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Follow on Google News | BOC Sciences 2022 Free Webinar: Viral RNA Modifications and Implications for Novel TherapeuticsBy: BOC Sciences BOC Sciences is an expert in RNA technologies. It is now renowned as the largest manufacturer of pseudoUridine and its derivatives (https://www.bocsci.com/ September 19th, 11:00 EDT, BOC Sciences will join hands with Dr. David Courtney from Queen's University Belfast, School of Medicine, Dentistry and Biomedical Sciences and introduce the blockbuster webinar: Viral RNA Modifications and Implications for Novel Therapeutics. Since Dr. David and his lab have specialized in research on influenza viruses for several years, they obtain very fruitful findings to be shared in the webinar. In particular, Dr. David would like to present his insightful ideas about the role of RNA modifications in viral replication, specifically the influenza A virus, and how it might inform the design of both novel antivirals and mRNA-based therapeutics. This webinar will undoubtedly bring enlightenment to the research peers or industrial decision-makers who are involved in the R&D of RNA therapeutics. BOC Sciences and Dr.David summarized 4 highlights of the upcoming webinar: l Identify which RNA modifications are important for viral replication l Reveal how m6A affects influenza virus replication l Discuss how viral RNAs are modified l Present how RNA modifications might inform future therapeutics BOC Sciences opened the registration channel online a few days ago. The audience can register at https://www.bocsci.com/ "All preparatory work has been accomplished. And now we are expecting your attendance to broaden our scientific community," the business development manager of BOC Sciences sincerely sent out invitations. About BOC Sciences has been engaged in RNA-related research and development for years. It produces guaranteed pseudoUridines and derivatives for both academic institutions and pharmaceutical companies, playing a crucial role in the global combat against COVID-19, especially in the creation of efficient mRNA vaccines. End
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