Solid Form Quantification – A New Benchtop Solution
Bruker introduces an easy-to-use method for fast quantification of solid forms, including amorphization, by combining the reliable minispec mq20 benchtop system with the well established Dynamics Center software into the minispec Form Check. The webinar will highlight the advantages of the patented solid form quantification approach compared to methods which are currently used, like solid-state NMR, X-ray powder diffraction or thermogravimetry.
The webinar will showcase its ease of use and how anybody who perhaps is not trained in NMR can still use the new method. Therefore, a special focus will be put in the fast and straightforward calibration and the automated data analysis. In a conclusion, an overview about possible fields of applications will be given.
What to expect
After a short outline to TD-NMR (Time-Domain Nuclear Magnetic Resonance), the webinar will focus on the ease of use of the minispec Form Check approach, even for non-NMR experts, and the advantages compared to existing methods. It will detail how you can distinguish between two different solid forms to test the concentration of the lead API and gives an overview about the potential of this solid form quantification approach.
An Overview of TD NMR
- What TD NMR is
- Its ease of use: non-expert workflow
- The minispec mq20: cost-effectiveness, small footprint, cryogen-free, versatile
Solid Form Quantification
- Non-destructive and non-invasive
- Sample texture: powders, tablets, gels
- Fast and straightforward calibration
- Determining ratios in mass percentages via 1H or 19F information
- characterizing API solid forms: including amorphization and interactions with excipients
Who should attend
The webinar is aimed for people who are in the pharmaceutical industry and particularly for those who are involved with drug development, but also those involved in the production of pharmaceuticals. Additionally, the webinar is also of interest to people from other industries who face challenges in formulating solid mixtures.