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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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Effects of low pressures on cellular ultrastructure and cytochemistry in plants
Casting and compression testing of cellular aluminum alloys for applications requiring kinetic energy dissipation
Genetic function, embryonic response, and cellular differentiation theory
Antigen synthesis during cellular reorganization in slime molds
Thermal stresses in cellular concretes during hydrothermal processing
Spatially periodic, time invariant electric field used to create spatially periodic cellular flow by action of electric shear stress in region of fluid-fluid interface
Oxygen toxicity at cellular level in manned spacecraft
Cellular biochemical thermoregulation and organic mass changes in cold- and heat-acclimatized monkeys
Biophysics research projects on cellular synthesis, growth, and division
Spatially periodic cellular Stokes flow in fluid- fluid interface region electrohydrodynamically induced by electric shear stress of spatially periodic electric field
Cellular differentiation in bone, and bone cell population concepts
Cellular synthesis studies - techniques and instrumentation for research in bacteriophages, genetics, radiobiology, and related physiological responses of animals and humans
Cellular localization of acetyl-coenzyme A synthetase in yeast, noting enzyme distribution during aerobic growth on glucose
Theoretical biology of cellular synthesis, growth, and division
One dimensional cellular logic arrays fault circumvention by bypass switching out defective cells in cascade
Fast multiplication cellular arrays for LSI implementation
It is pointed out that control substances must have existed from the earliest times in the evolution of life and that the same control mechanisms must exist today. The investigation reported is concerned with the concept that carbon dioxide is a primitive regulator of cell function. The effects of carbon dioxide on cellular materials are examined, taking into account questions of solubilization, dissociation, changes of charge, stabilization, structural changes, wettability, the exclusion of other gases, the activation of compounds, changes in plasticity, and changes in membrane permeability.
The inhibitory effects are investigated of d,1-alpha-tocopherol and d,1-alpha-tocopheryl acetate on the free radical deterioration of cellular membranes. The level of toxicity of d,1-alpha-tocopherol and d,1-alpha-tocopheryl acetate in mice is determined.