Skeletal Muscle Physiology: An Update to Anatomy and Function 2024th Edition

This book, Skeletal Muscle Physiology: An Update to Anatomy and Function, serves as a thorough and up-to-date resource on the intricate workings of skeletal muscle at both the cellular and molecular levels. Here's a detailed breakdown of its key features:

Key Features of the Book:

Comprehensive Overview:

The book covers the structure, function, and regulation of skeletal muscles, with in-depth explanations at the cellular and molecular levels.

A strong foundation is built around understanding skeletal muscle anatomy and histology to provide readers with a clear understanding of the muscle's form and function.

Muscle Contraction Mechanisms:

An extensive discussion on the molecular and cellular mechanisms involved in muscle contraction.

Special emphasis on the sarcomere, the structural unit of muscle contraction, and the crucial role of calcium ions in regulating the process.

Energy Metabolism in Muscle:

In-depth exploration of the energy systems that fuel muscle activity, including the roles of ATP, glycogen, and fatty acids.

Detailed analysis of how muscles adapt their energy supply under different conditions, from rest to intense physical activity.

Fatigue Mechanisms:

Covers both peripheral and central factors contributing to muscle fatigue.

Discusses the biochemical and physiological processes involved in muscle fatigue, as well as how different types of fatigue manifest during exercise.

Muscle Adaptation:

Detailed insights into muscle hypertrophy (growth) and atrophy (shrinkage) from a molecular and cellular perspective.

Discusses how exercise, age, sex, and disease influence muscle function and adaptation.

Age, Sex, and Disease Factors:

Investigates how aging, sex differences, and disease (e.g., muscular dystrophies, sarcopenia) can affect the performance and structure of skeletal muscle.

Practical Relevance:

The book is highly relevant for students and professionals in fields like exercise science, sports medicine, and physiology due to its detailed, yet accessible, approach to skeletal muscle function and health.