Biochemical changes occurring with adaptation to accelerative forces during rotation.
Biochemical measures made as part of habituation experiment in which four subjects were exposed to rotation for 6 days
ACCELERATION TOLERANCE↗
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Results for “biochemical”
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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The biochemical, physiological, and metabolic evaluation of human subjects wearing pressure suits and on a diet of precooked freeze dehydrated foods
Biochemical, physiological and metabolic evaluation of human subjects wearing pressure suits and on diet of precooked frozen dehydrated foods
Dunco, D. P.↗
A study to determine the feasibility of using physical methods for biochemical analysis under space flight conditions Final report, 16 Jan. - 16 Sep. 1967
Physical methods evaluated for use in biochemical analyses under space flight conditions
Source record↗
The biochemical, physiological, and metabolic effects of Apollo nominal mission and contingency diets on human subjects while on a simulated Apollo mission Final report, Feb. - Jun. 1966
Biochemical, physiological, and metabolic effects of simulated Apollo mission with space diet on humans
Katchman, B. J.↗
The biochemical, physiological, and metabolic evaluation of human subjects in a life support systems evaluator and on a liquid food diet Final report, 12 Jun. 1964 - 23 Feb. 1965
Biochemical, physiological, and metabolic analysis of subjects in life support system on liquid food diets during space environment simulation
Homer, G. M.↗
Biochemical dimensions of space biology.
Earth life systems biochemical and physiological responses to space environment stresses like reduced gravity, noting muscle atrophy and coordination diminution
Saunders, J. F.↗
Some morphologic and biochemical observations of semen in nemestrina monkeys destined for space flight.
Spermatozoa observations and biochemical tests of semen in Macaca nemestrina monkey under study for orbital space flight
Cockett, A. T. K.↗
Biochemical and metabolic effects of a six- month exposure of small animals to a helium- oxygen atmosphere
Biochemical and metabolic effects of exposure of mice to helium-oxygen atmosphere
Cohen, J. D.↗
Physiological and biochemical changes in bacterial cells exposed to oxygen.
Oxygen physiological and biochemical effects on Pseudomonas saccharophila, discussing sucrose uptake, lipid synthesis and polysaccharide formation
Young, H. L.↗
Thermodynamic properties of compounds of biochemical interest in aqueous solution. A survey of thermodynamic properties of the compounds of the elements CHNOPS Progress report
Thermodynamic properties of compounds of biochemical interest in aqueous solution
Carlo, M.↗
The role of phosphates in biochemical reactions
Structural and functional properties of phosphates in biochemical reactions, discussing linkages
Degens, E. T.↗
Biochemical and metabolic effects of a six- month exposure of small animals to a helium- oxygen atmosphere
Long term helium-oxygen atmosphere effects on rats and mice, investigating biochemical and metabolic changes
Cohen, J. D.↗
A physical view of metabolic systems - The biochemical transition from organ systems to the higher central nervous systems
Biochemical molecular model for metabolic energy transition from mammalian organs to central nervous system
Source record↗
Chemical and biochemical space manufacturing
Chemical and biochemical space manufacturing using scaling laws and Gibbs functions
Kober, C. L.↗
Biochemical and physiological consequences of the Apollo flight diet.
Six male subjects subsisting on a typical Apollo flight diet for five consecutive days were evaluated for changes in biochemical and physiological status. Laboratory examinations failed to demonstrate any significant changes of the kind previously attributed to weightlessness, such as in serum electrolytes, endocrine values, body fluid, or hematologic parameters.
Hander, E. W.↗
Study of a number of biochemical indices of the blood and tissue of dogs after prolonged gamma-radiation
The glucose content in blood and the lipid content in serum and tissues of dogs exposed to chronic radiation for 3 and 5 years were studied. In tissues of these animals, the concentration of soluble DNA and DNA contained in DNP was studied in the spleen, lymph node (deep cervical node) and bone marrow of thigh bones. Results indicate that chronic gamma irradiation significantly changes concentrations of glucose in the blood, and that of several lipids in serum and tissues. A reduction in the concentration of DNP in tested organs reflects changes in the relative number of cells with various nuclear cytoplasmic ratios; most pronounced changes in biochemical indices occur in dogs exposed to chronic gamma radiation in doses of 125 rad per year.
Alers, I.↗
Biochemical responses of the Skylab crewmen: An overview
Continuous metabolic and endocrinic monitoring of Skylab crewmen established significant biochemical changes that varied in magnitude and direction but disappeared shortly after return to earth. These changes indicate adaptation by the body to the combined stresses of weightlessness. Transient changes in fluid and electrolyte metabolisms lead to the conclusion that a homeostasis condition had been achieved. Unstable states persisted in the metabolisms of bone mineral, protein, and carbohydrates.
Leach, C. S.↗
Unification of some biochemical methods of research in the pre- and post-flight periods
The biochemical methods for determination of various parameters and factors during pre- and post-flight periods, as used by American and Soviet teams dealing with space flight medicine are compared. The emphasis is on the exchange of information on the study of the blood and urine content of space travelers before and after space flight. A series of electrolytic, enzymatic, and hormonal factors is discussed.
Tigranyan, R. A.↗