AbstractRecent studies have provided important new insights into the forces exerted by actin polymerization during Listeria motility. The results also expose deficiencies in our understanding of this process, and suggest future directions for complete understanding of the molecular mechanisms involved
AbstractListeria monocytogenes and some other infectious bacteria polymerize their host cell’s actin...
<div><p>To understand how the actin-polymerization-mediated movements in cells emerge from myriad in...
Force generation through actin polymerization is critical for successful infection by L. monocytogen...
AbstractRecent studies have provided important new insights into the forces exerted by actin polymer...
AbstractThe bacterium Listeria monocytogenes uses the energy of the actin polymerization to propel i...
AbstractThe intracellular movement of the bacterial pathogen Listeria monocytogenes has helped ident...
AbstractThe intracellular pathogen Listeria monocytogenes is a useful model for general actin-based ...
AbstractListeria monocytogenes and some other infectious bacteria polymerize their host cell’s actin...
AbstractUsing a generalized Brownian ratchet model that accounts for the interactions of actin filam...
AbstractThe motion of many intracellular pathogens is driven by the polymerization of actin filament...
AbstractWe have examined the process by which the intracellular bacterial pathogen Listeria monocyto...
AbstractActin polymerization provides a major driving force for eukaryotic cell motility. Successive...
Certain kinds of cellular movements are apparently driven by actin polymerization. Examples include ...
AbstractAlthough actin-based motility drives cell crawling and intracellular locomotion of organelle...
Novel Roles of Actin Binding Proteins in Listeria monocytogenes Actin-Based Motility Revealed Within...
AbstractListeria monocytogenes and some other infectious bacteria polymerize their host cell’s actin...
<div><p>To understand how the actin-polymerization-mediated movements in cells emerge from myriad in...
Force generation through actin polymerization is critical for successful infection by L. monocytogen...
AbstractRecent studies have provided important new insights into the forces exerted by actin polymer...
AbstractThe bacterium Listeria monocytogenes uses the energy of the actin polymerization to propel i...
AbstractThe intracellular movement of the bacterial pathogen Listeria monocytogenes has helped ident...
AbstractThe intracellular pathogen Listeria monocytogenes is a useful model for general actin-based ...
AbstractListeria monocytogenes and some other infectious bacteria polymerize their host cell’s actin...
AbstractUsing a generalized Brownian ratchet model that accounts for the interactions of actin filam...
AbstractThe motion of many intracellular pathogens is driven by the polymerization of actin filament...
AbstractWe have examined the process by which the intracellular bacterial pathogen Listeria monocyto...
AbstractActin polymerization provides a major driving force for eukaryotic cell motility. Successive...
Certain kinds of cellular movements are apparently driven by actin polymerization. Examples include ...
AbstractAlthough actin-based motility drives cell crawling and intracellular locomotion of organelle...
Novel Roles of Actin Binding Proteins in Listeria monocytogenes Actin-Based Motility Revealed Within...
AbstractListeria monocytogenes and some other infectious bacteria polymerize their host cell’s actin...
<div><p>To understand how the actin-polymerization-mediated movements in cells emerge from myriad in...
Force generation through actin polymerization is critical for successful infection by L. monocytogen...
DOI
Add to ORKG