Protein expression optimization is essential for advancing biomedical research and therapeutic development, yet achieving consistent, high-quality results demands a strategic balance of system selection, design innovation, and process refinement. This webinar provides a comprehensive overview of adaptable approaches to overcome common challenges—low yields, aggregation, and inefficient folding—across diverse protein types. Learn how to align your target’s unique requirements with the strengths of prokaryotic, eukaryotic, or cell-free platforms, ensuring optimal solubility and functionality and explore principles for intelligent vector design, including codon optimization, fusion tags, and promoter systems, to enhance expression efficiency without compromising protein integrity.
CUSABIO Protein Expression Platform has established recombinant expression systems from prokaryotic (E. coli) to eukaryotic (Yeast, mammalian cell and insect baculovirus), and has also built unique in vitro E. coil expression system, which enables us to express transmembrane proteins that are usually quite difficult to express. We will guide you through smarter strategies to tackle these challenges and harness protein expression’s full potential!
Key Points
1. Strategic Host System Selection: Aligning protein complexity with optimal expression systems
2. Boosting Expression Efficiency & Yield: Rescuing 'difficult' proteins through signal peptides, fusion tags and validated strategies
3. From Bench to Reproducibility: Open-access resources for reproducible success
Webinar Registration
The webinar will be held three to accommodate our global audience.
Dr. Ying Zhou is a Product Manager at CUSABIO, responsible for product marketing, development, and optimization. Before joining CUSABIO, Dr. Zhou earned her Ph.D. in Biology and Biotechnology from Worcester Polytechnic Institute in the United States. Following her graduation, she pursued post-doctoral training at the University of California, Davis. Dr. Zhou's expertise lies in molecular biology and protein science, specifically in mRNA expression and regulation. She is particularly interested in mRNA stability and RNA-interacting proteins.
Past Events
Mastering ELISA Techniques: Principles, Standard Curve Drawing & Data Analysis
