-- When people escape the gravitational pull of Earth, their brains also need to adjust to the sensation of weightlessness. Understanding how in space parts of the brain compensate for the absence of sensory input that gravity provides on Earth holds promise for people who suffer from balance disorders.
-- Other biologic systems in humans and in other organisms also are affected by microgravity. A biologic explanation for observed changes in microbe infectivity and human immunity during prolonged space travel could offer new hope to people who have difficulty fighting infections on Earth.
As part of the agreement, NIH and NASA will encourage space-related health research by exchanging information and providing technical expertise in areas of common interest. The agencies will facilitate and share each other's research and development efforts. In addition, NIH and NASA have agreed to coordinate publicity of mutually beneficial activities, publications and research results.
For more information about NIH and its programs, visit: http://www.nih.gov
For more information about the station and the agreement, visit: http://www.nasa.gov/station
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