INSIGHTS ON QUALITY CONTROL

• Organ-Chips Outperform Animal Models And Spheroids

  Examine how 780 human Liver-Chips were assessed for their ability to predict drug-induced liver injury from small molecules.

• Expanding Capabilities In QC Analyses With Advanced LC Detection

  Today's quality control (QC) labs need instruments that can accurately take on a wide range of tasks. Discover a system that allows QC labs to enhance their capabilities and achieve various goals.

• Tips And Tricks Addressing PCR Pain Points

  qPCR workflows are vital but prone to common errors. Improve the precision and reliability of your gene expression data by mastering key strategies to overcome frequent experimental pitfalls.

• Quantitative Determination Of Amorphous And Crystalline Drug In Polymer Microspheres

  Biodegradable polymer microspheres control drug release through crystalline and amorphous properties, analyzed using DSC, MDSC, and TGA to determine composition and stability for precise delivery.

• Monitoring, Media Fills, And QC: Demonstrating Sterility Assurance At Your CDMO

  2/13/2026

  CDMO guide on environmental monitoring, media fills, and QC to prove sterility assurance in aseptic manufacturing—key elements of the Contamination Control Strategy beyond facility design.

• Change Management In Pharmaceutical Quality Control Laboratories

  10/29/2024

  Gain expert insights into the driving forces behind change management, the associated obstacles within a QC lab, and best practices for guiding change when implementing new technology or procedures.

• The AI Advantage For Regulated Manufacturing

  6/10/2026

  Transitioning from paper batch records to human-centered AI optimizes pharma manufacturing. Learn to secure data, cut review times by 90%, and build a strong Return on Automation business case.

• Ensuring Consistent Quality In Pharmaceutical Water For Injection (WFI) Systems Presentation

  3/5/2026

  Maintaining high-purity water is vital for pharmaceutical production. Explore key strategies for system design, risk mitigation, and rigorous process control to ensure consistent regulatory compliance.

• 0.45 m/s ±20% At Working Position In Closed Sterility Testing Isolators: Requirement Or Convention?

  2/19/2026

  Balance compliance and efficiency in sterility testing. Explore how a risk-based approach to airflow and isolator technology aligns with Annex 1 while optimizing contamination control.