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Pulmonary gas exchange

Clinical Science, 1980
In the last 2 years, comparatively little has been published in Clinical Science on pulmonary gas exchange. Nevertheless, the subject continues to generate a good deal of clinical and physiological research, much of it linked to the application of new techniques such as gas chromatography, radioactive gases and computers.
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Gas Exchange

2023
Abstract Summary Inadequate gas exchange (respiratory failure) is the most common reason for admission to critical care and associated with high mortality rates. Effective gas exchange requires adequate ventilation, diffusion, and perfusion.
Andrew Cumpstey, Mike Grocott
openaire   +1 more source

Perfluorocarbon-associated gas exchange

Critical Care Medicine, 1991
Liquid ventilation with oxygenated perfluorocarbon eliminates surface tension due to pulmonary air/fluid interfaces, and improves pulmonary function and gas exchange in surfactant deficiency. In liquid ventilation, perfluorocarbon is oxygenated, purged of CO2, and cycled into and out of the lungs using an investigational device.
B P, Fuhrman   +2 more
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Respiration: Alveolar Gas Exchange

Annual Review of Physiology, 1971
The organization plan of the review is based on the subjects, so that it was considered necessary to discuss, even at length, many papers that had appeared before the period of formal coverage by this review (May 1969 to May 1970). Obviously, with such a guiding principle no claim to complete literature coverage can be made.
J, Piiper, P, Scheid
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Gas Exchange in Exercise

Comprehensive Physiology, 1987
Abstract The sections in this article are: Steady State External Gas Exchange Alveolar Gas Exchange ...
CERRETELLI P.   +1 more
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A new method for detecting anaerobic threshold by gas exchange.

Journal of applied physiology, 1986
W. Beaver, K. Wasserman, B. Whipp
semanticscholar   +1 more source

Ventilation and Gas Exchange

1998
The respiratory system of hagfishes consists of 6—14 pairs of lens-shaped or bilobed gill pouches each receiving a ventilatory water flow from a short afferent gill duct given off from the pharynx. Depending on species, efferent gill ducts either open separately to the exterior or unite to form a single opening on each side of the animal.
Malte, H., Lomholt, Jens Peter
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