While genomics and transcriptomics reveal what genes are present and active in cells, they provide limited information on a cell’s actual function. To fill in this large information gap, researchers turn to sophisticated single-cell transcriptomic and proteomic techniques and resources to connect a cell’s instructions to its behavior. With these tools, researchers gain knowledge in a range of research areas, including precision medicine, systems biology, cancer, neuroscience, and immunity.
In this virtual summit brought to you by IsoPlexis, an expert panel will discuss how a functional proteomics library and a novel technology that links transcriptomic and functional proteomics data within and across single cells usher in a new era of biological research. These tools help researchers understand cellular heterogeneity and predict cell responses. Additionally, the panel will highlight how these technologies help researchers identify and study single-cell subsets of highly functional "superhero" cells, which are critical to driving long-term responses in cell and immune therapies via functional proteins.
An expert panel will discuss
- Combining transcriptomics and functional proteomics data within individual single cells and across many cells in parallel with the new DuomicTM chip technology
- Using Duomic to identify the genetic drivers of aberrant malignancies in solid tumors
- Uncovering the genetic drivers of supercharged, highly functional CAR T cells
- How the Functional Cell Library confirms critical functional insights learned from the cell atlas