The study of bioelectric potentials and oxygen pressure in brain tissues during hypoxia
Bioelectric current potentials and oxygen pressure in brain tissues during hypoxia of space flight
SEARCH · Engineering Papers
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.
Bioelectric current potentials and oxygen pressure in brain tissues during hypoxia of space flight
Selective vulnerability of brain in hypoxemia
Brain injuries following alpha particle irradiation of pituitary gland
Positron scintillation camera for detecting real and simulated brain tumors
Performance of rat provided with continuous opportunity to obtain reinforcing brain stimulation
Recording method for monitoring brain and eye circulation
Prolonged anoxic survival of rat due to anoxia pre-exposure as related to brain adenosine triphosphate, lactate, and pyruvate concentrations
Bioelectric activity of different parts of brain during prolonged accelerations in space flight
Oxygen tension in brain tissues of dogs after exposure to accelerations under air and oxygen breathing conditions
Vibration and radiation effects on acidifying processes in brain tissues of rats
Survival time of control and pre-exposed rats in anoxia determined from ATP lactate and pyruvate concentration in brain tissue
Quantitative data acquisition on anatomy of medial and lateral mammillary nuclei and related structures of associated neuroanatomic complex of cat brain, noting ultrasonic lesions
Summary of program for monitoring brain function and performance in primate under prolonged weightlessness
Response of single cells in cat brain to angular acceleration in horizontal plane
Effects of exposure to different gaseous atmospheric mixtures on free amino acids and biogenic amines in rat brains
Importance of neural site and experimental conditions in determining motivational direction /positive or negative/ produced by electrical stimulation of brain in animals
Molecular and ultrastructural correlates of function in neuron, neuronal nets and brain studied, using genetic and immunological concepts