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In humans, exposure to microgravity results in a central reinterpretation of information from multiple sensory sources to produce a sensorimotor state appropriate for motor actions in microgravity. 4 However, this new adapted state is no longer appropriate for gravity-rich environments such as Earth, and a subsequent central reinterpretation is required to achieve a state appropriate for the gravity-rich environment. Before this adaptation completes, astronauts experience deficits in both perceptual and motor functions, including alterations in locomotor and