Titlebook: Developments in Biophysical Research; Antonio Borsellino,Pietro Omodeo,Enzo Wanke Book 1980 Plenum Press, New York 1980 Biophysical Societ

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Maria Michaelidou M. D.,Manfred Frey the elementary events which contribute to its total instantaneous value..One type of information which can only be obtained from fluctuation analysis concerns the size of the elementary events. Under the assumption that ionic channels in nerve membranes have only one non-zero conductance value, thi

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Maria Michaelidou M. D.,Manfred Frey effects were commonly observed although they differed quantitatively upon changing the nerve preparation: a) a shift on the voltage axis of the parameters characterizing nerve excitability (similar to the action of divalent ions (8)), b) a variation of the steady-state maximum conductance of the op

In-Situ

Maria Michaelidou M. D.,Manfred Freyon of the intermediate activated complex (1) and can provide useful information about the molecular mechanism of the reaction. Substantial activation volumes associated with changes in enzyme conformation accompanying catalysis (1) are easily measured, and it is possible to separate different contri

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Rehabilitation and scar managementstance, which diffuses across the synaptic cleft to interact with specific receptors in the postsynaptic membrane. This leads to the opening of ionic channels in this membrane. The resultant conductance increase depolarizes the muscle fiber, which in turn triggers an action potential and thereby ini

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Critical care of thermally injured patient on many parameters, e.g. duration of the pulse, receptor distribution, position of the microelectrode tip, kinetics of receptor-transmitter interactions and cooperativity. In order to compare these mathematical analysis with the experimental data, the current evoked by iontophoretically applied tra

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Critical care of thermally injured patientder & Chandler, 1973; Chandler, Rakowski & Schneider, 1976a; Adrian & Aimers, 1976a). The voltage range in which this charge movement appears suggests that it may have important physiological role. In fact in excitable cells the membrane potential controls many physiological functions. In particular

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https://doi.org/10.1007/978-3-030-18940-2sitivity of the receptor cell: in some cases an increase in sensitivity called “facilitation” or “sensitivity facilitation” has been reported (Dahl, 1978), while in others the more usual decrease in sensitivity was observed, along with a shortening in the time scale of the response (Fuortes and Hodg