Titlebook: Mathematical Modeling in Renal Physiology; Anita T. Layton,Aurélie Edwards Book 2014 Springer-Verlag Berlin Heidelberg 2014 92C30, 92B99.b

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Electrophysiology of Renal Vascular Smooth Muscle Cells,s from signaling cascades in which intracellular calcium plays a fundamental role. This chapter begins with an overview of cell electrophysiology, and the general properties of ion channels. We then focus on Ca. signaling in vascular smooth muscle cells, and formulate equations that represent Ca. tr

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Vasomotion and Myogenic Response of the Afferent Arteriole,on. We develop a mathematical model that simulates the spontaneous rhythmic activities exhibited by the renal afferent arteriole. That model consists of a system of coupled nonlinear ODEs, and is based on the well-known Morris-Lecar model. The afferent arteriole responds to luminal pressure elevatio

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Transport Across Tubular Epithelia,elium of each nephron segment. This chapter begins with an overview of epithelial barriers, including their permeability properties and main classes of transporters. We then derive the conservation and flux equations that are needed to represent the dynamic exchange of water and solutes across tubul

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Anita T. Layton,Aurélie Edwardsjustice (as with punishment) has often been found in opposition to distributive justice (as when all individuals get their fair share in life). Proponents of corrective justice call for law and order to prevent disruption of the social order, while opponents look to social justice as the means for c

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cal undergraduate universities in urgent need of breakthrough, policy support of providing legitimacy and resources for application-oriented transformation, and practical dilemma of insufficient applied transformation system have been examined in this chapter. In the process of the development of hi

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Mathematical Modeling in Renal Physiology978-3-642-27367-4Series ISSN 2193-4789 Series E-ISSN 2193-4797