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Structure biological membranes

Auger M (2000) Biological membrane structure by solid-state NMR. Curr Issues Mol Biol 2 119-124... [Pg.114]

Leermakers, F. A. M. and Kleijn, J. M. (2004). Molecular modelling of biological membranes. Structure and permeation properties. In Physicochemical Kinetics and Transport at Biointerfaces, eds. van Leeuwen, H. P. and Koster, W., Vol. 9, IUPAC Series on Analytical and Physical Chemistry of Environmental Systems, Series eds. Buffle, J. and van Leeuwen, H. P., John Wiley Sons, Ltd, Chichester, pp. 15-111. [Pg.518]

Spectroscopic and Calorimetric Studies of Biological Membrane Structure... [Pg.266]

The following experimental observations are related to biological membrane structure and function. Discuss the implications of each observation with respect to membrane structure. [Pg.453]

Fig. 14.6. Typical biological membrane structures. A liquid-mosaic model in the form proposed by A. Kortya with different types of disposition of membrane protein) (phospholipids are shown as dark circles with two wavy tails) IB1, integral, membrane-bridging protein, with a single polypeptide span IB2, the same with several spans IN and IC, integral noncytopiasmic and cytoplasmic proteins IM, integral buried proteins P, peripheral protein. (Reprinted from J. Koryta, Ions, Electrodes and Membranes, Fig. 81. Copyright Ltd. 1991. Reproduced with permission of J. Wiley Sons, Ltd.)... Fig. 14.6. Typical biological membrane structures. A liquid-mosaic model in the form proposed by A. Kortya with different types of disposition of membrane protein) (phospholipids are shown as dark circles with two wavy tails) IB1, integral, membrane-bridging protein, with a single polypeptide span IB2, the same with several spans IN and IC, integral noncytopiasmic and cytoplasmic proteins IM, integral buried proteins P, peripheral protein. (Reprinted from J. Koryta, Ions, Electrodes and Membranes, Fig. 81. Copyright Ltd. 1991. Reproduced with permission of J. Wiley Sons, Ltd.)...
The Fluid Mosaic Model of Biological Membrane Structure Figure 113 shows the currently accepted fluid mosaic model of biological membrane structure. This model was presented in detail in a review article by S. J. Singer in 1971. In the article, Singer presented the three models of membrane structure that had been proposed by that time ... [Pg.115]

The hydrophobic effect is a driving force in the formation of clathrate hydrates and the self-assembly of lipid bilayers. Hydrophobic interactions between lipids and proteins are the most important determinants of biological membrane structure. The three-dimensional folding pattern of proteins is also determined by hydrophobic interactions between nonpolar side chains of amino acid residues. [Pg.36]

R176 M. Auger, Biological Membrane Structure by Solid-State NMR , p. 243... [Pg.13]

Hydrophobic attraction is also very important in understanding molecular self-assembly, micelle-formation, biological membrane structure and protein conformations, which will be discussed in Chapters 5, 7, 9 and 10. [Pg.60]

Introduction biological membranes structure and electrical properties... [Pg.67]

There is a growing research interest on exploring the effect of OA on biological membrane structures due to the implications of its daily... [Pg.11]

To test the technique, preliminary measurements were made on 1,6 diphenyl hexa-1,3,5-triene (DPH) and its diacetamido analog. (DAPH), the former being extensively used as a fluorescence probe in studies of biological membrane structure with the latter compound also showing promise in this respect. The anisotropy as a function of time for DPH and DAPH in propylene glycol are shown in Fig. 2,... [Pg.558]

D. Branton and R. B. Park, "Papers on Biological Membrane Structure,"... [Pg.175]

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See also in sourсe #XX -- [ Pg.438 ]



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