Applications
Single-cell analysis is dramatically changing how we understand disease. The true biological complexity of cell populations cannot be accurately resolved with bulk approaches. Advances in single-cell analysis will pave the way for significant improvement to elucidate insights that will help us understand, diagnose, and treat disease.
Celsee is enabling the single cell revolution of the life sciences to improve our understanding of complex biological systems. Celsingle™ Slides and the Genesis System provide researchers the ability to analyze molecular signatures from hundreds to millions of single cells, enabling a unique and comprehensive view for life science and clinical research.
Single-Cell Cytometry
High-parameter protein analysis that scales from hundreds to millions of single cells with the Genesis System
- Limitless protein detection with no spectral overlap — push past the boundaries of traditional cytometry methods
- No lasers, droplets, heavy metals, or harsh processes
- No gating calibration
Single-Cell Proteogenomics
The Genesis System enables characterization of both RNA and protein at single-cell resolution
- Delivers best-in-class cell population resolution
- Limitless protein detection with combined RNA measurement
- Reduced risk of batch effects with higher cell throughput
- No lasers, droplets, heavy metals, or harsh processes
Single-Cell Transcriptomics
Achieve deep cell population resolution with the Genesis System and scale to millions of single cells
- Interrogate large numbers of cells at once with high capture efficiency
- Gentle gravity-based cell isolation without harsh droplet approaches
- Achieve cost-effective tissue atlases with high cell numbers
What Can I Do with the Genesis System?
Characterize the tumor microenvironment: Investigate tumor heterogeneity and immune response before, during, and after treatment
Generate tissue atlases: Pan-tissue mapping of the human body to understand transcriptional profiles of particular cell types
Monitor the immune system: Detection of T and B cell phenotypes to understand disease response and its relation to treatment and ultimately to outcomes, with long-term potential for non-invasive detection of many immune-related issues
Analyze pathways: A powerful approach for unraveling the function of various signaling pathways across application areas (e.g. development or cell-cell signaling) and biomarker discovery in oncology
Trace cell lineage: Characterize the developmental mechanisms by which a single cell gives rise to tissues or multicellular organisms, or track the onset of cancer from its cell of origin
