03.02.26 -- Using Carbon Nanotubes To Pinpoint Optimal Harvest Time In Bioprocessing

Humidity is a critical yet often overlooked factor in cell culture. Learn how it impacts cell viability and discover practical strategies to maintain optimal conditions for reliable results.

Conventional electroporation methods struggle with damaging heat buildup. Discover how innovative flow technology leverages physics to protect cells and enable large-scale therapeutic production.

Explore how an innovative platform, powered by Selexis®, accelerates the development of complex biologics from early stages to first-in-human (FIH) trials, focusing on both speed and quality.

Examine how advanced single‑cell analysis links CAR localization, cell structure, and functional behavior, offering deeper insight into CAR T cell heterogeneity and performance.

Accelerated cell line development delivers high-titer biologics in weeks, supporting diverse modalities with robust analytics, scalable productivity, and proven stability across 60+ generations.

Achieve ultra-low volume dispensing of proteins and aqueous solutions without surfactants with consistent precision, minimal contamination, and broad compatibility to streamline your lab workflow.

See how AI-driven tools and optimized platforms are accelerating biologics development, delivering high-titer clones in weeks, and paving the way for integrated design of cell lines and genetic systems.