Pathophysiology Interactive Videos

Focus on essential pathophysiology concepts, examining disease mechanisms and key terminologies such as pathogens and disease progression. Understand the importance of anatomical knowledge and explore the differences between acute and chronic conditions. Gain insights into how diseases impact human health.

Exploration of the pathophysiology of Type II Diabetes focuses on hormone regulation, insulin resistance, and pancreatic function. Gain insights into glucose regulation mechanisms, identify risk factors, and understand preventive measures for effective management and mitigation of Type II Diabetes.

Focus on the complexities of migraine and cluster headaches by exploring their pathophysiology, identifying common triggers, and evaluating treatment options. Enhance understanding of neurological disorders, recognize specific triggers, and assess effective management plans for these conditions.

Explore various arthritis types, focusing on osteoarthritis and rheumatoid arthritis. Understand symptoms and causes, and learn to identify types, symptomatology, and contributing factors for effective disease management.

Study the core concepts of cardiovascular response and homeostasis within the realm of exercise physiology, alongside essential training principles including overload, specificity, and reversibility. Understand how these elements influence exercise-induced adaptations and examine the role genetics play in determining training outcomes.

Explore the mechanisms of insulin regulation and the autoimmune processes affecting the pancreas in Type 1 Diabetes. Gain insights into hormone functions, the role of pancreatic beta cells, and critical health implications related to diabetes diagnostics and management.

Explore the essential components and functions of the cardiovascular system, emphasizing the heart, blood vessels, and circulatory pathways. Gain an in-depth understanding of physiological processes to master key concepts and apply knowledge in practical scenarios.

Understand the pivotal function of insulin in regulating blood sugar levels and its significant effects on overall health. Gain insights into the symptoms and management of diabetes, focusing on both Type 1 and Type 2 forms. Explore effective strategies for managing diabetes to achieve better health outcomes.

Learners will explore the role of Trehalose as an osmo protectant in managing dry eye pathophysiology, focusing on enhancing tear film stability, counteracting hyperosmolarity, reducing cell death, and alleviating inflammation. The learning process involves understanding how Trehalose aids in maintaining cell volume and safeguarding cellular functions. By examining these biological mechanisms, learners will enhance their knowledge of targeted dry eye therapies and the use of natural protectants.

Analyze the mechanisms and health implications of atherosclerosis, focusing on its role in cardiovascular diseases. Understand preventive measures and explore the essential functions of cholesterol in the body.

Examine the genetic foundations of rare diseases with a particular emphasis on the physiological mechanisms involved in hemiplegic migraines. Understand the processes of identifying essential genes and their functions in cellular activities, and explore the implications these have for treatment strategies and research into related neurological disorders.

Explore the components and functions of the human cardiovascular system, focusing on crucial elements such as blood composition and heart mechanics. Gain the ability to articulate complex physiological processes and identify the body's responses to various conditions.

Explore key exercise physiology concepts, focusing on cardiovascular responses during physical activity. Understand the impact of exercise on systolic and diastolic pressures, muscle perfusion, and factors affecting VO2 max and arterial-venous oxygen difference. Acquire insights into blood pressure changes and cardiac adaptations to enhance knowledge of physiological processes during exercise.

Explore fundamental anatomy and physiology concepts, emphasizing cellular and systemic structures. Understand tissue studies, organ systems, and essential physiological processes, enriching knowledge of the human body's structural and functional dynamics.

Study the renin-angiotensin-aldosterone system and its impact on blood pressure regulation, analyzing the role of key hormones and enzymes. Gain an understanding of how medications like ACE inhibitors influence blood pressure and the implications for cardiovascular health management. Learners will develop essential insights into cardiovascular health and the regulation processes involved.

Examine the core principles of the cardiovascular system, concentrating on the heart's structure and function alongside blood vessels. Learners will gain an understanding of the primary blood flow circuits, recognize essential anatomical features, and articulate the physiological roles of the cardiovascular system in maintaining human health.

Explore the principles of biomechanics, focusing on its essential role in preventing injuries and enhancing exercise performance. Gain insights into the science of human movement and the application of forces. Learn to optimize sports performance through a deep understanding of biomechanics.

Examine the components and benefits of the cardiovascular system, focusing on exercise, nutrition, and lifestyle choices. Understand the impact of various activities and nutrition on cardiovascular health, and gain insights into maintaining a healthy lifestyle through enhanced cardiovascular fitness.

Investigate the relationship between technology and marine products across different cultural settings. Gain insights into the importance of technological advancements within the marine product industry and their socio-economic effects on global trade networks.

Investigate the fundamental components and functions of the cardiovascular system with a focus on the mechanisms and impacts of atherosclerosis. Understand how different factors lead to cardiovascular diseases and acquire the ability to identify and explain related health conditions. Develop a comprehensive understanding of the interactions within the cardiovascular system that contribute to disease progression.