Thousands of researchers worldwide have utilized microfluidics technology from Standard BioTools for genomics applications including genotyping, gene expression, and next-generation sequencing (NGS) library preparation. Each of these methods are enabled by an elegant microfluidics-based solution that automates many tedious manual processing steps. During this webinar David King will compare genomics workflows performed in conventional microtiter plates versus the microfluidics chip utilized by Standard BioTools instrumentation.

 

Learn how to break through barriers of conventional multiplex assay design; extreme flexibility and scalability; ability to mix and match assays without re-optimization; open a wider array of sample types via lower input requirements. Learn how our newest platform simplifies genomic workflows through nanoscale automation to maximize efficiency and provides the flexibility to scale your projects with increased data output, e.g. simultaneously run up to 1,500 probes per sample or 10,000 data points per run.