INSIGHTS ON DRUG DEVELOPMENT

• Enhancing Throughput And Reproducibility In Proteomic Analysis

  Streamline proteomic workflows with consistent sample preparation. Discover how simplifying LC-MS processes can eliminate bottlenecks, improve reproducibility, and accelerate drug discovery research.

• Characterizing Quality Attributes Of GLP-1 Analogs By Light Scattering

  Explore how light scattering reveals the structural integrity, aggregation, and stability of GLP-1 analogs to advance drug formulation and enhance treatment efficacy for type 2 diabetes and obesity.

• Making Accelerated Predictive Stability Studies Even Faster With Software

  Drug stability depends on environmental conditions, but testing every scenario experimentally isn’t practical. Accelerated predictive stability uses mathematical modeling to forecast degradation, helping scientists make faster, data-driven decisions early in development.

• Identification Of GLP-1 Analog Oligomeric States Using SEC-MALS

  Discover how SEC-MALS enables precise characterization of GLP-1a therapeutics to ensure formulation integrity and enhance safety, efficacy, and regulatory confidence.

• Your Guide To Precise And Robust Separation Methods

  11/12/2025

  Discover a detailed guide to characterizing GLP-1 receptor agonists that covers advanced LC-MS and SEC-MALS workflows for impurity profiling, stability testing, and aggregate analysis.

• AI-Enabled Phenotypic Analysis Of Label-Free Intestinal Organoids

  3/10/2025

  Discover how advanced 3D models and AI-enabled imaging techniques revolutionize organoid research, which provides accurate phenotypic analysis to monitor growth and development in various organoid types.

• Particles In High Concentration Biotherapeutics

  8/7/2025

  Examine advanced analytical solutions that detect, characterize, and mitigate particle formation in high-concentration biotherapeutics caused by protein aggregation and surfactant degradation.

• Life Science Applications Of DSC

  9/24/2026

  Learn how Differential Scanning Calorimetry directly measures macromolecular stability, unfolding, and binding interactions, providing valuable thermodynamic insights for protein engineering.

• The Top Tech Transfer Risks At Multi-Site CDMOs

  3/31/2026

  Many tech transfer risks are avoidable with a single campus CDMO. With all manufacturing facilities on one site, drug sponsors can overcome obstacles and maintain speed en route to market.