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The map label for this gene is inlJ [H]

Identifier: 226224786

GI number: 226224786

Start: 2265395

End: 2270539

Strand: Reverse

Name: inlJ [H]

Synonym: Lm4b_02204

Alternate gene names: 226224786

Gene position: 2270539-2265395 (Counterclockwise)

Preceding gene: 226224787

Following gene: 226224785

Centisome position: 77.95

GC content: 37.1

Gene sequence:

>5145_bases
GTGAAAAATATCAGACACTGGAAGAAGCTAGTTATTGCAATGGTTATCGGATTACTAGTATTCCAAAACGTTTCACCTGT
ACTAGCTACAATGACAGACGATGAAACGGCAAAAACAACATTAAAAATCACCAAAGAAGATAAAGATACAAAAGAAAAAA
TCAATGGTTCTACCTTTGAGATAAAGAATAAAGAAACGGGCGAAACAAACGATTTAACAATCAGCGCGAATGGTGAAGCG
ACTATGGATTCACTTTCACCTGGTGACTATCTTGTTAAAGAAAAAGTTGCGCCAAAAGGTTACACACTAGATGAAAAAGA
ATATAGTGTAACTTTAGCAGAAAAAGAAGAAGTGATTACTTCGGTTTCAGCAAAAGTGCAAGAAGAAACAACAAAAGAAA
CAACAAAAGAAGCAACAACACCAACACCGGTTAAAAAAGCAACACAAAATGCAAATCTAAAAGCTGCTATTACAGACAAT
ATTTTTAACAAAGTAACGCTAAAAGATGGTAATGGCGATGAAATCAACACTTCAGACCGAATTCAAAATGGTAGCGGTGT
TGTGCTTAACATGAACTTTGCGTTTTCTGGGAAAAATTATAAAGCGGGAGATACGTTTACAACTGTTTTACCAGATGCTT
TCAACTTTGGGAACAAAAATTTAAGTGGTAACTTCTTACCATCTACAGAAGCAGAATGGACGCTTGACGTTACAACGCGT
GAACTTACGATTACTTTCTTAAAAGATGGCATTCAAGAAGGCGATTATGATGTGAATATCAGTACAGCCTTCAAAGTGTT
TACCTCAACAGAAGAAACGATACAGGAAGTTGTTTTCAAGACAGCTGGGAAAGATACTGTTTATCAAATCGAAGTTGTAC
CAGTAGTTAACTACCCAACAACTGTAGGAATTACGGCGAATCCAGGGGTAGTAAATCCGACAAAAGGTCAAGTAGATGCC
AAGTTCAACTTAACAAAAGAAAAAGATGCTAAGGGTGAGCTGAAACTTAATGATTATGCTTCCGGTGGAACAACAACTAT
TGATAAAGATACCATCAAAGTATATTCGAGTGATGTTAGTGCTGGGGGAACCTTCATAGGTACGAAAAAATTACTTGTAG
AAGGCACAGATTATACGCTAACTTATTCCGCAACTTCTCTAACTGTTACGTTAAACGGTGGGCTTGCTGGGAAAGGCTAC
CAAGTAACATATGACCGCACAATCAATAAACCAAGTGATTCACTTTCTTATATGTCTACACAAGCTTATACAGTAGGCGA
TTCAGGAACATTATCAAGCAACTCCGCTTATGTTTACCTGACAATGACAAATTATAAGCATATCGAGAAAAAAGCTACTT
ACAACGGCTCAACACAAAGTATTGATTGGAAAATTAACTTTAACTTTGATCAAGACGAAATATCTCCTTCAACAGTGCTT
ACCGATGTTTTAGCGGATAATGATGTCGAATATGTAGCAGATTCACTTAAAATTAAACGAGTAACTTTTAACGCAACGAA
TGGATCGCCAATCGTTGGAGGTGACGCTTCAAGTGATTGGACAACTTCAGCAATCTCGGCAAATGGGAATTTTAATTTAA
CGTATAAAAACACAAACACAAACGCATATGAAATCACTTATTCCACGAAAATCACGGACTTTAGTGATCGTAAAATTAAA
AATGAAATTACAGATGAAAATGGTGTTTCCGCTGACGCAACGATCGCGATTCAACCAGATTTACTGAAAAAAGAAGCTGG
AACAATTGACTATTTTAATAACACGATGACATGGAAAATCACTGCCAACTCTGACAGAATTAAGATGGGGAATCTTAATA
TCACAGATGAATTTTCTACTGGTGTAAAAGCCCTTAAGAGCTACACTGTTCGTGCCTATACAGATAATATCAATAGCGTC
TTATTAACAGAAGGCAAAGATTATACGATTGATAAAGATGTGACACCAGCTGGTTTTTATATTCAACTTATCGGCGATTA
TGCTACAACAGACAAAAAAATTGTAGTTGATTTCGTCACAGAAATTGACCTTTCTGATGTAACAAAAACGATTGATAATA
AAGCATCCATTTCTTATTACGATGGCGGAATTATCAAGTATGTTGATGATGTAAAAGCTTCCATGACACCAGACCCAGCT
ATGATGACAAATGGTGGTAAATACGGATCATACAACTCCACTACGGGGAATATCGATTGGATCGTATCTGTAAATGCTAT
GGCGAAAAACTATGACAACTTGATTTTTGATGATGCTATTCCAACTGGATTAACATACGTAGAAGGCTCACTACAATATC
GTAATGTAGCTTCCACAAGTGAGATGATGAATTTATACATCCCGCTTAACTCTGTTGGAACAGTAGCTAAAACAGGTGAT
AAAAACTACCCAACAAAAGTCGATACTACTGGGAATAAATTACATTTAGAATTCGCTAACTTGGAGAATTCACGCGTATT
TATTAAATACAGTACCAAACCAAACGAAAACTGGTATTTCTACTCCTACGTACAAAACACTGCGAAGGTGAGTGATAATG
GAGTAGGCGAAAAATCTTACAGTTACCAAGCATACGCAAGCAAACTTTATAATGCGATGACAAAAACGGCTACTATTGAT
CCATCTTTTGATAATAAAGTTAACTGGGTTGTTACACTGAACAATATCTCTGCAGATCGTCCTATTAACAATCCAACAAT
TACAGATACAATGAAAACAGGAACAACAGGAGCGCAAGTAGTAAAAAGTAGCTTTAAAGTAATCAATGAAACGACGGGTG
AAGATATTGACTCAAAATATTATGACATCACATACACAGACAATAATTTCACTATCCAGTTCAAAGACTATAAAGCAACT
GCACCAATTAAAGTAACCTATAGTACAATCAGCTTGATGTCTGGGCTTGTTAGTAACACAGCGACAACTGCTTCTCCTGA
CTACGGTAGTTTACCAATGACATATAAATCAAGAACAACAAGCATATCGCCAGCCTTCACTATTGGTAGTGGTAGCGGGA
CGGCAACAATTGGTTCACTTGAAATTACCAAAGTGGATAAAAAGGATAATACGAAAAAACTAGCAGGAGCTAAATTCCAA
CTTTATACGCTTGAAGGTGATAAAGCGGGACAAGAGGCTACCACTGATACAGATGGTAAAATCGTGATGGATGGCCTTCA
ATCTGGGAAATATAAACTAGTTGAGACAGAAGCGCCAACAGGTTACACAATTAGTGATGAATATAAAGACGGTAAAGAAA
TCACGGTTACCGCCGATGCAGTTACAAACGTTACAATTGAAAACACAGAGCAAACTGGTAGCGCGGTTCTTTTAAAAGAA
GATAGTGTAACGAAAGACGCTATCGCAGGAGCAGAATTCGAATTACAAAATGCAGACGGTACAAAAGTCGCTGAAAACTT
AGTATCTAATGCAGATGGTAAAATCGAAGTAACTGACTTAGCGCCAGGCGATTACCAATTTGTAGAAACAAAAGCGCCAA
CTGGCTATGTATTAGATGCAACGCCAAGCGAATTCACGATTGAATTTAACCAAGAAGCCGCTGTAATTGTTACAAAAGAA
AACACAGCGAAAACTGGTAGTGTGGTTCTAACGAAAGAAGATAGTGTAACGAAAGCTACGATAGCCGGAGCGGAATTCGA
TTTACAAAAAGCAGACGGAACAAAAGTATCCGAAAACTTAGTAACAGACGCAGACGGTAAAATCGAAGCAAACGATTTAG
CACCAGGAGACTACCAATTTGTAGAAACGAAAGCTGCGGCTGGCTATGTATTAGATGCAACGCCAAGCGAATTCACGATT
GAATTTAACCAAGACAAAGCAGCTGTCGTAACAAAAGAAAACACAGCAAAATCTGGCAGCGTAGTTCTAACAAAACAAGA
TAGTGCAACAAAAGCTGCGTTATCTGATGCGGAATTTGAACTACAAACTGCCACTGGAACTAAAGTAAAAGATAATTTAA
CAACGAATGCAAGTGGTGAGATAGAAGTAGCTGATTTAGCACCAGGCGATTACAAGTTCATTGAAACCAAAGCACCAACA
GGCTACGAATTAGATGCCACACCGGTTACTTTTACCATCGAATTTAACCAATCGACTGCAGTCAAAGTAACAAAAGAAAA
TGTTGCGAAAACTGGTAGTGTGGTCTTAACTAAGCTAGATAGTAAATCAAGAAGTAATTTAGCTGGTGCAGAGTTCGAAT
TACAAACAAAACTTGGTGTCAGTTTGAAAGATAAAGTAGTGACAGAAGCAAACGGTCAACTGCAAATTGATAACTTAGCA
CCAGGCGACTACCAATTAGTAGAAACGAAAGCTCCAACAGGTTATGAGCTTGATGCAACACCAGTTGAATTCACCATTGA
ATTTAACCAAAAAGATGCAGTTCAAGTGACTAAAACAAATAAAATGTCTACTGGATCTGTTGTGTTAACTAAGACTGATG
GGCAAACAAAAGCCCCTCTTGCAGATGCAACGTTTAAATTAGTAGACGCAGATAATAACGTCACAGAAAATCTAACAACA
GATGCTTCTGGTAAACTGGAAATAACTAATCTAGCCCCTGGTGATTATCAATTAATTGAAACGAAAGCACCAAAAGGTTA
TGAATTAGATACCGTTCCAGTCGATGTGAAAATCAGTTTTAATCAAAATCAAGTGCTTCAAGTAACTAAAACAAATATTA
AAACAGTTGTAAGCGGCAAGGTAATAGCTGAATTTGTTGATACAAAAGGAAATGTATTAGCAGAACAAGAGATTCATGCA
GGTTTAGTCGGGGAGAAATATGTAACTAAAGCGAAATCTATCGCGGGTTATAAACTAACGAAAGACCCTACGAATAAAGT
CGGCATATACAAAGAAGCAGATCAAAAAGTAACCTTTGTATATGAGAAAAATAAATCACCACTCGTTGTCGACCCTACTA
AACCAATTAAACCTTCTAAACCAACAAAACCATCAGCAAACCCTTCAAAACAAGCCACAGTGAAAAAAGCACAAAGTCTT
CCTTCAACAGGAGATAATTCCCTAGCTAATCTAATCATTACCGGATTATTCGCTAGTACACTAGGACTTTTCTTACTAAG
AAAATCCAAAAAAGTAAATGATTAA

Upstream 100 bases:

>100_bases
CGCAAAAAGTAATTATTGGGTGCATTTATTTGTCAAAACTCAACAAATCTTTTAGGGATTTAACAACAGTTAGAAATAGA
TTATAGGAGGACAAAACAAA

Downstream 100 bases:

>100_bases
TAATTGTAGTCGCTATTCTTAACAGGATAGCGACTTTTTTATCTATTATATATAGAAAAAATTCCATATAATAATGCAGG
AAAAGAGGGTTTTGTATTGA

Product: peptidoglycan bound protein (LPXTG motif)

Products: NA

Alternate protein names: NA

Number of amino acids: Translated: 1714; Mature: 1714

Protein sequence:

>1714_residues
MKNIRHWKKLVIAMVIGLLVFQNVSPVLATMTDDETAKTTLKITKEDKDTKEKINGSTFEIKNKETGETNDLTISANGEA
TMDSLSPGDYLVKEKVAPKGYTLDEKEYSVTLAEKEEVITSVSAKVQEETTKETTKEATTPTPVKKATQNANLKAAITDN
IFNKVTLKDGNGDEINTSDRIQNGSGVVLNMNFAFSGKNYKAGDTFTTVLPDAFNFGNKNLSGNFLPSTEAEWTLDVTTR
ELTITFLKDGIQEGDYDVNISTAFKVFTSTEETIQEVVFKTAGKDTVYQIEVVPVVNYPTTVGITANPGVVNPTKGQVDA
KFNLTKEKDAKGELKLNDYASGGTTTIDKDTIKVYSSDVSAGGTFIGTKKLLVEGTDYTLTYSATSLTVTLNGGLAGKGY
QVTYDRTINKPSDSLSYMSTQAYTVGDSGTLSSNSAYVYLTMTNYKHIEKKATYNGSTQSIDWKINFNFDQDEISPSTVL
TDVLADNDVEYVADSLKIKRVTFNATNGSPIVGGDASSDWTTSAISANGNFNLTYKNTNTNAYEITYSTKITDFSDRKIK
NEITDENGVSADATIAIQPDLLKKEAGTIDYFNNTMTWKITANSDRIKMGNLNITDEFSTGVKALKSYTVRAYTDNINSV
LLTEGKDYTIDKDVTPAGFYIQLIGDYATTDKKIVVDFVTEIDLSDVTKTIDNKASISYYDGGIIKYVDDVKASMTPDPA
MMTNGGKYGSYNSTTGNIDWIVSVNAMAKNYDNLIFDDAIPTGLTYVEGSLQYRNVASTSEMMNLYIPLNSVGTVAKTGD
KNYPTKVDTTGNKLHLEFANLENSRVFIKYSTKPNENWYFYSYVQNTAKVSDNGVGEKSYSYQAYASKLYNAMTKTATID
PSFDNKVNWVVTLNNISADRPINNPTITDTMKTGTTGAQVVKSSFKVINETTGEDIDSKYYDITYTDNNFTIQFKDYKAT
APIKVTYSTISLMSGLVSNTATTASPDYGSLPMTYKSRTTSISPAFTIGSGSGTATIGSLEITKVDKKDNTKKLAGAKFQ
LYTLEGDKAGQEATTDTDGKIVMDGLQSGKYKLVETEAPTGYTISDEYKDGKEITVTADAVTNVTIENTEQTGSAVLLKE
DSVTKDAIAGAEFELQNADGTKVAENLVSNADGKIEVTDLAPGDYQFVETKAPTGYVLDATPSEFTIEFNQEAAVIVTKE
NTAKTGSVVLTKEDSVTKATIAGAEFDLQKADGTKVSENLVTDADGKIEANDLAPGDYQFVETKAAAGYVLDATPSEFTI
EFNQDKAAVVTKENTAKSGSVVLTKQDSATKAALSDAEFELQTATGTKVKDNLTTNASGEIEVADLAPGDYKFIETKAPT
GYELDATPVTFTIEFNQSTAVKVTKENVAKTGSVVLTKLDSKSRSNLAGAEFELQTKLGVSLKDKVVTEANGQLQIDNLA
PGDYQLVETKAPTGYELDATPVEFTIEFNQKDAVQVTKTNKMSTGSVVLTKTDGQTKAPLADATFKLVDADNNVTENLTT
DASGKLEITNLAPGDYQLIETKAPKGYELDTVPVDVKISFNQNQVLQVTKTNIKTVVSGKVIAEFVDTKGNVLAEQEIHA
GLVGEKYVTKAKSIAGYKLTKDPTNKVGIYKEADQKVTFVYEKNKSPLVVDPTKPIKPSKPTKPSANPSKQATVKKAQSL
PSTGDNSLANLIITGLFASTLGLFLLRKSKKVND

Sequences:

>Translated_1714_residues
MKNIRHWKKLVIAMVIGLLVFQNVSPVLATMTDDETAKTTLKITKEDKDTKEKINGSTFEIKNKETGETNDLTISANGEA
TMDSLSPGDYLVKEKVAPKGYTLDEKEYSVTLAEKEEVITSVSAKVQEETTKETTKEATTPTPVKKATQNANLKAAITDN
IFNKVTLKDGNGDEINTSDRIQNGSGVVLNMNFAFSGKNYKAGDTFTTVLPDAFNFGNKNLSGNFLPSTEAEWTLDVTTR
ELTITFLKDGIQEGDYDVNISTAFKVFTSTEETIQEVVFKTAGKDTVYQIEVVPVVNYPTTVGITANPGVVNPTKGQVDA
KFNLTKEKDAKGELKLNDYASGGTTTIDKDTIKVYSSDVSAGGTFIGTKKLLVEGTDYTLTYSATSLTVTLNGGLAGKGY
QVTYDRTINKPSDSLSYMSTQAYTVGDSGTLSSNSAYVYLTMTNYKHIEKKATYNGSTQSIDWKINFNFDQDEISPSTVL
TDVLADNDVEYVADSLKIKRVTFNATNGSPIVGGDASSDWTTSAISANGNFNLTYKNTNTNAYEITYSTKITDFSDRKIK
NEITDENGVSADATIAIQPDLLKKEAGTIDYFNNTMTWKITANSDRIKMGNLNITDEFSTGVKALKSYTVRAYTDNINSV
LLTEGKDYTIDKDVTPAGFYIQLIGDYATTDKKIVVDFVTEIDLSDVTKTIDNKASISYYDGGIIKYVDDVKASMTPDPA
MMTNGGKYGSYNSTTGNIDWIVSVNAMAKNYDNLIFDDAIPTGLTYVEGSLQYRNVASTSEMMNLYIPLNSVGTVAKTGD
KNYPTKVDTTGNKLHLEFANLENSRVFIKYSTKPNENWYFYSYVQNTAKVSDNGVGEKSYSYQAYASKLYNAMTKTATID
PSFDNKVNWVVTLNNISADRPINNPTITDTMKTGTTGAQVVKSSFKVINETTGEDIDSKYYDITYTDNNFTIQFKDYKAT
APIKVTYSTISLMSGLVSNTATTASPDYGSLPMTYKSRTTSISPAFTIGSGSGTATIGSLEITKVDKKDNTKKLAGAKFQ
LYTLEGDKAGQEATTDTDGKIVMDGLQSGKYKLVETEAPTGYTISDEYKDGKEITVTADAVTNVTIENTEQTGSAVLLKE
DSVTKDAIAGAEFELQNADGTKVAENLVSNADGKIEVTDLAPGDYQFVETKAPTGYVLDATPSEFTIEFNQEAAVIVTKE
NTAKTGSVVLTKEDSVTKATIAGAEFDLQKADGTKVSENLVTDADGKIEANDLAPGDYQFVETKAAAGYVLDATPSEFTI
EFNQDKAAVVTKENTAKSGSVVLTKQDSATKAALSDAEFELQTATGTKVKDNLTTNASGEIEVADLAPGDYKFIETKAPT
GYELDATPVTFTIEFNQSTAVKVTKENVAKTGSVVLTKLDSKSRSNLAGAEFELQTKLGVSLKDKVVTEANGQLQIDNLA
PGDYQLVETKAPTGYELDATPVEFTIEFNQKDAVQVTKTNKMSTGSVVLTKTDGQTKAPLADATFKLVDADNNVTENLTT
DASGKLEITNLAPGDYQLIETKAPKGYELDTVPVDVKISFNQNQVLQVTKTNIKTVVSGKVIAEFVDTKGNVLAEQEIHA
GLVGEKYVTKAKSIAGYKLTKDPTNKVGIYKEADQKVTFVYEKNKSPLVVDPTKPIKPSKPTKPSANPSKQATVKKAQSL
PSTGDNSLANLIITGLFASTLGLFLLRKSKKVND
>Mature_1714_residues
MKNIRHWKKLVIAMVIGLLVFQNVSPVLATMTDDETAKTTLKITKEDKDTKEKINGSTFEIKNKETGETNDLTISANGEA
TMDSLSPGDYLVKEKVAPKGYTLDEKEYSVTLAEKEEVITSVSAKVQEETTKETTKEATTPTPVKKATQNANLKAAITDN
IFNKVTLKDGNGDEINTSDRIQNGSGVVLNMNFAFSGKNYKAGDTFTTVLPDAFNFGNKNLSGNFLPSTEAEWTLDVTTR
ELTITFLKDGIQEGDYDVNISTAFKVFTSTEETIQEVVFKTAGKDTVYQIEVVPVVNYPTTVGITANPGVVNPTKGQVDA
KFNLTKEKDAKGELKLNDYASGGTTTIDKDTIKVYSSDVSAGGTFIGTKKLLVEGTDYTLTYSATSLTVTLNGGLAGKGY
QVTYDRTINKPSDSLSYMSTQAYTVGDSGTLSSNSAYVYLTMTNYKHIEKKATYNGSTQSIDWKINFNFDQDEISPSTVL
TDVLADNDVEYVADSLKIKRVTFNATNGSPIVGGDASSDWTTSAISANGNFNLTYKNTNTNAYEITYSTKITDFSDRKIK
NEITDENGVSADATIAIQPDLLKKEAGTIDYFNNTMTWKITANSDRIKMGNLNITDEFSTGVKALKSYTVRAYTDNINSV
LLTEGKDYTIDKDVTPAGFYIQLIGDYATTDKKIVVDFVTEIDLSDVTKTIDNKASISYYDGGIIKYVDDVKASMTPDPA
MMTNGGKYGSYNSTTGNIDWIVSVNAMAKNYDNLIFDDAIPTGLTYVEGSLQYRNVASTSEMMNLYIPLNSVGTVAKTGD
KNYPTKVDTTGNKLHLEFANLENSRVFIKYSTKPNENWYFYSYVQNTAKVSDNGVGEKSYSYQAYASKLYNAMTKTATID
PSFDNKVNWVVTLNNISADRPINNPTITDTMKTGTTGAQVVKSSFKVINETTGEDIDSKYYDITYTDNNFTIQFKDYKAT
APIKVTYSTISLMSGLVSNTATTASPDYGSLPMTYKSRTTSISPAFTIGSGSGTATIGSLEITKVDKKDNTKKLAGAKFQ
LYTLEGDKAGQEATTDTDGKIVMDGLQSGKYKLVETEAPTGYTISDEYKDGKEITVTADAVTNVTIENTEQTGSAVLLKE
DSVTKDAIAGAEFELQNADGTKVAENLVSNADGKIEVTDLAPGDYQFVETKAPTGYVLDATPSEFTIEFNQEAAVIVTKE
NTAKTGSVVLTKEDSVTKATIAGAEFDLQKADGTKVSENLVTDADGKIEANDLAPGDYQFVETKAAAGYVLDATPSEFTI
EFNQDKAAVVTKENTAKSGSVVLTKQDSATKAALSDAEFELQTATGTKVKDNLTTNASGEIEVADLAPGDYKFIETKAPT
GYELDATPVTFTIEFNQSTAVKVTKENVAKTGSVVLTKLDSKSRSNLAGAEFELQTKLGVSLKDKVVTEANGQLQIDNLA
PGDYQLVETKAPTGYELDATPVEFTIEFNQKDAVQVTKTNKMSTGSVVLTKTDGQTKAPLADATFKLVDADNNVTENLTT
DASGKLEITNLAPGDYQLIETKAPKGYELDTVPVDVKISFNQNQVLQVTKTNIKTVVSGKVIAEFVDTKGNVLAEQEIHA
GLVGEKYVTKAKSIAGYKLTKDPTNKVGIYKEADQKVTFVYEKNKSPLVVDPTKPIKPSKPTKPSANPSKQATVKKAQSL
PSTGDNSLANLIITGLFASTLGLFLLRKSKKVND

Specific function: Involved in several steps of L.monocytogenes infection [H]

COG id: COG4932

COG function: function code M; Predicted outer membrane protein

Gene ontology:

Cell location: Secreted, cell wall; Peptidoglycan-anchor (Potential) [H]

Metaboloic importance: NA

Operon status: Not Known

Operon components: None

Similarity: Contains 5 MucBP domains [H]

Homologues:

None

Paralogues:

None

Copy number: NA

Swissprot (AC and ID): NA

Other databases:

- InterPro:   IPR009459
- InterPro:   IPR019931
- InterPro:   IPR001899 [H]

Pfam domain/function: PF06458 MucBP [H]

EC number: NA

Molecular weight: Translated: 185617; Mature: 185617

Theoretical pI: Translated: 4.61; Mature: 4.61

Prosite motif: PS50847 GRAM_POS_ANCHORING

Important sites: NA

Signals:

None

Transmembrane regions:

None

Cys/Met content:

0.0 %Cys     (Translated Protein)
1.2 %Met     (Translated Protein)
1.2 %Cys+Met (Translated Protein)
0.0 %Cys     (Mature Protein)
1.2 %Met     (Mature Protein)
1.2 %Cys+Met (Mature Protein)

Secondary structure:

>Translated Secondary Structure
MKNIRHWKKLVIAMVIGLLVFQNVSPVLATMTDDETAKTTLKITKEDKDTKEKINGSTFE
CCCHHHHHHHHHHHHHHHHHHCCCCCEEEEECCCCCCEEEEEEECCCCCHHHHCCCCEEE
IKNKETGETNDLTISANGEATMDSLSPGDYLVKEKVAPKGYTLDEKEYSVTLAEKEEVIT
ECCCCCCCCCCEEEECCCCEEECCCCCCCEEEECCCCCCCCEECCCCEEEEEECHHHHHH
SVSAKVQEETTKETTKEATTPTPVKKATQNANLKAAITDNIFNKVTLKDGNGDEINTSDR
HHHHHHHHHHHHHHHHCCCCCCCHHHHCCCCCEEEEEECCCCEEEEEECCCCCCCCCHHH
IQNGSGVVLNMNFAFSGKNYKAGDTFTTVLPDAFNFGNKNLSGNFLPSTEAEWTLDVTTR
CCCCCEEEEEEEEEECCCCCCCCCEEEEECCCCCCCCCCCCCCCCCCCCCCCEEEEEEEE
ELTITFLKDGIQEGDYDVNISTAFKVFTSTEETIQEVVFKTAGKDTVYQIEVVPVVNYPT
EEEEEEECCCCCCCCEEEEEEEEEEEEECCHHHHHHHHHHCCCCCEEEEEEEEEEECCCE
TVGITANPGVVNPTKGQVDAKFNLTKEKDAKGELKLNDYASGGTTTIDKDTIKVYSSDVS
EEEEECCCCCCCCCCCCEEEEEECCCCCCCCCCEEEEEECCCCCEEECCCEEEEEECCCC
AGGTFIGTKKLLVEGTDYTLTYSATSLTVTLNGGLAGKGYQVTYDRTINKPSDSLSYMST
CCCEEEECEEEEEECCCEEEEEEEEEEEEEECCCCCCCCEEEEEECCCCCCCCCHHEEEE
QAYTVGDSGTLSSNSAYVYLTMTNYKHIEKKATYNGSTQSIDWKINFNFDQDEISPSTVL
EEEEECCCCCCCCCCEEEEEEECCCEEHHHHCCCCCCCEEEEEEEEECCCHHHCCHHHHH
TDVLADNDVEYVADSLKIKRVTFNATNGSPIVGGDASSDWTTSAISANGNFNLTYKNTNT
HHHHCCCCHHHHHCCEEEEEEEEECCCCCEEECCCCCCCCEEEEEECCCEEEEEEECCCC
NAYEITYSTKITDFSDRKIKNEITDENGVSADATIAIQPDLLKKEAGTIDYFNNTMTWKI
CEEEEEEEEEECCCCCCHHHHHCCCCCCCCCCEEEEECCHHHHHCCCCEEEECCEEEEEE
TANSDRIKMGNLNITDEFSTGVKALKSYTVRAYTDNINSVLLTEGKDYTIDKDVTPAGFY
ECCCCEEEECCCEECCHHHHHHHHHHCEEEEEEECCCCEEEEECCCCEEECCCCCCCCEE
IQLIGDYATTDKKIVVDFVTEIDLSDVTKTIDNKASISYYDGGIIKYVDDVKASMTPDPA
EEEEECCCCCCCEEEEEEEECCCHHHHHHHHCCCCEEEEECCCEEEEEECHHHCCCCCCC
MMTNGGKYGSYNSTTGNIDWIVSVNAMAKNYDNLIFDDAIPTGLTYVEGSLQYRNVASTS
EEECCCCCCCCCCCCCCEEEEEEEEHHHCCCCCEEECCCCCCCEEEEECCEEECCCCCCC
EMMNLYIPLNSVGTVAKTGDKNYPTKVDTTGNKLHLEFANLENSRVFIKYSTKPNENWYF
CEEEEEEECCCCCCEEECCCCCCCEEECCCCCEEEEEEECCCCCEEEEEECCCCCCCEEE
YSYVQNTAKVSDNGVGEKSYSYQAYASKLYNAMTKTATIDPSFDNKVNWVVTLNNISADR
EEEECCCCCCCCCCCCCCCCCHHHHHHHHHHHHHHCEEECCCCCCCEEEEEEEECCCCCC
PINNPTITDTMKTGTTGAQVVKSSFKVINETTGEDIDSKYYDITYTDNNFTIQFKDYKAT
CCCCCEEEEEECCCCCHHHHHHHHHHHHHCCCCCCCCCCEEEEEEECCEEEEEEECCCCC
APIKVTYSTISLMSGLVSNTATTASPDYGSLPMTYKSRTTSISPAFTIGSGSGTATIGSL
CCEEEEHHHHHHHHHHHHCCCCCCCCCCCCCCEEECCCCCCCCCEEEEECCCCCEEEEEE
EITKVDKKDNTKKLAGAKFQLYTLEGDKAGQEATTDTDGKIVMDGLQSGKYKLVETEAPT
EEEEECCCCCCCHHCCCEEEEEEECCCCCCCCCCCCCCCEEEEECCCCCCEEEEEECCCC
GYTISDEYKDGKEITVTADAVTNVTIENTEQTGSAVLLKEDSVTKDAIAGAEFELQNADG
CCEECCCCCCCCEEEEEECCEEEEEEECCCCCCCEEEEECCCCCHHHHCCCEEEEECCCC
TKVAENLVSNADGKIEVTDLAPGDYQFVETKAPTGYVLDATPSEFTIEFNQEAAVIVTKE
HHHHHHHHHCCCCEEEEEECCCCCEEEEEECCCCCEEEECCCCEEEEEECCCEEEEEECC
NTAKTGSVVLTKEDSVTKATIAGAEFDLQKADGTKVSENLVTDADGKIEANDLAPGDYQF
CCCCCCEEEEEECCCCEEEEEECCEEEEECCCCCCCHHCCEECCCCCEEECCCCCCCEEE
VETKAAAGYVLDATPSEFTIEFNQDKAAVVTKENTAKSGSVVLTKQDSATKAALSDAEFE
EEECCCCCEEEECCCCEEEEEECCCCEEEEEECCCCCCCCEEEEECCCCCHHHHCCCCEE
LQTATGTKVKDNLTTNASGEIEVADLAPGDYKFIETKAPTGYELDATPVTFTIEFNQSTA
EEECCCCEEECCCCCCCCCCEEEEECCCCCEEEEEECCCCCEEECCCCEEEEEEECCCEE
VKVTKENVAKTGSVVLTKLDSKSRSNLAGAEFELQTKLGVSLKDKVVTEANGQLQIDNLA
EEEEHHHHCCCCCEEEEEECCCCCCCCCCCEEEEEEECCCCCCCEEEECCCCEEEECCCC
PGDYQLVETKAPTGYELDATPVEFTIEFNQKDAVQVTKTNKMSTGSVVLTKTDGQTKAPL
CCCEEEEEECCCCCEEECCCCEEEEEEECCCCEEEEEECCCCCCCCEEEEECCCCCCCCC
ADATFKLVDADNNVTENLTTDASGKLEITNLAPGDYQLIETKAPKGYELDTVPVDVKISF
CCCEEEEEECCCCCCCCEECCCCCEEEEEEECCCCEEEEEECCCCCCCCCEEEEEEEEEC
NQNQVLQVTKTNIKTVVSGKVIAEFVDTKGNVLAEQEIHAGLVGEKYVTKAKSIAGYKLT
CCCEEEEEEECCEEEEECCCEEEEHHCCCCCEEEEHHHHCCCCCHHHHHHHHHHCCEEEC
KDPTNKVGIYKEADQKVTFVYEKNKSPLVVDPTKPIKPSKPTKPSANPSKQATVKKAQSL
CCCCCCCCEEEECCCEEEEEEECCCCCEEECCCCCCCCCCCCCCCCCCCHHHHHHHHHCC
PSTGDNSLANLIITGLFASTLGLFLLRKSKKVND
CCCCCCHHHHHHHHHHHHHHHHHHHHHCCCCCCC
>Mature Secondary Structure
MKNIRHWKKLVIAMVIGLLVFQNVSPVLATMTDDETAKTTLKITKEDKDTKEKINGSTFE
CCCHHHHHHHHHHHHHHHHHHCCCCCEEEEECCCCCCEEEEEEECCCCCHHHHCCCCEEE
IKNKETGETNDLTISANGEATMDSLSPGDYLVKEKVAPKGYTLDEKEYSVTLAEKEEVIT
ECCCCCCCCCCEEEECCCCEEECCCCCCCEEEECCCCCCCCEECCCCEEEEEECHHHHHH
SVSAKVQEETTKETTKEATTPTPVKKATQNANLKAAITDNIFNKVTLKDGNGDEINTSDR
HHHHHHHHHHHHHHHHCCCCCCCHHHHCCCCCEEEEEECCCCEEEEEECCCCCCCCCHHH
IQNGSGVVLNMNFAFSGKNYKAGDTFTTVLPDAFNFGNKNLSGNFLPSTEAEWTLDVTTR
CCCCCEEEEEEEEEECCCCCCCCCEEEEECCCCCCCCCCCCCCCCCCCCCCCEEEEEEEE
ELTITFLKDGIQEGDYDVNISTAFKVFTSTEETIQEVVFKTAGKDTVYQIEVVPVVNYPT
EEEEEEECCCCCCCCEEEEEEEEEEEEECCHHHHHHHHHHCCCCCEEEEEEEEEEECCCE
TVGITANPGVVNPTKGQVDAKFNLTKEKDAKGELKLNDYASGGTTTIDKDTIKVYSSDVS
EEEEECCCCCCCCCCCCEEEEEECCCCCCCCCCEEEEEECCCCCEEECCCEEEEEECCCC
AGGTFIGTKKLLVEGTDYTLTYSATSLTVTLNGGLAGKGYQVTYDRTINKPSDSLSYMST
CCCEEEECEEEEEECCCEEEEEEEEEEEEEECCCCCCCCEEEEEECCCCCCCCCHHEEEE
QAYTVGDSGTLSSNSAYVYLTMTNYKHIEKKATYNGSTQSIDWKINFNFDQDEISPSTVL
EEEEECCCCCCCCCCEEEEEEECCCEEHHHHCCCCCCCEEEEEEEEECCCHHHCCHHHHH
TDVLADNDVEYVADSLKIKRVTFNATNGSPIVGGDASSDWTTSAISANGNFNLTYKNTNT
HHHHCCCCHHHHHCCEEEEEEEEECCCCCEEECCCCCCCCEEEEEECCCEEEEEEECCCC
NAYEITYSTKITDFSDRKIKNEITDENGVSADATIAIQPDLLKKEAGTIDYFNNTMTWKI
CEEEEEEEEEECCCCCCHHHHHCCCCCCCCCCEEEEECCHHHHHCCCCEEEECCEEEEEE
TANSDRIKMGNLNITDEFSTGVKALKSYTVRAYTDNINSVLLTEGKDYTIDKDVTPAGFY
ECCCCEEEECCCEECCHHHHHHHHHHCEEEEEEECCCCEEEEECCCCEEECCCCCCCCEE
IQLIGDYATTDKKIVVDFVTEIDLSDVTKTIDNKASISYYDGGIIKYVDDVKASMTPDPA
EEEEECCCCCCCEEEEEEEECCCHHHHHHHHCCCCEEEEECCCEEEEEECHHHCCCCCCC
MMTNGGKYGSYNSTTGNIDWIVSVNAMAKNYDNLIFDDAIPTGLTYVEGSLQYRNVASTS
EEECCCCCCCCCCCCCCEEEEEEEEHHHCCCCCEEECCCCCCCEEEEECCEEECCCCCCC
EMMNLYIPLNSVGTVAKTGDKNYPTKVDTTGNKLHLEFANLENSRVFIKYSTKPNENWYF
CEEEEEEECCCCCCEEECCCCCCCEEECCCCCEEEEEEECCCCCEEEEEECCCCCCCEEE
YSYVQNTAKVSDNGVGEKSYSYQAYASKLYNAMTKTATIDPSFDNKVNWVVTLNNISADR
EEEECCCCCCCCCCCCCCCCCHHHHHHHHHHHHHHCEEECCCCCCCEEEEEEEECCCCCC
PINNPTITDTMKTGTTGAQVVKSSFKVINETTGEDIDSKYYDITYTDNNFTIQFKDYKAT
CCCCCEEEEEECCCCCHHHHHHHHHHHHHCCCCCCCCCCEEEEEEECCEEEEEEECCCCC
APIKVTYSTISLMSGLVSNTATTASPDYGSLPMTYKSRTTSISPAFTIGSGSGTATIGSL
CCEEEEHHHHHHHHHHHHCCCCCCCCCCCCCCEEECCCCCCCCCEEEEECCCCCEEEEEE
EITKVDKKDNTKKLAGAKFQLYTLEGDKAGQEATTDTDGKIVMDGLQSGKYKLVETEAPT
EEEEECCCCCCCHHCCCEEEEEEECCCCCCCCCCCCCCCEEEEECCCCCCEEEEEECCCC
GYTISDEYKDGKEITVTADAVTNVTIENTEQTGSAVLLKEDSVTKDAIAGAEFELQNADG
CCEECCCCCCCCEEEEEECCEEEEEEECCCCCCCEEEEECCCCCHHHHCCCEEEEECCCC
TKVAENLVSNADGKIEVTDLAPGDYQFVETKAPTGYVLDATPSEFTIEFNQEAAVIVTKE
HHHHHHHHHCCCCEEEEEECCCCCEEEEEECCCCCEEEECCCCEEEEEECCCEEEEEECC
NTAKTGSVVLTKEDSVTKATIAGAEFDLQKADGTKVSENLVTDADGKIEANDLAPGDYQF
CCCCCCEEEEEECCCCEEEEEECCEEEEECCCCCCCHHCCEECCCCCEEECCCCCCCEEE
VETKAAAGYVLDATPSEFTIEFNQDKAAVVTKENTAKSGSVVLTKQDSATKAALSDAEFE
EEECCCCCEEEECCCCEEEEEECCCCEEEEEECCCCCCCCEEEEECCCCCHHHHCCCCEE
LQTATGTKVKDNLTTNASGEIEVADLAPGDYKFIETKAPTGYELDATPVTFTIEFNQSTA
EEECCCCEEECCCCCCCCCCEEEEECCCCCEEEEEECCCCCEEECCCCEEEEEEECCCEE
VKVTKENVAKTGSVVLTKLDSKSRSNLAGAEFELQTKLGVSLKDKVVTEANGQLQIDNLA
EEEEHHHHCCCCCEEEEEECCCCCCCCCCCEEEEEEECCCCCCCEEEECCCCEEEECCCC
PGDYQLVETKAPTGYELDATPVEFTIEFNQKDAVQVTKTNKMSTGSVVLTKTDGQTKAPL
CCCEEEEEECCCCCEEECCCCEEEEEEECCCCEEEEEECCCCCCCCEEEEECCCCCCCCC
ADATFKLVDADNNVTENLTTDASGKLEITNLAPGDYQLIETKAPKGYELDTVPVDVKISF
CCCEEEEEECCCCCCCCEECCCCCEEEEEEECCCCEEEEEECCCCCCCCCEEEEEEEEEC
NQNQVLQVTKTNIKTVVSGKVIAEFVDTKGNVLAEQEIHAGLVGEKYVTKAKSIAGYKLT
CCCEEEEEEECCEEEEECCCEEEEHHCCCCCEEEEHHHHCCCCCHHHHHHHHHHCCEEEC
KDPTNKVGIYKEADQKVTFVYEKNKSPLVVDPTKPIKPSKPTKPSANPSKQATVKKAQSL
CCCCCCCCEEEECCCEEEEEEECCCCCEEECCCCCCCCCCCCCCCCCCCHHHHHHHHHCC
PSTGDNSLANLIITGLFASTLGLFLLRKSKKVND
CCCCCCHHHHHHHHHHHHHHHHHHHHHCCCCCCC

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