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10x Genomics Begins Commercial Shipments of Chromium GEM-X Products
The next generation of the company's leading single cell technology architecture, GEM-X, enables higher performance at larger scale and lower cost PLEASANTON,
About this update from 10x Genomics, Inc.
[{"type":"text","content":"The next generation of the company's leading single cell technology architecture, GEM-X, enables higher performance at larger scale and lower cost\nPLEASANTON, Calif., March 13, 2024 /PRNewswire/ -- 10x Genomics, Inc. (Nasdaq: TXG), a leader in single cell and spatial biology, announced today that it has started shipping the first two products powered by the GEM-X technology architecture, Chromium Single Cell Gene Expression 3' v4 and Chromium Single Cell Immune Profiling 5' v3. GEM-X is the next generation of the company's leading single cell technology architecture and is built on a new and improved microfluidic chip design, featuring the latest technological advancements and optimized reagents for superior performance and high reliability.\n\n \n \n \n \n \n \n\n \n\"It's been incredible to see the enthusiasm from customers since we first announced the GEM-X architecture last month, and we can't wait to get these new products in researchers' hands,\" said Michael Schnall-Levin, Founding Scientist and Chief Technology Officer of 10x Genomics. \"GEM-X sets a new standard for single cell analysis and gives customers important performance advantages that will immediately benefit their research. This is one of multiple steps we have planned to make single cell more accessible for all.\"\nGEM-X is exclusively available for use on Chromium X Series instruments and delivers important performance and workflow advantages, including:\nSubstantially increased sensitivity: Detect up to two times more genes compared to on-market Chromium assays to gain a more comprehensive view of cellular heterogeneityBuilt to scale: Two-fold increase in cells captured per channelMore cost effective: More than two-fold reduction in cost per cellEnhanced data quality: Two-fold reduction in multiplet rate enabling high quality data at scaleMaximum sample recovery: Recovery of up to 80% of cells, improving capture efficiency and making it ideal for samples typically yielding few cells, such as tissue biopsies or previously flow sorted cellsImproved assay robustness: Redesigned microfluidics and optimized reagents for faster and more efficient cell partitioning\"Selecting the optimal assay for single-cell experiments is challenging. However, it's evident that identifying more genes per cell enriches our understanding of cellular functions and the intricacies ...