… to high altitude (no night above 1500 m or sojourn above 2500 m of altitude over the past 3
months) and received no treatment to prevent acute mountain sickness… and diffusion changes …

… 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 …

… to high altitude commonly results in acute mountain sickness … cerebral oedema [apparent
diffusion coefficient (ADC)], brain … underestimate the interpretation/prediction of changes in ICP …

… , 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 …

… of acute altitude illness, acute mountain sickness (AMS), high-altitude cerebral oedema (HACE)
and high-altitude … before, past performance is a good, but not perfect, predictor of future …

… 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 …

… Increased blood pressure could serve as a predictor of a … At a high altitude (HA), hypoxia is
a potent vasodilator which can … Those with acute mountain sickness (AMS) have higher CBF …

… to be considered risk factors for acute mountain sickness. … , increased pulmonary ventilation
and diffusion capacity, increased … ), the acute mountain sickness (AMS), and the high altitude …

… While numerous MRI studies aiming to detect HA-brain … , and chronic hypoxia, aiming to
generate predictive models of … 2 mm thickness in 30 different diffusion directions (b = 900 s/mm …