Human Physiology Courses

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From the cell membrane to whole-body homeostasis, see how human systems work together to sustain life

Cell membranes, ion channels, and transmembrane transportCell Membrane and Transport
Neuronal membrane potentials, ion channels, and nerve impulsesMembrane Potential and Neural Signals
Visual, auditory, and tactile receptors transmitting sensory informationSensory Physiology
The brain, spinal cord, and neural networksCentral Nervous System
Skeletal muscle fibers and the mechanism of contractionMuscle Physiology
Cardiac chambers, electrical conduction, and myocardial contractionCardiac Physiology
Arteries, veins, capillaries, and blood circulationCirculatory Physiology
Alveolar ventilation and respiratory gas exchangeRespiratory Physiology
Red cells, white cells, platelets, and plasmaBlood Physiology
The kidneys, nephron filtration, and fluid balanceRenal Physiology
The digestive tract, enzymes, and nutrient absorptionDigestive Physiology
Endocrine glands and hormonal signalingEndocrine Physiology
Mitochondrial metabolism and body-temperature regulationMetabolism and Temperature
The reproductive system, germ cells, and early developmentReproductive Physiology
Body systems working together to maintain homeostasisIntegrated Physiology and Homeostasis