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| Type I pili |
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Short-rigid pili. Chaperone-usher pathway assembled pili. Involved in the initial stages of colonisation. ... |
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| Fimbriae |
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The major subunits form the two predominant Bordetella fimbrial serotypes: Fim2 and Fim3. fimX is expressed only at very low levels. fimN, the fourth fimbrial locus is identified in B. bronchiseptica. The fim genes are subject to fimbrial phase variation by a mechanism involved in slipped-stand mispairing within a stretch of cytosine residues located between the -10 and -35 elements of the fim2, fim3, fimX and fimN promoters. FimD is the minor fimbrial subunit for all fimbrial serotypes. It forms the tip adhesin. ... |
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| Fimbriae |
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The major subunits form the two predominant Bordetella fimbrial serotypes: Fim2 and Fim3. fimX is expressed only at very low levels. fimN, the fourth fimbrial locus is identified in B. bronchiseptica. The fim genes are subject to fimbrial phase variation by a mechanism involved in slipped-stand mispairing within a stretch of cytosine residues located between the -10 and -35 elements of the fim2, fim3, fimX and fimN promoters. FimD is the minor fimbrial subunit for all fimbrial serotypes. It forms the tip adhesin. ... |
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| Fimbriae |
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The major subunits form the two predominant Bordetella fimbrial serotypes: Fim2 and Fim3. fimX is expressed only at very low levels. fimN, the fourth fimbrial locus is identified in B. bronchiseptica. The fim genes are subject to fimbrial phase variation by a mechanism involved in slipped-stand mispairing within a stretch of cytosine residues located between the -10 and -35 elements of the fim2, fim3, fimX and fimN promoters. FimD is the minor fimbrial subunit for all fimbrial serotypes. It forms the tip adhesin. ... |
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AAFs
(Aggregative adherence fimbriae) |
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Belongs to Dr family of adhesins. At least four allelic variants of AAFs exist, but each is present in only a minority of strains. Most EAEC strains harbor a 60 to 65-MDa plasmid that may encode the AAF/I or AAF/II and , in some cases, the enterotoxin EAST1 and Pet. ... |
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AAFs
(Aggregative adherence fimbriae) |
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Belongs to Dr family of adhesins. At least four allelic variants of AAFs exist, but each is present in only a minority of strains. Most EAEC strains harbor a 60 to 65-MDa plasmid that may encode the AAF/I or AAF/II and , in some cases, the enterotoxin EAST1 and Pet. ... |
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AAFs
(Aggregative adherence fimbriae) |
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Belongs to Dr family of adhesins. At least four allelic variants of AAFs exist, but each is present in only a minority of strains. Most EAEC strains harbor a 60 to 65-MDa plasmid that may encode the AAF/I or AAF/II and , in some cases, the enterotoxin EAST1 and Pet. ... |
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AAFs
(Aggregative adherence fimbriae) |
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Belongs to Dr family of adhesins. At least four allelic variants of AAFs exist, but each is present in only a minority of strains. Most EAEC strains harbor a 60 to 65-MDa plasmid that may encode the AAF/I or AAF/II and , in some cases, the enterotoxin EAST1 and Pet. ... |
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AAFs
(Aggregative adherence fimbriae) |
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Belongs to Dr family of adhesins. At least four allelic variants of AAFs exist, but each is present in only a minority of strains. Most EAEC strains harbor a 60 to 65-MDa plasmid that may encode the AAF/I or AAF/II and , in some cases, the enterotoxin EAST1 and Pet. ... |
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AAFs
(Aggregative adherence fimbriae) |
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Belongs to Dr family of adhesins. At least four allelic variants of AAFs exist, but each is present in only a minority of strains. Most EAEC strains harbor a 60 to 65-MDa plasmid that may encode the AAF/I or AAF/II and , in some cases, the enterotoxin EAST1 and Pet. ... |
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