Solid-state NMR Spectroscopy in Pharmaceutical Sciences from Drug Delivery to Formulation Development

Solid-state NMR Spectroscopy in Pharmaceutical Sciences from Drug Delivery to Formulation Development

ON DEMAND

Join Dr. Yongchao Su for an overview of the versatile roles of ssNMR in pharmaceutical development, providing a structural basis for the design of drug substances and products.

COVID-19 – ​What’s NMR got to do with it?

COVID-19 – ​What’s NMR got to do with it?

ON DEMAND

Dr. Sharman explains the impact of using NMR for the quality control and release of drug molecules currently in shortage due to the Coronavirus pandemic.

Case Studies in Home Cage Monitoring: Rodent Behavior, Circadian Biology and Animal Welfare

Case Studies in Home Cage Monitoring: Rodent Behavior, Circadian Biology and Animal Welfare

THU, SEP 24, 2020

Joanna Moore and Kenneth Dyar present applications of the DVC® system from different research perspectives and discuss how home cage monitoring can be used to study animal model development, physiology and behavior.

Considerations for Rigorous Pre-clinical Studies in Murine Muscular Dystrophy

Considerations for Rigorous Pre-clinical Studies in Murine Muscular Dystrophy

ON DEMAND

Experts present key considerations in the design of rigorous preclinical studies in rodent models of muscular dystrophy, including animal model selection, assays and endpoints, and how your results can inform translation to the clinic.

Animal Model Selection, Study Design and Current Trends in Preclinical Obesity Research

Animal Model Selection, Study Design and Current Trends in Preclinical Obesity Research

WED, SEP 30, 2020

OBESITY SERIES 2020: Dr. Fred Beasley provides an overview of study design, criteria for defining your study aim and expert advice for selecting the ideal rodent model for your preclinical obesity research.

Comparability studies of Pharmaceutical Proteins by 2D NMR fingerprint

Comparability studies of Pharmaceutical Proteins by 2D NMR fingerprint

ON DEMAND

Dr. Malmstrøm demonstrates how correlations between NMR data and bioactivity can be used to confirm the structure and activity of proteins.