The electric pill and genome transfer can help the immune system to fight against viruses, including COVID-19.

Vaccines are playing a key role in virus infections. But the fact is that there is a new way that can boost the effectiveness of vaccines. The first one is to "teach" neurons that are communicating with immune cells. 

And the second would be to transfer the DNA sequences that are creating the immune defense from one person to another. In the second version, the DNA contains information on what kind of antigens the immune system needs to fight against some viruses that will transfer straight into the stem cells.

But then to electric shocks. Those electric systems will stimulate neurons that communicate with the immune system. There is a possibility that the recorded electric impulses of neural tracks of the virus patient will record. And then the system will use electric stimulation to teach similar neurons in another person's body. 

The electric shocks given to the right point of the ear can teach the neural system to activate the work of immune cells. The idea is that the electric stimulation stimulates nerves that are keeping contact with immune cells. The communication between the brain and the immune system is a well-known thing. And that communication can use to make the immune system more effective than without those electric shocks. 

Image 2) "Auricular Vagus Nerve Stimulation. Individualised auricular vagus nerve stimulation at the right time and with the right strength. Credit: Vienna University of Technology" (ScitechDaily.com/“Electric Pill” Shown To Help Patients With Severe COVID-19)

The electric pill stimulates neural tracks of nerves that control inflammatory reflexes. But don't leave your vaccine. The electric pill helps the immune system, but that immune reaction is too weak that it can defend the body against viruses. 

The electric stimulation can help the immune system because immune cells are interacting with neurons. So there is a possibility to use the neural tracks that have a responsibility, in communication with the immune system. 

As we know the best solution for immune defense is hybrid methods. The vaccine, along with neural stimulation can create the best possible results. But can we make vaccines even more effective?

Normal vaccines activate immune systems by helping immune cells detect the right antigen earlier. But the better version is to use genetic therapy where the DNA sequences that are storing genetic information of the viruses would transfer to the stem cells that are creating immune cells. 

In that version, the idea is that the immune cells can get information on how to fight against viruses from the reprogrammed immune cells. That kind of vaccine would make the immune system react earlier and more perfectly to the virus attack. The idea is that the hybrid methods are making immune systems more powerful than one single method. 

https://scitechdaily.com/scientists-show-transmission-of-epigenetic-memory-across-multiple-generations/

https://scitechdaily.com/electric-pill-shown-to-help-patients-with-severe-covid-19/

Image.1 (https://www.bioelectricsforhealth.com/post/what-are-viruses)

Image.2 (https://scitechdaily.com/electric-pill-shown-to-help-patients-with-severe-covid-19/)

https://artificialintelligenceandindividuals.blogspot.com/

The "silent mutations" are not harmless.

The reason why some mutations are silent is simple. Cells read the DNA sequence, where the silent mutation locates seldom. 

And those DNA sequences control the development of neurons and the nervous system. There is no junk DNA in human genomes. So every genetic abnormal is dangerous. 

When people are talking about things like "silent mutations" they should understand that the thing that makes mutation silent is that its location is in the DNA sequences that are not read very often. If the cells don't read the DNA sequences very often that means they don't need that data very often. So what that kind of data is? Those DNA sequences that are read seldom involve information that is needed for cells that are splitting very seldom. 

So those "silent mutations" are in the areas where is information. That controls the development of the nervous system. And that kind of mutation involves the greatest risks. The error in the genetic code that controls the development of the neurons is always causing a big risk. Things like retroviruses can cause errors in genetic material. And there is the possibility that also descendants of the infected person will get those damaged genomes. 

The problem is that if the virus writes its genomes to DNA sequences that are controlling the neurons the neurons don't need those DNA sequences anymore. Or the damage in genetic code is in genital cells. So the DNA of the neurons is not damaged. But genital cells can transfer that genetic damage to descendants. 

That means the genetic damages can be invisible. If cells are already ready those DNA sequences might not read. That means that if the damaged sequence is transmitted to the next generation the descendants can get visible genetic disorders even if their parents are wealthy. 

https://scitechdaily.com/disproving-a-60-year-old-hypothesis-most-silent-mutations-are-actually-harmful/

https://artificialintelligenceandindividuals.blogspot.com/