Myosins and kinesins each constitute a large family of linear molecular motors that track along a filamentous rail, myosins along an actin filament and kinesins along a microtubule. These motors are powered by free energy derived from ATP hydrolysis
AbstractKinesin is a molecular walking machine with two identical motor heads connected to a coiled-...
Cargos that are transported along actin frequently switch filaments. New work on single myosin V mot...
There has been an explosion of interest in molecular motors in the last decade, and it is clear that...
Many of linear molecular motors, such as myosins and kinesins, have two ‘feet’ (traditionally called...
Molecular motors are protein machines whose directed movement along cytoskeletal filaments is driven...
Molecular motors are protein machines whose directed movement along cytoskeletal filaments is driven...
Molecular motors are protein machines whose directed movement along cytoskeletal filaments is driven...
AbstractStructure determination of the catalytic domains of two members of the kinesin superfamily r...
AbstractStructure determination of the catalytic domains of two members of the kinesin superfamily r...
AbstractKinesin is a molecular-scale walking machine. New analyses of its mechanism indicate that ea...
Within the teeming interior of the cell, many molecular machines drive the essential processes of li...
T here are many different types of molecular motor; some ofthem move linearly along polymers, wherea...
Permeating throughout a eukaryotic cell is a lattice of filamentous tracks called microtubules, upon...
Motor proteins have been observed to march around the cells delivering cargoes or energy producing m...
AbstractMolecular motors are first and foremost molecules, governed by the laws of chemistry rather ...
AbstractKinesin is a molecular walking machine with two identical motor heads connected to a coiled-...
Cargos that are transported along actin frequently switch filaments. New work on single myosin V mot...
There has been an explosion of interest in molecular motors in the last decade, and it is clear that...
Many of linear molecular motors, such as myosins and kinesins, have two ‘feet’ (traditionally called...
Molecular motors are protein machines whose directed movement along cytoskeletal filaments is driven...
Molecular motors are protein machines whose directed movement along cytoskeletal filaments is driven...
Molecular motors are protein machines whose directed movement along cytoskeletal filaments is driven...
AbstractStructure determination of the catalytic domains of two members of the kinesin superfamily r...
AbstractStructure determination of the catalytic domains of two members of the kinesin superfamily r...
AbstractKinesin is a molecular-scale walking machine. New analyses of its mechanism indicate that ea...
Within the teeming interior of the cell, many molecular machines drive the essential processes of li...
T here are many different types of molecular motor; some ofthem move linearly along polymers, wherea...
Permeating throughout a eukaryotic cell is a lattice of filamentous tracks called microtubules, upon...
Motor proteins have been observed to march around the cells delivering cargoes or energy producing m...
AbstractMolecular motors are first and foremost molecules, governed by the laws of chemistry rather ...
AbstractKinesin is a molecular walking machine with two identical motor heads connected to a coiled-...
Cargos that are transported along actin frequently switch filaments. New work on single myosin V mot...
There has been an explosion of interest in molecular motors in the last decade, and it is clear that...
Add to ORKG