Morphological polarization of the mechanoreceptors of the vestibular and acoustic systems
Morphological polarization of mechanoreceptors of vestibular and acoustic systems in birds, fishes, mammals, and frogs
VESTIBULAR APPARATUS↗
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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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Brain mechanisms in conditioning and learning
Brain mechanisms in conditioning and learning of higher mammals
MAMMAL↗
Xvi international congress of zoology, washington, 20-27 august 1963. proceedings, volume 3- specialized symposia
Zoology conference - endocrine systems, adaptation of mammals, chemoreception, nucleo-cytoplasmic relations, functional morphology, and evolution
ENDOCRINE SYSTEM↗
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.↗
Joint NASA-AEC Program in Space Radiation Biology Progress Report, Fall 1967
Research in space radiation biology including molecular radiochemistry, cellular radiobiology, radiological physics, and radiation effects on beetles, frogs, and mammals
Source record↗
Biological studies aboard the spacecraft ''Vostok'' and ''Voskhod''
Space flight effects on biological structures and activities of mammals and man
Antipov, V. V.↗
Pharmacologic tools in autonomic nervous system research.
Pharmacological tools in autonomic nervous system research, discussing norepinephrine biosynthesis, storage, release and inactivation in mammals
Wurtman, R. J.↗
Recent advances in studies of evolutionary relationships between proteins and nucleic acids.
Protein and nucleic acid building blocks sequence differences influence on evolutionary relationship of living organisms, comparing fish and mammal globins
Jukes, T. H.↗
Midbrain as a site for the motion after-effect.
Electrophysiological data for directionally sensitive units in optic tectum of mammals, indicating midbrain as site for rotating spiral motion aftereffects
Richards, W.↗
Brown fat - Regulatory function and control
Brown fat thermoregulatory function and physiological control in mammals, discussing heat production and biochemical stimulation
Smith, R. E. M.↗
Comments on cross-adaptation
Cross adaptation criteria and modifications in physiologic and biochemical processes in man and mammals, demonstrating positive cross acclimation between hypertension and hypoxia exposure
Fregly, M. J.↗
Sleep of unrestrained chimpanzee - Cortical and subcortical recordings
Unrestrained chimpanzees cortical and subcortical electrical activity during sleep recorded by telemetry and compared with human beings and other mammals
Adey, W. R.↗
Introduction to a Biological Systems Science
Biological systems analysis and biodynamic modelling of physiological and biological interrelationships in human body and mammals
Bloch, E.↗
Some comments on control of the microvascular system
Dynamic model for microvascular system control of mammal body kinematics
Source record↗
Plans for orbital study of rat biorhythms - Results of interest beyond the biosatellite program
Long term zero gravity effects on mammal physiologic rhythms characteristics, studying rats in biosatellite orbits
Halberg, F.↗
Neurophysiological findings relevant to echolocation in marine animals
A review of echolocation mechanisms in marine mammals, chiefly porpoises, is given. Data cover peripheral auditory and central neurophysiological specializations favorable to the analysis of echolocating clicks and their echoes. Conclusions show (1) signals are received from 50 up to at least 135 kHz, (2) sound is received through the mandible skin, and (3) the midbrain sites are insensitive to low frequencies (below 6 kHz).
Bullock, T. H.↗
RBE for late somatic effects in mice irradiated with 60 MeV protons relative to X-rays.
Investigation of the relative biological effectiveness of energetic protons for the induction of somatic effects in a mammal (mice) following whole body irradiation. The proton energy used approximates the mean energy for proton spectra accompanying solar events. The effects on longevity and the incidence of major neoplastic diseases are summarized. The results obtained suggest that medium energy proton irradiation is no more effective, and on the whole, probably less effective, than conventional X radiation for the induction of late radiation effects in the mouse.
Darden, E. B., Jr.↗
Airway structure and alveolar emptying in the lungs of sea lions and dogs.
Investigation of the effects of various cycles of compression and decompression on the alveolar volumes of the excised lungs of sea lions and dogs. The results obtained include the finding that, in comparison to dog lungs, sea lion lungs empty more completely on mild compression and much more completely on severe compression. These findings support Scholander's (1940) hypothesis that some marine mammals are protected from decompression sickness by cartilaginous reinforcement of the small airways which permits alveolar emptying during a dive, so isolating compressed gas from pulmonary capillary blood.
Denison, D. M.↗