In the diverse world of bacterial pili, type IV pili (Tfp) are unique for two reasons: their multifunctionality and ubiquity. This latter feature offers an extraordinary possibility, that is, to perform comparative studies in evolutionarily distant species in order to improve our fragmentary understanding of Tfp biology. Regrettably, such potential has remained largely untapped, because, for 20 years, Tfp have only been characterised in diderm bacteria. However, recent studies of Tfp in monoderms have started closing the gap, revealing many interesting commonalities and a few significant differences, extending the frontiers of knowledge of Tfp biology. Here, I review the current state of the art of the Tfp field in monoderm bacteria and dis...
Bacteria produce protein polymers on their surface called pili or fimbriae that serve either as atta...
Bacteria produce protein polymers on their surface called pili or fimbriae that serve either as atta...
Type IV pili (T4P) are functionally versatile filamentous nanomachines, nearly ubiquitous in prokary...
Type IV pili (Tfp), which are key virulence factors in many bacterial pathogens, define a large grou...
Cell-surface-located proteinaceous appendages, such as flagella and fimbriae or pili, are ubiquitous...
Type IV pili (Tfp) are functionally versatile filaments, widespread in prokaryotes, that belong to a...
In Gram-negative bacteria, type IV pili (TFP) have long been known to play important roles in such d...
International audienceType IV filaments (T4F), which are helical assemblies of type IV pilins, const...
Pili are crucial virulence factors for many Gram-negative pathogens. These surface structures provid...
In Gram-negative bacteria, type IV pili (TFP) have long been known to play important roles in such d...
Type IV pili are flexible filaments on the surface of bacteria, consisting of a helical assembly of ...
Abstract Type 4 pili (T4P) are important virulence factors, which belong to a superfamily of nanomac...
Pili are critical virulence factors of many Gram-negative pathogens. These surface structures provid...
International audienceType 4a pili (T4aP) are long, thin and dynamic fibres displayed on the surface...
Type IV pili are long appendages found at the surface of many bacteria, composed of an oligomerized ...
Bacteria produce protein polymers on their surface called pili or fimbriae that serve either as atta...
Bacteria produce protein polymers on their surface called pili or fimbriae that serve either as atta...
Type IV pili (T4P) are functionally versatile filamentous nanomachines, nearly ubiquitous in prokary...
Type IV pili (Tfp), which are key virulence factors in many bacterial pathogens, define a large grou...
Cell-surface-located proteinaceous appendages, such as flagella and fimbriae or pili, are ubiquitous...
Type IV pili (Tfp) are functionally versatile filaments, widespread in prokaryotes, that belong to a...
In Gram-negative bacteria, type IV pili (TFP) have long been known to play important roles in such d...
International audienceType IV filaments (T4F), which are helical assemblies of type IV pilins, const...
Pili are crucial virulence factors for many Gram-negative pathogens. These surface structures provid...
In Gram-negative bacteria, type IV pili (TFP) have long been known to play important roles in such d...
Type IV pili are flexible filaments on the surface of bacteria, consisting of a helical assembly of ...
Abstract Type 4 pili (T4P) are important virulence factors, which belong to a superfamily of nanomac...
Pili are critical virulence factors of many Gram-negative pathogens. These surface structures provid...
International audienceType 4a pili (T4aP) are long, thin and dynamic fibres displayed on the surface...
Type IV pili are long appendages found at the surface of many bacteria, composed of an oligomerized ...
Bacteria produce protein polymers on their surface called pili or fimbriae that serve either as atta...
Bacteria produce protein polymers on their surface called pili or fimbriae that serve either as atta...
Type IV pili (T4P) are functionally versatile filamentous nanomachines, nearly ubiquitous in prokary...