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Attend this 53-minute keynote webinar exploring the rational and combinatorial design of peptides for separating single-stranded mRNA from double-stranded mRNA impurities. Learn about the critical need for generalizable, fast, effective, scalable, and economical purification platforms in mRNA-based therapeutics development. Discover how researchers are identifying peptide ligands selective towards dsRNA and coupling them to polymer filtration membranes to purify labile ss-mRNA from dsRNA at high yield and purity in a scalable fashion. Explore the technical and economic challenges facing mRNA therapeutics and understand the downstream bioseparation strategies being developed to address these issues. Gain insights into the development of novel high-throughput screening platforms and transdermal formulation discovery from Prof. Pankaj Karande of Rensselaer Polytechnic Institute's Chemical and Biological Engineering Department. Participate in a live Q&A session to deepen your understanding of this cutting-edge research in biotechnology and pharmaceutical manufacturing. Earn PACE credits by completing the webinar and following the provided certification process.
