Droplet microfluidics has made a large impact in many different applications ranging from analysis of DNA variants, to secretory biomolecules, and diverse cell types. However, to enrich individual variants of interest, researchers face challenges with high-throughput screening and isolation of these emulsion droplets, based on phenotypic expression. Integrated strategies that combine the sensitivity and precision of cell sorting with downstream single-cell multiomic analysis are now being used to address these challenges.

In this webinar, discover how gel-encapsulated microdroplets can be analyzed by high-throughput droplet sorting for genomic, proteomic, and metabolomic profiling for a diverse range of applications.

Key learning objectives:

• Discover how DNA variants, biomolecules, and various cell types can be successfully encapsulated within double-emulsion droplets
• Understand how this droplet technology can be used to analyze genomic regions edited using CRISPR-Cas9 and to analyze large DNA alterations in cancer and neurological diseases
• Learn how cell sorting can be used for high-throughput analysis and precise isolation of droplet microreactors for multiomic profiling

Certificate of attendance
All webinar participants can request a certificate of attendance and a learning outcomes summary document for continuing education purposes.