Post by ASAS on Oct 21, 2023 11:33:35 GMT 5.5
From postpartum trauma to Alzheimer's scientists themselves have compared the nocturnal work of transparent brain lymphatic vessels to a vacuum cleaner. During sleep, the brain actively works to restore its function and remove toxic molecules that have accumulated during the day. Figuratively speaking, he takes a bath to remove metabolites from the body. At this moment. They help remove toxins from various sources in the brain, including toxins that accumulate in the blood after an intracranial hemorrhage.
Understanding and controlling these processes can be widely used in moible number data practice as a successful example of personalized medicine. In Alzheimer's disease, for example, this non-invasive technique could be used to remove toxic proteins. 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 concentration. The ability to naturally pump out accumulated blood significantly increases the newborn's chances of actively.
Understanding and controlling these processes can be widely used in moible number data practice as a successful example of personalized medicine. In Alzheimer's disease, for example, this non-invasive technique could be used to remove toxic proteins. 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 concentration. The ability to naturally pump out accumulated blood significantly increases the newborn's chances of actively.