Genome transfer is the next-generation tool for medical use.

Genetic engineering is one of the most interesting things in the world. Genetic manipulation or gene therapy is the next-generation tool for fixing genetic disorders. The researchers will just replace damaged DNA will by using error-free genetic material. If researchers want to fix things like color blindness, they must just create the DNA. That is put in an artificial virus. Then that virus transfers the DNA to the right cells. 

And that DNA must just destroy the old DNA. And replace that thing with new DNA. Theoretically, that thing is easy to make. The artificial DNA must just have a code that destroys the old genetic material. The virus that transports genetic material can equip with an enzyme that transfers it to the right cell group. The AI can search and observe the behavior of the enzymes that the manipulation system uses to cut the DNA and connect the new bites to it. 

The next generation of genetics makes the new superorganisms possible. And one of the most interesting ways to think about superorganisms is so-called transhumanism. Transhumanism means the ability to connect outside DNA to our DNA. 

Making that thing real requires that researchers know precisely the point in genetic material where certain code is in the DNA. DNA involves all data that a creature requires. And every single ability that creature has is hiding in that code. 

That thing makes it possible to create next-generation humans that are more human than humans. I took that motto from Blade Runner movies. DNA transfer to the human is not very difficult if researchers use morulas. The idea is that the laboratory makes artificial DNA by using nanotechnology. Then the system replaces the original DNA by using the artificial DNA. 

And after that, the morula is ready to transfer to the womb. There are many things that people might want. Things like supersonic muscles could make the person superhuman. The tissue in the bat's wings is the rapidly renewing tissue. Many snakes are immune to things like nerve gases. The bird's bones are lighter than human's bones. And that thing gives new abilities to humans. 

Genetic engineering makes intelligent dogs and cats that can make independent missions like a visit to shops possible. But when we make those kinds of things, we should think very carefully about what we want. Errors in genetic research and transfer can cause a very big problem. 

When researchers want to make artificial genomes they need some DNA that involves the ability, that they want to connect with species. The easiest way to make artificial DNA is simple. 

Researchers must find another species that has a wanted ability. Then they will search for the DNA sequence their wanted ability is. After that. The DNA bite must just connect to the right point in the DNA. 

The reason, why this type of genetic engineering and genome transfer is not as easy to make as people usually think is that people believe. The system must remove the DNA from the cells before it makes the genome transfer. And there are lots of cells in the human body. 

https://scitechdaily.com/evolving-backward-discovery-overturns-more-than-a-century-of-knowledge-about-the-origin-of-modern-birds/

https://scitechdaily.com/could-diplodocid-dinosaurs-whip-their-long-tails-fast-enough-to-create-a-supersonic-boom/

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Genetic-engineered tobacco produces cocaine in its leaves.

Genetic transformation and genetic engineering allow researchers to create many things that were impossible before. The genetically engineered vegetables that are creating chemicals are always interesting. 

The ability to create tobacco that forms cocaine also causes thoughts that members of organized crime gangs can steal a couple of seedlings of those vegetables. In the wrong hands, genetic engineering makes it possible to create regular-looking plants like field mustard that make it possible to create narcotics like cocaine and opium. 

Genetically engineered vegetables can form medicines. They can form antibiotics and some other things. But the possibilities that genetic engineering gives have no limits. 

Genomes that are making spiders create their fiber can transfer to hemp and cotton. That allows us to create that ultra-hard material in large numbers. 

Genetically engineered vegetables can use to create fast-growing trees. The genome of beans can connect with the genomes of iron trees. And that thing makes it possible to create fast-growing very hard trees in forests. There is also the possibility of creating things, like spider web material by using cotton or hemp. 

In that case, the genomes that produce fibers in cotton or hemp will replace by using the genomes that are making spiders create their web. Spider's web is one of the hardest materials in nature. And if that material can form a large mass, it can revolutionize technology. 

The problem with genetically engineered plants is that they are superior to natural species. There is the possibility to create corn or grain. That is poisonous while it grows. And then that creature turns non-poisonous when it's time to harvest. 

But genetically engineered plants where connected genomes of animals can make much more. There is a possibility to turn some horror-movie into reality by transforming genomes into vegetables. That are producing tetrodotoxin-type zombie poisons. Those poisons can use in riot-control situations. Tetrodotoxin is normally poison that fish creates. And the thing that causes death is drowning. But in dry land tetrodotoxin makes the person unable to resist commands. 

When we are thinking about the possibilities. Genetically engineered vegetables have, we can say that they can form almost everything. In the wildest visions, genetically engineered vegetables can form organs for transplants, or even animals and humans.

https://www.livescience.com/40690-zombie-haiti-are-zombies-real.html

https://www.sciencealert.com/a-tobacco-plant-has-been-engineered-to-produce-cocaine-in-its-leaves

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