Use of the Pigtail Monkey, Macaca Nemestrina, in Space Bioscience Studies
Macaca nemestrina pigtail monkey used for determining space flight effects on physiological functions - Biosatellite project
Parcher, J. W.↗
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Results for “BIOSATELLITE”
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.
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Investigation of perognathus as an experimental organism for research in space biology Final report
Physiology of pocket mice and suitability for exobiology research in biosatellites
Lindberg, R. G.↗
Active primate simulator Final report
Systems engineering data and design specifications for Biosatellite active primate simulator
Beckman, C.↗
Unraveling the mysteries of space flight.
Biosatellite experiments designed to investigate space environment effect on living organisms
Crane, R.↗
The effects of weightlessness on plant growth.
Biosatellite program and effects of weightlessness on plant behavior and growth
Conrad, H. M.↗
Space bioscience
Space bioscience activities in 1967, including chemical evolution, extraterrestrial life, and environmental biology studies, and Biosatellite 2 data
Berman, B.↗
Wheat seedling growth in the absence of gravitational force.
Wheat seedling germination and growth processes in absence of gravitational force onboard Biosatellite 2
Lyon, C. J.↗
Central nervous, cardiovascular and metabolic data of a Macaca nemestrina during a 30-day experiment.
Central nervous, cardiovascular and metabolic data of Macaca nemestrina during simulated Biosatellite flight, testing data acquisitions systems
Adey, W. R.↗
Design and testing of a heat transfer system in the constant Nusselt number range
Design and performance tests of thermal control subsystem for Biosatellite primate mission
Kugler, W.↗
Biology Division Neurospora experiment P-1037 Final report
Genetic effects of space flight and radiation on Neurospora on Gemini 11 and Biosatellite 2
Source record↗
Identification of a recurring bacterial contaminant in a spacecraft watering system
Bacterial contaminant in Biosatellite water system
Bryce, A. J.↗
Space-flight enhancement of irradiation effects in the flour beetle, Tribolium confusum
Space environment and radiation on Biosatellite 2 enhancing radiation effects in developing flour beetle Tribolium confusum
Buckhold, B.↗
Multi-purpose monitoring of carbon dioxide in closed organism-environment systems
Carbon dioxide output monitoring from biosatellites for circadian system behavior in closed organism-environment systems
Halberg, F.↗
Xanthine dehydrogenase activity in parental and F sub 1 Drosophila and Habrobracon under conditions of hypogravity
Xanthine dehydrogenase activity in Drosophila and Habrobracon under hypogravity conditions onboard Biosatellite
Keller, E. C., Jr.↗
Life support systems for biological flight experiments
Life support systems for biological flight experiments on Biosatellite project and Skylab A mission
Look, B. C.↗
Frequency spectra and cosinor for evaluating circadian rhythms in rodent data and in man during Gemini and Vostok flights
Frequency spectra and cosinor for circadian rhythms in rodents and in man during Gemini and Vostok flights, considering future biosatellites
Halberg, F.↗
Choice of rotation rate for the horizontal clinostat
Horizontal clinostat rotation rate for optimal and acceptable weightlessness simulation in plants, comparing with wheat seedlings growth in Biosatellite 2
Lyon, C. J.↗
Sleep-wake activity patterns of a Macaca nemestrina monkey during nine days of weightlessness
Biosatellite 3 onboard camera time lapse photography of monkey sleep/wake activity patterns during weightlessness
Adey, W. R.↗