Connected Single-Cell Biology
A new way to model immune cell behavior
Analyze the most important potency metrics, (cytokines, chemokines) that dictate clinical response as demonstrated in wide bodies of peer-reviewed research.
Reimagine more precise CAR products earlier in the development process.
Profile the T cell receptor from the same cells that have the highest proteomic potency (i.e. cytokines, chemokines, growth factors). Integrate two of the most powerful predictors: antigen specificity and proteomic potency, into a hyperpowered biomarker discovery tool.
Detect gene and gene pathways driving phosphoproteomic therapeutic resistance and tumor progression. Reimagine the means to tune multiomic pathways using the highest degree of functional connected biology.
Accelerate insights and unlock answers that empower you to understand and tune the gene networks that can create optimal therapeutic responses amongst heterogenous cells.
Contact us to learn more about how Duomic helps visionary researchers like you accelerate in vivo biology by identifying correlations between a cell's instruction and its actual function.
Duomic brings transcriptomics and functional proteomics together on a single chip to create an integrated cell behavior platform — providing critical insights missed by single analyte methodologies.
✓ Connect the dots between a cell’s instruction and function
✓ Harness bioinformatics with automated analysis
✓ Gain confidence in your conclusions, faster