Reducing bioanalysis bottlenecks: leveraging simple, fast and automatable sample preparation techniques
Typical bioanalysis workflows for small molecules use organic solvents to precipitate proteins and extract analyte(s). Often, extra clean-up steps, including liquid–liquid extraction (LLE) or solid phase extraction (SPE), are needed to further remove complex matrices and enrich analytes to satisfy sensitivity, accuracy and precision requirements. In this webinar, we discuss employing supported liquid extraction (SLE) for a more streamlined, yet effective, approach to sample preparation for bioanalysis. Furthermore, we explore automating this approach with the Biotage® Extrahera™ GLP sample prep system thereby meeting the reproducibility and compliance demands of high throughput bioanalysis.
What will you learn?
- The fundamentals behind supported liquid extraction and the mechanism of how it works
- How to develop a method for the extraction of a drug analyte from biological samples
- How to easily automate sample prep procedures for bioanalysis
- How to incorporate GLP features into your daily procedures
Who may this interest?
- Researchers
- Bench scientists
- Analytical method developers
- Lab managers
- Directors
Speaker
Amber Cain
Applications Scientist
Biotage (NC, USA)
Amber Cain is an Application Scientist supporting the Analytical Life Science markets at Biotage. She holds a bachelor’s degree in Biology from Ferris State University (MI, USA) and a master’s degree in Pharmacology and Toxicology Research from Michigan State University (MI, USA). Her experience of 10 years is largely involved in contract research organization work from bioanalytical pharmaceutical testing and metabolomics. She has extensive experience with SPE and other sample preparation techniques as well as LC–MS/MS.
This webinar was recorded on Tuesday the 24th of October 2023
In association with
