Researchers solved how bacteria move. And, that thing makes it possible to create new types of nanomachines.

Things like meat-eating bacteria are the most horrifying organisms on Earth. But what if researchers can control those bacteria? What if they can drive those bacteria to the tumors and give them order to begin eating in that precise place? This thing can make it possible to remove tumors by using extreme accuracy. 

Researchers can make that thing true, by using microchips that control the DNA plasmid. Those microchips are turning the DNA plasmid's position that controls the bacteria's functions. 

Bacteria have long fibers that are made of a single protein. By moving those fibers like screws. The bacteria use them as propellers. And that thing makes them move. What makes that thing interesting? Researchers can copy the bacteria's movement to nano- and miniature machines. 

If we are thinking of a miniature submarine that size is the same as some medical capsules that kind of miniature device can swim in the cooling water system of a nuclear reactor or a chemical plant's wastewater. And those systems can make measurements of radioactive material or toxic chemicals. Those miniature submarines can use kevlar fibers for movements. 

But when we are thinking about the nano-submarines that can operate inside the human body, we can mean genetically engineered bacteria whose surface antigens are the same as the human where researchers put them to swim. 

The idea is that bacteria will connect the genome that is taken from the person under research.  And that genome turns the surface antigen of bacteria similar to a person's blood cells. That denies the immune system can attack those miniature submarines. Researchers must remove those bacteria's ability to create descendants. 

But nanotechnology makes it possible to encode the DNA plasmid of that bacteria. And if that DNA plasmid is microchip-controlled it allows driving that bacteria to the right position. Then the controller can order bacteria to create pepsins that can destroy tumors and other non-wanted cells.  

The bacteria can transform into miniature submarines or "bio-submarine" by putting the microchip in it. The microchip can control the DNA plasmids. The movements and other kinds of things of bacteria are controlled through that DNA plasmid. 

 And that makes it possible to remote control those bio-subs wirelessly by using a remote controller. The miniature microchips can have miniaturized cameras. In those cameras, the retina cells of the small bug will interact with nano-size microchips. The DNA that makes bacteria split is destroyed because that thing removes their ability to create descendants. 

https://scitechdaily.com/scientists-solve-a-50-year-mystery-how-do-bacteria-move/

https://anewtonsapple.blogspot.com/

Genetically engineered silkworms are creating silk that is 70% stronger than spider silk.

The hybridization of animals and other natural creatures can make it possible to create fundamental materials. Researchers created silk that is 70% stronger than spider silk by connecting silkworm's and spider's genomes. That thing can make it possible to create new and more effective protective materials than ever before. 

Using cell cultures or bacteria where that genome is transferred can create a large mass of that extra-strong silk. And that silk can use in parachutes and even breaking wires that can stop aircraft on aircraft carriers. Also, that strong silk can be used everywhere. There is a need for lightweight, flexible and strong materials. 

The bulletproof vests and long but lightweight ropes are good places where that kinds of materials can be suitable. But if that material can produce enough. It's possible to use that super silk between the outer and inner core of the new armor in helicopters, aircraft, and even ships. Super silk can also revolutionize textile production. 

But then we can think about genetic engineering and the ability to create cotton or hemp genome connected to the spider's and silkworm's genome. That thing allows creating the new type of fiber, stronger than steel. If that kind of material is used in textiles that make them fundamental. 

There are always risks in genetic engineering. The risk is that the genome will slip at the wrong point that thing can create poisonous silkworms-hybrid that can be dangerous to humans. 

https://scitechdaily.com/artificial-superstrong-silkworm-silk-is-70-stronger-than-spider-silk/

Image: https://scitechdaily.com/artificial-superstrong-silkworm-silk-is-70-stronger-than-spider-silk/

https://artificialintelligenceandindividuals.blogspot.com/

   

 And by the way, how do packman robots find their targets?

One of the most effective ways to make the biorobot find its target. Is to use the small nanorobot that carries small cells that will produce the nutrient fiber. The nanorobot will carry the fiber to the wanted target, and then the biorobot will follow that nutrient fiber. Then the biorobot would travel to the right position. There is the possibility that there are small crystals inside that biological machine. 

When the acoustic signal will deliver it will break those crystals. There is the possibility that the crystals involve the enzyme.  That removes the DNA from the nucleus of that manipulated cell. Then another crystal will deliver the new DNA to the nucleus of the cell. And that kind of technology makes it possible to change the form of the cell. 

That means the cells can turn to create the enzymes or they can turn into neurons. And maybe that kind of technology allows fixing even brain damages. The ability to make copies of the DNA by using the PCR (Polymerase Chain Reaction) method makes it possible to create synthetic stem cells. In that process, the genomes will be removed from the nucleus and replaced with the new genomes. 

So maybe in the future, stem cells are taken from every fetus in the world. In that process, only one cell is enough.  And then the base-pair order of the DNA of that stem cell will store in the digital database. That data can send to the other side of the world by using the internet.

Nanotechnology could create a copy of that DNA. This thing means that in the future. We all have our stem cell storage that can save our life. The personal DNA image of the people can make it possible to make the tissues and other things for the cases that person is injured. In that case, the DNA data can send to the hospital. And then nanotechnology can start to produce certain cells for the patient. 

https://interestandinnovation.blogspot.com/

Self-replicant biorobots are the reality now.

  

 Self-replicant biorobots are the reality now. 

"As Pac-man-shaped Xenobot “parents” move around their environment, they collect loose stem cells in their “mouths” that, over time, aggregate to create “offspring” Xenobots that develop to look just like their creators. Credit: Doug Blackiston and Sam Kriegman"(https://wyss.harvard.edu/news/team-builds-first-living-robots-that-can-reproduce/)

The researchers are made the very first biorobots that can self replicate. Biorobots are genetically engineered organisms that are programmed to make some missions. Synthetic DNA or RNA makes it possible to create organisms that can make many things. As an example, they can take the stem cells to the right position. 

The self-replicant biorobots can use to fix the damages in organs or blood veins. The robots would be the bacteria that are homing to the walls of the veins. And then they can turn to the part of the veins or they can connect to other nanomachines. 

The synthetic nanorobots can carry the cells that are making fibrine. And that kind of system can make the web that can fix the damages in the blood veins. The self-replicating biological robots which operations based on synthetic DNA can clean large areas from toxic waste, they can destroy cancer cells or fix the damages in the body. 

The genetically engineered bacteria or genetically engineered immune cells can destroy the cancer cells. The bacteria can home to the cancer cells and start to create enzymes that are destroying those cells. The system bases the idea that when the cancer cell steals mitochondria from the immune cells they would infect it by using the virus. That virus can destroy the cancer cells. 

The thing is that there are many purposes what nanotechnology can make. Genetically engineered organisms can make almost everything. And nanotechnology can turn into the perfect weapon. The difference between a perfect cure for cancer application and the perfect weapon is so small that it's not existed. We should understand that all old fashion protective methods are falling. The nanorobot that goes wild will just turn the entire body into liquid. And that means we should concern about this kind of application.

The fast-growing cells can slip into the body and lock the blood flow to the brain. Or genetically engineered bacteria can remove mitochondria from the tissue cells. And cause gangrene. Those systems can use to lock the blood flow to cancer cells or remove the mitochondria from the cancer cells. But the same systems can operate as the perfect weapon. 

The thing is that the same bacteria that are creating enzymes for destroying the non-wanted cells can use to destroy the blood veins. And the area of nanotechnology is one of the newest and most promising areas of the medical industry. But the same technology can use to create the most devastating weapons in history. If the nano- or bio-machine will target certain cells that thing can remove tumors. But the same systems can also turn the entire body into liquid. 

https://wyss.harvard.edu/news/team-builds-first-living-robots-that-can-reproduce/

https://scitechdaily.com/cancer-cells-use-tiny-tentacles-to-suck-mitochondria-out-of-immune-cells/

https://interestandinnovation.blogspot.com/

ETI-camps and pure line genetic engineering.

Kimmo Huosionmaa

We always find some stories about ETI (Extraterrestrial Intelligence) camps on the internet, and if we are thinking about the species, what have no immune-defense against microorganisms, those creatures would need protective suits against bacteria, because if the bacteria will get on the skin, that creature would be dead. The thin bioprotective suits allow the creature or alien to move quite freely on the ground, and that would not seize to the bushes, and break so easily.


In theory, those thin bioprotective suits would also allow disinfecting those creatures more easily than the baggy suits would allow. There would be no folding on the surface, where the bacteria would be left alive. But what are those so-called alien camps, we must realize, that those camps might be something more serious, than we ever expected. When we are thinking about those ETI-camps, we must think, that have they some connections with the mysterious "Solar Warden" project.


The aliens, or how we those creatures calling, might be actual humans, what are genetically engineered. If we think that those creatures are the result of the racial processing, what bases in the "pure lines", where the genetic material would enrich by making children with close relatives. When this has been made with a couple of generations, those lines would be connecting for making the super-individuals.


The descendants of the close relatives are starting to grow in length and in some theories, the ancient giants were the result of this kind of genetic engineering. This theory would be connected to the stories of the "ETI-camps", or "Solar Wardens". There would be pure lines "genetic material" inside those camps, and this theory, those aliens or creatures are living in the pure sterile area, that nobody could steal the genetic material.


Maybe the big-head "aliens" are the result of this kind of operations, and here is again big "maybe", that those creatures are extremely intelligent. This means that those aliens live in some space-station and their muscles would be extremely weak. But this is the writing for the spending time in the evening. These things are very nice to think when the writer would lay on the bed.

The writing about controlled evolution

Picture I

Kimmo Huosionmaa


Joseph Stalin was a man, who ha made many great inventions in the field of genocide and totalitarianism. One of his greatest ideas was to create the mixture of human and monkey, what would not do own decisions, and follow every single order, what the masters would give to that creature. That hybrid was planned to use in military operations, for political reasons, and when we are thinking about genetic differences between apes and human, we must consider, that 12 base pairs in DNA separate the man and chimpanzee.


Those 12 base pairs give our species our phenotypes or the shape. If the scientists would able to make the human-shape creature, that would not able to think, would it be the horrifying thing in the hands of dictators. In the real-life scientists can control the evolution in many ways, and one of them is by using statistics for that purpose. One of the best ways to increase the intelligence level of children is to choose the parents from right group of people, and those parents would be chosen from the group of greatest scientists and the most incredible military leaders.


The natural method would make pairs of those people, and that would be "natural method". The children can also be made in the test tubes, and then use in artificial fertilization, what is given to pairs, what husbands are not able to get children. Another way to increase the strength of human being is to transform genomes straight to the nucleus of the cell. When the fetus is in blastula-stage, the scientists would inject another genetic material into the nucleus of that cell. Those genomes can be put in the right place of DNA by using nanotechnology, or rather nanorobots, what would put the DNA bite precise in the right place.


This has made me a funny thing, what is shown in the short movie "Code 8". When the military forces use more and more robots in the battlefield, the genetic engineers could make the hybrid creature, that could be the combination of human and Electric eel. That fish can make extremely high voltage electric shock by it muscle cells. And if the genome could be transferred to the human, would human give very high powerful electric shock to those robots, and also create EMP-pulses by using nerves for that thing. Those EMP-pulses would protect humans from the attacking by robots. But this is only imagination, how developing of robots can influence the way, how human genomes would be developed by bio- and nanotechnical methods.


Also, Electric eels have the electric sense what can help to track human shape killer robots.This is, of course, only philosophical thinking in the bright morning. But when we are thinking about genetic engineering, maybe in future that thing, where species would be combined, would be legal. Who knows how the laws would change. And we know that every scientist in the world would not care about laws at all. Or have we forget Dr. Joseph Mengele and his comrades in the Second World War? There is found many persons, who are thinking like this man, that if nobody ever knows about this kind of experiments, would there no punishments.

Sources:

https://www.livescience.com/55540-americas-fear-superhuman-tech.html

"Code 8 short film: https://www.youtube.com/watch?v=DqO90q0WZ0M

Picture I

https://i2.wp.com/sapienplus.com/wp-content/uploads/2014/09/super-humans-real.jpg?resize=350%2C200

https://crisisofdemocracticstates.blogspot.com/

What is the difference between bio- and genetic manipulation?

(Picture 1)

Kimmo Huosionmaa

There are some differences of bio- and genetic manipulation. Biomanipulation actually means to make artificial cell-lines, and actually, there would be no touch for genomes. One version of biomanipulation is to make artificial retina and surgically implant that retina in the eye, and the retina can be made by cell base, what is filled only with cone cells. Also, two type of vegetables can be connected mechanically, and those combinations make the saplings, what are from an upper vegetable.


Biomanipulation is effective, but it takes time. The modification of the organisms will not transfer to next generations. And mass production of those organisms is very difficult. Genetic manipulation is the more effective way to compile species and give them new features. The needed thing is an artificial virus, what has wanted genome, and that little DNA-bite would be transferred to the nucleus of the cell. The problem is that those manipulated organisms are that those features would transfer to next generations of that organism.


One of the possibility of genetic manipulation for improving some species like a human is to connect genomes to the cells, what makes possible to create chlorophyll in the cells of mammals, and in some visions, those manipulated humans may have roots or threads in the skin, what can take food and water from the air. Those threads might also have harpoon cells, what protects this creature. When we are thinking about the combination of the human and other species, we might face the situation, where we are creating an alien, the species with superpowers. That creature might have a similar nervous system like bugs. It can use only electricity, what means that neurons could connect together and close the synopses.


That would make the brains more effective. Also, those manipulated organisms blood might be poisonous. And the chlorophylls in the skin makes possible to produce sugars in the creatures own body. This might be the route of controlled evolution, and maybe tomorrow we can order the features, what we will have in our next life. In this futuristic scenario the human would record their life by using WLAN-implants, and of course, the body will be cloned. This might make the person live forever. The cloning of the creature will happen by changing the DNA inside the nucleus of just when fertilized ovum. And that would allow making modifications even to human body and mind.

Sources:

Picture 1

https://www.biology-questions-and-answers.com/images/Genetic-Engineering.jpg

https://crisisofdemocracticstates.blogspot.fi/

http://crisisofdemocracticstates.blogspot.fi/p/what-is-difference-between-bio-and.html

Chimera and the Bellefonte

http://crisisofdemocracticstates.blogspot.fi/p/chimera-and-bellefonte.html

http://crisisofdemocracticstates.blogspot.fi/p/chimera-and-bellefonte.html