Type III protein-secretion machines are essential for the interactions of many pathogenic or
symbiotic bacterial species with their respective eukaryotic hosts. The core component of …

Type III secretion machines are essential for the biology of many bacteria that are
pathogenic or symbiotic for animals, plants, or insects. They exert their function by delivering …

Type III secretion systems are multiprotein molecular machines required for the virulence of
several important bacterial pathogens. The central element of these machines is the …

The correct organization of single subunits of multi-protein machines in a three dimensional
context is critical for their functionality. Type III secretion systems (T3SS) are molecular …

Type III protein secretion systems (T3SS) are encoded by several pathogenic or symbiotic
bacteria. The central component of this nanomachine is the needle complex. Here we show …

The type-III secretion (T3S) systems of bacteria are part of self-assembling nanomachines:
the bacterial flagellum that enables cells to propel themselves through liquid and across …

The enteric pathogen Salmonella employs type III secretion systems to transport a cocktail of
effector proteins directly into its host cell. These effectors act in concert to control a variety of …

The type III secretion system (T3SS) is essential for the pathogenesis of many bacteria
including Salmonella and Shigella, which together are responsible for millions of deaths …

Type III protein secretion systems have specifically evolved to deliver bacterially encoded
proteins into target eukaryotic cells. The core elements of this multi-protein machine are the …

Several pathogenic bacteria have evolved a specialized protein secretion system termed
type III to secrete and deliver effector proteins into eukaryotic host cells. Salmonella enterica …