Building Power for Advanced Therapies: pDNA Technology and Potential
Guided Learning at Your Own Pace with Experts
This course will provide you with the necessary scientific background on Plasmid DNA, market trends, strengthening your understanding about methods used for Plasmid DNA production, purification, analytics and its application in vaccine and therapeutics
It includes:
- Mix of self-paced and instructional units with 4- 5 hours of learning per week (8– 10 hours in total) over 3 weeks.
- Interactive collaborative platform to facilitate knowledge exchange
- Limited synchronous activities allow participation from across the globe
Duration:
16 -24 h
Self-Learning Program Available From:
Registration is open. Register your interest by filling out the form at the bottom of this page.
Entry level researchers, team leads, manufacturing executives and managers, process engineers and scientists in the field of biotherapeutics. Fluent English is essential for optimal learning.
Upon completion of this course, you will be able to strengthen your understanding about basic concepts of Plasmid DNA including its production and purification strategies and its use in therapeutic areas. It will also offer insight into the market and trends as well as industry needs and challenges.
This online course consists of both self-paced and collaborative learning units, allowing you to fit in learning around your work schedule. The course includes live discussions, assignments, access to experts and Q&A session, using an interactive and collaborative platform to facilitate knowledge exchange between participants.
Focus Topics & Agenda
How is the Sartorius Academy’s Building Power for Advanced Therapies: pDNA Technology and Potential course structured?
Kick-off |
Module 1: Plasmid DNA - Introduction & market trends |
Module 2: Plasmid DNA Production |
Module 3: Plasmid DNA Purification |
Module 4: Analytics |
Module 5: Therapeutic applications of Plasmid DNA |
Wrap-up |
Learning Modules
Duration: 2.0 days
Get an understanding on non-viral vector pDNA
- Basic concepts
- Market, trends and opportunities
Duration: 2.0 days
- Plasmid Design
- Cell line consideration
- Transformation and MCB
- Cultivation medium and parameters
- Fermentation strategies
Duration: 3.0 days
- Cell harvest
- Cell Lysis and neutralization
- Clarification
- Chromatography purification
- Concentration (UF/DF)
- Final Filtration
Duration: 1.0 day
- Regulatory guidelines
- In process and release testing
Duration: 1.0 day
- In cell and gene therapy
- DNA Vaccine
- MRNA production
