17 February 2017
The physiological basis and clinical significance of lung volume measurements
A useful scientific review has been published in the Multidisciplinary Respiratory Medicine Journal describing how different physiological/pathological conditions can affect static lung volumes measurement.
This review intends to update the reader with the physiological basis, clinical significance and interpretative approaches of the standard static lung volumes and capacities.
The review highlighted how physiological factors that influence lung volumes/capacities include age, gender, weight, height and ethnicity, physical activity, altitude and others, which should be considered while interpreting results of spirometry. Likewise, the quality and accuracy of the test(s) used for estimation of the lung volumes/capacities should be considered before interpretation.
The article details are the following:
- Title: "The physiological basis and clinical significance of lung volume measurements"
- Authors: Mohamed Faisal Lutfi
- Published in: Multidisciplinary Respiratory Medicine (2017) 12:3
The study can be downloaded for free at the following link: click here
Founded in 1980, COSMED is a privately owned company manufacturing Cardio Pulmonary and Metabolic Diagnostic Equipment. COSMED products include a full range of Spirometers, Pulmonary Function, Body Composition, Nutritional Assessment and Cardio Pulmonary Exercise systems, including Electrocardiographs, Ergometers and Assessment Software. COSMED solutions are aimed for either professional or medical use for many different applications like: Hospital, Clinics, Primary Care, University & Education in Human Physiology, Clinical Nutrition, Commercial Weight Management, Human Performance Centers, Sport Institutions and Health Club Industry. COSMED Headquarters are located in the province of Rome, Italy. COSMED has subsidiaries in the USA, China and Germany, and distributes its products internationally through a constantly growing distributor network covering more than 70 countries.