Archives: Videos

Learn the physiology of oxytocin and vasopressin (ADH), two key hormones released by the posterior pituitary. This video explains their roles in childbirth, lactation, water retention, and blood pressure regulation.

This video provides a detailed overview of pleural effusion, covering its pathophysiology, clinical presentation, and treatment strategies. Understand the causes, diagnostic approach, and management of fluid accumulation in the pleural…

This video offers a clear overview of fluid and electrolyte physiology, focusing on the body’s major fluid compartments and their roles in homeostasis. Learn how water and electrolytes are distributed,…

Explore the clinical anatomy and physiology of the lung pleura, including the roles of the parietal and visceral layers. This video explains pleural function, innervation, and relevance to conditions like…

Learn the essential clinical anatomy and physiology of the pancreas, including its endocrine and exocrine functions. This video highlights its role in digestion, glucose regulation, and relevance to conditions like…

Explore the clinical anatomy of the kidneys, including their structure, blood supply, and surrounding anatomical relationships. This video also covers the relevance of renal anatomy in clinical procedures and common…

Explore the mechanisms of action of key chemotherapy agents, including alkylating agents, antimetabolites, topoisomerase inhibitors, and antimitotic drugs. This video provides a concise pharmacology breakdown to support understanding of cancer…

Learn the essentials of Gastro-Oesophageal Reflux Disease (GORD/GERD), including its underlying pathophysiology, common symptoms, and treatment options. This video offers a clear and visual explanation of acid reflux and its…

Explore the clinical anatomy of the heart’s coronary vessels, including the left and right coronary arteries and the coronary sinus. This video breaks down their structure, function, and relevance in…

Understand how cardiac output and mean arterial pressure are regulated through neural, hormonal, and local mechanisms. This video explains their physiological relationship and importance in maintaining blood pressure and organ…