Researchers Designed New Molecules To Stop Coronavirus


Researchers Designed New Molecules To Stop Coronavirus: Researchers have designed new molecules to prevent the SARS-CoV-2 virus from entering the lungs and causing infection. This molecule can be prevented from causing infection by ‘spraying’ it into the nose. When people breathe, the virus of Kovid-19 enters the body through the lungs through inhalation and exhalation, resulting in illness.

Engineers at Johns Hopkins University in the US have now created thin, thread-like strands of molecules called ‘supramolecular filaments’, which are capable of stopping the virus in its path. Honggang Cui, an associate professor at the Johns Hopkins Whiting School of Engineering, said, “The purpose is that the filaments prevent the covid-19 virus and other viruses in our respiratory tract from getting a chance to transform into cells.” First, act like a sponge to absorb them.

‘The wire can be stopped for an hour or two’

Cui, who led the research published in the journal Matter, said, “The remedial measure can block the virus for an hour or two, but its use may be more effective in places where there is a large presence of people.” .”

The main point of this research is that there is a ‘receptor’ called ‘filaments angiotensin converting enzyme’-II (ACE-II) which is also found in the lining of the nose, the surface of the lungs and the cells of the small intestine. They have many biological roles, such as controlling blood pressure and inflammation. corona virus Mainly enters our body through this receptor.

‘The virus can be disrupted’

Researchers know that adding additional ACE-2 to the respiratory tract can inhibit virus entry. Since ACE-2 has biological functions, giving the body too much ACE-2 can also lead to unexpected complications. Cui said, “Our plan is to use it as a nasal or oral spray, so that it can coat the lungs or stay on the surface of the respiratory tract and lungs.” When a person comes in contact with the Kovid-19 virus through the breath, the virus can be inhibited. ”””” Researchers said that since the filaments attract the specific spike protein of Sarscov-2, it can prevent any present or future infection. Will be able to work equally on the format of.

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