Spaceflight effects on gait, balance, & manual motor control have been well studied; some evidence for cognitive deficits. Rodent cortical motor & sensory systems show neural structural alterations with spaceflight. specific Aims: Aim 1-Identify changes in brain structure, function, and network integrity as a function of head down tilt bed rest and spaceflight, and characterize their time course. Aim 2-Specify relationships between structural and functional brain changes and performance and characterize their time course.
Effects of Spaceflight and Head Down Tilt Bed Rest on Neurocognitive Performance: Extent, Longevity, and Neural Bases
2017
24 pages
Report
Keine Angabe
Englisch
Space Technology , Clinical Medicine , Life Support Systems , Bed rest , Brain , Cognition , Cognitive psychology , Head down tilt , Mental performance , Neurology , Sensorimotor performance , Space flight , Assessments , Brain circulation , Crews , Human performance , Imaging techniques , International space station , Magnetic resonance , Testing time