Titlebook: Biological Membranes; A Molecular Perspect Kenneth M. Merz,Beno?t Roux Book 1996 Springer Science+Business Media New York 1996 Monte Carlo.

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Structural Basis and Energetics of Peptide Membrane Interactions 1992; Lipowsky et al, 1991; Nelson et al, 1989). It seems appropriate to ask how the properties of lipid bilayers are related to the interaction of membranes with proteins. In this chapter, I will review our own work on the problem of membrane active peptides, in particular on the biological function of small amphiphilic helix-forming peptides.

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Statistical Mechanics and Monte Carlo Studies of Lipid Membranes is, the input to the model will be entirely based upon atomic level properties of the constituent molecules which are independently determined. Then, observable properties of the model will be calculated by the methods of statistical mechanics or from direct computer simulation. Lastly, calculated

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The Liquid-Crystallographic Structure of Fluid Lipid Bilayer Membranesmation. The only kind of structural image that can be obtained by diffraction methods is a one-dimensional one consisting of the time-averaged transbilayer distributions of the multiatom submolecular groups comprising the lipids such as the phosphate, carbonyl groups, double-bonds, etc. (Figure 1).

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Membrane Structure and Dynamics Studied with NMR Spectroscopye lipid bilayer represents the fundamental permeability barrier to the passage of ions and polar molecules into or out of a cell or organelle. In addition the bilayer lipids play a role in the vectorial organization of membrane components. On the other hand, the distinctive functions of biological m

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Peripheral Membrane ProteinsFor example, the membrane-embedded portions of transmembrane proteins, such as bacterial reaction centers and porins, are localized by the extensive hydrophobic regions, which are frequently bordered by aromatic side-chains, found on the surfaces of these proteins. For these transmembrane proteins,

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Thermodynamics of the Interaction of Proteins with Lipid Membranes direct relevance to the structure and function of biological membranes, and the determination of binding isotherms has proved to be particularly useful in the study of such interactions. Analysis of the latter constitutes the first and an important part of this chapter that is directly relevant to

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