Homology to the mannose-sensitive hemagglutinin pilus of Vibrio cholerae. MSHA bundle-forming pilus is the major filamentous appendage responsible for tissue adherence and colonisation. Essential for biofilm formation. ...
Homology to the mannose-sensitive hemagglutinin pilus of Vibrio cholerae. MSHA bundle-forming pilus is the major filamentous appendage responsible for tissue adherence and colonisation. Essential for biofilm formation. ...
Homology to the mannose-sensitive hemagglutinin pilus of Vibrio cholerae. MSHA bundle-forming pilus is the major filamentous appendage responsible for tissue adherence and colonisation. Essential for biofilm formation. ...
Polar. Similar to the P. aeruginosa Pil system. Constitutively expressed. The role of the Tap pilus remains to be elucidated, its biogenesis has strong implications in virulence in other ways. TapD, a prepilin peptidase is not only required for the processing of the prepilins before they are incorporated into the pilus filament but also for the processing of the pseudopilins of the T2SS, that are essential for the secretion of many virulence factors. ...
Polar. Similar to the P. aeruginosa Pil system. Constitutively expressed. The role of the Tap pilus remains to be elucidated, its biogenesis has strong implications in virulence in other ways. TapD, a prepilin peptidase is not only required for the processing of the prepilins before they are incorporated into the pilus filament but also for the processing of the pseudopilins of the T2SS, that are essential for the secretion of many virulence factors. ...
Polar. Similar to the P. aeruginosa Pil system. Constitutively expressed. The role of the Tap pilus remains to be elucidated, its biogenesis has strong implications in virulence in other ways. TapD, a prepilin peptidase is not only required for the processing of the prepilins before they are incorporated into the pilus filament but also for the processing of the pseudopilins of the T2SS, that are essential for the secretion of many virulence factors. ...