Explore how living systems power life—from the workings of nerves to the beating heart of metabolism.
This classic volume delves into the fundamentals of general physiology, detailing how cells and membranes control the flow of ions, how nerves generate and propagate signals, and how chemical and physical forces shape bodily function. Through careful argument and reference to landmark experiments, it builds a coherent picture of how life sustains itself at the cellular and systemic levels.
The book presents a clear, historically grounded view of essential concepts in physiology. It traces the role of membrane permeability, diffusion, and electrolytes in nerve excitation, and it explains competing ideas from early membrane theory to modern diffusion models. Readers will see how theoretical models match experimental findings and how ongoing questions drive new insights.
- Learn how nerve membranes respond to stimuli and why ions are key protagonists.
- See how diffusion and adsorption processes influence excitability and signaling.
- Understand the historical development of ideas about electrical and chemical drivers of physiology.
- Follow discussions of experimental work that shaped foundational concepts.
Ideal for readers seeking a rigorous introduction to physiological principles and the scientific method in action.