Dynein: An ancient motor protein involved in multiple modes of transport
Richard B. Vallee, John C. Williams, Dileep Varma, Lora E. Barnhart
Abstract
Richard B. Vallee, John C. Williams, Dileep Varma, Lora E. Barnhart
Abstract
Cytoplasmic dynein has long been thought to be responsible for retrograde axonal transport. As the number of cellular roles for this multifunctional protein has expanded, the complexity of its contribution to axonal transport has increased. In this article the increasing evidence for a role for cytoplasmic dynein in anterograde as well as retrograde transport is discussed. The current status of the complex dynein cargo-binding mechanism is evaluated. Finally, recent genetic evidence supporting a role in axonal transport and revealing a role in neurodegenerative conditions is reviewed.
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Cytoplasmic dynein has long been thought to be responsible for retrograde axonal transport. As the number of cellular roles for this multifunctional protein has expanded, the complexity of its contribution to axonal transport has increased. In this article the increasing evidence for a role for cytoplasmic dynein in anterograde as well as retrograde transport is discussed. The current status of the complex dynein cargo-binding mechanism is evaluated. Finally, recent genetic evidence supporting a role in axonal transport and revealing a role in neurodegenerative conditions is reviewed.
Key concepts: Dynein, Axoplasmic transport, Biology, Dynactin, Motor protein, Cell biology, Neuroscience, Transport protein