I work in the neurotech/sleeptech space developing slow-wave enhancement technology. Previous studies have looked at how increased slow-wave activity (delta po

I work in the neurotech/sleeptech space developing slow-wave enhancement technology. Previous studies have looked at how increased slow-wave activity (delta power - a measure of the synchronous firing of neurons which define deep sleep) effects the removal of amyloid and other metabolic waste from the brain[1]. As I work with closed-loop stimulation, not pharmaceuticals, I wasn't familiar with the connection between norephedrine and slow-wave sleep, and my quick search has not cleared up how this researcher made that connection - as the counter argument in the article states. If you're curious about slow-wave enhancement and improving the restorative function of the brain, you can find out more on our website https://affectablesleep.com https://affectablesleep.com [1]https://academic.oup.com/ageing/article/52/12/afad228/7503302?login=false https://academic.oup.com/ageing/article/52/12/afad228/750330...