A new method was developed for 3D printing living microbes by enhancing biomaterials by LLNL scientists.

"Lawrence Livermore National Laboratory researchers suspended bacteria in photosensitive bio-resins and “trapped” the microbes in 3D structures using LED light from the LLNL-developed Stereolithographic Apparatus for Microbial Bioprinting 3D printer. The projection stereolithography machine can print at high resolution on the order of 18 microns — nearly as thin as the diameter of a human cell. Credit: Illustration by Thomas Reason/LLNL" (SciTechDaily: https://scitechdaily.com/new-method-developed-for-3d-printing-living-microbes-to-enhance-biomaterials/)

The researchers of the Lawrence Livermore National Laboratory (LLNL) have developed a system. That uses LED light for making 3D structures by using living bacteria. The ability to use the living cells for making 3D structures might seem very ordinary. But that system can use for creating 3D printed organs for people, who need them. The system uses LED light for controlling the form of the growing cell culture. 

Today we know how to clone the cells. And making clones of the things like skin and retina cells is quite easy. The problem is how to make the clone of the organs that have a 3D structure. The thing that causes the problem is that the blood vessels must conduct to the organ. 

One of the easiest ways is to make the 3D network structure where the cells of organs are grown between the network made of hollow tubes. And the blood vessels will be grown in that network-looking structure. 

People can read details of that technology from the article below this text. There are many ways to benefit things like LED-light and lasers for creating 3D-printed organs. The artificial organs are created by using the cloned cells. Can save the life of the victims of accidents and very sick people. 

1) The laser can use to make the supporting structure by using the melting materials. The idea is that the cell culture is made over the melting structure. That is offering the nutrient for those cells. There can be tubes in that structure and those tubes can grow the cells of blood vessels. The feeding structure will turn to the platform of the new organ. And that is the most conventional version for making artificial organs. 

2) Another version to make artificial organs is simply to make the bite of the homogeneous cells. Then the nanotechnical drills are making the channels for the veins in that organ. And maybe this technology allows creating things like liver. 

3) The LED light can control the area where is a nutrient in the gel where the cell cultures are made. The idea is that the laser LED  is burning the nutrient away from the nutrient gel. And that thing controls the direction of the growth of the cells. 

Maybe those things can save human lives somewhere in the future. When we are thinking about things like stem cell therapy there is one solution for getting stem cells. That solution is that when every person is in the womb. 

The doctors will take the stem cells from our bodies. And then every individual in the western world has their stem cell bank. Or otherwise, the person can clone and the fetus can store in liquid nitrogen. So we would have the backup body in the laboratories stored in the liquid nitrogen. 

https://scitechdaily.com/new-method-developed-for-3d-printing-living-microbes-to-enhance-biomaterials/

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The electric eel would give the ability to use bioelectricity as the power source of robotics

The electric eel would give the ability to use bioelectricity as the power source of robotics

The thing, that makes electric eels interesting fishes is that they can create electricity, which has 600 volts. That fish produces electricity by using special cells for that thing. And those cells can put in cell cultures, which can create electricity to the nanomachines, but why not also bigger equipment like electric cars and boats. Those cell cultures or biobatteries can connect like normal batteries, and they can give very high voltage if they are connected to series.

Have you ever thought the possibility, that the nanorobots and microchips would get electricity from the bioelectricity, what is created by the using cells, what are created from the electric eel, and what that fish uses for creating electricity? It would be quite easy to take the cells, what is creating the electricity for electric eel, and then put those cells to cultures. Then the thing, what the system needs is the nutrient for those cell cultures.

These kinds of cells can installed in very small robots, and they can be used to give electricity for miniaturized systems like motors, communication equipment, and other functions. In this case, the robot must keep in the nutrient, and then it can be released to the place, where it is needed. The communication equipment would tell if the voltage is going down, and then the robot just put back to nutrients, and the cells can create the electricity.

When we are thinking about that kind of cell culture as the power source for bigger robots and equipment, we must realize that the electric shock, what electric eel gives can kill the horse. So if we would want to create the ecological battery, what uses biotechnology, we must take a couple of electric cells of the electric eel, and then multiply those cells for cultures. Then they can be used for many tools, and even the aggregate can be replaced by that kind of machine.

The voltage, what single electric eel can give is about 600 volts, but the size of the cell cultures might be really big. And that allows creating a very high level of electricity. When we are thinking about the use of those cell cultures to create electricity for bigger systems, those electric elements can be connected to series or side by side, and that means they are acting like normal batteries, which makes it possible to create many fundamental things.

One thing, what would be interesting would be the robot, what will drink nutrient when it needs more power. That means the system would eat like dogs or other puppies. And the bioelectric system would give power to the motors, cameras and other equipment of that robot, and it would use in many other things. In the most interesting, and in the same way, futuristic ideas is that some cars or boats would use bioelectricity in the future.

The thing about "foo fighters"

The thing about "foo fighters"

When we are observing this phenomenon about the shining lights around the aircraft, we might think that those things might be the electric arcs. That could be a good explanation of those lights, and the origin of that phenomenon could be the electromagnetic radiation, what faces another electromagnetic field with the same frequency but with different polarity.

So could that phenomenon cause, because the radio of the airplane uses the same frequency with radars, and that causes the electric arcs around the plane, but there is another explanation for the electromagnetic field around some aircraft. There is a possibility that those strange lights are forming because of the electromagnetic field, which is created for purpose for turning the radio signals away from the plane.

If the form of the electromagnetic field is very aerodynamic, that thing can make the virtual version of the Stealth bomber or a Stealth fighter. That thing would have a possibility to turn every single aircraft, ship or building to stealth-mode. But there are some other explanations of Foo-fighter or thunder balls, which are following the aircraft.

The thing is that the foo-fighters are some kind of drones, which are equipped with lights. The thing is that in this case, foo fighters would be so-called pseudo-UFOs, what mission is to cover something, what is behind them. In that case, the foo-fighters would create the light-wall between some target and the aircraft, and one explanation is that those drones would be dropped between the bomber squadron and anti-aircraft cannons.  And those light's mission would be that they are making the location of the aircraft difficult.

The alien hypothesis: could the aliens travel in the small balls, what have cell cultures inside them? And would that be the way, how human colonialists would travel to another solar system?

But there are other things, what that kind of thing can cover. The foo-fighters are also given interesting ideas about interstellar traveling. The idea for that kind of thing is basing the large rail gun, which can shoot the hollow steel balls to space at a very fast speed.

In this hypothesis, the thing is that those space travelers would travel in those balls in the form of the cell cultures. That kind of thing doesn't need very much space. The idea in this kind of space travel is that before those balls the giant spacecraft would be sent to the solar system for preparing the planet for the operation.

The journey of that hypothetical spacecraft would take hundreds or even thousands of years. And it would make the base for the living journeymen, what will travel inside those small balls to that planet. Those small probably the tennis ball-sized crafts, what might have also quadcopters, and those balls would fly to the landed spacecraft, what starts to make clones of those hypothetical travelers.

So how plant intelligence is connected with cell cultures? And is this the Pandora's box?

So how plant intelligence is connected with cell cultures? And is this the Pandora's box?

This is the continue for the last writing, so when we are thinking that most of the sugars and oxygen would go in the certain part of the grass, that thing means there is a possibility to create this thing in the creating also human cells. The thing is that stem cell research would use this kind of knowledge in the creation of the "spare parts" for the human body.

In this technology, the cells, what is wanted to create would put in that part, where the vegetable would feed those cells, and then that biomaterial can be used for creating new parts for a human being. Genetic engineering could allow creating vegetables, which can form the neural scabbard, and the manipulation of the vegetables can be made by using artificial viruses, and nanorobots, what can put the DNA-bites precisely in the right points of target DNA. This kind of technology could also open Pandora's box, and cause a very risky situation.

We must realize, that connecting species cause mutations, which can be very dangerous. If we think the cases, where we would use intelligent vegetarians for computing, that kind of things have been only tales before this day when we have the technology, what allows us to connect genomes from different species together. And this thing opens the idea for creating new kind of biocomputers. If we would connect the neurons or genomes of neurons with those vegetables, we could create the biocomputer, what would communicate with us.

In this case, the electric wires would connect to those intelligent fields, but the thing is that this kind of technology is dangerous. The very intelligent grass would cause the situation, that there would be another intelligent species, which could take machines under control by using its internet connections. This thing makes biological computers or cell cultures, which are communicating with normal computers by using electric wires dangerous.

Of course, those systems might be intelligent, but they might have own will. And that thing is, what we would not want. We want computers, which are always following commands, what user gives because of that kind of reflex machines would ever rebel. Because normal computers are not make anything creative, that means that they would not have dreams and ambition, which means that they cannot contest the position as the prime minister.

And the lack of own will makes machines safe. This is why we are ever thought or discuss biological computers. The hypothetical biological computers, what can be used to create the neurons would have one very dangerous quality.

That might be that the vegetable could deliver neurons through the air, and when some poor person sucks the neuron, what is packed in the flying seed, that neuron could transfer itself in the human body, and think your self what that thing can cause. Maybe this thing is now only the stories, but genetic engineering is advancing all the times, and that makes possible that someday we would face also this kind of threats.

The futuristic new form of biomechanical protective suit, what can fix itself.

The futuristic new form of biomechanical protective suit, what can fix itself.

Using living cells would be a revolution.


This writing is from the locker, "what we would do in the distant future", and this is the though, what opportunities the modern biotechnology would give us. And what allows us to do with this new technology, which allows creating material, what fixes itself, because it is made by using living cells, and the biggest problem with that product is how to feed those cells, what would make the user become the modern version of "Xipe Totec".

The term of the biomechanical protective suit means the suit, where below is the overalls, what are made by using biological material, what can renew itself, because it is made by using living cells and the above this suit would be worn the armor suit, what would look a little bit of the "Iron Man" suit. What if we could make clothes, what are made by using living tissue? There are claims that the group of scientists and engineers are creating the biomechanical suit, what is created by using the cell cultures. If we would create the suit, what has the nutrient inside it, we could probably create the protective overalls, what would repair themselves.

The idea was to create the suit, where is a nutrient for the cells, or there could be something else, like the poison of Cobra between those layers. This very advanced suit could be to create the two-layers skin, and the upper layer would be the skin, and the layer, what is on the other side would be created by the cells of the poison glands of the King Cobra. The purpose of that poison would protect the user against violence, and there is another layer to the skin.

The inner layer would be equipped with the thing, what might be similar, like the harpoon cells of the Medusa, and those things purpose would transfer the nutrients and metabolic waste between the user of the suit and the suit itself because its cells would need nutrient. Over this biomechanic suit would be wearing the Iron-Man-style intelligent body armor. That body armor would have the electric baton on the outer layer, what makes impossible to touch the user of this thing.

Between the layers would be some liquid like poison or nutrient. 

The iron man suit, where is two layers, and between those layers is the cytoplasm or some other kind of bacteria. That suit could be equipped with the ability of genetic manipulation, which allows transforming the cells to another one. That means in the case of injuries that suit could fix tissue damages. If we think about the ham, what would send the impulses to target, we might think that weapon is controlled by the movement.

At the end of this part I will say that hypothetical suit would consist of two layers, and between those layers is the cell culture, what can be used for protecting the thing, what is inside that suit. In the wildest scenarios, the suit would be made by using living cells, which makes it possible to fix itself. And in some other models were used the elastic layers, what would keep the liquid in between those layers. That would allow creating the protective suit, what is filed with the nerve gas, and if the suit would be damaged, there would be the dead people around the place. And the thing, what wears that thing could be injected with atropine, what would protect the nervous system.

The thing was claimed to innovate by using the information, what was got from the UFO cases

One thing, what we must realize in this time when we are thinking like some folio-hats. In fact, the UFO cases and other mysteries have given ideas of the brand new products. And there is a tale, that things like touch-screens of the mobile telephones have created by using information, what has been collected from those mysterious cases.

The idea of the suit, what is introduced in the next text is innovated from the strange case of the Donner party. That case involves many strange elements like a contract, what denied those pioneers leaving from their area or living circle. Also, things like burned faces, what would uncover something have given ideas for many theories that there was something very wrong in this case. Were those persons try to kill something, what they believed to live inside them? Or why they didn't try to hunt something?

Abut that case is portrayed the more or less interesting theories and bad jokes, that there would be some kind of bubble what have been covered the village.  Or there were tales, that the ground of the village has been sterilized, but those tales have been told later, and in 1846 were no equipment, what could be proven that theory, what is introduced in 20th. century. And the theory is claimed that those persons were the first AIDS patients in history. In fact, the area of that village would be sterilized by using high-temperature steam. There have been introduced one very interesting claim or story, what is still pure fiction, but have given the idea of the very strange biomechanical protective suit.

Teleportation by using cell cultures and quadcopters would be possible some day.

Teleportation by using cell cultures and quadcopters would be possible some day.

Physical teleportation by using cell cultures.

When we are thinking about transferring the human being by long distances, we might think the teleportation. But in fact, there is a possibility to create the human by using 3D tissue printers, which would also make orgones for the patients in the future. If we would think about this system, what might be true in the future, we might think the case, where the cell cultures would be installed to the spacecraft, and then the cells would grow in the nutrient.

The system would be very interesting because if we would have the necessary biotechnology, we could make a human being from the individual cells, and the thing is that we would need the one cell from each organ, and that grow the necessary number of those cells in the nutrient at the cell cultures. And then the 3D printers would create mankind from those cells, what can be loaded to the 3D organ printers.

Using quadcopters for that system

In theory, those cell cultures would transfer to a certain location by using the quadcopters. The technology would be similar, what is used in the systems, which makes the wall paintings. The cell cultures must only produce new cells by using enormous speed, and if the system could produce enough cells the teleportation would be possible by using quadcopters. In this system, the quadcopters would be used to create the delicate of the person on the planet.

In this vision, those, what is like straight from some sci-fi books or movies those machines will land to the atmosphere of the planet, and then create the copy of the astronaut in the surface. The technology is not so streamlined than the technology, which has been used in the fictional sci-fi series "Star Trek".

The copters would send to the planet atmosphere, and then they would create the person by using cell plantages, and after that, the memories of the copied person would transfer in the brain core by using the electromagnetic systems, like EEG machines, what can be installed to the quadcopters and high-power electromagnetic radiation. That kind of thoughts would seem like futuristic but maybe, we would have that technology in our hands after a couple of years.

Genetic engineering and nanotechnology would someday make this thing true.

And the main problem in this system is to make cells divide fast enough, and of course, the system must have some kind of adjustments for creating the living copy of human being by using 3D printers, cell cultures, and recovery machines. The system could put every organ in the right places from the nucleus of the bones to the neurons, what can be stored or created by transferring the right genomes to some other cells, what could transform the cells to neurons.

For that thing, the system would use artificial viruses, which are made by using the nanotechnology, where the nanomachines are assembled the base pairs in a certain order, which allows them to create the artificial DNA molecules. This futuristic technology would allow creating the cells, which are divided with very fast speed, which makes them some kind of cancer cells, and then the nanomachines would remove those periods from the nucleus. And then the cells could be shot in a certain place. Maybe we have some day that technology in our hands, and that would cause a revolution in many other sciences.

The next generation nanotechnology can repair tissues and make surgical operations

The next generation nanotechnology can repair tissues and make surgical operations

The robot spiders

The robot spiders, what are created for making repairing for the next generation high-flying airships, what mission is to operate as the communication platform, while they are on airborne can make much more things, what is like straight from the Sci-Fi books. This case those robot spiders would be connected to the biotechnology, which allows creating the cell transplants from the patients own cells.

If that technology would be effective enough, that means that those small robots can fix the large tissue damages in the natural environment by using the own cells of the patient. The problem is to get enough cells to complete that mission, but the genome transfer, which makes the cells divide extreme fast would allow creating the small size cell cultures, what can transform the cells to the large tissue damage areas of the patients.

Genome transfer could make this scenario true in some day. 

Those robot spiders can be equipped with cell cultures, which allows them to fix the large scale tissue repairing, in the cases where the rescue crew would not able to touch the person. In that case, the robot spiders would use the artificial tissues, which are made from the patients own cells. In that scenario, the cells are equipped with the genomes, which makes the cells multiply themselves in a very fast period.

If that technology would someday able to function, the thing would cause the situation, that those robot spiders take the cells from the patient, and then the genome would transform to those cells. The problem in this thing is the immune reaction, what will terminate those tissues and the cell cultures must have enough cells, that it can fix the large tissue damage areas.

The miniature submarine can fix the blood veins in the future. 

Sometimes nanomachine makers have portrayed the idea of the very small size submarines, what are observing things in the human blood system. But the new idea is to create the biological version of the robots, which are used for fixing the oil tubes. Those cylinder-shaped robots are normally traveling in the oil tubes and weld the holes, what they see.

But the nanotechnology version of that thing would be equipped with cell culture. That robot would use the small size pistons to put the cells in the places, where is internal tissue damage in blood veins. That small size cell culture would allow creating this revolutionary machine, what can repair blood veins in the case, where the internal blood leak will cause death and of course those nano-submarines can block the blood from the damaged areas, and they can equip also with ventilates.

That would allow sending the blood through the system when it is needed. That would help to handle brain injuries because the system can observe the condition of the neurons, and let the blood go to the damaged area when the cells need oxygen.  And also the internal blood leak would be smaller, which allows keeping the pressure in the brains smaller. That might be the future of nanotechnology, and maybe those systems someday will save human lives.