"New" Testing methodologies that can minimize degradation and maximize extractable compounds, and are you selecting the best solvents for your extractable testing and do you get the most out of your UPLC-MS? - Hosted by NAMSA
Tue. February 5| 10:45 AM - 11:15 AM | 209B
Audience Level: All
Show: General
Track: Classroom Seminar
Focus: 3D Printing, Contract Manufacturing, Design & Product Development, F&B Packaging, Injection Molding, Labels & Labelling, Materials, Robotics & Automation
NAMSA is developing new methodologies to identify and utilize the best extraction vehicles to maximize relevant extractable compounds while minimizing degradation. This method provides extracts compatible with analytical instruments and leaves the polymer structure unchanged.
Additionally instrument specific method for Ultra-Performance Liquid Chromatography-Mass Spectrometry (UPLC-MS) will be addressed. UPLC-MS has become the tool of choice for the detection of nonvolatile compounds for its efficient ability to confirm molecular weight and structure identification. As such this analytical technique has been employed in the analysis of medical devices.
A variability of ionization technique have been seen through industry and the question of preferred or best practice has been discussed. While no technique currently available can detected all compounds with high accuracy and precision, the use of two independent techniques can detect a greater range of compounds and therefore provide a value added approach to chemical characterizations.
Additionally instrument specific method for Ultra-Performance Liquid Chromatography-Mass Spectrometry (UPLC-MS) will be addressed. UPLC-MS has become the tool of choice for the detection of nonvolatile compounds for its efficient ability to confirm molecular weight and structure identification. As such this analytical technique has been employed in the analysis of medical devices.
A variability of ionization technique have been seen through industry and the question of preferred or best practice has been discussed. While no technique currently available can detected all compounds with high accuracy and precision, the use of two independent techniques can detect a greater range of compounds and therefore provide a value added approach to chemical characterizations.
RSVP Here:
https://mdmwest.mddionline.com/namsa
