Cells are the basic unit of life. They power everything we do, and unlocking their secrets is the key to advancing our knowledge of every facet of biology, from development to disease. Our single cell, spatial, and in situ tools enable researchers to answer pressing questions about cells and their functional contributions to oncology, immunology, neuroscience, and much more—as evidenced by more than 5,500 publications citing our technology. We are dedicated to building the best products, delivering the best customer experience, and creating the best team to fuel new scientific discovery, no matter how challenging. And we won’t stop until all of the cells’ secrets are revealed.
External link for 10x Genomics
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Pleasanton, California 94588, US
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The very first Visium HD in Poland Institute of Human Genetics, Polish Academy of Sciences ! Amazing lab and amazing team. We did both FFPE and Fresh Frozen. So pround of this lab! 10x Genomics Analityk Genetyka Analityk Group Szymon Hryhorowicz Anna Pastyria Małgorzata Zawadzka
Tumor–immune interactions in the core and periphery of solid tumors are critical factors influencing tumor progression and response to therapy. See how #spatialtranscriptomics tools revealed these cellular interactions and other therapeutically relevant insights in a summary of our recent bioRxiv preprint, featuring #VisiumHD and #XeniumInSitu data from human FFPE colorectal cancer tissue: https://bit.ly/3ZcStCU
How can #singlecellspatial transcriptomics help lay the groundwork for new #immunooncology therapies & untangle complex immune–#cancer interactions? By giving you the whole picture of your #tumor: what cells are there, what genes they are expressing, how they’re arranged, and how they’re communicating. See for yourself in our new Application Note: https://bit.ly/3YUgbST
Without a solid foundation in reliable, high-quality data, large projects are poised to face costly detours and missed insights. 10x #singlecell technologies deliver superior data quality, high reproducibility, and exceptional experimental flexibility at competitive, low prices. Find out how to get your large-scale project on the path to success: https://bit.ly/3Omc7pz
Curious about #singlecell research? We’ve created a new resource just for you. Explore curated content that highlights the benefits of #scRNAseq, its applications, and how our end-to-end support can help you get started with confidence: https://bit.ly/4hRBKfJ
See how easy #singlecell analysis can be with Automated Cell Annotation? This new feature enables instant visualization of cell types in Loupe Browser without manual steps. Register for our webinar on Dec 12th or 13th to see it in action: https://bit.ly/3ZgyxOr
Join us at #AMP2024 tomorrow from 9:00 AM - 9:50 AM for a breakfast to fuel your day, and an exclusive workshop led by Dr. Joseph Lownik from Cedars-Sinai, as he reveals groundbreaking discoveries in #NSCLC research using #SpatialTranscriptomics. Learn how the 10x Genomics Xenium platform is uncovering novel spatial biomarkers for both EGFR WT and EGFR mutant NSCLC, surpassing traditional methods. Discover the power of highly multiplexed spatial analysis in advancing precision diagnostics and translational studies. Don't miss this opportunity to explore the future of molecular pathology: https://bit.ly/493QYdC
A year ago, GEM-X technology brought you #singlecell improvements in throughput, sensitivity, cell capture rates, and sequencing costs. Now, our newest GEM-X innovations are bringing that exceptional performance to studies of all scales at new cost-effective price points. Join our upcoming webinar where 10x single cell experts will show you a new simplified multiplexing solution, even for small-scale studies, with GEM-X Universal 3’ & 5’ Gene Expression Multiplex, and how you can scale to up to 2.56M cells per chip with GEM-X Flex Gene Expression: https://bit.ly/3VlJXzh
Think sample multiplexing can't be easy? Think again! New on-chip multiplexing for our GEM-X Universal 3’ and 5’ #scRNAseq means no extra steps and no extra costs. Confidently run high-performance single cell studies with a species-agnostic workflow that lets you use lower cell inputs and protects your budget: https://lnkd.in/gYsgextY
It’s not only National #DiabetesMonth—today is #WorldDiabetesDay. And scientists are continuing their efforts, providing hope to the 537 million people worldwide living with this disease. In fact, in a recent Nature publication, researchers used single cell sequencing to demonstrate that human islet cells from diabetic donors can be reprogrammed to secrete insulin. Read the paper!