Synthetic biology enables microbes to build muscle cells or any other cell group.

Genetically engineered bacteria can be used to make muscle proteins and muscle cells. In medical use, that kind of bacteria can use to make the cloned muscle cells. That is created by using the patient's DNA. In that case, the patient's DNA will be separated from the muscle cells. Or any other wanted cell type). 

And then that DNA will be multiply by using PCR. After that DNA will transform into a virus that will be injected into the nucleus of bacteria. The own DNA must be terminated during that process. 

That thing can use to make muscle tissue for the patients, whose muscles are destroyed. But the same technology can use to make all other tissues. This kind of thing can use to make a large number of patients whose tissues are destroyed. 

But even if that technology is far away in the future artificial muscle cells can use to make food for people. 

Synthetic biology allows making the meat in cell cultures. That thing would give the solution for the ethics of meat production. If the meat is made in the cell cultures. That thing allows us to make the beef without harming the single living animal. 

But the microchip technology gives more interesting and advanced ideas than just creating food for people. The meat is forming of the muscle cells. 

The artificial muscles can use to move the robots. 

And that means the same technology that is used to make the meat for slices of beef can make the muscle cells for artificial muscles. The system can use the nanotechnical microprocessors for giving the electric stimulant for the nerves of the artificial muscles. Artificial muscles can use for making prostheses. 

But they can also be used to move the hands and legs of the robots. In that case, the central processing unit can give orders to the nano processors that are stimulating the nerves and muscles. That kind of robot can be acting under the control of the quantum processors. The data transmission can be done by using the WLAN systems. 

()https://phys.org/news/2021-08-synthetic-biology-enables-microbes-muscle.html

()Image:()https://cdn.pixabay.com/photo/2018/07/15/10/44/dna-3539309__340.jpg

()https://visionsoftheaiandfuture.blogspot.com/

Thermites and their relationship with a fungus and spaceflights

Thermites and their relationship with a fungus and spaceflights

Thermites have a symbiotic relationship with fungus, what mission is to transform woody material into the form, that fits nutrient for those bugs. The idea in this symbiosis is that thermites would bring fungus to the fungus, which will handle that material outside the bodies of thermites. 

This kind of symbiosis is interesting because that would bring many visions in the eyes of the researchers and futurologists. The fungus that can use as a nutrient for long space flights might give protein and another kind of thing on the saucer of astronauts. 

But as you see fungus or mushrooms, what is the common name for that organism, what is not animal or vegetable. The fungus has a very big role in the forest ecosystem because it scatters organic waste. And that process could be suitable for a long term spaceflights when the organic material should be recycled for the plantations.

Even if we are thinking about the food, what astronauts eat are mainly planned to be vegetables, fungus or mushrooms might also be used as a food in the interplanetary spaceflights. When we are thinking about the cleaning of air inside the spacecraft, the alga would be suitable for delivering oxygen in the air. And the reason for that is that green alga is a very good food. 

The bio-cleaning or biological life support system would grow that alga in the closed containers. In some visions, the containers would be like test tubes, which are involving nutrient liquid. And the ultraviolet light would adjust the photosynthesis. 

Idea is that the intelligent system detects the level of carbon dioxide and damp in the air, and then the rest of the systems like UV-lights and temperature will be adjusted. Those biological life support systems that are basing the organism, which is suitable for a nutrient can also put in the spacesuit. In this case, the spacesuit would allow making spacewalks, which takes a year. In the future, this kind of "Closed-cycle" life support system could installed in a spacesuit. 

That thing makes possible to save the astronauts even from far away from Earth if they could eat "green juice" or alga-shake. But that is one vision of tomorrow, what can be someday possible. Biological life support systems have one benefit, it can create oxygen and offer food to astronauts. 

If some things can be used for many purposes, that thing can also save the space inside spacecraft. But also the system must somehow benefit the organic waste, and one of the methods is to use the fungus for scattering and handling that kind of material. And when we are looking for a replacer of meat in the food, the fungus would allow a very good solution in food production, if we think the replacement of the meat. 

https://www.esf.edu/efb/turner/termitePages/termiteFungSym.html