Pili belong to a broad class of bacterial surface structures that play a key role in infection and pathogenicity. The largest and best characterised pilus biogenesis system — the chaperone–usher pathway — is particularly remarkable in its ability to synthesise and display highly organised structures at the outer membrane without any input from endogenous energy sources. The past few years have heralded exciting new developments in our understanding of the structural biology and mechanism of pilus assembly, which are discussed in this review. Such knowledge will be particularly important in the future, as we approach an era of widespread resistance to common antibiotics and require new targets
SummaryGram-negative pathogens commonly exhibit adhesive pili on their surfaces that mediate specifi...
Type IV pili are long appendages found at the surface of many bacteria, composed of an oligomerized ...
Among bacteria, the chaperone-usher (CU) pathway is a widespread conserved assembly and translocatio...
The chaperone–usher (CU) pathway of pilus biogenesis is the most widespread of the five pathways tha...
Pili are critical virulence factors of many Gram-negative pathogens. These surface structures provid...
Pili are crucial virulence factors for many Gram-negative pathogens. These surface structures provid...
The formation of adhesive surface structures called pili or fimbriae (‘bacterial hair’) is an import...
Bacteria express a multitude of hair-like adhesive appendages on their cell surfaces, together refer...
<p>Gram-negative pathogens express fibrous adhesive organelles that mediate targeting to sites of in...
Biogenesis of a superfamily of surface structures by gram-negative bacteria requires the chaperone/u...
AbstractMany gram-negative bacteria produce thin protein filaments, named pili, which extend beyond ...
Summary Pili are proteinaceous polymers of linked pilins that protrude from the cell surface of many...
A variety of multi-subunit protein polymers on the bacterial cell surface known as pili or fimbriae ...
Many Gram-negative pathogens assemble architecturally and functionally diverse adhesive pili on thei...
Gram-negative pathogens commonly exhibit adhesive pili on their surfaces that mediate specific attac...
SummaryGram-negative pathogens commonly exhibit adhesive pili on their surfaces that mediate specifi...
Type IV pili are long appendages found at the surface of many bacteria, composed of an oligomerized ...
Among bacteria, the chaperone-usher (CU) pathway is a widespread conserved assembly and translocatio...
The chaperone–usher (CU) pathway of pilus biogenesis is the most widespread of the five pathways tha...
Pili are critical virulence factors of many Gram-negative pathogens. These surface structures provid...
Pili are crucial virulence factors for many Gram-negative pathogens. These surface structures provid...
The formation of adhesive surface structures called pili or fimbriae (‘bacterial hair’) is an import...
Bacteria express a multitude of hair-like adhesive appendages on their cell surfaces, together refer...
<p>Gram-negative pathogens express fibrous adhesive organelles that mediate targeting to sites of in...
Biogenesis of a superfamily of surface structures by gram-negative bacteria requires the chaperone/u...
AbstractMany gram-negative bacteria produce thin protein filaments, named pili, which extend beyond ...
Summary Pili are proteinaceous polymers of linked pilins that protrude from the cell surface of many...
A variety of multi-subunit protein polymers on the bacterial cell surface known as pili or fimbriae ...
Many Gram-negative pathogens assemble architecturally and functionally diverse adhesive pili on thei...
Gram-negative pathogens commonly exhibit adhesive pili on their surfaces that mediate specific attac...
SummaryGram-negative pathogens commonly exhibit adhesive pili on their surfaces that mediate specifi...
Type IV pili are long appendages found at the surface of many bacteria, composed of an oligomerized ...
Among bacteria, the chaperone-usher (CU) pathway is a widespread conserved assembly and translocatio...