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US-CHIMP develops a non-invasive diagnostic tool to monitor cerebral hypoxia by combining ultrasound techniques to assess optic nerve sheath diameter and cerebral blood flow. This project aims to enhance decision-making in critical care, particularly in high-altitude environments, and improve management of conditions l…
A lack of oxygen in the human brain (cerebral hypoxia) can result in permanent neuronal damage.
Cerebral hypoxia is prevalent in half of all critical ill patients, but poor health impedes research in the intensive care unit.
High-altitude exposure (>2500 m) is associated with a lower pressure of oxygen and offers a unique setting to investigate hypoxia-driven changes in otherwise healthy individuals.
Unfortunately, at present, non-invasive methods to quantify surrogates of cerebral hypoxia are e…
ACCADEMIA EUROPEA DI BOLZANO
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