Visit Stellaromics at Booth 301 during Neuroscience 2026 to learn how researchers are leveraging 3D spatial multi-omics to discover unique cellular neighborhoods and cell-cell interactions in neurodegeneration, addiction, and brain cancer. hubs.li/Q04zy6lK0 #SfN26 #SFN2026

In thin tissue slices, you can easily miss cell-cell interactions happening mere microns away from your section. 100 µm tissue sections capture 16x more cells, increasing the likelihood of capturing these events. What's hiding just beyond your slide? hubs.li/Q04xffm70

Find the Stellaromics team at #ESSB2026, booth 1 this week to learn about Pyxa, the only platform for true 3D spatial multi-omics. We'll be showcasing how researchers across Europe have used Pyxa to uncover biological insights in neuroscience, cancer, and more.

Cells are three-dimensional -- so why do we study them in flat tissue sections? 10 µm tissue sections destroy cell morphology and obfuscate the true 3D relationships between cells. Learn more about the advantages of 3D spatial multi-omics: hubs.li/Q04x89P60

Stellaromics is proud to be a gold sponsor of the European Society for Spatial Biology meeting, coming up September 28 - October 1 in Sitges, Spain. Find us at Booth 1 to learn more about Pyxa, the only platform for true 3D spatial multi-omics. #ESSB2026 hubs.li/Q04xfF8F0

Today, we are excited to announce the installation of four early access Pyxa instruments across the United States and Europe - at Icahn School of Medicine at Mount Sinai, CNAG, Karolinska Institutet, and Stanford University. hubs.li/Q04xxXkQ0

Only 20-80% of cells in a 10µm tissue slice were consistently assigned the same cell type when the top and bottom 5µm were analyzed separately. Does this worry you? True 3D spatial multi-omics allows you to capture multiple layers of intact cells: hubs.li/Q04wDhZ90

Announcing the awardees of the Pyxa Project Grant: Billy Lau at Stanford will use Pyxa to develop new diagnostic tools for colorectal cancer.   Andrew Newman at QIMR Berghofer will investigate tissue remodeling in metastatic breast cancer. Congratulations to both winners!

Neurobiology exists in 3D. Dr. Lauren Wills from Icahn School of Medicine at Mount Sinai explains the need for true volumetric 3D spatial transcriptomics in understanding how neurons organize - data that no other single cell or spatial technology can detect.

By mapping ribosome-bound mRNA, RIBOmap™ (ribosome-bound mRNA mapping) reveals what cells are building within True 3D tissue samples. The implications reach across oncology, cell & gene therapy, and readouts for mRNA, ASO, and CRISPR-based therapeutics. hubs.li/Q04pvbgz0

Pyxa™ was built to discover 3D biology that is missed using conventional spatial and single cell technologies. Discovered on Pyxa: medium spiny neurons in the nucleus accumbens form aggregates with defined non-neuronal cells. From @IcahnMountSinai: hubs.li/Q04p5B6Y0

What does "thick tissue" mean? Pyxa images intact, 100 µm thick tissue sections. Instead of slicing through cells and performing reconstruction of serial sections, it's now possible to capture full cell volumes and intact tissue morphology. Learn more: hubs.li/Q04kl2g30

The Festival of Genomics, Biodata, & AI Boston is this week- find Stellaromics at Booth 30. We have limited spots available for dedicated 1:1 meetings with the Stellaromics team to discuss applications for 3D multi-omic assays on Pyxa in your studies. hubs.li/Q04ghLQw0

🔬8 samples 📏100 microns 🏆1 winner We are thrilled to announce the Pyxa Project Grant, a new program from Stellaromics that will award one researcher with a custom 8-sample service project on Pyxa, free of charge. Learn more and apply by June 30: hubs.li/Q04jglBB0

Find us at Booth 30 at the Festival of Genomics, Biodata, & AI to discuss how 3D spatial multi-omics on Pyxa can advance drug discovery and precision medicine. Plan ahead for a 1:1 discussion about 3D applications for your specific research question: hubs.li/Q04gcYXM0

Stellaromics is proud to welcome two members to our leadership team: Veronica Mankinen, SVP Global Commercial Operations and John Leamon, SVP Product Development. These industry veterans are well-positioned to scale the global commercialization of Pyxa. hubs.li/Q04gsQS30

As we head home from #AACR26, we look forward to keeping the momentum going by scheduling follow-up conversations about how we can help you apply 3D spatial multi-omics to your pre-clinical and translational oncology research. Meet with our team: hubs.li/Q04dhFvq0

Today is #WorldParkinsonsDay. Parkinson's disease is the fastest growing neurological condition, affecting 11.8 million people worldwide. Stellaromics is proud to partner with the @MichaelJFoxOrg and their mission to cure Parkinson's Disease. hubs.li/Q04br6Dj0

Visit Stellaromics at #AACR26 booth 4500 next week in San Diego to see how 3D spatial transcriptomics on Pyxa is being used to gain a deeper understanding of tissue architecture and cellular neighborhoods in mouse and human tumor studies. See you there!

Join us for a discussion on neuroscience applications of 3D spatial transcriptomics using Pyxa with Dr. Lauren Wills, Assistant Professor of Neuroscience at Icahn School of Medicine at Mount Sinai. Wednesday, April 15 at noon ET/9 AM PT. Register now: hubs.li/Q049Bf9H0