KEY APPLICATIONS »
Dramatically Changing How We Understand Disease with Single-Cell Analysis
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.
Two Slide Technologies
Celsee is enabling a single-cell revolution of life sciences research to improve our understanding of biology. The Genesis System uniquely allows the processing of two slide technologies—Celsingle™ Slide and Celselect™ Slides—for many applications.
Celsingle Slide Technology
Celsingle™ Slides capture and isolate single cells with a gentle, gravity-based approach. Discrete microwells allow a single cell to be paired with a unique cellular barcode and unique molecular indices for desired applications, such as gene expression or protein quantitation. The Celsingle process is open to support users that want to optimize, modify, or create new single-cell applications, such as Cytometry, Proteogenomics, and Transcriptomics.
Celselect Slide Technology
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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
