INSIGHTS ON DRUG DEVELOPMENT

• Accelerating Clinical Development: Modern Tools In Process Chemistry

  Whether you aim to address bottlenecks or explore advanced techniques, gain a practical and forward-thinking perspective to streamline early-phase development with HTE and model-based approaches.

• Enabling Transfer Of Raman Calibration Models Across Bioreactor Scales

  Raman spectroscopy has revolutionized manufacturing through real-time monitoring. Explore a system that enables a seamless calibration model transfer from small- to large-scale bioreactors to enhance scalability and efficiency.

• Streamline Drug Development With A Lab Informatics Platform

  Learn how a tiered approach to ADME-Tox studies can help researchers navigate early-stage preclinical research and mitigate the risk of costly failures in drug development.

• Next Generation Conjugates: Process And Analytical Challenges

  Explore specific examples of challenges commonly encountered in the process and analytical development of next-generation conjugates as well as corresponding solutions for each.

• Immuno-Oncology Biomarker Measurement With High Sensitivity And Speed

  9/17/2024

  Explore results demonstrating the successful use of innovative ELISA assays to detect three key biomarkers: Programmed Death Ligand 1 (PD-L1), Interleukin-8 (IL-8), and Interferon Gamma (IFN-γ).

• New Approaches To Tailored Release Profiles

  7/7/2025

  Tailored drug release is evolving from formulation tactic to precision therapy strategy, optimizing timing, site, and rate of delivery for improved patient outcomes.

• Producing Therapeutic Cardiomyocytes From iPSC Stem Cells

  4/29/2024

  Experts from Albumedix and Heartseed show how they navigated challenges on the path to commercialization and successfully advanced a promising cardiomyocyte therapy to clinical trials.

• The Benefits Of Incorporating Lean Methodologies Into Project Management

  8/20/2024

  Delve into the core principles of lean project management and explore how these principles can be integrated with traditional methods to enhance project outcomes.

• Characterizing Binding Interactions By ITC

  4/24/2025

  Isothermal Titration Calorimetry is a powerful technique for analyzing biochemical binding events, which is crucial for understanding molecular interactions and enzyme kinetics in biomedical research.