Renishaw

https://www.pharmtech.com/pt_w/optimized_raman

This webcast will present methodologies to characterize a range of pharmaceutical materials from contaminant particles through to powders and pressed tablets. Each method requires an approach to ensure nothing is missed but analysis is rapid and complete. From selective pinpoint analysis based on particle morphology, to complete chemical images, the discussion will demonstrate how to optimize Raman data collection and analysis for the sample of interest.

How to speed analysis of large complex samples without data loss

The importance of magnification and focus to the analytical result

Obtaining quantitative and qualitative data from images

Understand the role of Raman spectroscopy in characterizing pharmaceutical products from dispersed particles through to whole tablets

Tim Smith, Head of Applications, Renishaw Spectroscopy

Sarah Shidler, Ph.D, Applications Scientist,, Reinshaw Spectroscopy

: Friday, November 13, 2020 at 11am EST| 8am PST| 4pm GMT| 5pm CET

On demand available after final airing until Nov. 13, 2021

Webcasts

***Live:Friday, November 13, 2020 at 11am EST| 8am PST| 4pm GMT| 5pm CET *** From contaminants in injectables to the fate of APIs in nasal sprays, Raman reveals the identity and distribution of materials in complex formulations. In this webinar we describe the best approaches to characterizing common pharmaceutical samples; from morphologically targeted analysis of filtered particles to full three-dimensional chemical imaging of whole tablets.*** On demand available after final airing until Nov. 13, 2021.***


Particles, Powders and Pills – Optimized Raman across the Formulation Spectrum

Articles

Whether at the research and development stage, or manufacturing, the inVia Raman microscope offers simple and fast transmission Raman analysis

Transmission Raman for monitoring pharmaceuticals

Identifying counterfeit drugs has become an area of increasing focus for regulatory authorities and also for pharmaceutical companies. Raman spectroscopy is highly specific and can differentiate between materials with similar chemical structures.