Resources
The latest in cell & gene research, from advanced therapies through to the latest developments in cell & gene research, therapies & manufacturing
Through captivating articles, insight pieces, and spotlight interviews, we delve into the remarkable innovations, breakthroughs, and scientific marvels that have defined the landscape of research over the past year.
Upstream & Downstream Bioprocessing
Improving Control Strategies for Bioprocessing & Cell Culture
Discover advanced monitoring, environmental controls, mathematical models, PAT tools, and sensor technologies shaping the future of biopharmaceuticals
Upstream & Downstream Bioprocessing
Accelerating Upstream Process Development with Direct CQA and Media Analysis Feedback
Upstream Bioprocess Development.
Upstream & Downstream Bioprocessing
Process Development and Manufacturing Avenues for Gene Therapy Vectors
Hemant Dhamne, Head of Process Development of Gene Therapy at King's College London, discusses the process of viral vector production, the current and future manufacturing technologies, and challenges in the field.
Upstream & Downstream Bioprocessing
Novel Technologies Advancing Downstream Bioprocessing
Tuhina Bhattacharya, Associate Director of CMC Biologics at Corbus Pharmaceuticals, leads a Discussion Group on the future of downstream bioprocessing technologies.
Upstream & Downstream Bioprocessing
Upstream Bioprocessing
Amir Reza Goudarzi, former Engineering Head of UCB in Brussels, leads a discussion on ‘Upstream Bioprocessing.'
Upstream & Downstream Bioprocessing
Future Directions for Accelerated Upstream Bioprocessing
Key opinion leaders from Novartis, Achilles Therapeutics, and AbbVie divulge their views on what's next for upstream bioprocessing.
Upstream & Downstream Bioprocessing
Digital Twins: Upstream Processing Applications and Hybrid Models
This Commentary article investigates the potential applications of digital twins in refining the developmental timeline for drug substance development. Capturing and conserving the understanding from ongoing processes allows researchers to learn more about the intricacies of the developmental process more rapidly.
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