Enabling researchers to answer biology’s hardest and most elusive questions with innovative #singlecell, #spatialbiology & #insitu technology
Pleasanton, CA
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We are thrilled to share that the @AllenInstitute received its #Atera this week! Thank you to Jenny Burns for capturing the on-site excitement. We can’t wait to see what you discover!
#AteraFounder
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2,000+ pre-designed probes. 1.1 million perturbations. Genome-wide single cell CRISPR screening is here, without the genome-wide probe set. Apex CRISPR is now open for pre-order. Get the details and reserve your kit today > bit.ly/4z2z47f
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Congratulations on this exciting collaboration! We can’t wait to see the powerful insights you uncover and the impact this will have on drug discovery.
8 million brain cells. 32 minutes. A new frontier in medicine.
In less than a year, PerturbAI built a proprietary AI-native drug discovery engine, created 6 genomic maps, revealing how genes influence health and disease in living systems.
Now, together with @OpenAI and @ScrippsResearch, we've uncovered 11,000 biological insights and ~100 promising leads using frontier AI in just 32 minutes.
We're expanding our partnership into drug-target discovery, bringing us closer to understanding disease and developing new medicines.
Better biology. Better targets. Better medicines.
Learn more: perturb.ai/news/perturbai-la…
Read the full blog here: openai.com/index/scaling-ai-…
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Last chance to get a first look at jumpstarting your #Atera spatial experiments! Join our experts for a webinar on how you’ll get the most from Atera with a workflow overview, tips and tricks to save time, and more. Register now: bit.ly/4s6NY9A
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Here’s your one-stop intro to #Atera #InSitu. Find answers to: What is Atera? How does it work? What can I do now that I couldn’t before? What's the fastest way to start generating data?…and more. Read the blog!
bit.ly/4dL03vw
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Atera has arrived—and it keeps getting better with a new dataset. Try the new desktop 10x Genomics Explorer software, and see what FFPE human kidney reveals with spatial whole transcriptome analysis. Check them out now: bit.ly/3TAmc8Y
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Get your core ready for full service with fixed samples and #FlexApex. Join our Oct. 23 webinar to hear best practices for capacity planning, staffing, batching strategies, and the perks of fixation. Register today! bit.ly/4sa1I3I
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#Atera has arrived: is your lab ready to get started? Join us for a deep dive into the workflow, platform, and tips to make sure you hit the ground running and maximize your spatial WTA experiments with Atera. Register now: bit.ly/482rLAh
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🚀 Powering the AI era of biology!
We've signed a strategic agreement with LC-Bio & Vitaura in Hangzhou to advance # AI Virtual Cells (AIVC) & multiomics research! Together, we're building the data infrastructure for next-gen drug discovery. 🧬🤖
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Thrilled to continue our partnership with ASTRA for Phase 2! 🧬✨
Building on their Phase 1 efforts to analyze 1,000 samples on the #Xenium platform, the team aims to scale to 5,000 samples with #Atera.
Great to support their work & join their 2026 event!
#SpatialBiology
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With Atera, researchers can explore biology at greater depth and scale, allowing them to ask much more complex questions about human health and disease. Hear from Dana Pe'er, PhD, of @MSKCancerCenter on what’s possible with Atera, and discover Atera: bit.ly/47R1tAY
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Excited to collaborate with @FredHutch on our first clinical research initiative beyond solid tumors into blood cancers, exploring new approaches in advanced bladder cancer and acute myeloid leukemia to support more precise cancer treatment planning: bit.ly/4ARUHZ5
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What’s behind the data of the Virtual Cell Challenge? @arcinstitute generated a 30-million-cell #Flex and Perturb-seq dataset, testing 5,000+ perturbations across 6 cell lines, to score your prediction models. Read more in the blog! arcinstitute.org/news/behind…
Virtual cell models are only as good as the data they learn from. To predict how any cell type responds to a perturbation, models need high-quality causal data generated across contexts, so technical noise doesn't masquerade as biology.
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See biology in new ways 🧬 Join us Oct 22 to learn how 10xGenomics #SingleCell & spatial assays help researchers target novel therapeutics, unpack disease mechanisms & overcome treatment resistance.
👉 Register: 10xgen.com/25Y
#SpatialBiology #10xGenomics
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V(D)J profiling meets stabilized whole blood. Track adaptive immune responses without the constraints of on-site processing. The Universal 5' workflow, now built for multi-site collection. Learn more > bit.ly/4hJXmvo
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Higher sensitivity and throughput, faster run times, whole transcriptome plex. #Atera #InSitu lets you do more science. See more context, ask deeper questions, and step into a new era of spatial analysis. Now shipping! bit.ly/3TVtu7c
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#Atera has arrived!
Congratulations to @TGenResearch today: not only are they an #AteraFounder, but they've received one of the first Atera systems out in the wild! We can't wait to see the incredible things you'll do with it.
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Announcing Sentira, a new cloud analysis platform designed to accelerate the path from complex biological data to experimental conclusions, starting with Sentira Spatial Analysis and @NVIDIA accelerated computing. Now available to Early Access customers: bit.ly/4rA7mvq
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#Atera is now shipping worldwide. Researchers are preparing to put Atera to work across some of biology’s biggest questions, from disease mechanisms and therapeutic response to large-scale cell and tissue atlasing and training AI models of biology: bit.ly/4ACM1FR
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Live from Singapore! Today, our CEO Serge Saxonov & Prof. Teh Bin Tean from @NCCS_SG signed a major Research Collaboration Agreement for SPADE! 🧬
Together, we’re mapping tissue microenvironments to transform cancer care! 📸👇
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