LC-NMR (PDF)
investigations. This edition includes implementation and application of qNMR and automated and practical use of...
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A practical guide to addressing problems in natural products chemistry, synthetic reaction impurities, degradants, and metabolite
investigations. This edition includes implementation and application of qNMR and automated and practical use of computational
chemistry combined with QM and DFT to predict highly accurate NMR chemical shifts.
Nina received her Ph.D. in Synthetic Organic Chemistry from the University of Pennsylvania and subsequently held postdoctoral positions at California Institute of Technology and Columbia University. Prior to joining BI, Nina was group leader / manager at Novartis where she established and led an NMR group in areas that included, small molecule characterization, protein-ligand structure elucidation and in-vivo drug metabolism. She has advanced discovery research through application of structure based drug design and ligand based screening technologies to identify and optimize new lead series in both kinase and protease programs. Nina also held a position as adjunct professor at the University of Medicine & Dentistry of NJ (UMDNJ) (Graduate Program). She subsequently joined AbbVie as Group Leader of an NMR-LC-MS group with focus on protein-ligand binding studies. At BI, Nina has advanced BI projects through the development of innovative solutions. She championed solid state NMR as a company-wide Center of Expertise and initiated the acquisition of small molecule single crystal X-ray for global R&D. She introduced "state of the art" performance in integrating LC-NMR and micro-cryo probe NMR technology to enable elucidation of micro-scale degradation products and impurities. Nina initiated and led an international team in the development of powerful commercial ready in-silico structure elucidation programs that use quantum chemistry, density functional theory and probability theory to solve challenging chemical structures. Nina
- Autor: Nina C. Gonnella
- 2020, 2. Auflage, 330 Seiten, Englisch
- Verlag: Taylor & Francis
- ISBN-10: 135102373X
- ISBN-13: 9781351023733
- Erscheinungsdatum: 15.01.2020
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- Dateiformat: PDF
- Größe: 20 MB
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