Neuro-wellness in space
בשיתוף:
Advanced EEG system designed to evaluate human cognitive functions in microgravity
Neuro-wellness in space
Amir Shteinberg, Israel Deutsch, and Dr. Eran Privman - brain.space. Dr. Oren Shriki, Ophir Almagor, and Ofer Avin - Ben-Gurion University
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Advanced EEG system designed to evaluate human cognitive functions in microgravity
Proper brain cell function is essential for overall bodily function. The blood vessels supplying the brain are protected by the blood-brain barrier (BBB), a membrane that facilitates waste removal from the brain into the bloodstream while preventing toxins and pathogens from penetrating into the sensitive brain tissue. BBB dysfunction is linked to neurodegenerative diseases like Alzheimer’s. The BBB also presents a clinical challenge, as it hinders the delivery of medications to brain tissue, which is crucial for treating these diseases.
In this study by Sheba Medical Center researchers sought to determine how microgravity in space affects BBB function. The astronauts underwent advanced, non-invasive tests before and after spaceflight, including sophisticated analysis of MRI brain scans and blood protein marker extraction to reveal any changes in BBB function caused by spaceflight and microgravity. The findings from this groundbreaking study will help scientists find ways to modulate BBB function and permeability, enabling both the removal of toxic waste proteins and the delivery of therapeutic drugs to the brain. Such capabilities will usher in new treatments for Alzheimer’s and other neurodegenerative diseases, helping many patients worldwide.
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Neuro-wellness in space
بالشراكة:
Advanced EEG system designed to evaluate human cognitive functions in microgravity