Gravity-dependent changes in the functional state of the neuromotor apparatus of the rat calf muscles (Eremeev et al) Rat bone tissue in conditions of limited motor activity (Baltina et al)

MICROGRAVITY-INDUCED EFFECTS ON MOTOR SYSTEM: INFLUENCE OF SPINAL CORD STIMULATION AND SUPPORT AFFERENTATION

Thus, simulated microgravity initiates changes in motor systems at all levels of their organization. Electrical, but not magnetic, stimulation of the spinal cord during short-term microgravity prevents changes in reflex excitability of motor neurons and does not affect peripheral microgravitational