nano hand; A revolution in viral diagnosis and treatment

Researchers at the University of Illinois have succeeded in making a very small hand or “nanoreceptor” that can be very effective in the diagnosis and treatment of diseases such as Covid-19. This nano hand, which is made of a folded DNA strand, is able to identify viruses with high accuracy and speed and even prevent them from entering cells.

According to Tekna Technology Media Science News Department, this nanoreceptor, which is inspired by the human hand, has four flexible fingers that can wrap around viruses. These fingers are designed to bind to the surface proteins of viruses and prevent them from entering the cell. In addition, this nanoreceptor can act as a sensor and detect the presence of viruses in biological samples.

According to Tekna technology media technology news service, the nano receiver can detect viruses in a very short period of time and with high accuracy. This technology can prevent viruses from entering cells and prevent the spread of disease. Nanoreceptor can be used to diagnose and treat different types of viruses and diseases. Also, this technology can be used to deliver drugs to cancer cells and other sick cells.

Researchers believe that this nano hand can create a revolution in the field of diagnosis and treatment of diseases. This technology can be used in the future for rapid diagnosis of diseases, development of new vaccines and treatment of chronic diseases. The development of this technology is a big step towards fighting infectious diseases and improving human health. With the continued research and development of this technology, we can expect to see wider and more effective applications of this technology in the medical field in the future.
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