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Showing 1 to 1 of 1 for “"Brain-bone axis"”.

  1. MICROGRAVITY-INDUCED ALTERATIONS IN THE BRAIN-TO-BONE AXIS: IMPLICATIONS FOR BONE LOSS AND COUNTERMEASURE DEVELOPMENT IN LONG-TERM SPACEFLIGHT.

    … neurophysiological deterioration affecting both bone and muscle, including impaired synaptic transmission. Previous studies have already shown that microgravity has a detrimental effect on motor neuron function. Within this scope, this research aims to deepen the understanding of brain-bone

    trento Repository record for MICROGRAVITY-INDUCED ALTERATIONS IN THE BRAIN-TO-BONE AXIS: IMPLICATIONS FOR BONE LOSS AND COUNTERMEASURE DEVELOPMENT IN LONG-TERM SPACEFLIGHT. (opens in a new tab)