Growth & Death
Cell Signalling and Molecular Physiology
Protein Synthesis
ATP Production
Electrolytes
Cell Structures
Tissue Structure
Cardiac Output
Cardiac Cycle
Circulation
Special Circulations
Pulmonary Ventilation
Gas Exchange
Regulation of Respiration
Mouth
Stomach
Small Intestine
Large Intestine
Liver
Vitamins
Other
Nephron
Micturition
Regulation
Embryology
Hormones and Regulation
Foetal Physiology
Pregnancy
Components
Synapses
Sensory System
Motor System
Ocular Physiology
Thyroid and Parathyroid Glands
Adrenal Glands
The Pancreas
Hypothalamus and Pituitary
Cells of the Immune System
Innate Immune System
Adaptive Immune System
Immune Responses
Infections
Haematology
Neurology physiology explores how the nervous system generates sensation, coordinates movement, and maintains higher cortical function. Through electrical signalling, synaptic transmission, and complex neural networks, the nervous system integrates sensory input with motor output to regulate behaviour, reflexes, and consciousness.
This section covers the core components of the nervous system, including the peripheral nervous system and cerebrospinal fluid dynamics. It explores synaptic transmission and plasticity, sensory pathways such as pain and consciousness, motor system organisation, and ocular physiology including retinal function and accommodation. Together, these topics provide a structured understanding of neural communication and functional integration.
Dysfunction of neural signalling, synaptic transmission, or pathway integrity can result in sensory loss, motor impairment, altered consciousness, or neurodegenerative disease. A strong grasp of neurological physiology supports interpretation of clinical signs such as reflex changes, weakness, visual disturbance, and altered mental status. This section emphasises pathway-based thinking and functional organisation to link physiology with neurological examination and clinical presentation.
by Aarushi Khanna
by Charlotte Smith
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