Alzheimer S 40Hz Light at Darlene Thompson blog

Alzheimer S 40Hz Light. Mit researchers have found that 40hz sensory gamma rhythm stimulation can significantly slow alzheimer's progression by enhancing the brain's glymphatic system to clear amyloid proteins. Audio and visual stimulation at 40 hz promote cerebrospinal and interstitial fluid flux in mouse brain and result in amyloid clearance. Evidence that noninvasive sensory stimulation of 40 hz gamma frequency brain rhythms can reduce alzheimer’s disease pathology and symptoms, already shown with light and sound by multiple research groups in mice and humans, now extends to tactile stimulation. Studies at mit and elsewhere are producing mounting evidence that light flickering and sound clicking at the gamma brain rhythm.

40 Hz Gamma Wave Sensory Intervention in Alzheimer's Disease Study
from www.voisefoundation.org

Evidence that noninvasive sensory stimulation of 40 hz gamma frequency brain rhythms can reduce alzheimer’s disease pathology and symptoms, already shown with light and sound by multiple research groups in mice and humans, now extends to tactile stimulation. Studies at mit and elsewhere are producing mounting evidence that light flickering and sound clicking at the gamma brain rhythm. Mit researchers have found that 40hz sensory gamma rhythm stimulation can significantly slow alzheimer's progression by enhancing the brain's glymphatic system to clear amyloid proteins. Audio and visual stimulation at 40 hz promote cerebrospinal and interstitial fluid flux in mouse brain and result in amyloid clearance.

40 Hz Gamma Wave Sensory Intervention in Alzheimer's Disease Study

Alzheimer S 40Hz Light Audio and visual stimulation at 40 hz promote cerebrospinal and interstitial fluid flux in mouse brain and result in amyloid clearance. Mit researchers have found that 40hz sensory gamma rhythm stimulation can significantly slow alzheimer's progression by enhancing the brain's glymphatic system to clear amyloid proteins. Audio and visual stimulation at 40 hz promote cerebrospinal and interstitial fluid flux in mouse brain and result in amyloid clearance. Evidence that noninvasive sensory stimulation of 40 hz gamma frequency brain rhythms can reduce alzheimer’s disease pathology and symptoms, already shown with light and sound by multiple research groups in mice and humans, now extends to tactile stimulation. Studies at mit and elsewhere are producing mounting evidence that light flickering and sound clicking at the gamma brain rhythm.

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