEEEEEEEEEEEECCCCCCCCCCCEEEECCCCCE
AQQDGYTMGATDFSMEYKEATELTKAQALTLAKTAAFEEVKDGVNSSAEDRLDSVQVSQT
ECCCCCEECCCCCCCCHHHHHHHHHHHHHHHHHHHHHHHHHHHCCCCHHHHHHHEEECHH
QLDAIKNGSNQGSVYPLTYSITKDSKTVSVTIQVTVAKDLTAVNAHDSTIYIGDAWEAKD
HHHHHHCCCCCCCEEEEEEEEECCCEEEEEEEEEEEECCEEEECCCCCEEEEECCCCCCC
NFDSATNKEGATDIAFSDVTVTGSVNTAVAGVYPVTYTYNGVSKKINVTVKAIKTAVNAH
CCCCCCCCCCCCEEEEEEEEEECCCCCEEEEEEEEEEEECCCCEEEEEEEEEEHHHHCCC
DSTIYTGDTWNARDNFDSALDKDGNSVAFADVTVTGSVNTNETGTNTITYSYDGVSQTIT
CCEEEECCCCCCCCCCHHHHCCCCCEEEEEEEEEEECCCCCCCCCEEEEEEECCCCEEEE
VTVVENKEGISAHDSTIYAGESWNAKDNFDSAFDKDGNAVDLEDVTVTEKPTVDTTKAGA
EEEEECCCCCCCCCCEEEECCCCCCCCCCCHHHCCCCCEEEECEEEECCCCCCCCCCCCE
YEVTYKYGKVSKKITLTVKAKLTAVNAHDSAIYIGDTWSAEDNFDSALDKDGNSVAFADV
EEEEEEECCCCEEEEEEEEEEEEEEECCCCEEEEECCCCCCCCCHHHHCCCCCEEEEEEE
EVKGTVDTDKAGTYPVTYTYDGVSKTINIQVKDILTAVNAHDSEIYIGDNWNAKDNFDSA
EEEECCCCCCCCCCEEEEEECCCCEEEEEEEHHHHHHHCCCCCEEEECCCCCCCCCCCCC
QDKDGNTVNWNEINVSENPAVDLETVGVYQVTYSYGGVSKTINLTVHPRKTSLEVHDSTM
CCCCCCEECEEEEECCCCCCEEEEEEEEEEEEEECCCCCEEEEEEECCCCCEEEEECCEE
YTGDKWKAEDNFDNATDKKGDQIPFKDVTVTGQVDSKTAGTYEISYIYDGLKKVARITVI
ECCCCEECCCCCCCCCCCCCCCCCCEEEEEEECCCCCCCCEEEEHHHHHHHHHHEEEEEE
KNQAQITVKDSVIPYGGKWEAEANFIGATNRDGVAIPFSKIKVDGTVDVNKAGTYKVIYT
ECCEEEEEECCCCCCCCCCCCCCEEEECCCCCCEEEEHHHEEECCEEEECCCCCEEEEEE
YDPNEGTADAGKKQLSVTANIQVEAEFVKPIKPIKPVDPSKPTDPKKTSTEKTPLKVVDN
ECCCCCCCCCCCEEEEEEEEEEEEEEEECCCCCCCCCCCCCCCCCCCCCCCCCCEEEECC
KQHTVTYEAAKPLPKTGDQTNNWVIWTGICLLSMSMLLWVVMRGRKKNYQ
CCEEEEECCCCCCCCCCCCCCCEEEEHHHHHHHHHHHHHHHHCCCCCCCC

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