Expanding Cell Sorting Applications Across Neuroscience, Genome Engineering and Single-Cell Research

As neuroscience, genome engineering, and single-cell research become increasingly sophisticated, researchers need cell sorting approaches that can adapt to highly diverse sample types, experimental goals, and downstream analyses. 

In this webinar, leading researchers will share lessons from their first year expanding cell sorting capabilities as a shared resource across multiple research programs. Drawing on real-world applications, they will explore how evolving sorting workflows are supporting research ranging from neuronal cell isolation to genome engineering and nuclei-based analysis. 

You’ll learn how to use cell sorting to: 

• Isolate circuit-specific neuronal populations for downstream genomic analysis  

• Enable single-cell deposition for CRISPR-based monoclonal cell line development  

• Develop fluorescence-based nuclei sorting workflows for single-nucleus sequencing and multiomic applications  

• Consider practical approaches for supporting diverse cell sorting needs within a shared research environment 

• Apply lessons learned from supporting investigators with different sample types and experimental requirements  

The discussion will also examine the growing importance of nuclei isolation as single-cell and multiomic research evolves, along with practical considerations for supporting emerging sorting workflows within a core facility environment. Register now to join us!