AbstractActin is now realised to play a dynamic role in muscle contraction and many cellular motility events that occur when the motor domain of myosin uses the energy of ATP hydrolysis to move along the actin filament. Optical and electron microscopic studies have led to seemingly contradictory pictures of actin filament dynamics
We have analyzed the dependence of actin filament sliding movement on the mode of myosin attachment ...
Actin filament dynamics govern many key physiological processes from cell motility to tissue morphog...
Actin filament dynamics govern many key physiological processes from cell motility to tissue morphog...
AbstractActin is now realised to play a dynamic role in muscle contraction and many cellular motilit...
AbstractActin filaments have key roles in cell motility but are generally claimed to be passive inte...
Poisson-Boltzmann calculations of the distribution of electrostatic potentials around an actin filam...
AbstractA new electron cryomicroscopic reconstruction of an actin–scruin bundle from Limulus sperm r...
AbstractMuscle contraction and other forms of cell motility occur as a result of cyclic interactions...
AbstractModifications can be made to F-actin that do not interfere with the binding of myosin but in...
We measured, by fluorescence correlation spectroscopy, the motion of actin filaments in solution dur...
The field of mechanobiology has witnessed an explosive growth over the past several years as interes...
AbstractIt is well documented that muscle contraction results from cyclic rotations of actin-bound m...
We measured, by fluorescence correlation spectroscopy, the motion of actin filaments in solution dur...
Actin filament dynamics govern many key physiological processes from cell motility to tissue morphog...
Actin filament dynamics govern many key physiological processes from cell motility to tissue morphog...
We have analyzed the dependence of actin filament sliding movement on the mode of myosin attachment ...
Actin filament dynamics govern many key physiological processes from cell motility to tissue morphog...
Actin filament dynamics govern many key physiological processes from cell motility to tissue morphog...
AbstractActin is now realised to play a dynamic role in muscle contraction and many cellular motilit...
AbstractActin filaments have key roles in cell motility but are generally claimed to be passive inte...
Poisson-Boltzmann calculations of the distribution of electrostatic potentials around an actin filam...
AbstractA new electron cryomicroscopic reconstruction of an actin–scruin bundle from Limulus sperm r...
AbstractMuscle contraction and other forms of cell motility occur as a result of cyclic interactions...
AbstractModifications can be made to F-actin that do not interfere with the binding of myosin but in...
We measured, by fluorescence correlation spectroscopy, the motion of actin filaments in solution dur...
The field of mechanobiology has witnessed an explosive growth over the past several years as interes...
AbstractIt is well documented that muscle contraction results from cyclic rotations of actin-bound m...
We measured, by fluorescence correlation spectroscopy, the motion of actin filaments in solution dur...
Actin filament dynamics govern many key physiological processes from cell motility to tissue morphog...
Actin filament dynamics govern many key physiological processes from cell motility to tissue morphog...
We have analyzed the dependence of actin filament sliding movement on the mode of myosin attachment ...
Actin filament dynamics govern many key physiological processes from cell motility to tissue morphog...
Actin filament dynamics govern many key physiological processes from cell motility to tissue morphog...
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