The demand for large quantities of high-quality supercoiled plasmid DNA (Sc-pDNA) has increased over the years due to its primary role in gene therapy. Current situation with Covid-19 has further increased the demand for AAV-based or mRNA vaccines, for which pDNA is the starting material. For the upstream process of pDNA, host strain, plasmid design, media composition and fermentation conditions are optimized for high biomass, plasmid yield and quality.
The current optimized upstream process at Cytovance Biologics is scalable to meet these requirements and decrease manufacturing cost. This also facilitates the downstream purification of Sc-pDNA, which is a major bottleneck in large scale pDNA production. Though small-scale purifications of pDNA are well established, purification of pharmaceutical grade pDNA at industrial scale poses several challenges that can impact its final yield and quality.
The platform purification process developed here addresses the main challenges in large scale manufacturing of pDNA such as scalability, quantity and quality. In addition to this, we have developed pDNA analytics that are an important aspect of deciding the success of the manufacturing process.
Quantity, purity, identity, quality and safety of the manufactured pDNA are the characteristics that are determined during analytical testing. The pDNA platform toolbox was created to be a multifaceted approach to analytical testing that is needed to satisfy the product quality attributes required by the U.S Food and Drug Administration (FDA) and World Health Organization (WHO). The plasmid DNA material produced at Cytovance Biologics is available in three different grades: R&D, Cytograde™ and GMP grade for use in gene therapy.
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Main Webinar: 12pm – 1pm EDT (60 mins)
Post event Mingle: 1pm – 1:30pm EDT (30 mins)
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Renija George, Scientist, Upstream Process Development, Cytovance Biologics
Renija is a fermentation scientist and has six years’ experience in Cytovance Biologics. She has performed upstream process transfers and developments with several biologics. She has been responsible for transferring, developing, optimizing and characterizing several upstream processes and has performed DOE (design of Experiment) studies to optimize and characterize the upstream processes. These upstream processes have been successfully transferred and scaled up to cGMP production at large scale. Renija has a Bachelor of Science in Biology and Chemistry from Southern Nazarene University in Oklahoma and a Master of Science in Biomedical Engineering from University of Texas at Dallas.Message Presenter
Ganesh Krishnamoorthy, PhD, Senior Scientist, Downstream Process Development, Cytovance Biologics
Ganesh is a protein biochemist with a background in pharmaceutical sciences, biochemistry and biotechnology. Ganesh’s areas of expertise include structure-based mechanisms of membrane-bound antibiotic efflux pumps in ESKAPE pathogens, protein purification, process development and scale up-strategies. Ganesh is currently the Senior Scientist, Downstream Process Development at Cytovance Biologics, a CDMO in Oklahoma City. In this role, among other protein purification processes, he has led the development of the integrated single-use platform for plasmid purification. He received a Bachelor of Pharmacy and a Master’s in Science & Technology with Bioprocess Technology Specialization from India and a PhD in Biochemistry from University of Oklahoma. He has more than 15-years’ experience in Protein Biochemistry and Molecular Biology in both Academia and industry and has published more than 12 peer-reviewed research articles and book chapters in leading journals.Message Presenter
Carole Davis, Associate Scientist, Analytical Development, Cytovance Biologics
Carol has six years’ experience with Cytovance Biologics and over 12 years of experience working in academia with a focus on oncology. Her experience is with multiple biologics including monoclonal antibodies, growth factors, enzymes, pDNA and other therapeutics. Carole currently works in the Analytical Development division of R&D at Cytovance Biologics. She has been responsible for developing, transferring, optimizing, qualifying and evaluating numerous analytical methods for in-process, release and characterization testing. These methods have been successfully transferred to internal and external quality control laboratories. Carole has a Bachelor of Science in Microbiology from the University of Oklahoma and a Master of Forensic Science from the University of Central Oklahoma.Message Presenter
Who Should Attend?
This webinar will appeal to the following pharmaceutical and biotechnology professionals:
- Gene Therapy Process Development Professionals
- Process Development Scientists
- Quality Professionals
- Research Scientist
- Laboratory Technician/Analyst
- QC Analyst
What You Will Learn
In this webinar, participants will learn about:
- Strain selection, plasmid optimization, media composition and fermentation conditions necessary to produce high quality supercoiled plasmid DNA
- Challenges in pDNA manufacturing and a platform process designed to address the bottlenecks in the large-scale purification of plasmid
- Significance of designing a process with quality as priority
- Importance of Platform assays and analytics for manufactured plasmid DNA material of various grades used for gene therapy
Cytovance Biologics is a leading biopharmaceutical Contract Development and Manufacturing Organization (CDMO) that excels in the rapid and cost-effective development and manufacture of large molecule APIs from both mammalian cell culture and microbial fermentation, such as monoclonal antibodies, fragment antibodies, bispecifics, enzymes, fusion proteins, vaccines and other biological products including plasmid DNA and cell-based therapeutics. In addition to our clinical and commercial cGMP API manufacturing services, Cytovance offers well integrated development services supporting the entire product lifecycle, including cell line development, cell banking, microbial strain development, process and analytical development, and process characterization. A centralized, responsive program management team coordinates all critical CMC activities for each client program around raw materials management, QC testing, ICH stability studies, and regulatory support. Our 140,000 sq. ft. state-of-the-art facilities in Oklahoma City are designed to meet U.S., EU, and other global regulatory standards.
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