AbstractBacterial flagella, unlike eukaryotic flagella, are largely external to the cell and therefore many of their subunits have to be exported. Export is ATP-driven. In Salmonella, the bacterium on which this chapter largely focuses, the apparatus responsible for flagellar protein export consists of six membrane components, three soluble components and several substrate-specific chaperones. Other flagellated eubacteria have similar systems. The membrane components of the export apparatus are housed within the flagellar basal body and deliver their substrates into a channel or lumen in the nascent structure from which point they diffuse to the far end and assemble. Both on the basis of sequence similarities of several components and struc...
Bacteria swim in liquid environment by rotation of an unique nanomachine, the flagellum. For assembl...
Type-III protein secretion systems are utilized by gram-negative pathogens to secrete building block...
Substructure of the S. typhimurium flagellum are built sequentially by the successive addition of st...
AbstractBacterial flagella, unlike eukaryotic flagella, are largely external to the cell and therefo...
AbstractFor construction of the bacterial flagellum, which is responsible for bacterial motility, th...
The bacterial flagellum contains its own type III secretion apparatus that coordinates protein expor...
type III export; secretion pilots; chaperone escort. Bacteria secrete flagella subunits and deliver ...
Bacteria propel themselves through liquid environments using rotation of a propeller like organelle,...
Although predicted on the basis of sequence conservation, the work presented here formally demonstra...
The ability of many bacteria to swim trough liquids is not only essential to access more favorable e...
Many bacteria move using a complex, self-assembling nanomachine, the bacterial flagellum. Biosynthes...
<div><p>The bacterial type III export apparatus is found in the flagellum and in the needle complex ...
Export of proteins through type III secretion systems (T3SS) is critical for motility and virulence ...
The bacterial flagellum contains its own type III secretion apparatus that coordinates protein expor...
Type-III protein secretion systems are utilized by gram-negative pathogens to secrete building block...
Bacteria swim in liquid environment by rotation of an unique nanomachine, the flagellum. For assembl...
Type-III protein secretion systems are utilized by gram-negative pathogens to secrete building block...
Substructure of the S. typhimurium flagellum are built sequentially by the successive addition of st...
AbstractBacterial flagella, unlike eukaryotic flagella, are largely external to the cell and therefo...
AbstractFor construction of the bacterial flagellum, which is responsible for bacterial motility, th...
The bacterial flagellum contains its own type III secretion apparatus that coordinates protein expor...
type III export; secretion pilots; chaperone escort. Bacteria secrete flagella subunits and deliver ...
Bacteria propel themselves through liquid environments using rotation of a propeller like organelle,...
Although predicted on the basis of sequence conservation, the work presented here formally demonstra...
The ability of many bacteria to swim trough liquids is not only essential to access more favorable e...
Many bacteria move using a complex, self-assembling nanomachine, the bacterial flagellum. Biosynthes...
<div><p>The bacterial type III export apparatus is found in the flagellum and in the needle complex ...
Export of proteins through type III secretion systems (T3SS) is critical for motility and virulence ...
The bacterial flagellum contains its own type III secretion apparatus that coordinates protein expor...
Type-III protein secretion systems are utilized by gram-negative pathogens to secrete building block...
Bacteria swim in liquid environment by rotation of an unique nanomachine, the flagellum. For assembl...
Type-III protein secretion systems are utilized by gram-negative pathogens to secrete building block...
Substructure of the S. typhimurium flagellum are built sequentially by the successive addition of st...