Cribado de genoma completo del SARS-CoV-2 identifica ARNip hiperpotentes para la administración nasal

Yaniv Erlich | Eleven Therapeutics

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Presentado por
Yaniv Erlich
Yaniv Erlich
Director ejecutivo, Eleven Therapeutics
RECORDED AT Writing the Future of Drug Discovery

Cubierto en este seminario web
Cómo los ARNip podrían servir como un nuevo tipo de profilaxis contra el SARS-CoV-2
Desarrollo de una estructura denominada Sens.AI para encontrar activadores hiperpotentes del ARNi
Uso de Sens.AI para cribar >16 000 activadores de ARNi frente al SARS-CoV-2 y probar prácticamente cada sitio abierto en el genoma del virus

There is an urgent need to expand the arsenal of preventative options against SARS-CoV-2. We envision a new type of prophylaxis based on intranasal administration of siRNAs. To this end, we developed a framework called Sens.AI to find hyper-potent RNAi triggers. Sens.AI relies on a cost-effective massively parallel assay based on Twist Oligo Pools. We used Sens.AI to screen >16,000 RNAi triggers against SARS-CoV-2, testing virtually every amenable site in the virus genome. After validating the quality of our screen, we selected 10 promising siRNAs for further experimentation. Five triggers exhibited IC50<20pM and repressed the virus by more than 95% in vitro, including the Delta strain. Encouraged by these results, we tested the prophylaxis activity of our cocktail in a hamster model and found that it significantly protected against infection compared to a negative control and exhibits similar results to the FDA-authorized Bamlanivimab. 

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