Mathematical Modeling Of Physiological Systems: Excitable Cells

Mathematical modeling of physiological systems: Excitable cells (Part 1)

Olga Sosnovtseva

Mathematical modeling of physiological systems: Excitable cells (Part 3)

Olga Sosnovtseva

Mathematical modeling of physiological systems: Excitable cells (Part 2)

Olga Sosnovtseva

Mathematical Modelling of Physiological Systems - Thomas Heldt

Serious Science

Action Potential in the Neuron

Harvard Extension School

Neurology | Resting Membrane, Graded, Action Potentials

Mathematical modeling of physiological systems: Calcium dynamics (Part 1)

Olga Sosnovtseva

Case Studies in Mathematical Modeling. Applying Math to Ecology, Physiology, and Cell Biology

Spectrum of Science

Mathematical modeling of physiological systems: Synchronization (Part 1)

Olga Sosnovtseva

Mathematical modeling of physiological systems: Circadian rhythms (Part 2)

Olga Sosnovtseva

Mathematical modeling of physiological systems: Kidney autoregulation (Part 2)

Olga Sosnovtseva

Mathematical modeling of physiological systems: Circadian rhythms (Part 1)

Olga Sosnovtseva

Mathematical modeling of physiological systems: Kidney autoregulation (Part 1)

Olga Sosnovtseva

Mathematical modeling of physiological systems: Calcium dynamics (Part 2)

Olga Sosnovtseva

Mathematical modeling of physiological systems: Dynamical systems (Part 1)

Olga Sosnovtseva

2.1 what is BME: Physiological Modeling

Mathematical modeling of physiological systems: Dynamical systems (Part 2)

Olga Sosnovtseva

Mathematical modeling of physiological systems: Synchronization (Part 3)

Olga Sosnovtseva