… had detected several brain abnormalities in the diffusion MR imaging after … Cerebral diffusion
and T-2: MRI predictors of acute mountain sickness during sustained high-altitude hypoxia…

… - and diffusion-weighted brain MRI sequences in the 30-year-… suggested that hypoxia-driven
increases in arterial cerebral blood … In our study, acute mountain sickness severity and brain …

… HACE diagnosis on 1.5 T magnetic resonance imaging. These … changes in either T 2 relaxation
or apparent diffusion. However… ) within cerebral white matter with acute hypoxic exposure …

… is based on the diffusion of water molecules in the brain to … high-altitude for a shorter period
of time (2–4 years) first caused GM atrophy in brain regions sensitive to ischemia and hypoxia…

… several animal studies through exposing animals to a simulating HA hypoxia but not real …
in individuals at HA have been examined based on brain T1 MRI and diffusion tensor imaging (…

… a magnetic resonance imaging (MRI) scan, resting state functional MRI scan, and diffusion
tensor … induced by chronic hypoxic exposure at high altitude is the result of brain structure and …

… normal functioning of the brain. The generation of excessive free radicals and their intracellular
diffusion leads to oxidative stress. … Acute mountain sickness is often known as “Mountain …

… , acute mountain sickness (AMS) and the more severe conditions of HA pulmonary or cerebral
… To examine the abnormal T2 values in the CC more closely in vivo, we used diffusion …

… effect of hypoxia on regional brain blood flow at rest and during … acute mountain sickness
severity and sense of effort during … Under normoxic conditions, such as at sea level, diffusion is …

… m may develop symptoms of acute mountain sickness (AMS) … suggest that decreased SO
2 might be predictive of AMS (eg, … decreased SO 2 in acute hypoxia and at high-altitude and …