Enhancing Pharma Processes with X-ray, Thermal, and Raman Analysis Tools

In Session 1, we’ll discuss how X-ray and electron diffraction techniques reveal the molecular arrangement in crystalline materials and why this matters for pharmaceutical discovery and early development. Using real-world examples, we’ll show how determining crystal structures has solved key challenges for pharma scientists.

In Session 2, we’ll share lessons learned from years of experience in managing stock solutions for the production of protein crystallization reagent kits. You’ll gain actionable insights into best practices that ensure your liquid handling instrumentation delivers reliable, high-quality results.

In Session 1, we will delve into various thermal analysis techniques, including Simultaneous Thermal Analysis (STA, TG-DTA) and Differential Scanning Calorimetry (DSC), highlighting their applications in drug discovery and pharmaceutical development.

In Session 2, we’ll explore how XRPD supports preformulation by detecting polymorphs, assessing crystallinity, identifying unwanted phase changes, and evaluating excipient interactions.

In this session, we will explore how energy-dispersive X-ray fluorescence (EDXRF) can be a valuable asset in your pharmaceutical formulation development workflow. Our expert will discuss how this technology can help you be more efficient in your process chemistry.

Developing safe and effective pharmaceutical formulations is a complex process. You need reliable analytical tools that can help you identify and quantify elemental composition, monitor catalysts, and screen for unwanted toxic heavy metals. EDXRF is a powerful technique that offers rapid, non-destructive analysis for a wide range of materials.