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  1. Discover how gravity impacts brain function and cognition in this insightful article from BBC Science Focus Magazine.

  2. Jun 2, 2019 · Here we show that alteration of brain structure during spaceflight is likely progressive on the basis of mission duration, affects the younger astronauts, and correlates with postflight changes in motor and cognitive performance.

    • D R Roberts, D Asemani, P J Nietert, M A Eckert, D C Inglesby, J J Bloomberg, M S George, T R Brown
    • 10.3174/ajnr.A6249
    • 2019
    • 2019/11
  3. Mar 25, 2019 · Manipulating gravitational stress may affect cerebral autoregulation. These effects can help increase our understanding of the integrative cardiovascular‐ and cerebral physiology.

    • Lonnie G. Petersen, Lonnie G. Petersen, Shigehiko Ogoh
    • 2019
  4. Mar 1, 2021 · The framework encompasses changes in brain function as well as several measures of brain structure including gray and white matter changes, and intracranial fluid shifts. Critically, the inclusion of behavioral measures aids in the interpretation of whether brain functional or structural changes are adaptive or dysfunctional.

    • K.E. Hupfeld, H.R. McGregor, P.A. Reuter-Lorenz, R.D. Seidler
    • 2021
  5. While cautious interpretation is appropriate given the small sample size and number of comparisons, these findings suggest that brain structural changes are associated with changes in cognitive and motor test scores and with the development of spaceflight-associated neuro-optic syndrome.

    • D R Roberts, D Asemani, P J Nietert, M A Eckert, D C Inglesby, J J Bloomberg, M S George, T R Brown
    • 2019
  6. Jun 27, 2024 · Microgravity results in headward fluid shifts, ventricular expansion, an upward shift of the brain within the skull, and remodelling of grey and white matter. The fluid changes are correlated with changes to perivascular space and spaceflight associated neuro-ocular syndrome.

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  8. Sep 1, 2024 · Through an exploration of neuroanatomy, neurophysiology, and electrophysiology, this review elucidates how different brain structures interact to support a wide array of cognitive processes, sensory perception, motor control, and emotional regulation.