DNA and slowing aging.

There is no junk DNA. 

The breakthroughs are helping to map human genomes. And that thing makes people possible to live longer and be wealthier. The human genomes are problematic for science because our cells do not read all DNA sequences all the time. And the sequences that read rarely involve the most critical information. 

Those rarely used DNA sequences involving data that is vital for advancing the neural systems. Without those sequences, people would not have a brain. In the past, people thought that the DNA involve information about the advance of the neural system was junk DNA. But today, we know that cells read those sequences very rarely. 

Genetic engineering allows for stopping aging. 

Today some medicals are slowing aging. Those chemicals clean the body from the zombie cells. But the problem is how to detect those zombie cells. 

The term "zombie cell" means overaged cells. Those cells did their job, but they have not destroyed themselves as they should have. When the cell read its entire DNA. That means it should die because its program ended. In those cases, the programmed cell death is somehow disturbed. 

But there is one problem. The core antigens of those cells are similar to regular cells.  How can chemicals destroy those zombie cells that are the person's cells? 

There are three ways to make that thing:

1) Chemicals can destroy those zombie cells themselves. 

2) Or those chemicals can mark zombie cells for the immune system. 

3) The Third version requires genetic engineering. In that version, researchers can connect DNA bites to the point behind the cell's programmed self-destruction. 

The purpose of that DNA bite is to turn the cell's core antigens that make immune defense destroy them immediately. That kind of thing can help to clean the body from zombie cells. Or the cell that turns overaged can start to create antigens that T-cells use to mark the tissue and cells that immune defense must destroy. 

The point where the cell will start to make descendants can time by changing the point of the DNA sequence that controls those things. In some of the most impressive possibilities, the point of the cell's cleavage can happen earlier. 

In that model, the cell starts cleavage earlier. Because that genome is transferred earlier in the DNA. 

And that means the DNA that will transfer to the next generation would be more intact than otherwise. The idea is that the DNA sequence that controls the cleavage process will turn earlier in the DNA. 

But there is one thing that can be a reality sooner than we think. There is a possibility to use microchipped macrophages to clean the zombie cells out of the body. 

https://scitechdaily.com/anti-aging-medicines-seek-to-eliminate-zombie-cells-but-could-this-be-dangerous/

https://scitechdaily.com/so-called-junk-dna-genetic-dark-matter-is-actually-critical-to-survival-in-mammals/

https://scitechdaily.com/what-makes-us-human-the-answer-may-be-found-in-overlooked-junk-dna/

https://en.wikipedia.org/wiki/T_cell