About the shape of the molecules

About the shape of the molecules

The form of the molecule is very important when we are thinking about things like DNA-molecule. Those molecules are looking like spiral staircases, and they are almost every time straight, which means that they are always wires, what has beginning point and the end. But what would happen if the human or higher animal DNA turns to wheel form?

If we would connect the magnetized iron bites with opposite polarity to both ends of the DNA, would turn that molecule to the wheel. That would make this molecule the largest plasmid in the world. This thing could be made by putting iron atoms in both ends of DNA, as wrote earlier, and if there would be the magnet field, what magnetizes those atoms, that would make possible to make the DNA plasmid by using human DNA.

The DNA is acting as the computer program, which would transfer the data of the cell to the next generation. That molecule contains every information, which is needed to make some bacteria, cell, or complicated animal. 

This thing means that DNA or genomes are interesting the people, who are creating medicines, but also people who are working with normal technology have seen, that DNA is a useful tool for many purposes because this molecule can be used as a tool in nanotechnology. The form of DNA makes possible use that thing as pliers, what can transfer small molecule-sized particles in another place, and this would revolutionize the nanotechnology, but this is known over ten years.

But if we would think the end of the DNA, we would think that there is the thing, what is called "programmed cell death". That code of DNA forces the cell to death. When we are thinking about the DNA and chromosomes, there is also the telomere sequences at both ends of that molecule and the thinning of those sequences is connected to elding.

There have been introduced one very wild idea to make the stern cells of human young again, and it is that the researchers must only cut the old telomere sequences off the genomes, and put the new ones in those places, and this thing would make possible to make the stern cells young again. But there is one thing, what makes those things difficult, and it is that the that those telomers must be part of the same DNA, what should make younger.

So what must be done in this case? There is one possible action, what kind of things must be done, and that is that the stern cells or the DNA of the just born person would be taken to store just after the born of that inmate. And then the stern cells would be manifold. Or actually, the DNA must only be manifold, and for that thing should use the PCR (Polymerase Chain Reaction), what is the normal tool in crime laboratories.

Then the nanotechnical machines would cut off the telomeres, and then they would put in the cultures of the cells, and that would allow them to change the telomeres in the chromosomes of those cells. Another version is to create an artificial virus, which will transfer the DNA of the stern cells to the cells, what genetic material has been removed. 

That thing would allow creating artificial stern cells, and some people have claimed, that we could create the method, how we could live forever by using this kind of technology. The DNA of the just born child or the stern cells of the fetus can be stored in the digital form, and if we would live 300 years from now, we would possible to use nanotechnology to create artificial DNA, what can be used to replace the damaged version of genomes.

But the thing, what causes the elding process must be eliminated, and the DNA must be stored in the chemically and radiologically stable areas because the radiation and chemical stress are making damages in DNA. The problem is that the telomeres or the DNA must be changed in every cell in the human or some other species body.

This would be a really hard operation for the nanomachines, but in theory, there is a possibility to create the machine, what can pull the DNA out from the cell, and inject another DNA inside the nucleus. In laboratories, the human operators would make that kind of things, but the thing is that this operation must be done with all cells in the body. Even this thing is in a hypothetical level, the idea, that we could replace the damaged DNA or telomers by the new ones would be interesting.