Can Nuclear Genotyping Advance the World of Chemical Standards?

Webinar

The distinction of nuclear magnetic resonance (NMR) as a metrologically validated, relative primary analytical method has given quantitative NMR (qNMR) a unique stature in the world of reference standards. Parallel to this development, the fundamental physical principles underlying (q)NMR have recently been matched with previously unavailable computational power for the analysis of NMR spectra. Collectively, this had led to the development of unprecedented capabilities that transform the classical visual (“phenotypic”) interpretation of NMR spectra into a next-generation process that permits the genotypic profiling of molecules.

• Understand how recent computational advances empower analysis of NMR spectra for genotypic profiling of molecules.
• Explore the link between fundamental science, metrology, and practical applications for chemical and pharmaceutical reference standards.
• Learn to interpret NMR spectra beyond traditional phenotypic views, leveraging genotypic information to enhance standardization and quality control.