Titlebook: Electromagnetic Fields and Biomembranes; Marko Markov,Martin Blank Book 1988 Plenum Press, New York 1988 Biomembran.electromagnetic.electr

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Book 1988 advanced course through a collaboration of the Biological Faculty of Sofia University and the Council of the Bioelectrochemical Society. In an advanced course the lecturers are specialized in particular areas, and the students are usually specialists in related areas. We have captured the expertise

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Edgar Driehaus,Manfred Zschenderleinacteristic for a given type of membrane. The significance of this lipid diversity is not yet fully understood, but next to specific chemical properties of individual membrane lipids the overall physical behaviour of the lipid matrix seems to be important in determining the functional proporties of the interface.

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Handbuch für die Genetische Sprechstunde “pores” in the membrane through which small molecules can passively diffuse into and out of the cell (Kinosita and Tsong, 1977 a, b; Neumann et al., 1982; Tsong, 1983). This latter process is known as electroporation.

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Electroconformational Coupling and the Effects of Static and Dynamic Electric Fields on Membrane Tr “pores” in the membrane through which small molecules can passively diffuse into and out of the cell (Kinosita and Tsong, 1977 a, b; Neumann et al., 1982; Tsong, 1983). This latter process is known as electroporation.

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,Locust Muscle Glutamate Receptors — Support for an Allosteric Model, nerve muscle junctions (Katz and Miledi, 1972), although more complex models have been suggested for this system (e.g. Jackson et al., 1983; Labarca et al., 1985). In this paper I review the literature on a glutamate receptor channel of locust muscle for which a model based upon that for allosteric enzymes has been proposed (Monod et al., 1965).

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Kleines bekleidungstechnisches Lexikon,In recent years electroorientation methods based on optical registration of the orientation effect produced by alternating electric field /1,2/ and various electrophysical models /2,3,4,5/ have been intensively used to study electrophysical properties of cells, in particular permittivity (P), electroconductivity (EC) and polarizability.