Minimizing bias in human microbiome research with automated DNA/RNA isolations
Time is precious, and so are your samples. Automating the nucleic acid isolations in your human microbiome research can minimize bias while freeing up your lab group's hands (and brains) for more important work. From versatile robots to high throughput machines to affordable instruments, automation is suited for every type of lab. Join our speakers as they explore the different instruments available to automate nucleic acid isolations for human microbiome research. See how these instruments can help reduce bias, increasing the consistency and reliability of your isolations. Our speakers will also review automation best practices and explain which instruments are the most suited for your laboratory and work style.
About the speaker
Jan-Niklas Schulz, Director Global Product Management, Automated Solutions
QIAGEN
Dr. Jan-Niklas Schulz received his PhD from the University of Cologne in 2013 where he analyzed COMP, an extracellular matrix protein with many different functions, in various genetic models. He joined QIAGEN in 2017 after working in industry and academia, including having a position as a postdoctoral researcher at the University Hospital Cologne. As a Director of Global Product Management, he has been instrumental in developing laboratory automation at QIAGEN.
Julie Sean, Senior Global Product Manager
QIAGEN
Julie Sean obtained her Bachelor’s degree in Biology from the Université Paris-Sud, France, focusing on microbiology and molecular biology. Then she graduated with a dual-skills Master’s in Management and Biotechnology. She worked on industrial adhesives at Henkel for four years before joining QIAGEN in 2018. Currently, she is the global product manager for sample disruption and microbiome sample preparation.
Categories
Academic Basic Research
Microbiology
Automation
Microbiome