
© sciencenewsjournal.comSalt Brain
Newly presented study discusses salt levels in the brain and how they play a very important role in whether a person is sleeping or awake at any given moment.Professor Maiken Nedergaard from the Center for Basic and Translational Neuroscience at University of Copenhagen says this information could prove quite beneficial in the study of psychiatric diseases like
schizophrenia, the confusion some people suffer from after receiving
anesthesia and other health concerns related to a
lack of sleep.The amount of salt in our body changes depending on whether we are taking a nap or going about our day and for the first time, researchers are able to show these changes. The Copenhagen study shows that when salt levels are influenced within mice, their
sleep-wake cycles can be manipulated. Professor Maiken Nedergaard calls this discovery revealing, adding a whole new component to the understanding of exactly how the brain works. This offers insight into
how sleep is controlled and also what may cause patterns in sleep to change. This new information will help further the understanding of individuals who suffer from
convulsions when they do not get a proper night's sleep, while others can miss sleep and continue to function for extended periods of time.
Neuromodulators are what play a large role in choosing when our body stays asleep and when it "decides" to wake up. Adrenaline is an example of a neuromodulator.
Adrenaline, for example, has been shown to change the amount of salt located around neurons. The salt balance actually decides whether or not our sleep will be disrupted from say, a touch or a sound. When the body is awake, salt balances cause neurons to be very sensitive to all sorts of stimulations.
During the nighttime salt levels change, making it much harder for neurons to be activated. The difference between activation and lack of activity makes a person either wake or remain relaxed.
Comment: Fraud is growing more rampant in scientific studies: