Chemical and metabolic characteristics of brain tissue - Electrical impedance correlates
Brain cerebral tissues electrical impedance measurement by electrodes and bridge circuit, discussing chemical and metabolic properties
Adey, W. R.↗
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Results for “metabolism”
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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Autotrophic and heterotrophic metabolism of Hydrogenomonas - Regulation of autotrophic growth by organic substrates
Organic substrates effects on Hydrogenomonas eutropha autotrophic and heterotrophic metabolism
Decicco, B. T.↗
Dietary protein level and uric acid metabolism in normal man
Dietary protein and yeast RNA levels effect on ur acid metabolism in normal man
Bowering, J.↗
Inhibition of uptake and metabolism of amino acids in stationary bacterial cells by pure oxygen
Pure oxygen effect on amino acids uptake and metabolism of Pseudomonas saccharophilia stationary cells
Young, H. L.↗
Epinephrine formation and metabolism in mammalian brain
Epinephrine uptake and metabolic disposition in rat brain, determining pathways and turnover of endogenous brain hormone and enzymatic synthesis
Barchas, J. D.↗
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.↗
Glucose metabolism and chronic acceleration
Glucose metabolism in chickens under chronic centrifugal acceleration, meeting increased energy requirements
Boda, J. M.↗
Metabolic breath analyzer
Instrument measures metabolic breathing rate and dynamics of human beings in atmospheres ranging from normal air to 100 percent oxygen at ambient pressures from 14.7 to 3.0 psia. Measurements are made at rest or performing tasks up to maximum physical capacity under either zero or normal gravity.
Perry, C. L.↗
Some recent advances in the technology of high resolution dynamic and continuous respiratory and metabolic measurements on breath-by-breath and TM basis Final report
Bidirectional respiratory flowmeters and electronic instrumentation technology for measurement and analysis of metabolic quantities
Source record↗
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↗
Automated Microbial Metabolism Laboratory Final report
Automated microbial metabolism life detection experiments for exobiological studies
Lindgren, W. A.↗
Evaluation of metabolic losses in whole body sweat from measurements of small skin areas
Tables and graphs of metabolic losses in whole body sweat determined by small skin area measurements
Van Beaumont, W.↗
Review of Metabolic and Endocrine Studies on the Gemini 7 Mission
Preflight and postflight analysis of effects of Gemini 7 mission on metabolic and endocrine systems
Lipscomb, H. S.↗
Hormonal Control of Calcium Metabolism
Assays of hormonal control of calcium and bone metabolism
Potts, J. T., Jr.↗
Breathing metabolic simulator
Breathing metabolic simulator design for test and evaluation of breathing and life support equipment
Source record↗
Primate restraint system for studies of metabolic responses during recumbency
Primate restraint harness of nylon jacket and cotton cot on aluminum frame padded seat for bone resorption and calcium metabolism studies
Howard, W. H.↗
Circadian variations in thermal and metabolic responses to heat exposure
Moderate heat exposure effects on human circadian variations in body temperature, heart and metabolic rates and water loss
Little, M. A.↗
Breathing-metabolic simulator
Breathing-metabolic simulator was developed to be used for evaluation of life support equipment. Apparatus simulates human breathing rate and controls temperature and humidity of exhaled air as well as its chemical composition. All functions are designed to correspond to various degrees of human response.
Bartlett, R. G.↗