Methods of investigating the blood circulation of the brain under conditions of a modified gravitational field
Study of blood circulation of brain under modified gravitational field
SEARCH · Search NASA
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Study of blood circulation of brain under modified gravitational field
Transducer for continuous external measurement of arterial blood pressure
Functional evaluation of blood circulation and use in selecting and training flying personnel
Vestibular apparatus regulation of blood sugar level
Animal studies on effects of centrifugal acceleration stress on cerebral blood flow
Reaction of blood system of dog to reduced barometric pressure
Effect of bed rest on blood volume, urinary volume, and urinary electrolyte excretion
Relationships between blood alcohol, positional alcohol nystagmus, and postural equilibrium
Electronic blood pressure measuring system for Mercury project
Radial acceleration effect on venous blood flow in cerebral veins of rabbits
Transducer to measure blood pressure for application on superficial temporal artery
Gemini III experiment on synergistic effect of zero gravity and radiation on human white blood cells
Pulmonary and femoral arterial blood oxygen saturation decrease due to pulmonary arterial- venous shunting in anesthetized dogs subject to forward acceleration
Circulating blood volume changes in dogs breathing oxygen under pressure
Blood pressure and heart rate during hypothalamic self-simulation in dogs, discussing experimental methods and results, physiological response, etc
Tilt table response and blood volume changes associated with 30 days of bed rest, evaluating time required to recover from cardiovascular deconditioning
Wave propagation, dispersion and energy transfer in arterial blood flow considered as fluid dynamics, noting finite amplitude effects in circulatory system and flow control mechanism
Measurement of blood flow by external monitoring of radioisotopes