Monday , November 30 2020

Nano diamonds help fight cancer. Thanks to Czech scientists, their production is cheaper than iROZHLAS



Czech scientists have found a method of cheap production of nanofibrate and other materials, which are useful for highly sensitive diagnostics of diseases, including oncological diseases. Nature Communications has published an article by scientists from the Institute of Organic Chemistry and Biochemistry of the Czech Academy of Sciences, Peter H. Chigler and Martin Hrubi, of the Macromolecular Chemistry Institute.



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Scientists at the Academy of Sciences have the ability to effectively change nano-diaphragm, so they are useful in medicine Source: Profebbia Photo Bank

Synoptic synthetic nanoparticles are used in diagnostics and nanomedicine at high temperatures and temperatures. However, the net nano-diamond is not suitable for this purpose, so its crystalline grid should first be damaged to produce specific optical readings.


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Damage is often caused by rapid ion radiation in nanoparticles particles accelerators, but it is a very expensive and ineffective method that does not allow the production of large quantities of material. A group of scientists has published a new method of cheap radiation in an atomic reactor.

They utilized the separation of atomic chalk atoms in the reactor, for light and fast-flying ions of helium and lithium, and the controlled crystallization of the same speed-controlled ions.

However, the shower has a high density and can have a large amount of radiation in the reactor, so it is cheaper to reduce the tens of grams of rare nanomaterials than the radiation in the overflow.

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In addition, the method is not only for the nanoscale grid, but also for silicon carbide. Scientists believe that it can work on a wide scale.

Nanomedicine is defined as the control, repair, construction and management of the human biological system at the molecular level using nanotechnology and nanostructures.

This is a growing period in the field of molecular medicine and biotechnology. Nanotechnology, as a rule, is engaged in nanometers of substances up to ten to nine meters.

CTK


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