… lipid rafts on the nanometer and micrometer size scales. The applied methods ranged from
MD simulation … of PC promote phase separation and enhance raft size. The rationale for using …

… experiments. In this work, we employ extensive atom-scale simulations to elucidate the
properties of ternary raft … We simulate two bilayers of 1,024 lipids for 100 ns in the liquid-ordered …

… simulations is around 20σ, corresponding to 10–20 nanometers. Both simulations and
experiments … lo-type regions containing both lipids and cholesterol, and cholesterol plaques. The …

… that has thus far eluded experimental determination. We are able to … simulations such as
presented in the current work will hopefully aid in our understanding of the nature of lipid rafts…

… Our experimental observations and MD simulations of a simple model membrane … (16) The
purely physical advantage of lipid rafts might be envisioned at the ancient origins of lipid rafts, …

… where simulations are used in collaboration with experiments. We review recent simulation
studies on lipid–lipid … formation and on lipid–protein interactions relevant for lipid raft function. …

… insights into the experimental design of functional nanoparticles, targeting the lipid raft and
… dynamics of NPs between raft and non-raft membrane domains in our simulations. It is worth …

… the ones seen in experiments. The obtained configurations … DHA can differentially disrupt
lipid raft molecular organization, … We perform Monte Carlo simulations of bimFCS experiments …

… Please note our first experiments in Section 3.1 focus on the upper part (the dynamics …
simulation tool for Lipid Rafts Models—that allows pathway-specific simulation studies of lipid rafts …

… Using computer simulations of a lattice model of the membrane, we show that the presence
… Because we fit ɛ to experiment, in the absence of obstacles, the type of lattice will merely …