Biophysics - Wolfram Demonstrations Project

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Biophysics

Demonstrations 1 - 20 of 50


Marcus Theory of Electron Transfer 5: Two-Dimensional Bell-Shaped Marcus Curves	Activated Sludge Process in a Batch Reactor	Membrane Potential Responses to Ion Gradients	Equine Motion	Diffusion Rates Across the Blood-Brain Barrier

Effect of Distance in Förster Resonance Energy Transfer	Cell Signaling by an Intracellular Receptor	Phase Plane Dynamics of FitzHugh-Nagumo Model of Neuronal Excitation	Gene Expression and Eye Color	Factors Affecting Blood Flow

Transdermal Drug Delivery by Diffusion	Diffusion of Oxygen through the Placenta	Hair and Relative Humidity	Effect of Altitude on Alveolar Oxygen Pressure	Diffusion of Oxygen Molecules across a Membrane Using Fick's Law

Fick's Law Applied to Pulmonary Fibrosis	Simulating Gas Exchange in a Model of Pulmonary Fibrosis	Marcus Theory for Electron Transfer in Photosystem II	Steady-State Operation of the Cardiovascular System	Windkessel Model for Hemodynamics in Arterial Systems

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