Decoding Complexity Through EMSL's Single Cell Multiomics Capabilities
March 11, 2026
EMSL LEARN Webinar Series
Decoding Complexity Through EMSL's Single Cell Multiomics Capabilities
Wednesday, March 11
Noon – 1 p.m. PDT
Discover how single-cell omics technologies are moving research beyond bulk averages to reveal the hidden complexity and functional diversity within individual cells and microbial communities.
Join us for an EMSL LEARN webinar on single-cell omics, highlighting our facility's cutting-edge platforms for exploring transcriptomes and proteomes at the highest level of biological resolution. These capabilities are available through the FICUS proposal call.
Presentations include the following:
- Nick Reichart, EMSL molecular biologist, will walk through single-cell bacterial transcriptomics using microSPLIT, detailing how this high-throughput approach profiles thousands of individual microbes to uncover gene expression heterogeneity.
- James M. Fulcher, EMSL chemist, will highlight nanoPOTS and cellenONE technologies, explaining how these automated platforms precisely isolate single cells and prepare them for highly sensitive multi-omics analysis.
- Suping Zhou, Tennessee State University research professor, will discuss how she used single-cell type proteomics in her recent user project focused on elucidating the mechanisms driving switchgrass root development under stress.
Questions? Please email EMSL Communications.
