Titlebook: Lipid and Biopolymer Monolayers at Liquid Interfaces; K. S. Birdi Book 1989 Springer Science+Business Media New York 1989 biopolymers.liqu

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Monolayers of Membrane Proteins,it does not move or bind ions in the membrane. In the case of pore-forming molecules, binding to different membranes may be very similar, but the efficiency of the transport process may depend critically on the state of ionization of the lipid or on the membrane thickness.

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Experimental Methods and Procedures in Monolayers,y high surface tension, either of the following results may be observed: (1) The substance may remain as a compact drop (or as a solid mass), leaving the rest of the liquid surface clean, or (2) it may spread out over the entire available surface of the water. The formation of a stable monolayer by

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Kinetics of Adsorption and Desorption,dsorption is determined by the energy b?rriers that oppose both the removal of the polar hydroxyl group from the water phase and the entry of the hydrophobic alkyl group into the aqueous medium. The kinetics by which the alcohol molecule comes close to the interface are determined by the diffusion p

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Lipid-Protein Monolayers,del of membranes (Fig. 7.1) (Singer, 1971, 1974; Singer and Nicolson, 1972). The classic Danielli-Dayson lipid bilayer (Gorter and Grendel, 1925; Danielli and Dayson, 1935) functions in its liquid crystalline phase transition region. Furthermore, it was realized many decades ago that the diversity i

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Monolayers of Membrane Proteins,nction. The extensive studies over the past few decades of the mechanisms of ion transport across artificial membranes have revealed a great deal both about ionophores themselves and about the properties lipid membranes must have for the ionophores to function efficiently. In the case of a carrier m

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Adsorption of Monolayers on Solids (Langmuir-Blodgett Films),f the monolayer equal to the area of the plate dipped was deposited on the plate when the plate was withdrawn. Later (Blodgett, 1934, 1935), it was found that any number of layers could be deposited successively by repeated dippings; this later came to be known as the Langmuir-Blodgett (LB) method.

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