Artificial RNA can preprogram cells and create artificial lifeforms.

Researchers found the new RNA that doesn't age brains. This kind of RNA or some of its sequences can slow aging. And that's why we should be excited about that thing. Artificial RNA is one of the tools that offer a powerful tool for genetic engineering. In nature. The RNA molecules transport information between cells. And RNA viruses can also connect genomes from the other species to the cells.

The AI is the tool that can make the ultimate speed to the chemical research. The AI which is connected to the reaction chambers and the right tools like lasers (or phonons) cut DNA and RNA into pieces from the right point. Then the system can assemble the new RNA into the point between those cut pieces. That allows researchers to connect RNA and new abilities to the precise right point.

The new knowledge about genomes tells how the genetic material decodes cells and cell entireties so that they can create certain forms. This thing means that if researchers have a certain knowledge about DNA and RNA. They can create theoretically even furniture-shaped trees.

The reason for why. Researchers are interested in RNA. Because, before the cell decays the enzyme splits the DNA and turns it into two RNA molecules. The RNA molecules that slip into the cell can reprogram it. Another thing is that RNA is easier to control while the system creates that molecule.

Some viruses have reverse transcriptase enzymes that can transform the RNA into DNA and backward. They can transform DNA into RNA. This ability makes it possible to create artificial lifeforms.

When researchers create artificial RNA molecules they create chemical computer programs. Making those programs requires the same way high accuracy as digital computer programs.

The programmer must create a description of things that the RNA should make for the computer. Then the Artificial Intelligence creates the RNA molecule, which involves the right chemical code. To make this process effective the system must know precisely what each DNA and RNA sequence makes.

If AI is used to develop complicated molecules. It can used to develop a complicated RNA structure. RNA is a molecule that involves chemical code, and artificial RNA molecules require a very high accuracy. That they can transport wanted information precisely in the wanted place.

https://scitechdaily.com/forever-young-scientists-have-discovered-rna-that-doesnt-age-in-the-brain/

https://scitechdaily.com/how-mit-is-teaching-ai-to-avoid-toxic-mistakes/

https://scitechdaily.com/organ-architects-the-remarkable-cells-shaping-our-development/

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