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of special interest. Direct fluorescence microscopy imaging of the induction of lipid domains enriched in phosphatidylserine by the MARCKS peptide.
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of outstanding interest. The lateral distribution of phospholipids and glycolipids is shown to vary during the cell cycle. This work shows for the first time that changes in the lateral organization of a membrane are involved in membrane biogenesis and cell division.
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16PC bilayers indicate that the effect on the water structure due to the interface only shows over a very short range and that the bilayer is rough on the molecular scale. The structures of the solvating water molecules are proposed to be responsible for the different hydration forces that act between the two types of bilayers.
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16PC bilayers indicate that the effect on the water structure due to the interface only shows over a very short range and that the bilayer is rough on the molecular scale. The structures of the solvating water molecules are proposed to be responsible for the different hydration forces that act between the two types of bilayers.
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of outstanding interest. Full scale molecular dynamics simulation of a lipid bilayer surface showing that desolvation of the lipids takes place in a tightly bound protein - bilayer complex. Furthermore, the simulation provides an explanation for why the activity of the enzyme is enhanced after accumulation of a critical amount of negative reaction products.
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2 on a membrane surface. of outstanding interest Proteins. 25:1996;12-27 Full scale molecular dynamics simulation of a lipid bilayer surface showing that desolvation of the lipids takes place in a tightly bound protein - bilayer complex. Furthermore, the simulation provides an explanation for why the activity of the enzyme is enhanced after accumulation of a critical amount of negative reaction products.
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Indirect evidence for lipid-domain formation in the transition region of phospholipid bilayers by two-probe fluorescence energy transfer
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of special interest. Combined Monte Carlo simulation calculations and fluorescence energy transfer experiments on dipalmitoylphosphatidylcholine lipid bilayers in the temperature region of the main phase transition indicate the existence of a heterogeneous lateral domain structure.
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Evidence for phospholipid microdomain formation in liquid crystalline liposomes reconstituted with Escherichia coli lactose permease
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