<p>A quick review of hydrolysis (catabolic) and condensation (anabolic) reactions, the four laws relative to motion, electro-chemical equilibrium, and calculating the equilibrium potential for an ion using the Nernst equation.  I will detail proteins in the membrane and the impact of them on the cell in the next podcast.</p>

A quick review of hydrolysis (catabolic) and condensation (anabolic) reactions, the four laws relative to motion, electro-chemical equilibrium, and calculating the equilibrium potential for an ion using the Nernst equation. I will detail proteins in the membrane and the impact of them on the cell in the next podcast.

<p>A quick review of hydrolysis (catabolic) and condensation (anabolic) reactions, the four laws relative to motion, electro-chemical equilibrium, and calculating the equilibrium potential for an ion using the Nernst equation. &nbsp;I will detail proteins in the membrane and the impact of them on the cell in the next podcast.</p>

The Professor's Perspective: Energy, Ions and Forces of Movement

Retired physiology professor's perspective on timely topics in science, education, health, and politics. 

The host shares his perspective on timely topics.
 
Twitter: @TheProfessorsP2

Truth Social: https://truthsocial/@TheProfessorsPerspective

Blog:https://theprofessorsperspective.blogspot.com/

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Retired physiology professor's perspective on timely topics in science, education, health, and politics. The host shares his perspective on timely topics. Twitter: @TheProfessorsP2 Truth Social: https://truthsocial/@TheProfessorsPerspective Blog:https://theprofessorsperspective.blogspot.com/

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The Professor's Perspective: Energy, Ions and Forces of Movement

The Professor's Perspective: Energy, Ions and Forces of Movement