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Membrane nanocarrier surface

The computational efficiency of this approach allows at the same time models with a resolution close to atomistic and simulations on very large length and timescales.""" For example, these models have been applied to study the interaction and the dynamical exchange of block copolymer chains between a spherical micelle (functioning as drug nanocarrier) and a lipid bilayer (as model of cell surface) also in the presence of drug molecules (iboprufen) in the micelle core. Simulations of 12 nm large micelles with membrane bilayers over several microseconds of simulations could be achieved on home-cluster facilities."" ... [Pg.40]

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