Kramers rate theory is a milestone in chemical reaction research, but concerns regarding the
basic understanding of condensed phase reaction rates of large molecules in viscous milieu …

Abstract 1 H-1 H nuclear cross-relaxation experiments have been carried out with lysozyme
in variable glycerol viscosity to study intramolecular motion, self-diffusion, and isotropic rigid …

Actomyosin kinetics in both skinned skeletal muscle fibers at maximum Ca 2+-activation and
unregulated in vitro motility assays are modulated by solvent microviscosity in a manner …

The effect of external friction, caused by medium viscosity, on the photoinduced translational
motion in a rotaxane‐based molecular shuttle 1 is investigated. The shuttle is successfully …

Carbonmonoxycytochrome c refolds to a native-like compact state (NCO-state), where the
non-native Fe 2+-CO interaction persists. Structural and molecular properties extracted from …

This paper analyzes the effect of pH on thermodynamic stability, low-frequency local motions
and microsecond folding kinetics of carbonmonoxycytochrome c (Cyt-CO) all across the …

Similarities in global properties of homopolymers and unfolded proteins provide approaches
to mechanistic description of protein folding. Here, hydrodynamic properties and relaxation …

allyl-3-methylimidazolium chloride (AMIMCl) acts as a potential green solvent for proteins.
The present work provides a possible pathway by which the structural, kinetic …

The solvent viscosity dependence for enzymatic reactions is discussed. We suggest the
interpretation of the phenomenon that requires neither a modification of the Kramers' theory …

To determine the effect of solvent viscosity on low-frequency local motions that control the
slow changes in structural dynamics of proteins, we have studied the effects of solvent …