SWAlexander
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Excerpt:
The research utilized a relatively new brain imaging technique called diffusion microstructure imaging (DMI). The technique tracks the movement of water molecules through brain tissue to deliver a high-resolution picture of the microstructures of the brain.
Looking generally for brain lesions or abnormalities, the researchers detected no notable differences between COVID patients and those uninfected. However, zooming in on the microstructural brain differences revealed significant alterations in the COVID cohorts.
https://newatlas.com/medical/structural-brain-changes-detected-long-covid-imaging/
The research utilized a relatively new brain imaging technique called diffusion microstructure imaging (DMI). The technique tracks the movement of water molecules through brain tissue to deliver a high-resolution picture of the microstructures of the brain.
Looking generally for brain lesions or abnormalities, the researchers detected no notable differences between COVID patients and those uninfected. However, zooming in on the microstructural brain differences revealed significant alterations in the COVID cohorts.
https://newatlas.com/medical/structural-brain-changes-detected-long-covid-imaging/