Damage to the visual cortex structures after high altitude exposure has been well clarified.
However, changes in the neuronal activity and functional connectivity (FC) of the visual …

The effects of hypoxia on brain function remain largely unknown. This study aimed to clarify
this issue by visual-stimulated functional magnetic resonance imaging design. Twenty-three …

Objective This study aimed to investigate the effects of long-term hypoxic environment
exposure on cognitive ability and neuroimaging characteristics in a highland population in …

It has been well established that very-high-altitude (> 4000 m) environments can affect
human cognitive function and brain activity. However, the effects of long-term exposure to …

Although high‐altitude exposure can lead to neurocognitive impairment, even upon return to
sea level, it remains unclear the extent to which brain volume and regional cerebral vascular …

Introduction High altitude (HA) exposure leads to cognitive impairment while the underlying
mechanism is still unclear. Brain functional network is crucial for advanced functions, and its …

Introduction Inadequate oxygen availability may lead to impairment of neurocognitive
functions. The aim of the present study was to investigate the effect of acute high‐altitude …

Background Structural and functional networks can be reorganized to adjust to
environmental pressures and physiologic changes in the adult brain, but such processes …

Abstract Zhang, Gang, Si-Min Zhou, Chao Yuan, Huai-Jun Tian, Peng Li, and Yu-Qi Gao.
The effects of short-term and long-term exposure to a high altitude hypoxic environment on …

Ascent to high altitude is associated with decreases in cognitive function and work
performance as a result of hypoxia. Some workers with special jobs typically undergo …