RESPIRATION

DIY MODEL_Explore the fascinating world of respiratory health and discover how UHI's STEM students make a lung work. Download this interactive publication to learn more about our innovative research and cutting-edge facilities.

Unpack the mysteries of human lungs with this fun and educational DIY project. Follow step-by-step instructions to create a detailed lung model, perfect for STEM beginners and curious minds alike!

The human lung consists of progressively branching bronchi and bronchioles, and blood vessels follow this structure 

Short video for breathing mechanism_Watch this video to learn about the anatomy of breathing and how the lungs work, a vital function for overall health and wellness.

The Herring-Breuer Reflex (HBR) is a vital mechanism for respiratory control and protection in mammals, enabling volume-dependent regulation. It was first described by Ewald Hering and Joseph Breuer in 1868, illustrating that sustained lung inflation triggers reflexive expiration to prevent over-inflation related lung injury. While initially believed to only influence breathing at high volumes, research has shown the reflex can be detected in adults, especially during cessation of chest wall movement.

Description for the herring model_This article discusses the Hering-Breuer deflationary reflex in the human heart and its role in regulating blood pressure and blood flow.

Discover the Hering-Breuer reflex, a vital physiological response that regulates breathing. Learn about Josef Breuer's groundbreaking discoveries and their significance in understanding the human body.

Biophysics--Explore the process of breathing, including the mechanics of inhalation and exhalation, and how the lungs and diaphragm work together to facilitate respiration.

Fluid mechanics--Explore the application of biomechanics to the study of the respiratory system, covering topics such as lung function, airway mechanics, and respiratory muscle function.

This chapter explores the process of gas exchange in the human body, discussing the importance of oxygen and carbon dioxide exchange, and the mechanisms by which it occurs.

Learn about the process of lung gas exchange, a vital function of the lungs in facilitating the exchange of oxygen and carbon dioxide between the air and the bloodstream.

Learn about the role of the lungs in facilitating gas exchange between the circulatory system and the external environment. Discover the anatomy of the lungs, from airways to alveoli, and how they enable gas exchange through ventilation and perfusion.