How do long-term space missions affect functional performance?

In the 55-years since the historic lunar landing, human space exploration has evolved, targeting deeper planets in our solar system.

As missions to the moon and Mars become imminent, the focus shifts to understanding the physiological and psychological impacts of extended space travel. Analogues on Earth, simulating microgravity and isolation, play a crucial role in this research.

Combining techniques like unilateral lower-limb suspension (ULLS) and parabolic flights, experiments aim to mimic long-duration space missions.

This study investigates the effects of micro-gravity on motor control and neural processing, using EEG and EMG while combining ULLS and parabolic flights.

Results will enhance our understanding of space travel´s impact on human health and performance, aiding in the development of strategies for future missions.