A new study reveals that Alzheimers disease involves more than just plaques and tangles; it also stems from disrupted communication between brain cells. Using advanced imaging and computational modeling, scientists mapped how neurons and glial cells interact at the molecular level.
A new study reveals that Alzheimers disease involves more than just plaques and tangles; it also stems from disrupted communication between brain cells. Using advanced imaging and computational modeling, scientists mapped how neurons and glial cells interact at the molecular level.
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