Genetically engineered super soldiers might come soon.

Another thing that causes worries is the genetic engineering. And its military use. The genetically engineered super soldiers might be under development in China and maybe some other countries. The idea of the super soldiers is actually from ancient Sparta. The idea was that the most capable men made children with the most capable women. Those women were sisters of the other capable people. The idea is that a military leader who has Einstein's brain and a dog's obedience would be a very good tool for military forces. 

Those soldiers can be created using genome therapy. Or they can be artificially cloned people. 

The idea was that the Spartans selected the soldiers whose skills and courage were battle-proven. The Spartans chose the sisters or cousins of those soldiers for mothers for children that the battle-proven soldiers gave to that city, whose militarism was well-known. Another very scary and brutal idea was given by the SS leader Heinrich Himmler. 

The idea of the werewolves or human dogs means soldiers who make everything that their leaders say. They don't excuse orders and that's why dictators like Stalin and Hitler have been interested in that kind of thing. 

The idea was that the sperm and eggs of the toughest soldiers and the last-standing concentration camp prisoners were frozen in liquid nitrogen. And then after a couple of generations, the developers use those gametes for artificial fertilization and make the toughest soldiers. The idea was that the soldiers should be like wolves. They should follow their leaders anytime and anywhere there they want. 

That they can imagine. Another brutal idea was given by Joseph Stalin. The idea is known as "Monkey soldiers". The idea was that the Soviet scientists make a hybrid creature by connecting monkeys and humans. The idea was to create soldiers. That makes only things that Stalin and his staff ordered. 

A person named Ilya Ivanovich Ivanov (1870-1931) made experiments. There he tried to transfer a dog's head to a monkey's body. The idea of the humanzee is from the pen of Ivanov. The humanzee or monkey soldier would be the soldier that follows orders like a dog. 

The idea is similar to horse breeding. Researchers choose the people who have similar abilities that they want. 

And then they just use laboratory fertilization for those gametes. Researchers can use things like tables to select the right gametes for the process. 

But when we think about things. Like modern biotechnology people like Himmler and Stalin had no access to genomes. 

Modern researchers have access to genetic material that they can connect as they want and that makes it possible to connect the genome that makes wolves follow their leaders to the human genetic material. This is one thing to make sure that the army follows the orders. 

When we think about Humzees the human-ape hybrid. We might say that those things are against the human nature. We can say that those things are nonethical science. And then we can prohibit them in law. But then we must realize that people like North Korean leaders don't care about even their own laws. And also the military interest goes above regular rules in China and many other non-democratic countries. 

https://interestingengineering.com/military/china-genetically-enhanced-super-soldiers

https://www.nbcnews.com/politics/national-security/china-has-done-human-testing-create-biologically-enhanced-super-soldiers-n1249914

https://www.thesun.co.uk/tech/21697847/mankind-apocalyptic-biowars-2050-super-soldiers/

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

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

The sense-and-response circuits make cells biorobots.

"Schematic model depicting single molecule DNA translocating through a nanoprecipitated nanopore. Credit: Makusu Tsutsui, edited." (ScitechDaily, Electrically Controlled Nanogate Revolutionizes Molecular Movement)

The new tools like electrically controlled nanogates make it possible to manipulate the DNA more versatile than ever before. The biorobot is the cell that involves the DNA that is made by using multiple cells. DNA is like a chemical version of the computer's program code. Things like reindeer antlers involve genomes that make them the fastest-growing bones in the world. Those genomes make the human skeleton faster repair. 

Genetic engineering makes it possible to create new types of artificial cells. Those cells can act as biorobots. Biorobot is a genetically engineered cell that can have more complicated missions than regular or natural cells. The biorobot can search and destroy unwanted cells, viruses, and chemicals. It can create descendant cells that can fix tissue damage. 

Or it can change DNA in the mutated cells. The cloned macrophage developers move the gene that makes it recognize and destroy some organisms where the human has no immune resistance. Those macrophages can boost the immune system. 

They can close viruses in slime that denies them, to transport the DNA into those cells. And then. They can have the program transformation that turns them into cells that transport things like viruses out from the body. 

That can remove non-wanted organisms and chemicals from the body and environment. Those artificial immune cells are based on the sense-and-response circuits. Those sense-and-response circuits are things like molecules or sensors that activate certain reactions. 

"Rice University bioengineers have developed a groundbreaking construction kit for building customizable sense-and-respond circuits in human cells, enabling them to detect disease signals and trigger precise therapeutic responses. This breakthrough in synthetic biology could revolutionize treatments for complex conditions like cancer and autoimmune diseases by creating “smart cells” that react in real time." (ScitechDaily, Bioengineers Create “Smart Cells” That Detect and Fight Disease in Real-Time)

The sense-and-response circuits are things that react activator. When a certain activator activates the sense-and-response circuit, the circuit activates certain processes that can destroy targeted cells. 

But another thing is that. The sense-and-response can activate other processes. One of them is that the artificial amoeba cell can close the dangerous chemicals in the slime and then carry those chemicals out from the environment. The biorobot can search for things like jammed neurons and destroy the neurotransmitters that the enzyme that actions the nerve gas jams. 

The artificial macrophage can simply collect those jammed neurotransmitters. And remove the organophosphate from the body. 

In simpler versions, those cells can start to form atropine. In nerve gas exposures, those artificial cells can detect exposure and start to create atropine. That denies the nerve agent's effect on victims. 

The biorobot, or biorobotic amoeba, can isolate those chemicals and then the operator can call it using nutrients. The idea is that the system releases amoeba from its nutrient base. And then amoeba travels to chemicals, pulling them inside it. Then it returns the home and then it can removed by destroying its nutrient platform. 

The amoeba must only be bipolar. The other searches for the wanted chemicals and viruses. Then it travels back to the home. When a biorobot must remove some kind of cytostatics it's in problem. That kind of thing can destroy biorobots. So the idea is that the biorobot closes those chemicals inside them. And then. It carries them out from the environment or body. 

Same way. When it must remove viruses, it must deny their ability to transmit their DNA into the biorobot. The biorobot is the tool, that can make many things. It can create descendant cells that can be far different than it is. That makes the biorobot able to create tissues that can fix large-scale damages in the human body. Genetic engineering makes it possible to create new hybrid organisms. The genes from things like reindeer antlers can make human bones grow and fix themselves faster. 

https://scitechdaily.com/bioengineers-create-smart-cells-that-detect-and-fight-disease-in-real-time/

https://scitechdaily.com/electrically-controlled-nanogate-revolutionizes-molecular-movement/

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

Artificial proteins are a new tool against snake poison.

"Researchers have developed new proteins using computational design to effectively neutralize some of the most dangerous snake venom toxins, signaling a shift towards more accessible and efficient antivenom solutions." (ScitechDaily, AI-Designed Proteins – Unlike Any Found in Nature – Revolutionize Snakebite Treatment)

Artificial proteins are the only small part of products that AI-controlled development can find. The AI-controlled manufacturing systems are packed with computers, spectrometers, and effectors. Basically, that combination is similar to that used in the large stellar observatories for research space. The difference is that those new reaction systems observe microcosmos. 

They use advanced microscopes and spectroscopy to create precise chemical environments. Things like ultrasound and laser tweezers along with ion systems move those particles in that chamber. 

Those effectors can be mechanical, chemical, electromagnetic, etc. The ability to react fast with high accuracy makes that kind of system more effective than traditional chemical chambers. The artificial, genetically engineered cells can create proteins and other things. That people require. The artificial cells can create an almost limitless number of complex chemical compounds. One of the compounds is the cloned shell of the cancer cells. That thing makes the ribosome inactivation. 

The new nanotechnical medicines can be proteins. That is packed in with other proteins. The shell proteins drive the medicine into the right cells and then the ion pump releases the effector to the cell. That effector can be the DNA bite that orders cells to die. Basically, that effector can be nano-silk that fills the targeted cell. 

There is the possibility to create medicines that close the receptors that offer poison to come into the cell. The protein. That connects itself to that receptor makes it possible to predict the poison. The protein inactivates that receptor only when the poison is in the body. And that makes it possible to give revolutionary counter-poison for venomous snakes and even against chemical weapons. 

In the ideal case, the counter-poison can be taken before the person even sees snakes. In those cases, the snake poison itself activates the counter-poison. 

The person who walks in the dangerous area just takes the capsule that involves nanomachines which inject that protein or protein producer into the body. The idea is that the counter-poison is taken before any snake is seen. And when the snake injects its poison to the victim the counter poison will activate. If those protein producers are artificial cells there can be programmed cell death that removes those cells in a certain time. Nanotechnology allows to create the customized cells. That surface antigen fits the receiver's body. 

Then nanotechnology can combine those proteins into a new form. Nano-, and biotechnology make it possible to create biological plasters that include fungi that create the penicillium to wounds and leaf cells that give oxygen to wounded areas. Those leaves can also give oxygen to the body of a wounded person. Those biological components like generically engineered fungi can also create proteins that can neutralize snake poison. But theoretically, genetically engineered snakes can create medicines in their poison glands. 

In one vision those remotely controlled snakes that the microchips control can deliver those medicines or vaccines to the human body. Another interesting vision is to make artificial cells or artificial mosquitos that can deliver things like vaccines. The visions that nanotechnology can make are limitless. The ability to control DNA and individual molecules. Are things that offer a world where the imagination is the limit. 

https://scitechdaily.com/ai-designed-proteins-unlike-any-found-in-nature-revolutionize-snakebite-treatment/

https://scitechdaily.com/testing-thousands-of-compounds-simultaneously-to-uncover-new-drugs-and-tailored-treatments/

Scientists crack cell communication.

"Mirror life presents serious dangers, primarily due to its potential to interact unpredictably with the natural world. Without natural checks like predators or antibiotics, mirror organisms could replicate uncontrollably, creating risks that scientists are only beginning to understand. Credit: SciTechDaily.com" (ScitechDaily, “Mirror Bacteria” Warning: A New Kind of Life Could Pose a Global Threat)

 Scientists crack cell communication. Or, they crack the chemical messages. That the cells use to communicate with each other. Along with new observation tools. That makes the system able to communicate with bacteria and immune cells. The reality is this. If something needs to be controlled by some system. That requires that the controller can observe the system. 

The new systems are tools that can turn the bacteria into miniature biorobots. It's possible. The manipulated bacteria can be from those communication chemicals. 

The other way to turn bacteria into robots is to put microchips in them. Nanotechnology makes it possible to create small systems that can turn the bacteria's DNA plasmids. The DNA plasmid is the ring-shaped DNA in the bacteria. And that is the chemical brain of those tiny organisms. 

If the system can read DNA that turns bacteria into zombies that makes what the controller wants. Turning the DNA plasmid into the right position makes it possible to turn bacteria into the zombie that attacks against other bacteria. The ability to read the bacteria's communication. Allows the system to order bacteria to attack against wanted cells and chemicals. And in the ideal situation, the system just orders bacteria to leave the body. 

Mirror bacteria are like natural bacteria's evil twins. They produce proteins and enzymes that act the wrong way. Or they can inject the genome into the targeted cells that act the wrong way. The idea would be that the mirror bacteria can inject the mirror genome into the cancer cells. The ability to read genetic code makes new types of medicals and vaccines possible, 

The thing is that bioengineering and genetic engineering make it possible to create so-called mirror bacteria. Those bacteria are the natural bacteria's evil twins that can cause problems if they are released into nature. Those evil twin bacteria developed in medical research. Their mission is to develop the proteins that go into the targeted bacteria. In the wrong ways. Or if those bacteria will exchange genomes to other bacteria they pump their DNA into the receiver the wrong way. 

And that should cause death for those targeted bacteria. But those mirror bacteria can cause very bad problems or disasters in nature. The idea in the mirror bacteria is that they are like some kind of "Nosferatu" or vampire bacteria. Just like "Nosferatu's" evil Count Orlok or some Count Dracula are the human's evil twins those mirror bacteria are also evil twins of bacteria.  The function of the mirror bacteria is. Its genomes act backward to their natural companion bacteria. And that makes them very dangerous tools in the wrong hands. 

https://scitechdaily.com/mirror-bacteria-warning-a-new-kind-of-life-could-pose-a-global-threat/

https://scitechdaily.com/scientists-have-finally-cracked-the-code-of-cellular-communication/  

 https://scitechdaily.com/unlocking-the-genetic-code-to-supercharge-flu-vaccines/  

The artificial immune system can be a revolution in medical research.

"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/