INSIGHTS ON DRUG DEVELOPMENT

• Doubling Up For Speed In Biomanufacturing

  Accelerate drug development and reduce risk with parallel operations. Learn how leveraging CDMO partnerships while building internal capabilities can cut costs and speed your path to market.

• A Universal Workflow Approach For Single Cell Mass Spectrometry Based Proteomics

  Learn about a streamlined workflow that improves reproducibility, reduces contamination, and simplifies single-cell proteomics with comparable results to FACS.

• Combining Digital Platforms And QbD Principles

  How can data and digitalization further improve pharmaceutical development and the continuous, quick, and efficient delivery of products?

• Manufacturing CAR T Cell Therapies: Challenges, Insights And Solutions

  Manufacturing patient-specific cell therapies is a complex, multi-step process. Addressing key hurdles in production time, scalability, and cost is crucial to making these vital treatments more accessible.

• Bioprocess Optimization: Leveraging Functional DOE With Time-Based Insights

  3/5/2025

  Explore the key differences between traditional DOE and Functional DOE as Seongjin Kim demonstrates how the latter enhances bioprocess optimization through a fed-batch cell culture example.

• Advancing Drug Safety And Improving R&D Productivity With The Liver-Chip S1

  12/10/2024

  Explore how the Emulate Liver-Chip S1 revolutionizes predictive toxicology by mimicking human liver biology, achieving superior sensitivity and specificity.

• Improving In Vitro Cancer Modeling

  8/2/2024

  Organ-on-a-Chip technology represents a significant advancement in drug discovery. By mimicking human physiology, Organ-Chips can enhance the predictive accuracy of preclinical models and accelerate drug development.

• Biologic Stability: A Thermofluor Screen For Rational Buffer Optimization

  9/23/2025

  Learn how thermal shift fluorimetry (thermofluor) can be used as a rapid, low-volume, and cost-effective technique to accelerate buffer optimization and enhance protein stability.

• Use Of Reconstructed Tissue And 3D Printed CT-Based Nasal Casts

  7/3/2025

  Reconstructed nasal epithelium and CT-based 3D nasal casts provide more predictive, physiologically relevant models for assessing nasal drug delivery, improving accuracy in formulation development.