Atera enables whole-transcriptome spatial analysis at single-cell resolution in fresh-frozen and FFPE tissue, removing constraints in scale, sensitivity, and gene selection. The Carl June Lab is helping reveal these dynamics in tissue research samples: https://bit.ly/48bYvYF
10x Genomics introduces Atera, a new platform to redefine how biology is measured and understood.
Atera removes the trade-offs that have constrained research, unlocking a new era of insight that will transform our understanding of science and human health.
Atera delivers whole-transcriptome spatial data with single-cell sensitivity at scale.
Studying biology has long meant working with fragmented tools. With Atera, for the first time ever, biology can be measured as a complete system in its native context, at scale, removing the constraints that have held spatial biology back: https://bit.ly/48bYvYF
Uncompromised Spatial: Only on Atera
Last night we unveiled the impossible. Now we invite you to check out Atera for yourself at booth #3217! Or, if you're not at #AACR26, register for one of our webinars starting 4/21 to get a deeper look into the future of #spatialbiology: https://bit.ly/4b5SnBx
The impossible is finally here: introducing Atera, uncompromised #spatialbiology that lets you analyze up to 800 1 cm2 whole transcriptome samples/year with #singlecell sensitivity. Impossible breakthroughs await: register now for an in-depth look at our 4/21 webinar. https://bit.ly/4b5SnBx
The stage is set and we’re finally raising the curtain in just a few hours!
Watch for the full reveal at 7 PM PDT and make sure you register for our 4.21 webinar for a more in-depth look: https://bit.ly/4b5SnBx
The impossible takes center stage tonight! Get your first full look at something that will revolutionize biology and power your impossible breakthroughs. Keep an eye out for the big reveal at 7 PM PDT and register for the 4.21 webinar to get a deeper look! https://bit.ly/4b5SnBx
The wait is almost over.
Tomorrow, at 7 PM PDT, #10xGenomics invites you to witness the impossible. See what’s behind the curtain, then take a deeper dive in our 4.21 webinar. Register now: https://bit.ly/4b5SnBx
100M cells in one week? Challenge accepted. In fact, you can be well on your way to billion-cell studies. Plate-based multiplexing brings game-changing scale to #singlecell projects. See how it works > https://bit.ly/4v2s1tm
We had a great time exploring how 10x technologies are pushing the boundaries of translational research. Couldn't make it to our online Single Cell and Spatial Biomarker Discovery Summit? You can still catch up! A selection of recordings is now available on our resource hub: https://bit.ly/3QvYBE9
Just one week until we pull back the curtain on the impossible: will you be one of the first to see it?
Make sure you’ve registered for our upcoming webinar on 4.21 and get a closer look: https://bit.ly/4lbU3yh
#10xGenomics
Rare biological events 🤝 Chromium Precision. The true measure of #singlecell performance lies in your ability to reveal missing biology with confidence. Flex Apex delivers, even with FFPE and fixed whole blood. View the data > https://bit.ly/3OaXPvC
The impossible arrives in just two short weeks: where will you be when it does?
oin us for our webinar on 4.21 and witness the start of impossible breakthroughs: https://bit.ly/4sm2KrX
#10xGenomics
The biology behind treatment success lies hidden within precious samples. Flex Apex lets you bring their stories to light. Profile FFPE and fixed whole blood with #singlecell that can unlock the secrets in your samples. Discover how > https://bit.ly/4c4w6F4
Science is littered with tales of researchers, asking the right questions with the right tools, making the impossible possible.
You have your questions: all you need is your tool. So how will you accomplish the impossible?
Join us at #AACR26 to find out > https://bit.ly/4cdXscW
A new @synbiobeta.bsky.social profile featuring our CEO Serge Saxonov highlights a key shift: our ability to understand biology is limited by how well we can measure it. As datasets scale, they’re powering AI-driven discovery: bit.ly/47RDUJ1
We’re proud to collaborate with Roche Diagnostics USA in a shared commitment to supporting researchers with flexible, high-throughput, and trusted genomic data. This marks an important step forward in expanding sequencing options and scaling biological insights.
Welcome to the final edition of #SampleSpotlight! Every week, we highlight a different sample type that works seamlessly with the Flex Apex assay. This week’s spotlight: Organoids. Every sample has a story. Tell them with Flex Apex. https://10xgen.com/1WD
Which rare cells are you missing? And which of those hold clues for life-changing research? Reveal the details that matter with proven Chromium precision, and count on Flex Apex for the stories that demand to be heard. Discover how > https://bit.ly/4sCfPhA
Single cell sequencing. #NGS-based #spatialtranscriptomics. High-plex in situ.
These technologies were once impossible. Then they were improbable. Now they’re indispensable. So what will be next on that list?
See what’s next: https://bit.ly/4awhVJg
We’re proud to partner with Bioptimus and Broad Clinical Labs on STELA, a new global initiative to build the world’s largest clinically linked spatial biology atlas. Powered by Xenium, it will generate AI-ready datasets at unprecedented scale: https://bit.ly/4uYqbKj
Welcome to the next edition of #SampleSpotlight! Every week, we’ve highlight a different sample type that works seamlessly with the Flex Apex assay.
This week’s spotlight: Frozen tissue
Every sample has a story. Tell them with Flex Apex. https://10xgen.com/1WD
Exciting news! Our Epi Multiome assay is getting the GEM-X performance upgrade with incredible benefits across the entire workflow, from more reliable sample prep to higher gene sensitivity and more. Pre-order today > https://bit.ly/4sZwefD
Exciting new work on AI agents in biology from @jameszou.bsky.social and Sam Alber in @natmethods.nature.com! As biology shifts from data generation to interpretation, AI agents can help with hypothesis generation. Excited to keep collaborating with the Zou Lab: https://go.nature.com/3PeEKsQ
Today, PerturbAI announced the release of the world’s largest in vivo CRISPR atlas. The dataset maps the effects of thousands of genetic perturbations across millions of neuronal cells in the brain, resulting in the largest causal genomics resource generated in living tissue. www.perturb.ai/launch
So many things in science were impossible until someone found a way. How will you power the next wave of impossible breakthroughs?
We invite you to see for yourself: https://bit.ly/4laAS89
Welcome to another edition of #SampleSpotlight! Every week, we highlight a different sample type that works seamlessly with the Flex Apex assay.
This week’s spotlight: Fixed whole blood
Every sample has a story. Tell them with Flex Apex. https://10xgen.com/1WD
Our CEO Serge Saxonov recently attended #PMWC26 as a Luminary Award Honoree, joining a panel on “From Measurement to Meaning” to discuss how to translate progress in biological data generation and analysis into better patient care. Thank you to PMWC and his fellow panelists.
Building better #CART cells. Finding more effective #glioma therapies. Accelerating #Alzheimersdisease biomarker discovery. All of these were the work of researchers like you. All were once impossible...until they weren't. So what “impossible” thing will you do next? https://bit.ly/3OsMGpW
Welcome to the first edition of #SampleSpotlight! Every week, we’ll highlight a different sample type that works seamlessly with the Flex Apex assay. This week’s spotlight: FFPE tissue. Every sample has a story. Tell them with Flex Apex. Find out more: https://10xgen.com/1WD
Have you heard of #TheReadout? The first 2026 issue of our quarterly EMEA newsletter is here. Explore past editions and sign up to receive product news, expert tips, and research success stories tailored to your interests: https://bit.ly/4rSt9xI
