Titlebook: Structure and Function in Excitable Cells; Donald C. Chang,Ichiji Tasaki,H. Richard Leuchtag Book 1983 Plenum Press, New York 1983 biochem

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Hans Mevesrheit in den Begriffsdschungel der Usability- und User-Experience-Welt. Danach stellen sie unterschiedliche UX-Reifegrade vor – inklusive Check für das eigene Unternehmen. Über die Entwicklung der eigenen UX-Vision geht es dann um den Kern von UX Management: Welche Rahmenbedingungen sind im Unterneh

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Torsten Teorellür die Nutzung in der querdynamischen Eigenschaftsbewertung. Einen Schwerpunkt bildet eine umfassende Analyse und Verbesserung der dynamischen Eigenschaften des gesamten Fahrsimulators. Daneben werden gezielt für die Anwendung in der querdynamischen Eigenschaftsbewertung neue Motion-Cueing-Algorithm

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Structure of the Node of Ranvierm channels are concentrated at the nodes of Ranvier (Nonner ., 1975; Conti ., 1976; Ritchie and Rogart, 1977; Chiu, 1980; Sigworth, 1980) but sparse elsewhere (Brismar, 1981; Chiu and Ritchie, 1982), while potassium channels, especially in mammals, appear to have the converse distribution (Kocsis an

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The Neuroplasmic Latticeudinally oriented filamentous elements in axons from a wide variety of organisms, namely, neurofilaments and neurotubules (microtubules) are, in general, linked together by periodically distributed and transversely oriented bridges to form a well-defined three-dimensional grid structure, at least un

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An Introduction to Membrane Conductancese channels is widespread among electrophysiologists. Much of the evidence that has led to this acceptance has been based on measurements of current flow through excitable membranes (Conti and Neher, 1980; Sigworth and Neher, 1980). These channels have been described in terms of their individual unit

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Single-Channel Currents and the Kinetics of Agonist-Induced Gatingding to this concept, ionic channels are membrane proteins which undergo conformational transitions between nonconducting and conducting states in response to a stimulus. Electrical excitability, hence, has its origin in ion-selective channels whose opening and closing rates are controlled by the tr