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