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Heterogeneous systems dynamics

H. Saito, NMR studies on structurally or dynamically heterogeneous systems dynamic aspects of hydrogels, protein fibrils and membrane proteins, Annu. Rep. NMR Spectrosc. 74 (2011) 1-88. [Pg.63]

Derbyshire, W. The Dynamics of Water in Heterogeneous Systems with Emphasis to Subzero Temperatures, in Water — a Comprehensive Treatise (ed. Franks, F.), Vol. 7, p. 368, New York, Plenum Press 1982... [Pg.36]

P. Gy, Sampling of Heterogeneous and Dynamic Materials Systems. Theories of Heterogeneity, Sampling and Homogenisation, Elsevier, Amsterdam (1992). [Pg.677]

Gy PM (1992) Sampling of heterogeneous and dynamic material systems - theories of heterogeneity, sampling and homogenizing. Elsevier, Amsterdam... [Pg.65]

Key Words Structurally and/or dynamically heterogeneous systems, Hydrogels, Protein fibrils, Membrane proteins, Dynamic aspects... [Pg.2]

DYNAMIC PARAMETERS FOR CHARACTERIZATION OF HETEROGENEOUS SYSTEMS AVAILABLE FROM SOLUTION AND SOLID-STATE NMR... [Pg.8]

Dynamic parameters for heterogeneous systems have been explored in the liquid, liquid like, solid like, and solid states, based on analyses of the longitudinal or transverse relaxation times, chemical exchange based on line-shape analysis and separated local field (SLF), time domain 1H NMR, etc., as summarized in Figure 3. It is therefore possible to utilize these most appropriate dynamic parameters, to explore the dynamic features of our concern, depending upon the systems we study. [Pg.8]

STRUCTURALLY HETEROGENEOUS SYSTEMS NETWORK STRUCTURES AND DYNAMICS OF HYDROGELS... [Pg.19]

Structural as well as dynamical studies of membrane proteins, constituting an estimated 30% of all proteins, are very important in view of their crucial biological importance. These membrane proteins are obviously dynamically heterogeneous systems, even though they are structurally homogeneous without any cross-links or aggregation so far discussed. [Pg.44]

We have emphasized here that the dynamic aspects of NMR studies are crucially important for structurally or dynamically heterogeneous systems such as synthetic or natural hydrogels, protein fibrils and membrane proteins. This is in order to characterize their unique chemical, physical and biological properties in terms of a variety of fluctuation frequencies, including high (> 108 Hz) or intermediate (104-105 Hz) frequency fluctuations. It turns out that the presence of the high-frequency motions, which are readily evaluated by comparative CPMAS and DDMAS studies, is... [Pg.79]

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Dynamic heterogeneity

Dynamic system

Dynamical systems

Heterogeneous dynamics

Heterogeneous system

Heterogeneous systems dynamically, membrane proteins

Heterogenous system

System heterogeneity

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