Your research never stops evolving, so why should your methods? Conduct more impactful research with our newest innovations in transcriptomic profiling: Chromium GEM-X Single Cell Gene Expression v4 and Chromium GEM-X Single Cell Immune Profiling v3.
These assays are powered by advanced GEM-X technology and supported by the Chromium X Series instruments, enabling incredible efficiency and reproducibility. Other methods require hours of hands-on time, which increases variability and the risk of user error. By pairing GEM-X microfluidics and optimized chemistry, robust single cell profiling with unmatched sensitivity is now more cost-effective and accessible.
Our tried-and-tested Chromium Single Cell assays have been used in over 7,000 peer-reviewed publications to date. Now, with GEM-X technology, this workflow lets you capture more genes and complexity than ever before. New chip architecture has been optimized based on a wealth of experience from the Next GEM assays, enabling increased cell throughput at higher capture rates. What does this mean for your samples, your data? The short answer: higher performance across the board.
Accelerate your experiments by barcoding tens of thousands of cells in only 6 minutes, and get the most out of your precious samples:
Your success is always front of mind as we continue to develop more advanced single cell technology. We are hearing feedback from researchers that GEM-X is making a positive impact on individual labs and core facilities. You can check out customer data as part of our toolkit.
The University of Illinois DNA Services Core recently upgraded to our GEM-X assays. They’ve already started to put these incredible kits to use and told us they're just as excited as their users to push the boundaries of discovery.
Learn more about these assays and start planning your own experiments with our GEM-X toolkit. This convenient collection of resources includes performance comparisons, customer data, webinar access, product specs, user guides, and more. Download the toolkit today to accelerate your single cell research.