A Method That Destroys 99% of Cancerous Cells Has Been Developed

Scientists have discovered an alternative method that has the potential to almost completely get rid of cancerous cells. In this method, vibration is used for treatment.

Humanity’s fight against cancer continues. For scientists cancer It can be quite complex to treat. Different treatment methods may be required due to the nature of the disease, such as the fact that it can come with different mutations and tumors can form a crust around them.

Therefore, there is a continuous effort to develop effective treatments. Finally, it was revealed that vibration could be a way to neutralize cancer cells.

Cancerous cells were largely neutralized

In the new method developed, the method currently used to detect cancerous cells ammonianin molecules is being used. These molecules, which are known for not disintegrating in water under normal conditions and for their ability to hold on to cancerous cells, can kill cancerous cells.is painting” and they ensure they are determined.

The system, developed by teams from Texas A&M University, Rice University and the University of Texas, is another cancer-killing molecular machine. Feringa-type engines is based on further development. Researchers say the new method is based on Feringa-type engines. 1 million times faster He says that it is and that it can be achieved with light in the near-infrared range. This method is used in a laboratory environment kills 99% of cancer cells He also managed to destroy it.

The operation of the system is as follows: Aminocyanin molecules, they become synchronized when exposed to the right stimuli. The scenario in which near-infrared light is used as a stimulus is one of these situations. When they move, the electrons of the molecules plasmon It forms the structure called . This structure creates vibration throughout the molecule. Thanks to these plasmons, the molecule continues to cling to the cancerous structure, but its vibration destroys the structure and kills the cancerous cell.

Research, Nature ChemistryIt was published in .


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