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Purifying Tagless Recombinant Proteins with a Disruptive Self-Removing Affinity Tag Platform

Labroots via YouTube

Overview

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Explore a groundbreaking webinar on revolutionary protein purification technology featuring self-removing affinity tags that could transform therapeutic protein manufacturing. Learn about pH-controlled self-cleaving intein-derived affinity tags from Professor David Wood of The Ohio State University, a leading expert in downstream bioprocessing with over 20 years of experience and multiple patents in self-cleaving affinity tag methods. Discover how this disruptive platform technology has the potential to greatly accelerate new therapeutic development while providing an enabling manufacturing solution for non-monoclonal antibody therapeutic proteins. Examine detailed case studies demonstrating the purification of various biosimilar candidates and potential biopharmaceutical candidates using this innovative approach. Gain insights into the technical aspects of the self-removing tag system and understand its applications in biotechnology and pharmaceutical manufacturing. The presentation covers the latest research developments in this field and discusses the commercial potential of the technology through Protein Capture Science, the startup company founded to commercialize these innovations. Participants can earn PACE credits by completing the viewing requirements and accessing the certification through the Labroots platform.

Syllabus

Purifying Tagless Recombinant Proteins with a Disruptive Self-Removing Affinity Tag Platform

Taught by

Labroots

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