"Georgia Tech researchers developed lab-grown models of human immune systems, called immune organoids, to study immune function in cancer patients and improve vaccine development. These synthetic hydrogels mimic immune environments, enabling precise studies of immune vulnerabilities, particularly in lymphoma survivors, and fostering innovative treatments." (ScitechDaily, Miniature Lab-Grown Immune Systems Could Transform Cancer Treatment Research)
Fighting against things like cancer is quite an easy thing, theoretically. The problem is how to detect those cells in the human body. In the cases where the immune system's stem cells cause cancer is possible to destroy the bone marrow from bones.
Then the cleaned bone marrow will be injected back into the human body. The problem is how to destroy the cancer genomes from the stem cells. One of the possibilities is to detect cancer genomes from the DNA and then remove those base pairs. And then. It can inject that cleaned DNA back into those stem cells.
The AI can replace traditional genome tests. The AI can read the DNA using scanning photonic or tunneling microscopes. Because. A morphing neural network can start the operation in many points of the DNA at the same moment. That system can analyze DNA in a very short time. Then the system can cut the DNA in the wanted points. The nanotechnical system removes non-wanted base pairs from the DNA and replaces them with the right base pairs. Then that system can inject fixed DNA into the stem cells.
A lab-grown immune system is a tool. That can test medicines and viruses. That system can also used in cases. Where the natural immune system is falling. Researchers can teach or program the lab-grown immune system and then inject those immune cells into the human body. That thing can increase the immune system's ability to fight against infections and cancer.
The programmed artificial immune cells can destroy the bacteria or other non-wanted cells in the body. Then the programmed DNA can change its form. Those cells would destroy their structure and turn themselves into slime balls, that have chemical marks that the body removes those cells.
The genetically engineered cells can be used to mark tissues for the immune cells. They can used to identify zombie cells from the human body. But genetic engineering allows to creation of immune cells that live only a short time. That kind of genetically engineered immune cells can collect viruses from the blood and then remove them.
In some versions, the system removes all immune cells from the body if there are problems with them. Then the system can inject the new genetically engineered immune cells and their stem cells into the patient's body.
The ability to create artificial cells is a big breakthrough in biotechnology. The manipulated and genetically engineered cells can remove bacteria and so-called zombie cells from the body. They can remove toxic waste from the body, and when those genetically engineered cells can die or change their form. Genetic engineering is a tool that has unlimited abilities. The threats of genetic engineering are also big.
When we think about the terms biomanipulation and genetic engineering we must realize that those things are not the same.
In biomanipulation, the developers manipulate the environment or nutrients. And then they change the behavior of the cells or other organisms. One of the best examples of those things is mice or rats that get heroin or some other drugs. Then the officials equip them with GPS and then free those rodents into parks. That thing makes it possible to track drug caches from the area.
In genetic engineering, developers change the DNA or mRNA structure to change the organism's shape and behavior. Genetic engineering allows the developers to remove hereditary diseases by removing harmless parts of the DNA and then injecting that DNA back into the morula. That method requires complete knowledge of genomes.
In those cases, the system just removes the sick DNA and replaces that thing with new DNA. That allows one to change cells into another. That methodology allows researchers to make genome transplants into single cells. But the problem is in cases where a large number of cells will be manipulated.
The artificial immune system can be the base for technology, where genetically engineered cells will transfer genetic material into the entire body. The manipulated cells produce artificial viruses that they inject into the cells that the staff wants to manipulate. Artificial mRNA viruses are tools for next-generation vaccines.
The next-generation immune therapy is based on the mRNA that can order cells to destroy themselves. The problem is how to transfer the mRNA that orders the cell to make suicide to the precisely right cells. In wrong cell groups, those things can cause large-size damage or even kill the patient. The limits of genetic engineering are in the minds of people. The same things that can give treatment can kill targeted people. And that means that thing is a destructive tool for the military.
https://scitechdaily.com/blood-becomes-medicine-in-a-revolutionary-regeneration-breakthrough/
https://scitechdaily.com/new-harvard-developed-ai-system-unlocks-biologys-source-code/
https://scitechdaily.com/miniature-lab-grown-immune-systems-could-transform-cancer-treatment-research/
https://scitechdaily.com/synthetic-evolution-genetically-minimal-artificial-cells-prove-life-finds-a-way/
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