While researchers commonly study the transcriptome of single cells, transcriptome data does not fully correlate to cellular function. Technological advances allow scientists to shift toward single-cell multiomic methods to reveal deep cellular relationships by integrating cellular proteomic activity with the gene regulatory networks driving those reactions. In this webinar brought to you by IsoPlexis, Rui Zheng, PhD and Patrick Paczkowski, PhD will introduce IsoPlexis’ latest technology, Duomic™, which links both transcriptomic and functional proteomics data directly from the same single cell, across many cells in parallel. This technology will enable a direct connection of the gene regulatory networks that drive critical functional proteomic reactions in many cell types, including immune cells, tumor cells, and stem cells.
Topics to be covered
How powerful single-cell subsets of highly functional "superhero" cells are critical to driving longer term response in cell and immune therapies via functional proteins
How to enable a direct connection of the gene regulatory networks that drive critical functional proteomic reactions in "super-powered" cell types
How to leverage certain powerful, proteomically-active single cells and their genetic drivers, identified simultaneously via single-cell transcriptomics and proteomics analyses on the Duomic™ platform
Monday, November 29, 2021
3:00 - 4:00 PM Eastern Time
Meet the speakers
Rui Zheng, PhD Senior Vice President of Innovation IsoPlexis
Patrick Paczkowski, PhD Senior Vice President of Software
TS_Webinar_Isoplexis_LabTools_Exploring the Transcriptome and Proteome with a Novel Chip Technology November 29, 2021_IO#402360
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