What Every Neuroscientist Should Know About The Mathematical Modeling Of Excitable Cells Combining Empirical Physiology And Nonlinear Dynamics, This Text Provides An Introduction To The Simulation And Modeling Of Dynamic Phenomena In Cell Biology And Neuroscience It Introduces Mathematical Modeling Techniques Alongside Cellular Electrophysiology Topics Include Membrane Transport And Diffusion, The Biophysics Of Excitable Membranes, The Gating Of Voltage And Ligand Gated Ion Channels, Intracellular Calcium Signalling, And Electrical Bursting In Neurons And Other Excitable Cell Types It Introduces Mathematical Modeling Techniques Such As Ordinary Differential Equations, Phase Plane, And Bifurcation Analysis Of Single Compartment Neuron Models With Analytical And Computational Problem Sets, This Book Is Suitable For Life Sciences Majors, In Biology To Neuroscience, With One Year Of Calculus, As Well As Graduate Students Looking For A Primer On Membrane Excitability And Calcium Signalling.
Is a well-known author, some of his books are a fascination for readers like in the
- 396 pages
- Cellular Biophysics and Modeling
- Greg Conradi Smith
- 18 October 2018 Greg Conradi Smith