<p>(A) A Qdot585-labeled myosin VI moving on an actin filament was illuminated using an evanescent field. Myosin VI was biotinylated via HaloTag at its N-terminus (motor domain) using biotin-Halo-ligand. A streptavidin conjugated Qdot585 (Life technologies) was attached to the motor domain of myosin VI using avidin-biotin interactions. (B) A typical stepping trace of myosin VI at 200 µM ATP. Examples of large, small and backward steps are indicated by the arrows.</p
The movement produced by a small number of myosin molecular motors was measured with nanometre preci...
AbstractMyosin V is biomolecular motor with two actin-binding domains (heads) that take multiple ste...
AbstractMyosin VI is thought to function as both a transporter and an anchor. While in vitro studies...
AbstractMyosin V is a homodimeric motor protein involved in trafficking of vesicles in the cell. It ...
119 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2006.Single-molecule fluorescence ...
Molecular fluorescence provides scientists with a wealth of information on how biological systems fu...
Myosin VI is a two-headed molecular motor that moves along an actin filament in the direction opposi...
<p>(A) Still images from a movie showing movement of single molecules of m10-HMM-zip along a single ...
SummaryMany biological motor molecules move within cells using stepsizes predictable from their stru...
91 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2003.The other protein I studied is...
Myosin powers contraction in heart and skeletal muscle and is a leading target for mutations implica...
The myosin superfamily is comprised of nearly twenty classes of actin-based motors. Prior to 1999, i...
We combined protein engineering and single molecule measurements to directly record the step size of...
AbstractThe double-headed myosin V molecular motor carries intracellular cargo processively along ac...
Myosin X is an unconventional myosin with puzzling motility properties. We studied the motility of d...
The movement produced by a small number of myosin molecular motors was measured with nanometre preci...
AbstractMyosin V is biomolecular motor with two actin-binding domains (heads) that take multiple ste...
AbstractMyosin VI is thought to function as both a transporter and an anchor. While in vitro studies...
AbstractMyosin V is a homodimeric motor protein involved in trafficking of vesicles in the cell. It ...
119 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2006.Single-molecule fluorescence ...
Molecular fluorescence provides scientists with a wealth of information on how biological systems fu...
Myosin VI is a two-headed molecular motor that moves along an actin filament in the direction opposi...
<p>(A) Still images from a movie showing movement of single molecules of m10-HMM-zip along a single ...
SummaryMany biological motor molecules move within cells using stepsizes predictable from their stru...
91 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2003.The other protein I studied is...
Myosin powers contraction in heart and skeletal muscle and is a leading target for mutations implica...
The myosin superfamily is comprised of nearly twenty classes of actin-based motors. Prior to 1999, i...
We combined protein engineering and single molecule measurements to directly record the step size of...
AbstractThe double-headed myosin V molecular motor carries intracellular cargo processively along ac...
Myosin X is an unconventional myosin with puzzling motility properties. We studied the motility of d...
The movement produced by a small number of myosin molecular motors was measured with nanometre preci...
AbstractMyosin V is biomolecular motor with two actin-binding domains (heads) that take multiple ste...
AbstractMyosin VI is thought to function as both a transporter and an anchor. While in vitro studies...