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.↗
Engineering topics
Slater, J. V.
Publications and source records attributed to Slater, J. V..
Effect of temperature and X-irradiation on pupae of the flour beetle, Tribolium confusum.
X irradiation and temperature effects on flour beetle /Tribolium confusum/ pupae, noting wing abnormalities and pupal stage duration
Buckhold, B.↗
Mutational responses of insects in the Biosatellite II experiment.
Insects mutational responses to space flight and associated radiation on biosatellite 2 compared with ground based controls
Browning, L. S.↗
Effect on a flour beetle of irradiation during space flight.
Flour beetle under irradiation and weightlessness during space flight, analyzing effects on somatic wing development, germ cells and pupal period
Buckhold, B.↗
Interaction of radiation and other environmental stresses in biological systems.
Ionizing radiation effects on cellular and molecular level in microorganisms and mammals, discussing manned space flight radiation hazards
Amer, N. M.↗
Heavy ion localization of sensitive embryonic sites in tribolium
Effects of ion bombardment of embryonic sites on wing growth of confused flour beetle
TRIBOLIUM↗
BIOLOGICAL SYSTEMS IN INTERPLANETARY ENVIRONMENT
Space biology - experiments on beetles and blood pressure - weightlessness and balloon flights
WEIGHTLESSNESS↗