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Effect of Spaceflight on Lymphocyte Function and Immunity
Exercise and Adaptation to Microgravity Environments
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acclimatization activity acute hypoxia adaptation aldosterone animals Appl arterial atrial Aviat baroreflex bed rest Biol Biomed blood flow blood volume bradycardia brain breath-hold diving breathing bubble capacity capillary carbon cardiac output cardiovascular carotid body catecholamine changes chemoreceptors chronic hypoxia Clin days of bed decompression sickness decrease diuresis divers dogs dopamine edited effects energy enzyme erythropoietin Exerc exposure factors fluid function gene glomus cells head-down heart rate high altitude hormone humans hydrogen hyperbaric hypercapnia hypervolemia hypoxemia hypoxia hypoxic increased inhibition kidney Kosm Lahiri lung lymphocyte maximal mechanisms metabolism microgravity mitochondrial natriuresis nitrogen normal occur oxidative oxygen peripheral Physiol physiological plasma volume pressure protein pulmonary rats receptor reduced renal renin Respir respiratory response to hypoxia skeletal muscle Space Environ spaceflight stimulation studies subjects tion tissue torr Undersea Biomed vascular vasopressin venous ventilation ventilatory response VO2max water immersion