Pleural and esophageal pressures in the upright body position.
Pleural and esophageal pressure measurements recorded for anesthetized dogs supported in upright position
Banchero, N.↗
Engineering topics
Wood, E. H.
Publications and source records attributed to Wood, E. H..
Respiratory changes in pleural pressures at different sites and body positions.
Respiratory changes in pleural pressures at different sites and body positions in dogs
DOG↗
Effect of gravitational and inertial forces on pleural and esophageal pressures.
Effect of posture and of gravitational and inertial forces on pleural and esophageal pressures of dogs
DOG↗
Studies of the effects of acceleration on cardiovascular and respiratory dynamics Semiannual status report
Acceleration effects on regional distribution of pulmonary blood flow and associated disturbances in ventilation/perfusion ratios in humans and dogs
HUMAN BODY↗
Effects of transverse acceleration on blood oxygen saturation.
Blood oxygen changes during exposure of dogs in supine, prone, and left and right lateral to transverse acceleration as affected by breathing nearly pure oxygen
POSTURE↗
Pericardial pressure during transverse acceleration in dogs without thoracotomy.
Pericardial pressure during transverse acceleration in dogs in various body positions
HEART↗
Cardiopulmonary effects of acceleration in relation to space flight.
Cardiopulmonary effects of space flight acceleration, discussing mission failure probability
Banchero, N.↗
Studies of the Effects of Acceleration on Cardiovascular and Respiratory Dynamics Semiannual Status Report, Apr. 1 - Oct. 1, 1966
On-line time sharing data processing and computer analysis techniques, and acceleration effects on cardiovascular and respiratory systems
DATA ANALYSIS↗
Pleural pressures at dorsal and ventral sites in supine and prone body positions.
Pleural pressures at dorsal and ventral sites of thorax of dog in supine and prone body positions as affected by acceleration
LUNG↗
Studies of the effects of acceleration on cardiovascular and respiratory dynamics Semiannual status report, 1 Oct. 1965 - 1 Apr. 1966
Acceleration stress effects on animal respiratory and cardiovascular systems
CARDIOVASCULAR SYSTEM↗
Regional pulmonary arterial venous-shunting during exposure to transverse acceleration.
Blood saturation decrease due to regional pulmonary arterial venous shunting during exposure to transverse acceleration
PULMONARY CIRCULATION↗
Blood oxygen changes induced by forward /plus g sub x/ acceleration.
Pulmonary and femoral arterial blood oxygen saturation decrease due to pulmonary arterial- venous shunting in anesthetized dogs subject to forward acceleration
PULMONARY CIRCULATION↗
Videoroentgenographic study of the heart and lungs during exposure to forward acceleration semiannual status report
Roentgen video equipment studies of heart and lung during positive acceleration - fluoroscopy
ANIMAL STUDY↗