Titlebook: Biologically Inspired Physics; L. Peliti Book 1991 Springer Science+Business Media New York 1991 Biomembran.Potential.blood cell.cells.mec

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干涉

Monica L. Nogueira,Noel P. Greise require a high degree of order at the molecular level simultaneously with high flexibility and molecular mobility. Nature achieves these goals by using combinations of suitable lipid components and proteins.

反话

employor

Random Heteropolymers Foldingf disorder. The most interesting results have been obtained when the laws which control the evolution of the system are themselves disordered, i. e., chosen at random (see for example refs. 1, 2, 3, 4, 5).

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Microphase Separation in Bilayer Membranese require a high degree of order at the molecular level simultaneously with high flexibility and molecular mobility. Nature achieves these goals by using combinations of suitable lipid components and proteins.

Ancillary

Heat-Flux Driven Biomembrane Transport of Matter and Chargeem probably relevant to biological membrane transport. We shall use a simple physical argument to prove that the heat flux J. couples with momentum flux J., generating pressure in liquid and liquid-solid interfaces. A theorem due to Boltzmann, applied by Ehrenfest to the adiabatic case., shall be our starting point.

arboretum

DNA Topology to billions of monomer links. Initially the main attention was focused on studying the properties of linear DNA molecules, since this is precisely the form of DNA that could be extracted from cells and virus particles.

BYRE

A Possible Correlation between Fluctuations and Function of a Membrane Proteintimes extending from picoseconds to microseconds. This implies that each of the few conformational states consists of a large number of substates and transitions between substates occur frequently. The existence of substates and fluctuations has been demonstrated by a number of different techniques..

Concerto

Dynein-Microtubule Interactionsonstants should be much larger. (The longitudinal and transverse diffusion coefficients are given by the following expressions: .. = .(2.)/2πη. and .. = .(.)/4πη. (Brennen and Winet, 1977)). This discrepancy suggests two models for the interaction.

electrolyte

Mena B. Habib,Maurice van Keulenear restoring forces. To those having a predominantly microscopic-molecular intuition (the “MICROS”), “fluidity” means that those spectroscopic measurements on molecules in membranes that are sensitive to translational and rotational diffusive molecular motions indicate that the membrane medium has a viscosity of moderately thick oil (≈ 1 poise).