INSIGHTS ON DRUG DEVELOPMENT

• Fast And Efficient Processing Of ELISA Assays

  Explore how a streamlined ELISA workflow using automated washing and reading tools enabled accurate detection of hepatitis B markers with no false results.

• Transforming A Liquid Protein Solution Into A Solid Oral Dosage Form

  Unlocking the potential of oral protein therapeutics requires innovative formulation and manufacturing strategies to overcome stability, absorption, and bioavailability challenges.

• 3D Biology: The Paradigm Shift In Next-Generation Drug Discovery

  Learn how the transition to 3D biology is aiding scientists in their research and why the industry is embracing organoids for next-gen drug discovery.

• Simplify Your Cell Culture Processes

  Discover bioreactors that combine fast setup, robust design, and scalable performance to streamline cell culture workflows, which help you move from uncertainty to control, no matter your molecule.

• Take Action On PFAS To Protect Your Critical Processes

  9/18/2025

  PFAS restrictions are tightening, but a full ban could disrupt critical industries lacking alternatives, such as pharmaceutical manufacturing. Learn where PFAS use remains indispensable.

• Pioneers And Visionaries Of Gene Therapy: AAV Purification

  5/28/2024

  Watch as three scientists, Åsa, Anki, and Jean-Luc. share how teamwork, collaboration, and a bit of luck led them to success.

• The Key To Accelerating RNA-LNP Drug Development

  12/27/2023

  Learn about the drug development hurdles that must be overcome to deliver on the promise of mRNA.

• Measuring Thermodynamic Parameters In The Drug Development Process

  4/29/2025

  Join Dr. Ladbury to explore how thermodynamic data can enhance our understanding of protein-ligand interactions and how it is crucial for optimizing drug efficacy and safety in pharmaceutical development.

• Cell Culture Media Mixing In A Benchtop Single-Use Mixer

  11/13/2025

  Explore how efficient powder-liquid mixing and sterile filtration preserve media integrity and support reproducibility in biopharmaceutical workflows, with promising scalability for larger-volume applications.