Automated Bioanalytical Sample Preparation Workflows: A Case Study of the Accurate and Robust Quantitation of Apixaban from Plasma
Waters Corporation: Automated Bioanalytical Sample Preparation Workflows: A Case Study of the Accurate and Robust Quantitation of Apixaban from Plasma
**Bioanalysis is an ever-evolving discipline with broad applicability to the fields of pharmaceutical, clinical and biomedical research. The quantification of pharmaceuticals from biological samples is a fundamental aspect of understanding drug pharmacokinetics, disease biomarkers, and metabolic processes. **
However, developing bioanalytical methods can be quite challenging, with sample preparation often identified as the most challenging aspect of bioanalytical LC-MS method development in terms of complexity, time and assay performance. Implementing fully automated devices can streamline the sample preparation process, saving time and improving analytical method reproducibility and consistency.
This webinar will introduce a simple, smart, and easy to implement solution to effectively automate pipetting and sample preparation of common bioanalytical extraction workflows, greatly simplifying sample preparation, reducing risk of human error, ensuring robust analytical performance and improving laboratory efficiency.
Attend this webinar to:
- Learn about the latest advances in automated bioanalytical sample preparation
- Learn how automated liquid handling can increase your labs efficiency
- Learn about the Connected Lab and method development for Andrew+ and OneLab
Presenter: Mary Trudeau (Consulting Scientist and Manager of the Sample Prep and Automation group, Waters Corporation)
Mary Trudeau is a Consulting Scientist and manager for the Sample Preparation group within the Consumable and Lab Automation Division. Following a successful career in pharma with Pfizer, Mary joined Waters in 2011. She is responsible for developing and optimizing methods and workflows to address customer pain points across multiple market segments. Her team’s primary focus has been developing and highlighting automated sample preparation bioanalytical ADME/DMPK workflows for both small and large molecules.