Essential Physiological Biochemistry: An Organ-Based Approach

Essential Physiological Biochemistry

Essential Physiological Biochemistry: An Organ-Based Approach by Stephen Reed introduces human metabolism through the biochemical processes of individual organs and organ systems. The book emphasizes metabolic integration and regulation rather than focusing solely on individual pathways. It explores the biochemistry of the liver, endocrine and nervous systems, blood and vascular system, muscles, adipose tissue, and kidneys. Designed for readers with a basic understanding of chemistry, it provides an accessible introduction for undergraduate students in biomedical science, sports science, nutrition, and related health disciplines.

Key Features

• Introduces the fundamental principles of human metabolism and biochemical regulation.
• Uses an organ-based approach to explain physiological biochemistry.
• Emphasizes metabolic integration rather than isolated biochemical pathways.
• Explores the biochemical functions and metabolic roles of the liver.
• Examines endocrine and neurological communication systems.
• Covers the biochemical functions of blood and the vascular system.
• Explains energy metabolism and biochemical processes in muscle tissue.
• Discusses fat metabolism and the physiological roles of adipose tissue.
• Introduces renal biochemistry and the kidneys' role in metabolic regulation.
• Includes case notes illustrating metabolism in cells, tissues, and organs.