Photosynthesis and the dark reaction in the point of view of the biotechnology and medicines
The light is a vital element for photosynthesis.
The dark reaction of vegan cells turns photosynthetic cells to cells, which are using some other energy source. This reaction would produce carbon dioxide in some bacteria and the dark reaction would make bacteria the thing, that uses oxygen. So this is why photosynthetic organisms need light.
What would we use with bacteria, what has the opposite metabolism? In this case, the bacteria would start to release oxygen in the dark conditions. If that kind of bacteria can be created by using advanced biotechnology that kind of organism can save human lives.
But when we are thinking about the ability to turn the metabolism of the bacteria opposite. That means the bacteria would start to produce oxygen when it goes to dark. And this thing would make those bacteria a very effective tool for medical use.
If we are thinking about the cases, where the person has faced injuries, and the loss of oxygen is huge, this kind of bacteria can save the life of the victim. In this case, the bacteria would start to oxygenize the blood, and it would make possible to avoid the brain and other neural damages. That kind of innovation, where the cells would start to produce oxygen is based on the opposite version of photosynthesis.
Innovations like would be really good to think because if the medicines can replace by some biological solutions, that thing would make a cheap and more effective method to make sure for saving human lives. This kind of bacteria would be a thing, what lives only when it is needed. When the need for that bacteria would be needed, that thing can be destroyed with antibiotics, which is created for it.
RNA virus can create artificial bone marrow.
The O- blood can be created by using cell cultures, but by using genetic manipulation the bacteria can transform to create the blood cells. The genetically manipulated bacteria can be used to create the "Green blood" or even create artificial bone marrow by using RNA-virus, which bases the "Chimera virus". And that thing makes possible to create very much blood cells that are specially designed for some person. If the RNA virus would be created by using the genomes of some certain person, the antigenes of those blood cells are fitting perfectly to that certain individual.
When people are thinking about this kind of bacteria, it can be used as the universal blood, which replaces the normal blood. If we would use the artificial retroviruses for adjusting the proteins of the cells, those cells can create the protein core, which is similar to the human own antigenes. In the most advanced and theoretical models, the human DNA would be transformed into RNA, which manipulates bacteria to create the blood cells. But that kind of technology is only in the research stage. The thing is that bio- and nanotechnology has many opportunities in medical care.
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