04.06.26 -- Optimizing Process Development Through Upstream And Downstream Integration

AAVs are reshaping gene therapy, but scaling production introduces complexity. Learn how upstream process optimization can improve yield, consistency, and speed to meet growing demands.

The potential advantages that stable bulk cultures can offer a drug development paradigm are poised to accelerate and bolster biopharmaceutical clinical manufacturing.

CAR-T cell therapy is evolving rapidly, with scientists exploring new ways to improve efficacy, safety, and applicability. Precision media formulation plays a key role in optimizing therapeutic cell quality.

Breakthroughs in CAR T-cell and stem cell therapies depend on mastering cellular collection. Understanding these fundamentals is vital for advancing treatment efficacy and patient outcomes.

A milliliter-scale approach to IVT optimization reveals how controlled feeding, precise pH management, and real-time monitoring can boost mRNA yield and streamline scale-up to larger bioreactor volumes.

Unlock efficient microalgae cultivation with precise lighting and real-time insights. Discover ways to boost biomass, optimize growth, and accelerate sustainable bioenergy and bioproduct innovation.

Current cell harvest techniques in allogeneic manufacturing face limitations, including scalability issues and cell damage. See why a shift in approach is vital for high-quality, efficient production at scale.

Non-viral gene editing is a powerful method for cell therapy. Find out how to address key challenges like cell viability and thermal damage with an innovative approach designed to improve performance.