05.05.26 -- Mapping Candel Therapeutics' Sprint To The BLA Finish Line

Cell banking stands at the forefront of medical advancement. This guide delves into the steps involved in protecting these priceless resources, from cell collection and processing to storage and cell expansion.

Evaluate surface treatments, scalability, and contamination risks to select the right adherent platform. Testing early ensures a seamless transition from benchtop to production.

Streamline long-read library preparation with an automated high-input workflow. Learn how to maintain large DNA fragments while significantly reducing reagent consumption for large-scale genomic projects.

Discover how scalable electroporation enhances T-cell engineering. This method achieves high viability and yield when using transposon systems, facilitating more efficient manufacturing workflows.

Membrane compatibility plays a crucial role in reliable sample filtration. Knowing how different filter materials interact helps prevent common workflow issues and supports efficient filtration.

Accelerate antibody production from clone selection to commercialization. A robust strategy utilizing automation and advanced analytics helps streamline development and ensures clinical success.

From high-dimensional profiling to customizable Omic panels, new technologies are redefining cell therapy development—delivering better insights, efficiency, and scalability for researchers worldwide.

Simplify the transition from development to manufacturing with fixed-bed bioreactors. Bridge consistent performance and simplified scale-up for your adherent recombinant viral vector processes. 

Implement this material transfer workflow to safeguard your cleanroom. Focus on barrier integrity, meticulous wiping, and surface preparation to reduce contamination risks.

Review data on supplemented medium stability for up to 72 hours at room temperature. Findings show consistent T cell expansion, viability, and marker expression for flexible manufacturing schedules.