Species hybrides.

  Species hybrides. 

The Chinese researchers transplanted human neurons to mice. 

This kind of research is possible in countries like China. If those experiments are accepted. Or seen as useful by governments, that means that those tests are well-authorized. The human neurons in the mouse's brain make it possible to research those neuron reactions in certain situations. That gives researchers more information on how things happen between neurons. But that also makes it possible to make things like intelligent puppies. Those genetically engineered pets can make people's lives easier. They can offer help to people. Who have certain limitations. 

Staling and his idea of humanzees, the monkey soldiers, still live in memories. The humanzee-soldiers were suitable for Stalin’s ideology. He wanted soldiers who don’t think. Their purpose was only to serve his personal ideas. And that means they should not think of anything else than how to serve the “Father sunshine”. Stalin wanted robots, not humans. The only accepted morality and ethics in Stalin’s Soviet Union were what Stalin wanted. The only accepted ethics was to follow the rules of the secret police and Joseph Stalin. And the only purpose of research and life was to serve the nation and Stalin himself. 

But the intelligent pets are not the only thing that makes this kind of research very interesting. Intelligent animals can perform many jobs for the military and law enforcement. But those intelligent pets are also key to Stalin’s mad dream about monkey soldiers. Those monkey soldiers were soldiers who had monkey brains. And Stalin’s notorious operator in that idea was Ilya Ivanov (1870-1932). That person transplanted a dog's head between two individuals. Ivanov had no knowledge of the immune system.  

That made those visions of the humanzee useless. But today, technology allows researchers to create hybrid species. And maybe the horrifying visions of the humanzees live in some dictator's head. Today, there is a possibility. To connect DNA bites from different species. And that makes those things that Ivanov tested possible.

And those experiments included the cases where an animal’s head was cut off and a life support system kept that head alive. During 20s technology was very primitive. But when we think about today’s bionic systems. It's possible to connect a human or monkey head to a robot body. The robot will be connected to the robot by using the spinal cord. The computer in the robot's body transforms neural signals into the computer-controlled servo systems that move the robot's body. These kinds of things can be fascinating and notorious things. The ability to transplant human neurons to mice or dogs is the thing. That can transform. Our way to see things. 

"Chrysalis could house several generations until it enters Alpha Centauri, where it could shuttle people to the surface of the planet Proxima Centuri b. (Image credit: Giacomo Infelise, Veronica Magli, Guido Sbrogio', Nevenka Martinello and Federica Chiara Serpe​)" LiveScience, Proposed spacecraft could carry up to 2,400 people on a one-way trip to the nearest star system, Alpha Centauri)

Chrysalis, a theoretical generation ship to Alpha Centauri. 

The interstellar flight requires advanced biotechnology. If there is a disease. That requires immediate and effective reactions. Those people who will go on that journey must not have any social relationships with people on  Earth. They must not have any genetic weakness that can cause mental illnesses. And they must have a strong immune system that can clean their body in the case of infections. When those people go, they go forever. 

Another interesting thing is that researchers are starting to create space mouse babies. Those rodents will be born and grow in a microgravity environment. These kinds of experiments can give a boost to our way across the solar system or even to stars. There are models that some researchers call “Solar Warden”. In that model, in the future, there will be space humans who live their entire life in a microgravity environment. They will be born in spacecraft or space stations that travel around the solar system. 

Those people will ever visit to Earth and they spend their entire life in zero gravity. That kind of thing will happen. If we someday send humans to other solar systems. If we send a generation ship to Alpha Centauri, that journey takes 400 years. So, if we send that craft on that trip, we will never see those people again. There are generations between us and those colonists. But before we send that craft called “Chrysalis” on that one-way trip, we must change our culture. “Chrysalis” is a theoretical plan to create an interstellar spacecraft. But maybe someday. We will handle that technology. 

But the biggest problem is that those people who travel in that craft will also lose contact with Earth. Those people will spend their entire life in that craft. So the Earth will become very distant to those colonists who travel between Earth and Alpha Centauri. The Chrysalis takes 400 years for that trip. That means if the Alpha Centauri civilization sends this kind of generation ship to Earth. And that craft arrives tomorrow, they should send that thing in the 17th century. If that trip takes exactly 400 years, that hypothetical craft will be sent in the year when Cassini was born and King Charles 1 ruled England. The 30-year war began a couple of years earlier.

https://www.livescience.com/space/space-exploration/proposed-spacecraft-could-carry-up-to-2-400-people-on-a-one-way-trip-to-the-nearest-star-system-alpha-centauri

https://www.scmp.com/news/china/science/article/3322054/chinese-scientists-transplant-human-brain-cells-mice-boosting-pleasure-levels

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

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

Two films about Ivanov and his dark ideas. 

https://www.youtube.com/watch?v=L2ius0Qw4Ek&t=323s

https://www.youtube.com/watch?v=h6HRK9Xc4eU

Scientists created synthetic mouse embryos by using stem cells.

"Natural and synthetic embryos side by side with heart and head folds stained in color. Credit: Courtesy of M. Zernicka-Goetz" (ScitechDaily.com/https://scitechdaily.com/scientists-grow-synthetic-mouse-embryo-with-brain-and-beating-heart-from-stem-cells/)

Those synthetic embryos are the most fundamental things in biotechnology ever created. Those embryos had hearts and brains. So this kind of cloning technology can use for creating neurons for people whose brain is injured. 

The problem with those neurons is that their memories are gone when they are destroyed. But even the existence of the "spare part" neurons makes it possible to avoid physical damage to the brain structures. 

Same way as scientists can clone mice by using stem cells. They can clone humans or any other mammal. Stem cell technology can be the biotechnology of the future. 

There is the possibility that before humans are born researchers take a couple of stem cells from each embryo for cryogenic storage. This thing makes it possible that each person has stem cells in a stem cell bank. Those stem cells offer the possibility to give stem cell therapy. Or that technology can use to create spare parts for people whose organs are injured. 

The fact is that the DNA of the stem cells can also be stored separately. And nanotechnology allows researchers can change the DNA inside the stem cells. So theoretically if researchers have the DNA in their storage they can use even the stem cells that are taken from mice and change the DNA in the nucleus of that cell. That kind of technology allows the cloning of stem cells. 

The human clones are the thing that offers one version of immortality. The person can make a copy of the body and then transfer the memories to that embryo. There is the possibility that the people of tomorrow have the microchip in their nervous system. And then microchips are copying the memories of the person to the internet. Then those memories will transmit to the younger person's brain through the cortex.

That kind of technology can open fantastic and otherwise frightening visions. That thing can give the person some kind of immortality. But it can also make it possible to create clone armies. And in some visions, the clones can also be used to replace people who are injured. Or their death wanted to be hidden. That is one vision for biotechnology, that allows researchers to create spare parts" for people. 

https://scitechdaily.com/scientists-grow-synthetic-mouse-embryo-with-brain-and-beating-heart-from-stem-cells/

What about advanced biological weapons?

(Echis Pyramidum)

Kimmo Huosionmaa

The biological weapon could be snake what poison is used in lethal injections. Those reptilians normally bite some people, and the strike with those animals poison is very dangerous. If an assassin will get snake poison he will be very dangerous. If an assassin wants to cover his murderous action he might pay his target a trip to India, and finds a snake called Efa (Echis Pyramidum).  After that, he must milk that snake's poison and put it with an injection to his victim. I wrote that thing ones or twice, and I must say that I read in from one novel.


When we are talking about biological weapons, we always think about viruses and bacteria what cause lethal infections. But there are many other lifeforms what will use as bioweapons without leaving a trace. Those animals are the most feared beasts in our planet. The simplest way to cause a terrible situation with the small investment if some naval base is in tropic is just fall blood to that harbor and bring sharks in that place. Sharks get mad in that kind of action, and if some unauthorized person swims in that area, that person will be eliminated by sharks immediately.


Same kind of action might be done with piranhas. Those flesh-eating fishes are the most feared animals on the planet. The Same thing might be done with bugs like Wasps and another kind of hymenopteran bugs will cause extremely painful bites even without any stimulants. But in case of hymenopterans, the problem is that those tiny bugs aggressivity is very easy to increase. Just deliver acetone in the air is enough to make those bugs very aggressive.


So system what is needed is so simple that anybody can build it. Only thing what is needed is a hive where is injected acetone. That system can be carried in the operational area by airplane or helicopter, and it can be dropped above targets. Then acetone will release to the tank, where bugs are. But did you know that those animals can use to find explosives?


The key in that process is to grow those bugs o the bed where is explosives, what are used in ammunition. If those bugs will put to that bomb, they will look for people who carry ammunition, and if acetone boosts aggressive behavior of those bugs that will make the very bad situation for some fighters. But also rats and mice can be trained to find things like drugs. It’s enough that when those little mammals are grown with drugs. Those drugs make them narcomaniacs, and after that, they will automatically begin to search drugs and begin to eat those stuff from the hidden places, where they will bite holes to plastic bags and destroy all kind drugs what they can find. But those little troublemakers can be trained very fast to look for explosives.


Just offer captured mouse and rats food where is a very addictive drug, and after that those animals can be equipped with GPS systems,.what helps operators to follow those animals, and that stuff might have miniature cameras, where that military personnel might identify the target before they order airstrike to the targeted explosive warehouse. The food what is needed is a mixture of explosives, strong opiate and some normal food what that kind of animals normally eat. And after that, they will connect explosives to food. Conditioning those animals might take the only couple of hours, and those rats are excellent because people don’t like them.


But let’s go back with bugs. If those bugs are marked with microchips where is RFID radio, those bugs what are grown on explosives might look for mines. That system what puts microchip to bugs bag could be same, what is used to build micro-components. In the door of the hive is system what puts that chip to bugs, and they are followed by nano-copters what are equipped with RFID systems, what is allowed to follow those bugs. And if many of those bugs are coming together, they will show operators a place of hidden explosives. The Same system can be used by searching bodies. Blowflies can be implanted by the same system, and they are effective to look for hidden graves. Most fascinating thing about those systems is use birds as bombers.


The bird can be trained the same way as dogs, and if they will train to take explosives like “frag grenades" with their claws and drop them to their targets those birds might be dangerous even for armored vehicles. Big birds like condors might train to drop HEAT ( High Explosive Anti-tank ammunition) on the tank's surface, and they can destroy even heavy main battle tanks. The system might be radio and the small camera. And by that system operators give orders to the bird when it should release the touch. But this might be still fiction. This opportunity is a very fascinated thing to use birds as bio-robots.

https://crisisofdemocracticstates.blogspot.fi/