Profiling function, cell by cell.
Analyse single cell interactions and functional dynamics at scale.
Massively parallel
- Overcome Poisson for maximum efficiency
- Precise control of droplet merging
- Enables true single cell-cell interactions
Sequential assays
- Perform sequential merges
- Build streamlined, step-wise assays
- Enables deep functional characterisation
Export live cells
- Real-time dispense of hits meeting your criteria
- Compatible with standard well plates
- Single cell or bulk dispense for downstream applications or outgrowth
The right solution for you
Biomolecule secretion
Biomolecule secretion
Studying functional biology at single-cell resolution is essential for understanding the heterogeneity in biomolecule secretion, as it reveals how individual cells regulate the production and release of antibodies, cytokines, and signalling molecules. This knowledge is crucial for discovering and developing therapeutics such as antibodies and cellular therapies, and for enabling the identification and isolation of the optimal secretor cells.
Cell-cell interactions
Cell-cell interactions
Studying cell-cell functional interactions at single-cell resolution enables a deeper understanding of cellular communication.
Insights from cell-cell communication facilitate our understanding of the heterogeneity in how cells affect and influence each other, including factors contributing to disease progression and therapeutic response or non-response. This information is critical in aiding us to develop the therapeutics of the future. Insights from cell-cell communication also facilitate the development of therapies, including immunotherapies and regenerative medicine, thereby enhancing treatment strategies.
Targeted cell killing
Targeted cell killing
Studying single-cell functional biology is critical for developing the most effective therapeutics, as it reveals the heterogeneity in individual cell-specific behaviours and responders and non-responders. This knowledge enables precise identification of diseased cells and the mechanisms driving their survival, leading to more accurate therapies that selectively eliminate harmful cells while preserving healthy ones.
Biomolecule secretion
Studying single-cell functional biology is essential for understanding bio-molecule secretion, as it reveals how individual cells regulate the production and release of hormones, enzymes, and signaling molecules. This knowledge is crucial for developing therapies targeting cellular secretion processes, enhancing drug delivery, immune response, and tissue regeneration strategies.
Cell-cell interactions
Studying cell-cell interactions enables a deeper understanding of tissue development, homeostasis and disease development & progression.
Insights from cell-cell communication also facilitates the development of therapies, including immunotherapies and regenerative medicine, enhancing treatment strategies.
Targeted cell killing
Studying single-cell functional biology is critical for developing targeted cell-killing therapies, as it reveals cell-specific behaviors and responses. This knowledge enables precise identification of diseased cells and the mechanisms driving their survival, leading to more accurate therapies that selectively eliminate harmful cells while preserving healthy ones.
Advancing drug development with function-focused profiling at the single-cell level
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