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AtlasXomics is creating beautiful maps at cellular resolution to reveal the epigenetic underpinnings of disease development. Creating these maps generates 100s of TBs of data and requires a vast computational infrastructure. Tune in to our webinar on Thursday, August 1st to hear

Excited to share our first preprint on a novel spatial multi-omics technology that co-profiles five modalities within the same tissue section. Great collab w/ Marek Bartosovic and Mingyao Li . Kudos to my postdoc Pengfei Guo and PhD student Liran Mao ! biorxiv.org/content/10.110…

Thrilled to report Patho-DBiT, just published in Cell 😊. It allows us to directly “see” all kinds of RNA species on the same clinical FFPE tissue slide, including mRNA, miRNA, snRNA, snoRNA, tRNA, etc, and splicing isoforms, genetic alterations (SNV, CNV, etc). Really a fun,

📖 New review in Nature Reviews Cancer on how epigenomic heterogeneity drives tumour evolution! We dive into: Check it out if you're into epigenetics, single-cell tech, or the future of cancer therapy! 📖 nature.com/articles/s4156…

We are at #SITC2024! Check out the latest in spatial epigenomics analysis at poster 1361

Thrilled to share Perturb-DBiT — spatial unbiased in vivo perturb-seq with genome-scale CRISPR libraries! Hope you enjoy reading it over the Thanksgiving week 🥰 Kudos to Alev Baysoy, Xiaolong, Feifei, and Paul. & collaboration with Sidi Chen, Hongbo Chi. biorxiv.org/content/10.110…

We had an amazing time hosting our Lunch and Learn at the Broad Institute of MIT and Harvard yesterday! A huge thanks to the Spatial Technology Platform group for organizing and to everyone who attended, making it a great opportunity to connect with the research community.

Cheers to a year of breakthroughs at Atlasxomics—and an even more innovative 2025 ahead! Together, let’s push the boundaries of discovery. #epigenetics #genomics

Check out our White paper! While standard assays obscure crucial spatial and cellular differences, high-resolution methods like our spatial ATAC-seq illuminate the epigenetic underpinnings of cancer progression and therapy resistance. Learn more in our recent stomach cancer case

AtlasXomics is thrilled to see our collaborators at LatchBio accelerate peak calling with a GPU-based MACS rewrite—achieving roughly 15X faster performance! This breakthrough significantly speeds up single-cell and spatial assays, enabling quicker epigenetic insights and

We’re excited to take part in the Spatial Epigenomics Virtual Day hosted by the Center for Epigenomics at UC San Diego! This event brings together leading researchers to showcase the power of spatial epigenomic technologies across diverse research fields. Check out the full

Our spatial multi-omics technology that co-profiles five modalities is now published in Nature Methods Nature Methods! Huge thanks to Marek Bartosovic, Mingyao Li, and my amazing team, including postdoc Pengfei_Guo and PhD student Liran Mao! nature.com/articles/s4159…

Exciting to see our spatial ATAC-seq assay featured in PAIN Journal! 🔬✨ This study by Urzula Franco-Enzástiga unveils the epigenomic landscape of the human dorsal root ganglion, shedding light on sex differences in nociceptive gene regulation. #SpatialEpigenomics #ATACseq

Discover how we’re turning the tide on tumor heterogeneity. Watch our new video to see how Atlasxomics’ cutting‐edge spatial epigenomic tools are powering breakthroughs in cancer research. #CancerResearch #SpatialEpigenomics

Unlock the hidden secrets of tissues with AtlasXomics! Discover how our revolutionary DBiT-seq enables spatial epigenomics. #Epigenetics #Genomics #SpatialBiology

Our CEO, Ken Wang, takes the stage at Nvidia’s GTC conference, sharing how our advanced computational pipelines are shaping the future of spatial epigenomics. Stay tuned for more innovative breakthroughs! #GTC #nvidia #epigenetics

Want to run spatial epigenomics in your lab? Our DBiT-seq kit makes it easy. Watch how it works! #epigenetics #spatialbiology

New preprint from Dr. Xusheng Wang (UTHSC)! Using AtlasXomics’ spatial ATAC‑seq kit, the team mapped chromatin shifts in six‑month‑old 5×FAD Alzheimer’s mice and uncovered microglial TREM2 & VISTA hotspots that fuel neuro‑inflammation. Read ➡️ doi.org/10.1101/2025.0…

What a fantastic talk by Beatriz and EllisLab_ at the Cedars-Sinai Single Cell and Spatial Omics Symposium! We’re proud to enable such exciting insights.

🧩 Problem: IL-2 sparks regulatory T-cell activation, but where their chromatin rewires inside tissues was a mystery. 🛠 Solution: An Amgen R&D team led by Dr. Chi-Ming Li used AtlasXomics DBiT-seq spatial ATAC-seq to trace 20 µm-scale activation pockets and bZIP-TF footprints in