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Physiological mechanisms of adaptation of mammals to weightlessness Results
Animal resistance and reactivity during readaptation after an exposure to weight
Artificial gravity as a countermeasure against adverse effects of weightlessness
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aboard acceleration activity adaptation adrenal aldosterone Animal Body artificial gravity ATPase biochemical Biol Biomedical biosatellite blood flow body mass bone calcium catecholamines cells centrifuged rats changes chronic circadian clinostat contractile Cosmos decrease disuse environment enzymes excretion experimental experiments exposure fibers flight animals flight rats fractions function gastrocnemius gastrocnemius muscles Gazenko eds glycogen Gravitational Physiology Guba Hideg hydroxyproline hypokinesia hypokinetic immobilization increase investigations Kvetnansky light chains lipid lymphocytes measured metabolic method mitochondria Moscow musculo-skeletal system myocardium myosin normal observed organs parameters Physiol plasma Portugalov V.V. postflight potassium protein Purkinje cells rats flown reactions recovery resorption respiratory response rhythms showed significant significantly skeletal muscles soleus muscle space flight stress synchronous control temperature Tigranyan R.A. tion tissue ultimate load values vibration vivarium vivarium controls weight weightlessness