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FdeC
(Factor adherence E. coli) |
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Homology to Invasin and Intimin, belongs to inverse autotransporter family. Binding to epithelial cells and collagen I, II, V, VI. Aggregation. Kidney and bladder colonization. ... |
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| Intimin |
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94-kDa outer-membrane protein encoded in the LEE. N-terminus of intimin anchors the protein in the EHEC outer membrane and exhibits little sequence variation. C-terminal end of intimin extends from the EHEC surface, binds to Tir, and exhibits extreme sequence variation that may be involved in tissue tropism. To date, sequence variations of the C-terminus have been proposed to define at least nine intmin subtypes represented by the Greek letters α through . The structure of the C-terminal end of intimin, alone (PDB code: 1F00)and in complex with Tir (PDB code: 1F02), has been determined. This region of intimin is composed of three tandem Ig-like domains followed by a C-type lectin-like domain that contains the Tir binding site. ... |
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| Intimin |
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94-kDa outer-membrane protein encoded in the LEE. N-terminus of intimin anchors the protein in the EPEC outer membrane and exhibits little sequence variation. C-terminal end of intimin extends from the EPEC surface, binds to Tir, and exhibits extreme sequence variation that may be involved in tissue tropism. To date, sequence variations of the C-terminus have been proposed to define at least nine intmin subtypes represented by the Greek letters α through . The structure of the C-terminal end of intimin, alone (PDB code: 1F00)and in complex with Tir (PDB code: 1F02), has been determined. This region of intimin is composed of three tandem Ig-like domains followed by a C-type lectin-like domain that contains the Tir binding site. ... |
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| SinH |
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N-terminal 350 residues exhibits homology with invasin of Yersinia pseudotuberculosis (49.5% identity) and intimin of E. coli O111 (enteropathogenic E. coli) (48% identity). The amino termini of invasin and intimin serve as membrane-spanning anchors in the bacterial outer membrane. ... |
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| Invasin |
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Homolog of Intimin, a major adhesin of EPEC and EHEC, belongs to inverse autotransporter family (Type Ve). Invasin is expressed in pathogenic Y.enterocolitica strains and Y.pseudotuberculosis, but the Y.pestis inv gene is inactivated by an insertion sequence. The inv gene is located in the middle of a gene cluster encoding the flagella proteins. ~100 kDa, anchored by its amino-terminal region. Invasin has a 100-fold greater affinity for β1-containing integrins than their natural ligand, fibronectin. ... |
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Invasin B/Ifp
(Intimin family protein) |
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InvA-like autotransporter mediating adhesion to host cells and promote colonization of different host tissues. ... |
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Invasin C/Ilp
(Intimin/InvA-like protein) |
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InvA-like autotransporter mediating adhesion to host cells and promote colonization of different host tissues. ... |
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| Invasin D |
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The first member of the invasin family of adhesins with an adhesion domain that adopts an Ig-related fold. ... |
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| Intimin |
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94-kDa outer-membrane protein encoded in the LEE. N-terminus of intimin anchors the protein in the EHEC outer membrane and exhibits little sequence variation. C-terminal end of intimin extends from the EHEC surface, binds to Tir, and exhibits extreme sequence variation that may be involved in tissue tropism. To date, sequence variations of the C-terminus have been proposed to define at least nine intmin subtypes represented by the Greek letters α through . The structure of the C-terminal end of intimin, alone (PDB code: 1F00)and in complex with Tir (PDB code: 1F02), has been determined. This region of intimin is composed of three tandem Ig-like domains followed by a C-type lectin-like domain that contains the Tir binding site. ... |
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| Intimin |
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94-kDa outer-membrane protein encoded in the LEE. N-terminus of intimin anchors the protein in the EHEC outer membrane and exhibits little sequence variation. C-terminal end of intimin extends from the EHEC surface, binds to Tir, and exhibits extreme sequence variation that may be involved in tissue tropism. To date, sequence variations of the C-terminus have been proposed to define at least nine intmin subtypes represented by the Greek letters α through . The structure of the C-terminal end of intimin, alone (PDB code: 1F00)and in complex with Tir (PDB code: 1F02), has been determined. This region of intimin is composed of three tandem Ig-like domains followed by a C-type lectin-like domain that contains the Tir binding site. ... |
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