Cognitive function is affected by low pressure and hypoxia in high-altitude environments,
and is regulated by altitude and exposure time. With the economic development in the …

This article focuses on neuropsychological functioning at moderate, high, and extreme
altitude. This article summarizes the available literature on respiratory, circulatory, and brain …

Long-term high altitudes (HA) exposure's impact on cognition has yielded inconsistent
findings in previous research. To address this, we conducted a meta-analysis of 49 studies …

The aim of our study was to develop a model of high altitude cerebral edema (HACE) using
an acute, hypobaric hypoxia environment combined with exhaustive exercise. Forty healthy …

Ascend to high altitude results in a drastic change in the environmental conditions an
individual is exposed to. As the altitude increases there is a decrease in partial pressure of …

Spaceflight-induced brain changes have been commonly reported in astronauts. The role of
microgravity in the alteration of the brain structure, microstructure, and function can be tested …

The microgravity environment in space can impact astronauts' cognitive and behavioral
activities. However, due to the limitations of research conditions, studies of biological …

Bondi, Danilo, Vittore Verratti, Raffaella Nori, Laura Piccardi, Giulia Prete, Tiziana
Pietrangelo, and Luca Tommasi. Spatial abilities at high altitude: Exploring the role of …

Background: In human beings exposed to high altitude, cerebral magnetic resonance
imaging (cMRI) revealed alterations ranging from subclinical cerebral edema formation to …

Background and purpose: At high altitudes barometric pressure is reduced and, thus, less
oxygen is inhaled. Reduced oxygen concentration in brain tissue can lead to cerebral …