AbstractA wide variety of plant and human bacterial pathogens use a specialized ‘type III’ protein secretion system to deliver virulence factors into host cells. Appendage-like surface structures have recently been identified on several bacterial pathogens and there are indications that these may be conduits for virulence factor delivery
Gram-negative bacteria have evolved diverse secretion systems/machineries to translocate substrates ...
The ability to secrete proteins is important to the pathogenesis of many bacteria. For gram-neg-ativ...
Virulence associated with several Gram-negative bacterial patho-gens requires the translocation of “...
AbstractA wide variety of plant and human bacterial pathogens use a specialized ‘type III’ protein s...
AbstractA wide variety of Gram-negative bacterial pathogens use a ‘type III’ protein secretion syste...
Type III secretion/translocation systems are essential factors of bacteria-host interactions in most...
Type III secretion/translocation systems are essential factors of bacteria-host interactions in most...
AbstractA specialized protein secretion pathway is used by some Gram-negative bacterial pathogens fo...
Type III secretion systems allow Yersinia spp., Salmonella spp.. Shigella spp., Bordetella spp., and...
Type IV secretion systems (TFSS) mediate secretion or direct cell-to-cell transfer of virulence fact...
Type IV secretion systems (TFSS) mediate secretion or direct cell-to-cell transfer of virulence fact...
One of the most exciting developments in the field of bacterial pathogenesis in recent years is the ...
Type III secretion systems allow Yersinia spp., Salmonella spp., Shigella spp., Bordetella spp., and...
Recent research has revealed the emergence of common themes in the molecular mechanisms of virulence...
AbstractThe type III protein secretion system (TTSS) is a complex organelle in the envelope of many ...
Gram-negative bacteria have evolved diverse secretion systems/machineries to translocate substrates ...
The ability to secrete proteins is important to the pathogenesis of many bacteria. For gram-neg-ativ...
Virulence associated with several Gram-negative bacterial patho-gens requires the translocation of “...
AbstractA wide variety of plant and human bacterial pathogens use a specialized ‘type III’ protein s...
AbstractA wide variety of Gram-negative bacterial pathogens use a ‘type III’ protein secretion syste...
Type III secretion/translocation systems are essential factors of bacteria-host interactions in most...
Type III secretion/translocation systems are essential factors of bacteria-host interactions in most...
AbstractA specialized protein secretion pathway is used by some Gram-negative bacterial pathogens fo...
Type III secretion systems allow Yersinia spp., Salmonella spp.. Shigella spp., Bordetella spp., and...
Type IV secretion systems (TFSS) mediate secretion or direct cell-to-cell transfer of virulence fact...
Type IV secretion systems (TFSS) mediate secretion or direct cell-to-cell transfer of virulence fact...
One of the most exciting developments in the field of bacterial pathogenesis in recent years is the ...
Type III secretion systems allow Yersinia spp., Salmonella spp., Shigella spp., Bordetella spp., and...
Recent research has revealed the emergence of common themes in the molecular mechanisms of virulence...
AbstractThe type III protein secretion system (TTSS) is a complex organelle in the envelope of many ...
Gram-negative bacteria have evolved diverse secretion systems/machineries to translocate substrates ...
The ability to secrete proteins is important to the pathogenesis of many bacteria. For gram-neg-ativ...
Virulence associated with several Gram-negative bacterial patho-gens requires the translocation of “...
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