Post by account_disabled on Feb 20, 2024 10:05:40 GMT
In other cases, stimulation can help clear blood from the brain, as in an aneurysm or stroke, it begins to flow out precisely through the lymphatic vessels. Another example, which is now the focus of Saratov's team, is the recovery of newborn brains from postpartum microtrauma. In this case, scientists favor the fact that in the first month of life, the lymphatic vessels of the brain are particularly active: other mechanisms for clearing fluid from the brain are not yet in operation. Brain injuries of various sizes that occur during childbirth can cause hematomas in babies.
In the future, this can negatively affect various brain functions: from speech and logic to UK Mobile Number List concentration. The ability to naturally pump out accumulated blood significantly increases. The practical application of the new technique of birth with a hat is related to the development of a portable gadget: a hat or earphones that stimulate the work of transparent lymphatic vessels during sleep in newborns. They can be used not only in maternity hospitals and clinics, but also at home.
In such devices, light and inaudible sound act as stimuli. EEG electrodes on the cap record sleep stages. Developed by scientists at the Smart Sleep Lab and embedded into the device, the program determines the stages of deep sleep: when the glymphatic system of the brain is activated. At this time, the light guide in the cap automatically sends a stimulating signal to the lymphatic vessels of the brain. Initiates the process of cleaning tissues from metabolites and harmful substances.
In the future, this can negatively affect various brain functions: from speech and logic to UK Mobile Number List concentration. The ability to naturally pump out accumulated blood significantly increases. The practical application of the new technique of birth with a hat is related to the development of a portable gadget: a hat or earphones that stimulate the work of transparent lymphatic vessels during sleep in newborns. They can be used not only in maternity hospitals and clinics, but also at home.
In such devices, light and inaudible sound act as stimuli. EEG electrodes on the cap record sleep stages. Developed by scientists at the Smart Sleep Lab and embedded into the device, the program determines the stages of deep sleep: when the glymphatic system of the brain is activated. At this time, the light guide in the cap automatically sends a stimulating signal to the lymphatic vessels of the brain. Initiates the process of cleaning tissues from metabolites and harmful substances.