Effect on brain oxygenation of breathing oxygen during accelerations
Oxygen tension in brain tissues of dogs after exposure to accelerations under air and oxygen breathing conditions
OXYGEN TENSION↗
SEARCH · Search NASA
Results for “Dogs”
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.
Effect of accelerations on liver structure
Vascular changes and changes in hepatic cells and bile duct cells of dogs subjected to lateral accelerations
LIVER↗
Changes in some physiological functions resulting from explosive decompression
Changes in physiological functions of rabbits and dogs caused by explosive decompression
PHYSIOLOGY↗
The role of the sinocarotid reflexogenic zone in the reaction of the blood system to reduced barometric pressure
Reaction of blood system of dog to reduced barometric pressure
BLOOD CIRCULATION↗
Evaluating some of the organism's reflex reactions to breathing under increased intra- pulmonary pressure
Reflex reactions of dog to breathing under increased intrapulmonary pressure
DOG↗
Pathomorphological changes induced in animals by rotating them around axes running through the pelvic-cardiac-cephalic region
Changes of internal organs in dogs subjected to rotation
DOG↗
The pathomorphology of transverse overloads
Pathomorphological changes in dogs and monkeys subjected to transverse accelerations
DOG↗
Measurement of cardiac events by a precise technique comparison with vibrocardiogram.
Precordial vibrations from left parasternal area in dogs compared with heart pressure curves for assessing vibrocardiogram accuracy in determining hemodynamic events duration
ANIMAL STUDY↗
Experimental Animal Decompressions to a Near-vacuum Environment. Experimental Animal Decompressions to Less than 2 Mm. Hg Absolute /pathologic Effects/
Times of consciousness, collapse, and survival and pathology examinations of dogs rapidly decompressed to near vacuum environment
HIGH VACUUM↗
Experimental Animal Decompressions to a Near-Vacuum Environment
Rapid decompression of dogs to near vacuum environment to estimate times of consciousness, collapse, and survival
COLLAPSE↗
Experimental animal decompressions to less than 2 mm. Hg absolute /Pathologic effects/
Pathology examination of tissues of dogs rapidly decompressed to less than two millimeters of mercury absolute
TISSUE↗
The role of the hypoxemic factor in development of decompression disorders
Artificial air embolism and decompression effects on blood of dogs
EMBOLISM↗
The problem of the excitatory state of the emetic center in motion sickness
Excitability of emetic center related to motion sickness in dogs
MOTION SICKNESS↗
Method of recording action currents in automatic nerves under chronic /continuous/ experimental conditions
Recording action currents in autonomic nervous system during long-term experiments in dogs
DOG↗
Course and sequelae of body cooling by controlled hypothermia
Manual and automatic control of hypothermia - observations of dogs for one year after cooling experiments
HYPOTHERMIA↗
Cardiovascular Effects of Vibration Semiannual Report, 1 Aug. 1965 - 28 Feb. 1966
Vibration induced cardiovascular changes in anesthetized dogs
CARDIOVASCULAR SYSTEM↗
Vibrocardiographic system study Final technical report, 24 Jul. 1964 - 15 Jan. 1965
Vibrophonocardiograph data compared to left ventricular blood pressure, myocardiographic, and electrocardiographic data in dog studies
VIBROCARDIOGRAM↗
The Effect of Changing Gravity and Weightlessness on Vasopressin Control Systems Progress Report, Feb. 15 - Sep. 20, 1966
Antidiuretic hormone destruction mechanism in dog blood studied to devise method for preserving activity in samples
BLOOD↗