INSIGHTS ON DRUG DEVELOPMENT

• How Isogenic Organ-Chips Are Transforming The Future Of Research

  Modeling the human brain requires more than simplified systems. New approaches that incorporate diverse cell types are improving how researchers study neurovascular function with greater precision.

• Nose To Brain (N2B) Drug Delivery – Benefits And Challenges

  Delve into the growing interest in drug delivery methods that target the brain and central nervous system via absorption into the bloodstream, specifically focusing on crossing the blood-brain barrier (BBB).

• White Paper: Spray Drying Biologics: An Alternative To Freeze Drying

  Explore how innovative drying technologies can enhance the stability and efficacy of biologics, ensuring successful outcomes in this rapidly growing sector of the pharmaceutical industry.

• Solutions For CQA Analysis Of IVT mRNA-Based Biotherapeutics

  Discover new innovative solutions for mRNA analysis, enhancing accuracy and efficiency in IVT mRNA workflows, including advanced technologies and methodologies to optimize your research and development processes.

• Lentiviral Vector Upstream Process

  12/12/2025

  Scalable lentiviral vector production is moving beyond adherent systems. Learn how streamlined workflows enable linear scale-up in stirred-tank bioreactors for cost-effective gene therapy manufacturing.

• Cell Cycle Mapping In Tumors With Advanced Technologies

  9/2/2025

  Discover how spatial profiling and advanced imaging tools are transforming drug discovery, featuring Wayne Stallaert’s lab’s work on cell cycle mapping and biomarker insights in cancer research.

• Real-Time Growth Monitoring Of Spheroids In Round Bottom Microplates

  11/7/2025

  Real-time spheroid monitoring combines brightfield and fluorescence imaging with automated analysis. Find out how this workflow enhances reproducibility and supports high-content 3D cell culture applications.

• A Comparison To Traditional Clone Screening Platforms

  8/6/2026

  See how 46 CHO clones performed across automated, deep-well, and microbioreactor fed-batch cultures, using cell density, viability, and IgG concentration to evaluate clone performance.

• From Model To Molecule: Combining AI And Experimental Strategies To Transform Drug Development

  3/8/2026

  See how integrating AI-driven predictive modeling with well-designed experimental validation can help overcome development challenges, improve decision-making, and support accurate evaluation of API solid-state properties.