05.20.25 -- Is Early Automation The Key To Scalable Cell Therapy Manufacturing?

Explore how the HIT SCAN platform accelerates gene therapy delivery by screening polymeric nanoparticles, enhancing precision and regulatory pathways for next-generation genetic medicines.

Vial containment systems were evaluated for maintenance of virus transducability after storage at ultralow temperature. All vectors showed equivalent or better function compared to standard systems.

Equine mesenchymal stromal cells (eMSCs) offer therapeutic potential for various conditions.

Lipid nanoparticles (LNPs) carry immense potential as delivery systems. Learn about the development of isocratic and gradient methods for high-throughput separation of lipids used in LNP formulations.

Residues from cleaning agents can pose significant risks to cleanroom operations. Learn about residue management, measurement techniques, and best practices to ensure compliance and product safety.

Choosing the right transfection reagent can be confusing. This guide explores product names, their applications, and the importance of testing beyond labeled uses.

A university's training lab overcame operational challenges and create efficiencies in cell and gene therapy manufacturing to bolster its hands-on education for academics, industry researchers, and regulators.

This study evaluates the performance of a flexible, automated fixed bed reactor (FBR) system during AAV production, comparing it with a similar FBR system and 2D cell culture controls.

With an in-line, Raman-based PAT solution you can monitor and control several critical process parameters (CPP) to maintain optimal cell culture conditions.

Here, we detail the upstream process development and optimization for an AAV8-GFP proof-of-concept (PoC) producer single cell clone (SCC) in both batch and perfusion modes.

Learn about a solution for streamlining workflow in novel biologics while collecting quality data, by combining single-use microbioreactors with advanced automation and analytical platforms.