As life expectancy has increased, particularly in developed countries, due to medical
advances and increased prosperity, age-related neurological diseases and mental health …

Background Previous data in humans suggest that extreme physical inactivity (EPI) affects
iron metabolism differently between sexes. Our objective was to deepen the underlying …

The objective of the present study was to determine the effects of dry immersion, an
innovative ground‐based human model of simulated microgravity and extreme physical …

Background Iron excess has been proposed as an essential factor in skeletal muscle
wasting. Studies have reported correlations between muscle iron accumulation and atrophy …

Background Iron metabolism imbalance could contribute to physical deconditioning
experienced by astronauts due to its essential role in energy metabolism, cellular …

Iron is essential for cell respiration, muscle metabolism, and oxygen transport. Recent
research has shown that simulated microgravity rapidly affects iron metabolism in men …

Монографію присвячено питанням стимуляції фізичної та психічної працездатності в
динаміці процесу підготовки спортсменів з урахуванням принципів і методологій …

Iron overload is an independent risk factor for disuse osteoporosis. Hibernating animals are
natural models of anti-disuse osteoporosis; however, whether iron metabolism is involved in …

Sedentary behaviours—ie 'too much sitting as distinct from too little exercise'—are
ubiquitous in modern societies. Accumulating epidemiological evidence indicates that …

At the time, many thought that whole-body integrative human physiology had seen its best
days, and was soon to be relegated to a quiet backwater of physiology: a quaint memory of a …