The Genesis System Achieve Accurate Biological Insight
The Genesis System enables scientists to analyze molecular signatures from hundreds to millions of cells, uniquely allowing the processing of two Slide Technologies for improved results in applications such as single-cell cytometry, single-cell proteogenomics, single-cell transcriptomics, rare-cell enumeration, and immune monitoring. The system provides a practical, scalable, and efficient approach to analyze rare cells. It is open and customizable to support method and application development as well as protocol optimization.
Single-Cell Cytometry
Limitless protein detection on millions of cells
Single-Cell Proteogenomics
Combined RNA and limitless protein detection
Single-Cell Transcriptomics
Scalable and efficient RNA detection
Rare-Cell Enumeration
Accurately capture and count more CTCs
Rare-Cell Enrichment
Capture and retrieve viable rare cells
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.
Celselect™ Slides capture and isolate individual immune cells, rare cells or CTCs based on their size utilizing microfluidics and 56,400 individual microchambers. Isolated cells can be stained for immunofluorescent applications such as enumeration, FISH, or enriched for downstream methods such as cell-culture or single-cell genomics.
LATEST NEWS & EVENTS
| June 23-26, 2019 | Going to EACR 2019? So are we – let’s meet! |
| June 23-26, 2019 | This year’s Cyto Conference is in Vancouver. Let’s meet! |
| June 20, 2019 | Meet Celsee at Children’s Hospital of Philadelphia’s Vendor & New Tools Seminar |
About Celsee
Celsee, Inc., is harnessing the gentle power of gravity to break down barriers in single-cell analysis. Our technology’s unparalleled capture and viability rates deliver results you can trust. We are a privately held company based in Ann Arbor, Michigan.
