The new genetic engineering even Sci-Fi tales.

   The new genetic engineering even beats Sci-Fi tales. 

The new systems are making genetic engineering more powerful than ever before. The biological artificial intelligence called PROTEUS can usher in a new era for medicine and gene therapy. When we think about things like cancer and blocked blood vessels there is the possibility to send new small robots to destroy those tissues and open blockades. 

The problem is that those robots are hard to control in the human body. AI-controlled biorobots can solve that problem and maybe in the future, genetically engineered bacteria can destroy wanted cells. Or maybe those cells can make much more than just remove cancer cells from blood. The artificial amoebas can also be used to transport tissues in the damaged areas of the human body. The artificial amoeba searches the point where the damaged tissue is. 

Then the amoeba closes the blood vessel and then the mRNA or DNA reprograms that amoeba into the tissue that fixes the damage. Researchers have noticed that the brain's memory centers are constantly generating new neurons. That thing makes it possible to create systems that can used to recover memories in the case of brain damage. The genetically engineered amoeba can travel to damaged neural areas and then transform into neurons. And the problem is how to transfer the memories or skills that destroyed neurons involved into the new neurons. 

When a memory cell creates a new neuron and transfers its memory to that cell it's possible to steal those cells. And then put them into the freezer. The artificial parasite can go to the brain and steal those cells. Then the genetically engineered mosquito can call those parasite-robots to it and then transfer biorobots to the laboratory. The AI can read those memory blocks. And maybe, sooner than we expected, that thing allows researchers to read people’s memories without brain implants. 

The ability to create 3D printings in the cells creates new ways to reprogram cells. The 3D printer simply makes the mRNA molecule in the cell. And that tool can adjust the cell's purpose anytime when researchers want. 

Genetically engineered cells can also be used to transport data from the chemical memory DNA or mRNA to the computers. The idea is that the cell can send electric impulses or blink the bioluminescence light to the data transport. Genetic engineering makes it possible to make almost everything. The genetically engineered mice that had the human genome started to be discussed. And that is one version of the new visions for genetically engineered animals. In visions, intelligent pets are animals whose mission is to assist their masters. Those intelligent pets are things that are opening new visions for bio-engineered creatures. 

What would you do with talking mice? If the AI can communicate with those creatures like talking mice, those creatures can tell us what animals talk. And the ability to talk with animals would open new roads to biology, ecosystem understanding, and many other sciences. 

And all those visions are not things that feel good. 

We know that people like Kim Jong-Un want things like super soldiers. And new technology brings vision about the super skills that a person can have only when those skills and abilities are needed. That means that person gets the super muscles only when that person is frightening. 

When we think about the possibility of changing genomes in the human body we face the ultimate dream of human history. That dream is about the superhuman. The superhuman is a creature that is stronger and more intelligent than a regular human. And the product of that dream is the super soldier.  Genetic engineering makes biological creatures like humans the product. The new tools like self-amplifying RNA, saRNA make it possible to customize human skills for every situation. 

The ability to adjust the human intelligence level and transfer things like wolf’s behavior genomes to a person's body makes it possible to create soldiers who are obedient. That thing makes those people perfect soldiers. Otherwise, that genome makes those people dangerous in the wrong hands.  But what if the system can remove that ability when a person is out of service? The idea is that the person, or creature has some ability only when that creature requires that ability. '

https://www.earth.com/news/life-copying-itself-scientists-create-a-self-replicating-rna-system/

https://medicalxpress.com/news/2025-07-scientists-biological-artificial-intelligence.html

https://www.sciencealert.com/brains-memory-center-never-stops-making-neurons-study-confirms

https://www.sciencenews.org/article/3d-print-elephant-inside-cell

The artificial lifeforms can be closer than we even dare to think.

"A simplified synthetic equivalent of a cell would be like a blueprint for life. Credit: EVOLF project" (ScitechDaily, Can Life Be Engineered? Biochemists Take Key Steps Toward Synthetic Lifeforms)

Biochemists take their first steps into artificial life forms. The ability to manipulate and connect DNA bites together makes it possible to create artificial species. The nanotechnology plays a key role in that process. Things like genetically engineered bacteria can transport those DNA bites into targeted cells. 

The DNA is the genetic code that controls all actions in the cell. The DNA code can order a cell to die. Nanotechnology makes it possible to clean DNA from genetic errors. That gives the possibility to remove hereditary diseases from society and that thing can decrease things like crime ratio. If researchers can remove the genome that causes things like sociopathy it makes society safer. 

If researchers want to remove genetic diseases from fetuses. They must only take the DNA out from the morula. Then they must clean the DNA and replace the sick sequences using clean sequences. Then they must remove "dirty" DNA from the cell and inject the clean DNA into that cell. 

The same technology allows researchers to inject new abilities into cells. 

When researchers can combine animals and vegetables by connecting their DNA makes it possible to create new species that do not exist in nature. The ability to create synthetic DNA by connecting amino acids using nanotechnical instruments is one of the biggest advances in biotechnology. 

The artificial organism can be bacteria that destroys the tumor cells. Or it can be a mammal with green skin. The green skin gives that creature the photosynthetic ability. The creators of that thing must connect the animal cells with vegetable cells. 

The ability to manipulate the DNA gives researchers free hands to combine organisms and their abilities. When researchers increase their knowledge of the genetic errors that cause cancer or genetic diseases they can use genetic scissors to remove the abnormal DNA. And then. They can connect the wealthy  DNA to that point. 

This thing makes it possible to create many things that have been impossible before. The human who gets the genome transplant that involves a genome that controls gorillas or anaconda's muscle advancement would be the strongest person in the world. 

Maybe those things are still too far away from today's medical and genetic engineering.  But everything starts from the simple organisms. The genetically engineered bacteria can inject the DNA or mRNA into other bacteria or cancer cells ordering those cells to die. There is no resistance to those DNA bites. The same systems and methods can be used in the new types of weapons. Those weapons are the most lethal things in the world. 

https://scitechdaily.com/can-life-be-engineered-biochemists-take-key-steps-toward-synthetic-lifeforms/

Yale scientists returned dead pig's cells to life.

Image: "Illustration of organ perfusion and cellular recovery with Organic technology. The cell-saving blood analog is delivered to vital organs one hour after death. Credit: Marin Balaic. (Scitech Daily.com/Cheating Death: Yale Scientists Restore Cell, Organ Function in Pigs After Death)

What if the research will inject lots of mitochondria into the body that is dead a short time ago? And those mitochondria can deliver into the cell membrane, making this possible to return the person to life. The idea is that the new transplanted mitochondrial will return cells to life. 

The research on where dead tissue will return to alive is always interesting. If dead cells can return to life. That thing makes it possible to return dead brain tissue alive after the person is without oxygen long time. Avoiding brain damage is one of the things that the technology that returns dead cells to life after a long time. The article below this text describes the case where dead cells are returned to life. 

There is no description of how that thing is done. But I suspect that this waking up cells from death is made by injecting mitochondria into those dead cells. Normally cell dies when it will not get nutrient or oxygen. Death means that the cell or its mitochondria cannot create energy anymore. And that causes the death of those cells. There is the possibility that new mitochondria can be injected into those cells. And if they get nutrients the cell's energy production will restart. 

When we are thinking about the possibilities That this kind of technology can give, we might first think about accidents. If dead brain tissue can return to life there is the possibility, that the accident's victim avoids brain damage. But in some visions, the dead body can inject very much mitochondria that are entering cells by using nanotechnology. Those mitochondria could return a person to life. 

https://scitechdaily.com/cheating-death-yale-scientists-restore-cell-organ-function-in-pigs-after-death/amp/

Image: https://scitechdaily.com/cheating-death-yale-scientists-restore-cell-organ-function-in-pigs-after-death/amp/

https://artificialintelligenceandindividuals.blogspot.com/

Photosynthesis and the dark reaction in the point of view of the biotechnology and medicines

Photosynthesis and the dark reaction in the point of view of the biotechnology and medicines

The light is a vital element for photosynthesis.

The dark reaction of vegan cells turns photosynthetic cells to cells, which are using some other energy source. This reaction would produce carbon dioxide in some bacteria and the dark reaction would make bacteria the thing, that uses oxygen. So this is why photosynthetic organisms need light.

What would we use with bacteria, what has the opposite metabolism? In this case, the bacteria would start to release oxygen in the dark conditions. If that kind of bacteria can be created by using advanced biotechnology that kind of organism can save human lives.

But when we are thinking about the ability to turn the metabolism of the bacteria opposite. That means the bacteria would start to produce oxygen when it goes to dark. And this thing would make those bacteria a very effective tool for medical use.

If we are thinking about the cases, where the person has faced injuries, and the loss of oxygen is huge, this kind of bacteria can save the life of the victim. In this case, the bacteria would start to oxygenize the blood, and it would make possible to avoid the brain and other neural damages. That kind of innovation, where the cells would start to produce oxygen is based on the opposite version of photosynthesis.

Innovations like would be really good to think because if the medicines can replace by some biological solutions, that thing would make a cheap and more effective method to make sure for saving human lives. This kind of bacteria would be a thing, what lives only when it is needed. When the need for that bacteria would be needed, that thing can be destroyed with antibiotics, which is created for it.

RNA virus can create artificial bone marrow.

The O- blood can be created by using cell cultures, but by using genetic manipulation the bacteria can transform to create the blood cells. The genetically manipulated bacteria can be used to create the "Green blood" or even create artificial bone marrow by using RNA-virus, which bases the "Chimera virus". And that thing makes possible to create very much blood cells that are specially designed for some person. If the RNA virus would be created by using the genomes of some certain person, the antigenes of those blood cells are fitting perfectly to that certain individual.

When people are thinking about this kind of bacteria, it can be used as the universal blood, which replaces the normal blood. If we would use the artificial retroviruses for adjusting the proteins of the cells, those cells can create the protein core, which is similar to the human own antigenes. In the most advanced and theoretical models, the human DNA would be transformed into RNA, which manipulates bacteria to create the blood cells. But that kind of technology is only in the research stage. The thing is that bio- and nanotechnology has many opportunities in medical care.

Image:

https://image.freepik.com/free-photo/dna_1048-4880.jpg