The new biorobots can have the abilities that they ever had before.

The new DNA-based microfluid can solve complicated mathematical problems. When DNA acts as the computer program it benefits the boolean algebra. The length and position of the DNA molecule have the match with each boolean operand.

So the DNA can use as a computer program. And that technology allows making the new type of biotechnical-based systems. The DNA molecule is controlling every action in each cell in the world.

That means by using DNA-based programming is possible to make cells that can do more complicated missions than regular cells can. Nanotechnology makes it possible to create artificial DNA. And if the DNA can be cut at a certain point. That gives billions of possibilities to connect the bites of the DNA.

The abilities of the different cell types over the borders of species can connect freely. That technology allows making the animals that have photosynthetic skin. Or that technology makes it possible to connect the genomes of lichen and algae to the animals. And that means the hair can take nutrients from the air and acting as photosynthetic.

And that allows us to create cells that have just abilities we want to give the cells. The DNA can simply inject inside the nucleus of any cell. In that process, the original DNA will be pulled out from the nucleus of the cell. And the artificial DNA will replace that thing. So the cell turns to the robot, that has certain abilities.

If the cells are used as biomedicals to destroy bacteria, viruses, or cancer tissue. The most important thing is that those cells cannot escape from those secured buildings. In nature, this kind of artificial cell can be very devastating.

But even if the artificial DNA cannot control cells independently it can pack into the nanofluid chip and inject into cells like macrophages. If we are connecting that control unit with the thing that can search pathogens from the other cells. That thing can make it possible to create the DNA-based biological nanomachine that can search for bacteria or toxic in the body or nature.

This kind of biorobot could be an amoeba or some kind of bacillus. Or maybe they are macrophages controlled by using DNA microchips. Those programmed cells can open blood veins in the human body.

Or they can remove toxic chemicals and cancer cells. Maybe in the future inside the human body will inject that kind of biorobots simultaneously and they can remove cells whose DNA is damaged.

There are billions of things where biological robots can use. They can transport bone cells to broken bones. Or they can clean injuries. Biorobots can remove toxins from the body or nature.

They can transport small-size microchips to the bodies of the animals that wanted to mark. But the other thing is that the biorobots can be used for military purposes.

When microchips are controlling bacteria they can move everywhere by using the remote control. And if inside the DNA of those bacteria is connected to the cancer genomes. That means that one cell can create a very large population of descendants.

The microbes that are oxygenizing and make rust to shipwrecks can slip in the warships. The microbes that are destroying oil from beaches can be put in the fuel storage. If the biorobot is single basil or bacteria it can slip in the fuel tank. And if there are right genomes that single bacteria can create billions of descendants.

()https://scitechdaily.com/new-dna-based-microfluidic-chip-can-be-programmed-to-solve-complex-math-problems/

()https://scitechdaily.com/early-warning-dna-researchers-develop-critical-shortcut-to-detect-known-and-emerging-pathogens/

()https://en.wikipedia.org/wiki/Boolean_algebra

()https://visionsoftheaiandfuture.blogspot.com/

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