Tampere university in finland, University of applied sciences in Tampere, Finland

London, March 25 Finnish researchers have developed a molecule that is, when administered nasally, extremely effective in preventing the disease caused by all known variants of the SARS-CoV-2 virus, including the currently circulating XBB variant.The molecule, known as TriSb92, can be a key tool in preparing for future pandemics, as it is aimed at preventing both the transmission and spread of the virus, said researchers from the University of Helsinki in Finland.They found that TriSb92 identifies a region in the spike protein of the Covid common to all current variants of the virus and inhibits its functioning. Further, animal models have demonstrated that, unlike face masks, the molecule can, when sprayed into the nose, prevent infection even after a few hours of exposure."When administered nasally, the TriSb92 molecule is extremely effective in preventing infection, and experiments carried out in cell cultures indicate that it also encompasses the very latest variants, including XBB, BF7 and BQ.1.1," said Anna R. Makela, postdoctoral researcher at the varsity.In the paper, published in the journal Nature Communications, the researchers said that the molecule remains fully functional at room temperature for at least 18 months, making it well suited for use as a nasal spray.While the worst stage of the coronavirus pandemic is, at least for the time being, behind us, nasally administered protection can be a crucial help in preventing the spread of the virus in the future."The latest variants effectively avoid the immune protection provided by both vaccines and the Covid-19 disease, and current vaccines are not effective in preventing transmission," Makela said.Moreover, the nasal spray can protect those people from serious diseases who do not gain sufficient immunity from vaccines, such as immunocompromised individuals and elderly.According to the researchers, the molecule could also work against future animal-borne close relatives of SARS-CoV-2, which are expected to be the cause of entirely new coronavirus pandemics."Since the region in the coronavirus' spike protein affected by the TriSb92 molecule has remained almost unchanged in all viral variants so far emerged, it can be assumed to be effective also against future SARS-CoV-2 variants," Makela said."The easily and inexpensively produced TriSb92 could be a very important first line of defence in curbing such a new pandemic, pending the development, production and distribution of vaccines," she added.The researchers noted the technology used in developing the molecule can also be applicable to the prevention of many other viral diseases, particularly influenza and other respiratory viruses.Disclaimer: This post has been auto-published from an agency feed without any modifications to the text and has not been reviewed by an editor

Tampere University In FinlandFOLLOW

Tampere university in finland, Latest News

Helsinki, April 15 While inflation in Finland fell to 7.9 per cent in March from 8.8 per cent ... ...

Helsinki, April 12 Finland's Defence Minister Antti Kaikkonen said a discussion about the possible transfer of Finnish fighters ... ...

Helsinki [Finland], April 5 : A recent study published in Neuropsychopharmacology by experts from the Universities of Helsinki and ... ...

Helsinki [Finland], April 3 : Finland's right-wing opposition National Coalition Party won the parliamentary elections on Sunday (local time), ... ...

Turku [Finland], April 2 : People all over the world are drawn to making and consuming art, and human ... ...

Hyderabad, March 31 Tollywood actress Lakshmi Manchu loves to travel and has been documenting stories of her travels ... ...

Turku [Finland], March 28 : People all around the world are drawn to creating and consuming art, and human ... ...

London, March 25 Finnish researchers have developed a molecule that is, when administered nasally, extremely effective in preventing ... ...