This course provides a comprehensive understanding of human physiology through an integrated, systems-based approach that connects cellular mechanisms to whole-body function. It focuses on how organ systems maintain homeostasis, adapt to physiological stress, and interact dynamically to support normal health.
Core topics include membrane transport, electrophysiology, and cellular signaling, followed by detailed exploration of the cardiovascular, respiratory, renal, gastrointestinal, endocrine, and nervous systems. Emphasis is placed on regulatory mechanisms such as neural control, hormonal modulation, feedback loops, and fluid–electrolyte balance. Students will analyze physiological responses to exercise, disease states, and environmental challenges, developing the ability to interpret functional changes rather than memorize isolated facts.
The course highlights mechanistic reasoning, enabling learners to understand how physiological principles explain clinical findings such as blood pressure regulation, acid–base balance, oxygen transport, and neurohumoral coordination. By integrating foundational science with applied examples, students gain a durable framework for advanced study in medicine, biomedical sciences, and allied health disciplines, while strengthening analytical thinking and problem-solving skills essential for clinical reasoning.