… , R g = R/√6, where R is the root-mean-squared end-to-end distance of the polymer. Here,
R … that R ≈ aN α , where α is the swelling exponent (Eq 4, Table 1).55, 79 In a good solvent, …

Liquid–liquid phase separation resulting in formation of colloidal droplets has recently
attracted attention as a mechanism for rapid and transient assembly of intracellular …

… the Lennard-Jones cutoff radius r c = 0.9 nm and forms a defect involving invagination of
only one leaflet when r c ≥ 1.0 nm, presumably because as r c decreases the bilayer becomes …

The conduction of protons in the hydrogen-bonded chain of water molecules (or "proton wire")
embedded in the lumen of gramicidin A is studied with molecular dynamics free energy …

Cations play key roles in regulating G-protein-coupled receptors (GPCRs), although their
mechanisms are poorly understood. Here, 19 F NMR is used to delineate the effects of cations …

INTRODUCTION Enzymes greatly accelerate biochemical reactions by providing a scaffold
to bind and recognize substrate, position catalytic units, and facilitate the formation of …

… COM and each headgroup phosphorus atom, r P , were measured with the GROMACS … for
some figures, was computed only for lipids with r P ≤ 1 nm. Order parameters were computed …

The intracellular transport of cholesterol is subject to tight regulation. The structure of the
lysosomal integral membrane protein type 2 (LIMP-2, also known as SCARB2) reveals a large …

… Copyright Rauscher and Pome` s. This article is distributed under the terms of the Creative
Commons … Rauscher and R. Pome`s, ‘Microsecond-long molecular dynamics trajectory of an …

… in water chains confined in nonpolar environments (Pome` s Protons versus Other Ions …
time-scale commensurate with proton permeation (Yu and Pome`s, tween a cation and Arg206 is …