Elena Tomilovskaya

TL;DR: The main sections of the paper discuss the changes induced by long-term dry immersion in the neuromuscular and sensorimotor systems, fluid–electrolyte regulation, the cardiovascular system, metabolism, blood and immunity, respiration, and thermoregulation.

TL;DR: The acquired insight could be relevant for vestibular patients, patients with neurodegenerative disorders, as well as the elderly population, coping with multisensory deficit syndromes, immobilization, and inactivity.

TL;DR: This study elucidates alterations in human brain function after long-duration spaceflight and finds significant differences in resting-state functional connectivity between motor cortex and cerebellum, as well as changes within the default mode network.

TL;DR: The numerous publications from Russian researchers, which until present were mostly inaccessible for scientists from other countries are summarized in this work, and demonstrated and validated DI as a ground-based model for simulation of physiological effects of weightlessness.

TL;DR: A significant increase in lateral and third ventricles at postflight and a trend to normalization at follow-up, but still significantly increased ventricular volumes are found, pointing to a reduced CSF resorption in microgravity as the underlying cause.