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Effects of posture on pulmonary diffusion capacity and regional distribution of pulmonary blood flow in normal male and female high altitude dwellers at 3650 m. (12,200 ft)
(INSERM, 1976)
Resume.
Le présent travail complète une étude antérieure sur la distribution de la perfusion entre les parties haute et basse du poumon chez les sujets résidents permanents d’altitude (La Paz 3.650 m. PB 496 mm Hg). Les ...
Effets des contraintes thermiques sur la circulation pulmonaire de l'homme a l'altitude
(INSERM, 1977)
RESUME.
L'hypoxie est considérée comme Ie principal facteur responsable de l'hypertension pulmonaire (H.T.P.) des résidents de haute-altitude. Dans ce travail on a étudié d'autres facteurs tels que le froid et Ia chaleur, ...
Estudios respiratorios en mujeres a grandes alturas (3.600 m. y 5.200 m.)
(Instituto Boliviano de Biología de Altura, 1979)
Resumen.
En dos alturas (3.600 m. y 5.200 m.) mujeres nativas residentes (A) mostraron una PACO2 y una PaCO2 más elevadas, una PAO2, PaO2 y pH arterial más bajos que hombres nativos (C) de una edad similar. La ventilación ...
Regional distribution of pulmonary blood flow in normal high-altitude dwellers at 3,650 m (12,200 ft)
(Respiration, 1975)
Abstract. Simultaneous isotope dilution curves were recorded from the right upper (QRUZ) and
right lower lung zones (QRLZ) by surface scanning in the sitting and recumbent positions in 15 normal high-altitude-born (HAD) ...
The regional distribution of pulmonary blood flow in normal high altitude dwellers at 3650 m (12,200 ft) and in chronic mountain sickness
(INTERPRINT PUBLICATIONS, 1975)
Summary.
Simultaneous isotope dilutaon curves were recorded from the right upper (QRUZ) and right lung zones (QRLZ) by Surface scanning in the sitting and recumbent positions in 15 normal high altitude born males and 3 ...
Effects of posture on pulmonary diffusion capacity and regional distribution of pulmonary blood flow in normal male and female high altitude dwellers at 3,650 m. (12,200 ft)
(Respiration, 1978)
Abstract.
Studies of the distribution of pulmonary blood flow (Q) at the altitude of La Paz (3,650 m) were extended to the left upper (LUZ) and left lower lung zones (LLZ) from those previously reported for the right ...