Several of the most promising candidates in the pipeline use mesenchymal stromal cells and pluripotent stem cells, both of which require an adherent substrate for native biological function. Thus, utilizing an adherent platform for production of these cell types provides several advantages, including shorter process development and optimization time, no need to adapt cells to suspension, and the ability to implement various surface modifications that promote the relevant biology.

In this podcast, we spoke with Chris Rombach, Vice President of Sales and Marketing at Asahi Kasei Bioprocess America about buffer prep and delivery systems. We discussed current pain points and how next generation buffer prep solutions can greatly improve upon the status quo, including increasing the use of automation and remote operation, while reducing the overall footprint, labor and cost associated with more traditional approaches.

Claire Jarmey-Swan, Global Product Manager, Pall Corporation talks about the evolution freeze thaw technologies and how these new methods can streamline the process, minimize loss and maintain the highest product quality.

The priority of speed to market is often at odds with issues around development resources, facility space, and infrastructure for both development and manufacturing. Continuous bioprocessing provides solutions for many of these challenges in certain applications, but to deliver on this promise we need fit-for-purpose tools and technologies to enable process development and provide reliable transfer to commercial manufacturing.

Alan Dickson talks about the evolution of the CHO Cell line from isolation to workhorse of the biomanufacturing industry, to gene edited knockout variants. It is an interesting look at why CHO cells have been so successful and how this success continues to be improved upon for manufacture of emerging therapeutics.

In this podcast, Ratish Krishnan, Associate Director for Cell & Gene Therapy BioProcessing for the Americas at MilliporeSigma about the importance of 3D culture and the challenges associated with growing and maintaining culture in 3D.  We also discussed using a 3D culture bioreactor system, which employs clinostat technology to culture spheroids and organoids in a way that maintains the structure and function of in vivo cells.

In this podcast, we spoke with Dr. Stephen Fey, Chief Research Officer and Co-founder, CelVivo about the importance of 3D culture and the challenges associated with growing and maintaining culture in 3D.  We also discussed using a 3D culture bioreactor system, which employs clinostat technology to culture spheroids and organoids in a way that maintains the structure and function of in vivo cells.

Experts from Wuxi Biologics talk about one of the great technological advancements of the last decade, CRISPR/Cas9 technology. We discussed the technology’s potential and in particular its possibilities in the discovery and development of biopharmaceuticals. We also conducted a deep dive on its potential impact on bioprocessing and biomanufacturing.

In this podcast, we conducted a panel discussion with experts from Peak Proteins on common protein challenges and the use of mass spec to overcome expression and purification issues. We also discussed how mass spec can also be utilized in working with complex proteins and in-process modifications.

In this podcast, we spoke with Dr. Ann Rossi Bilodeau, Senior Bioprocess Applications Scientist and Dr. Catherine Siler, Field Applications Scientist both with Corning Life Sciences, who shared insightful tips for setting up a new lab. We discussed how to create a lab plan, maximize lab space, stay within budget and timelines. They also shared their experience in implementing lab safety and training as part of the new lab launch.