Motor proteins, such as dynein, use chemical energy from ATP hydrolysis to move along the cytoskeleton. Roberts et al. (2009) now describe the arrangement of subdomains in the motor domain of dynein and propose a model for how these regions function together in force generation
Cytoskeletal molecular motors belonging to the kinesin and dynein families transport cargos (for exa...
In this issue of Structure, Roberts et al. discuss how cryo-electron microscopy single particle reco...
Cytoskeletal motors play key roles in the organization and division of eukaryotic cells. Although de...
Motor proteins, such as dynein, use chemical energy from ATP hydrolysis to move along the cytoskelet...
AbstractThe molecular motor dynein is associated with various cellular activities, such as directed ...
Intracellular active transport is driven by ATP-hydrolyzing motor proteins that move along cytoskele...
Intracellular active transport is driven by ATP-hydrolyzing motor proteins that move along cytoskele...
Motor proteins take part in the organization and division of eukaryotic cells by using their ability...
Motor proteins take part in the organization and division of eukaryotic cells by using their ability...
AbstractDynein is a large cytoskeletal motor protein that belongs to the AAA+ (ATPases associated wi...
The molecular motor dynein is associated with various cellular activities, such as directed transpor...
The molecular motor dynein is associated with various cellular activities, such as directed transpor...
Many cellular processes require large forces that are generated collectively by multiple cytoskeleta...
SummaryMany cellular processes require large forces that are generated collectively by multiple cyto...
AbstractRecent experiment showed that cytoplasmic dynein 1, a molecular motor responsible for cargo ...
Cytoskeletal molecular motors belonging to the kinesin and dynein families transport cargos (for exa...
In this issue of Structure, Roberts et al. discuss how cryo-electron microscopy single particle reco...
Cytoskeletal motors play key roles in the organization and division of eukaryotic cells. Although de...
Motor proteins, such as dynein, use chemical energy from ATP hydrolysis to move along the cytoskelet...
AbstractThe molecular motor dynein is associated with various cellular activities, such as directed ...
Intracellular active transport is driven by ATP-hydrolyzing motor proteins that move along cytoskele...
Intracellular active transport is driven by ATP-hydrolyzing motor proteins that move along cytoskele...
Motor proteins take part in the organization and division of eukaryotic cells by using their ability...
Motor proteins take part in the organization and division of eukaryotic cells by using their ability...
AbstractDynein is a large cytoskeletal motor protein that belongs to the AAA+ (ATPases associated wi...
The molecular motor dynein is associated with various cellular activities, such as directed transpor...
The molecular motor dynein is associated with various cellular activities, such as directed transpor...
Many cellular processes require large forces that are generated collectively by multiple cytoskeleta...
SummaryMany cellular processes require large forces that are generated collectively by multiple cyto...
AbstractRecent experiment showed that cytoplasmic dynein 1, a molecular motor responsible for cargo ...
Cytoskeletal molecular motors belonging to the kinesin and dynein families transport cargos (for exa...
In this issue of Structure, Roberts et al. discuss how cryo-electron microscopy single particle reco...
Cytoskeletal motors play key roles in the organization and division of eukaryotic cells. Although de...
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