The new genetic engineering 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

Biotechnology is an ultimate tool for medicine.

When we are thinking about the case. Where the human blood cannot transport oxygen we can use genetically engineered bacteria to replace missing blood cells. Those bacteria can form oxygen inside them and then help the person whose blood cells are destroyed or unable to work as they should. 

The principle of those bacteria is similar to bacteria that turn carbon dioxide to fuel. But in that case, the bacteria can turn nutrients into useful things in the human body. Those genetically engineered bacteria can use in cases, where a person is injured in an accident. 

Or they can be used in other cases when the blood cannot transport enough oxygen. In cases like leukemia, the medical staff must destroy the entire bone marrow to remove cancer cells. So during that process, those genetically engineered bacteria can deliver oxygen to the person's body. 

There is also possible to change the DNA of the bacteria to the DNA. If that DNA is taken from the wealthy bone marrow cells. That allows the cloning of those cells by using the patient's cells. This thing means that there is no rejection. 

When we are developing technology, we should ask where this technology can also use. 

I have written the toothbrush nanomachines somewhere before. The nanomachines that can dish your teeth are marvelous systems. They can remove bacteria that are causing carries. But the same systems can also use for removing plaque from the blood vessels. And maybe someday in the future, those nanomachines can make it possible to remove plaque from the nervous system. 

And that thing could revolutionize the treatment of Altzheimers and cancer. The nanomachines that can remove organic and inorganic material from the layers are suitable almost for every purpose where is needed the cleaning. Those things can use for cleaning tubes under the cities. And this thing makes those systems interesting. 

Similar systems that are created for removing bacteria from teeth can be used for many other purposes. The nanomachines are awesome tools. They can remove things like non-wanted cells and bacteria from the places where regular workers,  antibiotics, and surgeons cannot operate. 

.

https://scitechdaily.com/scientists-have-created-microrobots-that-can-automatically-brush-and-floss-your-teeth/

The artificial embryos are opening new visions for biotechnology.

 

The artificial mice embryos were "real" embryos, not clones. They were made by connecting the chromosomes of two mice. And that makes this thing very interesting. When we are thinking about this method from the point of view of artificial evolution, that thing opens a road to more versatile things than just cloning. 

Artificial embryos are making it possible to create tailored people. The parents or DNA deliverers of those embryos can be selected very carefully. Also, nanotechnology can change the sequences of DNA. And researchers can change things like skin color and gender. 

The ability to connect genomes and put them in the stem cells is making it possible to create new animals and even humans by using the genomes that are taken from the DNA samples. In some theories, mysterious UFO abductions are made for collecting DNA from extraordinary people. DNA can use to solve what kind of genomes are making people intelligent can be solved from that data. 

This new technology doesn't require sperm or gametes. The simple tissue sample is enough. 

And that thing helps to create new individuals for the dangered animal population. But that thing can also make it possible to create the new Einstein and Edison for society. There is the possibility that the cell samples that are taken from the most brilliant masterminds on our planet are used to create new very capable humans. The fact is that nanotechnology makes it possible to order the gender of the person. 

The nanomachines can replace the Y-chromosome by using another X, or otherwise. There is also the possibility to make those embryos sterile by connecting extra gender chromosomes in the genomes of that embryo. This thing is opening the most powerful tools that the human race ever had before. So we must realize that we must use this technology carefully. 

https://scitechdaily.com/scientists-grow-synthetic-embryo-with-brain-and-beating-heart-without-eggs-or-sperm/

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://astronomyandtechnology.blogspot.com/

Thermophotovoltaic cell (TVP). And electricity-creating bacteria can be the power sources of the future.

Image 1) "A thermophotovoltaic (TPV) cell (size 1 cm x 1 cm) mounted on a heat sink designed to measure the TPV cell efficiency. 

To measure efficiency.  That cell is exposed to an emitter, and simultaneous measurements of electric power and heat flow through the device are taken. Credit: Felice Frankel"(SciTech Daily/ New Heat Engine With No Moving Parts Could Fully Decarbonize the Power Grid)

 The new thermophotovoltaic cell (TVP) makes energy from the intensive heat. 

The TVP or thermophotovoltaic cell can form electricity from bright light. Or actually, the system makes high-energy photons that are sent to the silicon layer. The system needs 1900 to 2400 degrees celsius for creating an energy level, high enough for making electricity from high-energy photons. 

The TVP cells are interesting tools. They are acting like regular photovoltaic cells or solar panels. And if the researchers can create the spider net by using hollow transparent nanotubes with an extremely bright light that uses some gas like acetylene or methane for making the light. 

That thing can use to make the system that allows solar panels can create energy in the dark and nighttime. The TVP cells can use for making solar power drones that can operate at night time. And those TVP systems can also use for making deep-space probes that can operate far away from the sun without nuclear energy.

The system can use the methane-creating batteries and the carbon removing systems for removing carbon from the carbon dioxide. Then the methane can use in the light that creates high-energy photons for the TVP cells. 

Image 2) "Artist’s concept of microbial energy generation". (SciTech Daily/Bacteria Generate Electricity From Methane: Generating Power While Purifying the Environment of Greenhouse Gases)

The electricity creating bacteria can use also for energy supply to the robots. 

Bacteria that use methane for nutrients and make electricity can give energy for the large entireties. The system needs only rotten waste for making methane. That bacteria use for making electricity. But genetic engineering is making that kind of system more powerful. 

The bacteria that is creating electricity is an interesting idea. By using the bacteria cultures are possible to create even the high-voltage systems. By using genetic engineering is possible to hybridize those electric creating bacteria with the cells that create electricity for electric eel. Those cells can create over 800 volts of electrical voltage. 

If those bacteria are in the cell cultures they can use for creating the high-voltage biological power units. Those biological batteries can be connected side by side and in a series. Just like normal chemical batteries. There is the possibility that those cell cultures are in the bird's feather-like structure. 

Image 3) "A depiction of a Phoenix by Friedrich Justin Bertuch, 1806" (https://en.wikipedia.org/wiki/Phoenix_(mythology))

Maybe some futuristic robots are like Phoenix from mythology. 

The idea for the robot bird whose feathers are the power supply units for the computers and other systems is taken from the myth of the Phoenix Bird mythology. Sometimes some engineers suggested that the Phoenix Bird is the Von Neumann machine that creates a copy of itself. The feathers of that robot would be the bacteria cultures that are delivering energy for that machine. Those cells can use the algae for nutrients. And that means those futuristic robots can use vegetable fertilizer as a nutrient. 

Where in the side channels are the places where bacteria live. And in the middle of that thing is the central electric wire that transfers electricity to the main system. The side and serially connected batteries can reconnect to the bigger entireties. And in the biological batteries, the power supply will make by using biological components like bacteria that create electricity. 

That system requires nutrients and there is the possibility that tomorrow's robots eat the same food as people. They need the artificial stomach where food is turned into nutrients for those electric creating bacterial. 

Sources. 

https://scitechdaily.com/bacteria-generate-electricity-from-methane-generating-power-while-purifying-the-environment-of-greenhouse-gases/

https://scitechdaily.com/new-heat-engine-with-no-moving-parts-could-fully-decarbonize-the-power-grid/

https://en.wikipedia.org/wiki/Phoenix_(mythology)

Do we know the risks and possibilities of genetic engineering?

What is natural?

Have you ever seen liger? Liger is the hybridization between tiger and lion. And that animal is not the only hybrid species that is created in the laboratory. The film above this text introduces interesting lion hybrids. 

But we forget that genetic engineering allows researchers to connect genomes even from vegetables to humans. And that thing makes the "little green men" possible. In movies, the "little green men" are some stereotypic aliens. 

When we are thinking that the skin of the extraterrestrial alien would have a photosynthesis ability. That allows them to live without vegetables. But there is the possibility to combine the genome that controls the chlorophyll production in vegetables with the skin cells of humans. 

The genetically engineered "little green men" or vegetable-human hybrid would have green skin. That has an ability to photosynthesis. In that case, the genome that makes chlorophyll for vegetables would transfer to the skin cells. And that makes the skin photosynthetic. Genome therapy or genome transplants can use for removing hereditary diseases or improve the lifetime of humans. 

x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x

The use of bacteria as the medium. In genome transplant. 

The genomes >>>Transplant to bacteria>>>Bacteria will inject to blood>>>Then that bacteria is starting to create retroviruses that transfer genomes to human cells. 

x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x-x

The genome transplant can make by using genetically engineered bacteria. Those bacteria can create viruses that are used to transfer genomes to human cells. But the same technology can use for creating bacteria that create viruses for biological weapons. 

When we are looking at things like genetic engineering. We are facing animals that cannot even exist in the natural world. Nanotechnology and genetic engineering are the ultimate combinations for creating hybrid species that can be the salvation of the worst nightmare in human history. There is the possibility to connect genomes over species that are not combined. 

The genomes of vegetables, insects, and mammals can combine by using nanorobots. And that kind of experiment can bring a new way to produce tissues for organ transplants. Another way to think is that those experiments are bringing new dangerous species to nature. 

Genetic engineering makes it possible to combinate the genomes of diatoms and some other organisms that allow making the crystals which growth is the DNA controlled. Or it can use to make the turtle whose shield has a silicon core. The core of diatoms is silicone. And nanomachines can combine those genomes with the cells that create the shield of those animals.

The artist's humorous drawing portrays the angry green man. (Pinterest)

The thing that makes turtles interesting is that those lizards live a very long time. And the genomes that allow turtles to live about 150 years are researched in laboratories. That kind of genome can be the key to extending our lifetime. But then we are facing the key question, what is natural? 

When we are thinking about liger from the top of the text we must remember that there is the possibility that the hybrid species can escape from laboratories. And that kind of thing is causing risks. The most well-known hybrid animal is the hybridization of dogs and wolves. That hybridization is used to keep some dog breeds wealthy. 

Outcoming genomes are needed to connect to dog breeds for removing degeneration. That happens through the dog-wolf. Dogwolves are causing problems because they are not afraid of people. And they can attack also humans more often than a normal wolf. Those outcoming genomes are keeping those dog breeds wealthy. Outcome genomes remove things like character defects. 

The thing that we forget about the dogs is that those cute fellows are not natural. They are created by hybridizing things like hyenas and probably red wolves or grey wolves. It's unknown which canines were used for making the first dogs. At first, humans tamed wolves. But then humans started to breed those wolves. And breeding means that there must be connected genomes from other wolf species like hyenas and African wild dogs. The dog is one of the most bred animals in the world. 

What kind of creature would the vampire be?

 

 What kind of creature would the vampire be? 

The cancer cells can suck mitochondria out of the immune cells. And that ability makes them real-life vampires. If those cells can connect mitochondria to themselves they are sucking the life force out of patients like vampires does in fictionary stories.  

Biotechnology can use to create vampire macrophages or super macrophages. Those super immune cells would have a genetic transplant that allows them to transfer the mitochondria from bacteria to themselves. 

That thing could happen by using the same genomes that make the cancer cells steal mitochondria from the immune cells. And then, if the immune cells can connect those mitochondria to themselves they would turn stronger when they are sucking the "power of life" from the bacteria. 

And those cells are making me think that "luckily vampires are only functionally characters". But then we can think that could genetic engineering and biotechnology make vampires possible?

The cancer cells that are "stealing mitochondria" from the immune cells are giving a tip on what kind of creature the fictionary vampires could be. The fast renewing tissues make them very resistant to gunshots. And the thing is that the vampires would be afraid the daylight means that maybe they are created by using extremely fast splitting cancer cells that are hybridized with neurons. 

Hybridization with neurons allows those fictional characters to change their forms from bats to wolves and humans. That means the vampires would just make hairs or nanotubes for stealing the mitochondria from the real humans. And that thing makes them invisible because without mitochondria the humans cannot resist them. 

So where the vampire needs blood? And why the vampire needs only the blood of a virgin? The reason would be that nobody misses unmarried women very soon. And the other thing is that the women are weaker. 

The idea for that short text about the form of vampires is given in the article from the SciTech daily. There the cancer cells are stealing mitochondria from the immune cells. 

If our cells would all hybridize with neurons we would have the abilities that no other creatures have. The thing is that the vampires are one version of the xenomorphs creatures that can change their form when they want. 

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

https://writingsaboutmysteries.blogspot.com/

The new multi-use microchips can vanish when they finish their job. And they can revolutionize medicine and other things.

  

The new multi-use microchips can vanish when they finish their job. And they can revolutionize medicine and other things. 

The film above this text introduces the new type of implanted microchip that can melt and vanish after it's done its job. The implanted microchip is only the core that contains multiple functions. And the new type of microchips vanishes after they are done their job. 

The carrier organism is a good tool to position the microchips to the right position. The microchips are injected into things like worms or other parasites that go to certain organs. And then, the programmed cell death or scientifically saying apoptosis will terminate those carrier parasites. 

And those carriers-organisms can transfer to people bodies by using injection. Those carrier organisms can also carry things like osteocytes to broken bones.

Nanotechnology makes those things a very multi-use system. Those microchips can equip with ultra-small ultrasound or even an X-ray system, and they can transmit data on how things like broken bones are healed. Those microchips can implant around the broken bone, and then they can connect to the GSM telephone. 

When the BlueTooth of the mobile telephone gives the wake-up signal for processors, they would activate their X- or ultrasound system. Those microchips will send the ultrasound or X-ray burst through the point to the opposite microchips. 

And the image to the doctor's office would be transmitted by using the Internet. Maybe tomorrow, the X-ray system of tomorrow is the group of robots that are coming to the skin, and then make the all-body X-ray scanning at the place where the medical staff found the patient.  Those microchips can also sniff the blood gases locate people. And make many other things. 

But those microchips can act in dangerous scenarios. And misuse of that kind of system is extremely dangerous. When we are thinking possibility that the entire skull of the person is covered by microchips those systems can send the electric shock to the brain core. 

That kind of system is planned to use to help Alzheimer patients in their last years. The microchips are installed on the nerve tracks and then transmit the data to microchips. Those are on the skull of people. In that case, the memory blocks of those microchips would replace the memory of the person. So the same system can also use to help fix brain injuries. 

But the thing is that this kind of system can also make it possible that the same system can control the person or turn the person into a robot. Also, those systems can use to make false memories. There has made researches. There those microchips are transferred to the right position by using genetically engineered bacteria or amoeba. 

The microchip is connected to the amoeba, and then it travels to the brain. The amoeba is injected with the genome that activates the apoptosis of that organism. So that thing will make it possible to make those microchips travel in the precise right place. 

Things like liver going parasites can carry the microchips in the liver. And those microchips are easy to inject into the body if they are carried to the right point by using carrier organisms. Like I wrote at the beginning of this text. 

https://interestandinnovation.blogspot.com/

The worst threat: weaponized biotechnology

The pandemic is the thing that has caused the situation that should predict. The bacteriophages can cause worse epidemics than we even realized. Those viruses can strike against the fungus that is delivering nutrients for vegetables. And that thing can cause the loss of food. If those funguses are destroyed the trees are starting to die. The idea of the phage virus infection is not new. The AIDS viruses are phage viruses that can infect the human immune cells. 

When we are talking about natural viruses they are more resistant to natural stress than artificial organisms. The thing is that the air is protecting people against HIV (AIDS) viruses because air molecules are destroying the surface antigens of those viruses. But the genetic engineering makes it possible to connect the genomes of the AIDS virus with bacteria or fungus. That means the bacteria will start to deliver those viruses. And that thing makes them more lethal than ever before. 

Things like bacteria that can change their form are interesting tools. They can deliver to the gasoline storage. And those organisms can change petroleum to lime. But the xenomorphs the transforming organisms are the most lethal surprises. 

There is the possibility that the hive will connect the genome that makes them produce poisons like botulinum. The idea is that the genome that produces botulinum will connect with the genomes of the hive or some other bacteria. And if that bacteria will lay on the mucous membrane that will kill the person immediately. This kind of organism might be under development in some underground laboratories. 

Biotechnology and the weapons of mass destruction are the most lethal combination in the world. The thing is that the deadliest viruses in the world, filoviruses like Ebola cannot transmit through the air because they cannot resist electromagnetic and chemical stress. So that's why the risks of those viruses are not realized. 

There is the possibility that genetically engineered bacteria are used as a transmitter of viruses. In this vision, the virus genomes are connected with the genomes of bacteria. So when the bacteria are delivered to the area they are starting to produce viruses. In this kind of scenario, the mass destruction will be complete. 

Image: https://www.chemistryworld.com/news/giant-long-lived-bacteria-could-make-microbial-farms-more-productive/4011137.article

The artificial womb can revolutionize the cure for burnings and many other things.

Picture I

http://gamesandtehories.blogspot.com/p/the-artificial-womb-can-revolutionize.html

Kimmo Huosionmaa

Growing the lamb fetus in the artificial womb would revolutionize the genetics and rescue of the endangered species in the world. Artificial wombs are tried before, but the plastic bag would make those things lighter and easier to operate, than previous the glass or plastic dish, what is tested before. This kind of technology can allow creating the new skin, organs or even entire new body for people. And it can be used for cloning animals and humans.


The purpose of the plastic bag is to keep the fetus away from the bacteria and air, and that would make possible to grow fetuses in safer conditions than the plastic dish, and if this thing would work, it can be used to creating even the new bodies for humans. This plastic bag is very easy to move, and it can be used to grow the tissues for people, who are lost the large area of their skin.


The plastic bags can be used to create cell cultures, and that could transport to the area even in the handbag if there would be the necessary life support system. But when we are going to think about this fetus, we could use this kind of technology, where is used the blood bags can revolutionize the agricultural meat production. Of course, this bag can be used to creating the muscle cells in the culture, and that would allow growing the beef like some vegetables.


But the genome manipulation would allow creating the animals, what nervous system would operate that way, that those animals would have the temperament what the genome specialists want it to have. When we are returning the opportunities, what this technology can give to the humans, one of the most important targets for plastic bag fetus could be that the dangered animals fetuses and puppies could be grown outside the natural mothers, what would make possible to create the massive number of puppies in short period.


In this cases, the puppies are made with the cloning method, and that could save some extremely dangered species.  And maybe in the tomorrow, we can create also humans in that kind of artificial wombs. This is the very interesting thing because if the fetus of the lamb can be made by this kind of technology, would it used to humans. When we are thinking the technology, where the blastula cell's nucleus would be replaced with other DNA, and that would allow cloning people like Albert Einstein. That kind of technology in the wrong hands is very dangerous.


Because if this technology is thought in the view of the angle of the military, there could be made the clones of the best military operators in the entire military forces. In this scenario, the operator would be doubled, and if another would die, the clone would take the place of that person. This is, of course, the vision of some sci-fi movie, but there is the possibility that some scientist would make human clones, even that would be against the law. In this scenario, the lone persons, who have difficulties to get children could simply clone themselves.  The artificial wombs can be equipped with brain core stimulation, what makes training before born possibly by using electric shock by modified EEG-machine to brain core.

The technology would not very difficult to handle, and that would make difficulties for lawmakers, how to handle the question about the rights of clones. In the real life, the clones can be made for giving extra-organs to some person, and if those organs are from the cloned body they would fit perfectly into the new body. And that would make necessary to determine the rights, what the clone might have. This is one of the biggest moral questions what the mankind have faced.


Have we right to make clones, because of organs, or would those things have human rights? And in some scenarios, the assassinators would make murder and replace the target with the cloned person, who is brainwashed by some notorious organization. This has been pure theory or imagination, but this new technology would make those questions actual. And even the cloning of the human would be prohibited, there are always people, who have money to make that kind of things. And in places like Pattaya would be doctors, who have back-office work, and who would make that kind of clones. In those places, the boys would get silicone implants in the hour, and here I must ask, what those doctors do in the back-office.

https://www.youtube.com/watch?v=dt7twXzNEsQ

https://www.theverge.com/2017/4/25/15421734/artificial-womb-fetus-biobag-uterus-lamb-sheep-birth-premie-preterm-infant

Picture I

https://i.smalljoys.me/2018/04/untitled-1-126.jpg?resize=648,365

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