Successful research starts with the optimal isolation of intact cells and high-quality nucleic acids and proteins, which are vital for reliable analysis in downstream applications. The Key to this are automatable, high-throughput workflows and chemistries that support a broad range of fields, including oncology and genomics, which require flexibility both in sample type and throughput.  ThermoFisher wants to equip you with an understanding of the tools, technologies, and best practices for successful high-throughput and automated nucleic acid isolation and sample preparation. So Join us as we delve into the fascinating world of sample preparation automation chemistry and technology.

Emily Zeringer, BS, MS  

Title: R&D Manager, Sample Preparation  

Emily has worked as part of Thermo Fisher Scientific R&D since 2002 contributing to a variety of functions and sample prep projects. During her tenure, she has led and contributed to multiple projects including sample preparation and analysis of nucleic acids (real-time PCR and other molecular applications) from a wide range of sample types, library preparation for sequencing, and purification and analysis of exosomes. Recently, and for the past several years, her efforts have shifted to the development of high-throughput and automated DNA/RNA extraction methods from clinical research samples (such as biofluids) for use within larger analysis workflows ranging from pharmacogenomics, pathogen detection, disease studies and biomarker studies. 

Huntley Polanshek, BA, MS  

Title: Scientist – Molecular Biology, Sample Preparation  

Huntley Polanshek has worked as a scientist for Thermo Fisher Scientific since 2022. During that time, she has contributed to the development of plasmid purification workflows and endotoxin detection/removal protocols as well as automation methods using the Thermo Scientific™ KingFisher™ instruments and liquid handlers. In addition to her recent work, she has a strong background in general microbiology and previous experience working with H. pylori.