10.21.25 -- Making The Leap To Smart Bioprocessing

Gene therapies are revolutionizing medicine, with AAV vectors leading the way. As production evolves, stable cell lines may replace transient transfection and unlock scalable solutions.

Traditional mAb purification methods often fall short with complex modalities. Discover how experts tackle new impurities and structural complexities to enhance therapeutic antibody purification.

Maximize your lab’s efficiency without sacrificing space. See how triple-stack incubators help scale operations, run multiple experiments, and streamline workflows within a compact footprint.

Expert single-use engineers address six common questions posed by cell and gene therapy manufacturers in the design of custom single-use manifolds for the critical handling of biological fluids.

In this report, we analyze the quality and quantity of gDNA as well as RNA from S. cerevisiae with Pall NAB Nanosep centrifugal devices in comparison with a renowned commercial brand.

A new method for expanding natural killer cells provides a way to generate a large quantity of potent cells for clinical applications. This approach maintains key cell functions and killing ability.

Learn how a vaccine manufacturer using a wide range of containers for media and buffer filling was able to increase efficiency by 70% with an automated closed-system solution.

Delve into how chemically defined media supports robust cell expansion and function across key T cell therapy workflow steps, including a wash-free cryopreservation and thaw process for simplified scale-up.

Examine the details of several platform technologies currently being developed and implemented to support effective, large-scale production of viral vectors that meet set quality attributes.

Read key strategies for controlling LNP formulation and upscaling. Understand the science behind lipid nanoparticles, critical parameters, and achieving effective turbulent mixing for optimal outcomes.

By exploring the integration of advanced manufacturing platforms, you can acquire how to improve biological performance and leverage the economic and operational benefits of closed systems.

Chromatography resins are aiding in the delivery of cancer and inflammatory disease therapies. Learn how ion exchange resins act as therapeutic carriers for advanced drug delivery.

Get information on how at-line cell culture media analysis enhances mAb production by refining nutrient feed strategies, reducing toxic metabolites, and improving yields while lowering costs.