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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 |
|
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 |
|
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 |
|
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. ... |
|
| Invasin |
|
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. ... |
|
| Invasin |
|
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 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 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 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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