Automated, cost-effective qPCR and NGS assays using a single platform
From drug discovery to cancer research, diagnostics to environmental sciences: help your lab manage resources, time and effort to keep up with high-productivity demands with this webinar from Standard BioTools. Learn how to automate thousands of qPCR and NGS library preparation assays with a single, universal platform, the Biomark™ X9 System for high-throughput genomics.
The Biomark X9™ System is a versatile microfluidics-based benchtop platform that delivers thousands of nanoliter-scale reactions in a single run – ensuring cost-effective, comprehensive and scalable sample profiling with minimal operator contribution. Streamline your real-time PCR workflows to generate up to 46,080 datapoints per 8-hour shift or produce up to 384 barcoded libraries per day for your NGS needs on one compact platform.
Attend this webinar to learn how to:
- How to manage your lab’s resources, saving both time and effort
- How you can keep up with high-productivity demands in genomics research
- How to streamline your real-time PCR workflows, with a multitude of different chemistries, to generate up to 46,080 datapoints per 8-hour shift
- How you can produce up to 384 barcoded, Illumina compatible libraries per day for your NGS needs
Who may this interest?
- Laboratory technicians
- Researchers and scientists interested in enhancing their research capacities to streamline their workflows
Phillip Kilgas
Sr. Manager, Product Management
Standard BioTools (CA, USA)
Phillip Kilgas holds a Bachelor of Science degree in Neurobiology and Neurosciences from the University of Wisconsin (WI, USA). Phillip has had a diverse career in the field of product management and research, working in medical physics research for 3 years before joining Thermo Fisher Scientific™ (MA,USA), where he held various positions in genetic sciences. Phillip now serves as the Senior Manager of Product Management at Standard BioTools™.
In association with
This webinar was recorded on Wednesday 6 December 2023