Researchers found a new brain area called SLYM (Subarachnoidal LYmphatic-like Membrane). "A new study in the journal Nature Aging describes a new anatomical structure in the brain called SLYM, an abbreviation of Subarachnoidal LYmphatic-like Membrane, that acts as a barrier and a platform from which immune cells can monitor the brain. Credit: University of Copenhagen" (ScitechDaily.com/Neuroscientists Discover Previously Unknown Component of Brain Anatomy)
The new, previous brain structure that allows immune cells to observe the brain is remarkable. And a new finding that has ever been observed before in the human body is always interesting.
We know. That interaction between neurons and immune cells has a big role in the human body and its immune defense. It helps immune cells to operate while they fight against infections. But the ability to observe the interaction between neurons and immune cells allows for researching hereditary behavior.
Maybe that point is the interface where data that controls the hereditary behavior will transfer from the DNA to neurons. The neurons can control immune cells by using neurotransmitters.
But also, immune cells can send information to neurons. The reason why I believe that is the communication between neurons and immune cells is a two-way process. When we are thinking about fears like fear of snakes that are hereditary. We must realize that those things are written in the DNA. Then at some point in the person's life, that data will be driven to neurons.
The new brain layer is one of the most remarkable findings because that allows us to explain consciousness. The thing is that consciousness is a little bit different or bigger things than just electric impulses and neurotransmitters.
When we are talking about the brain, there are no meaningless things. All things are important. And we know that some of our fears and behavior are written in our DNA. And the point where the data will transfer to neurons is a very important thing. If we want to find the origins of the phobias and things like behavior.
That is typical for species. In some visions, researchers are making the virus or DNA-controlled nanomachine there is a piezo-electric crystal and DNA that controls the electricity of that crystal. The artificial virus or DNA-controlled crystal can use transport data between the brain. The DNA-controlled nanomachine gives an electric shock to neurons. And that allows transferring data to the brain.
Alzheimer's disease is the thing where neurons lost their ability to communicate with each other. Brain stimulation can help to treat Alzheimer's disease. But it can also use in criminal investigations to return missing memories to mind.
Brain stimulation can help to treat Altzheimer syndrome. But brain stimulation can also use weak memories brighter. The same methods that can use for Alzheimer's disease can help to better memory in cases. Where connections between neurons are stronger. And that stimulation helps neurons find lost connections. So that can also use to return the forgotten things in the mind.
https://scitechdaily.com/neuroscientists-discover-previously-unknown-component-of-brain-anatomy/
https://scitechdaily.com/alleviating-symptoms-brain-stimulation-could-help-treat-alzheimers-disease/
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