Medical Subject Headings (MeSH 2026) Phenomena and Processes Circulatory and Respiratory Physiological Phenomena Respiratory Physiological Phenomena Respiration 26 resources . 2 sub-topics
The act of breathing with the LUNGS, consisting of INHALATION, or the taking into the lungs of the ambient air, and of EXHALATION, or the expelling of the modified air which contains more CARBON DIOXIDE than the air taken in (Blakiston's Gould Medical Dictionary, 4th ed.). This does not include tissue respiration (= OXYGEN CONSUMPTION) or cell respiration (= CELL RESPIRATION).
Resources All 26 Videos 2 Images 11 Notes and questions 13
Watch Videos 2 Wikimedia Comparison of face mask efficacy with and without exhalation valve (visualization) Video Exhalation Wikimedia Pipe fog visualization showing an N95 respirator with an exhalation valve (left), N95 without an exhalation valve (center), and no mask (right) Video Exhalation
Read Notes and questions 13 See all 13 Notes 22.3 The Process of Breathing Anatomy and Physiology - Chapter 22 The Respiratory System Respiration - Openstax Notes 39.3 Breathing Biology - Chapter 39 The Respiratory System Respiration - Openstax Notes 7.7 Regulation of Cellular Respiration Biology - Chapter 7 Cellular Respiration Respiration - Openstax Resource Excessive translational motion of the heart with normal respiration. Excessive translational motion of the heart with normal respiration. Transthoracic short axis view recorded during normal respiration. The heart moves medially with inspiration. Respiration - Wikimedia Resource Image acquisition during suspended respiration (held end-expiration) in a patient with excessive translational motion of the heart with nor... Image acquisition during suspended respiration (held end-expiration) in a patient with excessive translational motion of the heart with normal respiration. Transthoracic short axis view. Excessive translational motion can be avoided by acquiring images during held end-expiration. Respiration - Wikimedia Resource Influence of pulmonary interference on echocardiographic visualization of cardiac structures during normal respiration. Influence of pulmonary interference on echocardiographic visualization of cardiac structures during normal respiration. Transthoracic apical 4 chamber view recorded during normal respiration. During inspiration pulmonary interference does not allow the visualization of cardiac structures. Respiration - Wikimedia Resource Changes in the quality of the echocardiographic image with inspiration. Changes in the quality of the echocardiographic image with inspiration. Transthoracic parasternal long axis view of the left ventricle recorded with normal respiration revealing a decrease in the quality of the echocardiographic image with inspiration. Inhalation - Wikimedia Resource Contraction of bronchiolus after instillation of 10 -13 mol/l LTC 4 . Contraction of bronchiolus after instillation of 10 -13 mol/l LTC 4 . Bronchoconstriction - Wikimedia Resource Improvement in the quality of the echocardiographic image recorded during held end expiration. Improvement in the quality of the echocardiographic image recorded during held end expiration. Transthoracic parasternal long axis view of the left ventricle recorded during held end expiration showing a significant improvement in the quality of the echocardiographic image. Exhalation - Wikimedia Resource Airway-and-Parenchymal-Strains-during-Bronchoconstriction-in-the-Precision-Cut-Lung-Slice-Video1 Bronchoconstriction - Wikimedia Resource Airway-and-Parenchymal-Strains-during-Bronchoconstriction-in-the-Precision-Cut-Lung-Slice-Video2 Bronchoconstriction - Wikimedia Resource Airway-and-Parenchymal-Strains-during-Bronchoconstriction-in-the-Precision-Cut-Lung-Slice-Video3 Bronchoconstriction - Wikimedia Resource Non-contact-synchronous-dynamic-measurement-of-respiratory-rate-and-heart-rate-based-on-dual-12938 2016 300 MOESM1 ESM Respiratory Rate - Wikimedia Subject headings from Medical Subject Headings (MeSH) 2026, courtesy of the U.S. National Library of Medicine. ScieBeta is not affiliated with, nor endorsed by, the NLM or the NIH. Resources are linked from their original providers and open directly from them. Licence and credit are shown alongside every item.