Gentle sound stimulation—such as the rush of a waterfall—synchronized to the rhythm of brain waves significantly enhanced deep sleep in older adults and improved their ability to recall words, reports a new Northwestern ...
Apr 25, 2017
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(Medical Xpress)—After a promising clinical trial of focused ultrasound as a potential treatment for essential tremor, the University of Virginia Health System is launching a new study to investigate the scalpel-free technology's ...
Oct 12, 2012
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Two early stage clinical studies testing the safety and efficacy of 40Hz sensory stimulation to treat Alzheimer's disease have found that the potential therapy was well tolerated, produced no serious adverse effects and was ...
Dec 1, 2022
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Gentle sound stimulation played during specific times during deep sleep enhanced deep or slow-wave sleep for people with mild cognitive impairment, who are at risk for Alzheimer's disease.
Jun 28, 2019
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The way in which we experience music and speech differs from what has until now been believed. This is the conclusion of a study by researchers at Linköping University, Sweden, and the Oregon Health and Science University, ...
Sep 23, 2022
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Slow oscillations in brain activity, which occur during so-called slow-wave sleep, are critical for retaining memories. Researchers reporting online April 11 in the Cell Press journal Neuron have found that playing sounds ...
Apr 11, 2013
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The brain assigns sensory information from the eyes, ears and skin to different regions: the visual cortex, auditory cortex and somatosensory cortex. However, it is clear that there are anatomical connections between these ...
Jan 2, 2019
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In the years since her lab discovered that exposing Alzheimer's disease model mice to light flickering at the frequency of a key brain rhythm could stem the disorder's pathology, MIT neuroscientist Li-Huei Tsai and her team ...
Oct 22, 2019
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The most important thing to know about essential tremor, or ET, is that although it can change your life, people with ET can still live life to the fullest.
Mar 26, 2021
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For a person with normal hearing, sound waves travel in the fluid-filled cochlea of the inner ear, causing sensory hair cells to react and send signals to the brain via the auditory neurons. For those with hearing loss, these ...
Oct 12, 2020
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