RareCyte, Inc.

RareCyte & UCSF researchers developed a novel, highly sensitive assay to detect and characterize CTCs in the cerebrospinal fluid of patients with leptomeningeal disease. Shout out to Laura Huppert who gave a great presentation on this work at AACR 2025! aacrjournals.org/cancerres/arti…

Translational spatial biology enables you to progress from biomarker discovery to the development of clinically actionable panels that drive impactful patient outcomes. Read our new blog to learn how to bridge the translational gap in spatial biology: rarecyte.com/the-path-to-cl…

Back by popular demand…the RareCyte Calendar Image Contest! 📅 Submissions are now open to be featured in our 2026 calendar. To enter, submit your most awe-inspiring image taken on either an Orion or CyteFinder instrument. Learn more: rarecyte.com/2026calendar/?…

The Orion platform enables translational spatial biology by profiling 20 channels in a single round, delivering high-throughput spatial insights. Explore this whole-slide pancreas ductal adenocarcinoma sample, taken on the Orion platform. 🔎 images.rarecyte.com/Q131-pancreas

Spatial biology workflows are often fragmented, but Orion streamlines the process by running cell segmentation and feature extraction on its processing unit, creating a comprehensive data package ready for flexible downstream analysis. Learn more: drugdiscoverynews.com/optimizing-spa…

Live from Spatial Biology Congress in Guangzhou, China! 👋 Swing by RareCyte's booth to learn more about the Orion platform. Orion enables rapid, spatial protein profiling of 20 channels per round to power your tissue-based translational research. #Congress2025 #SpatialBiology

RareCyte is a proud sponsor of the 2025 Spatial Biology Congress, taking place in Guangzhou! 🌟 Stop by booth #2 to learn how to achieve high-throughput multiplex IF with single round imaging of up to 20 channels. Learn more about Orion: rarecyte.com/orion/ @GlobalEngage

What advancements have improved imaging tools for spatial proteomics? ✅ Increasing the # of protein biomarkers captured per round ✅ Staining your entire panel in a single round ✅ Maximizing sensitivity with narrow-band emission filters Learn more: drugdiscoverynews.com/optimizing-spa…

We’re thrilled to be part of the #SEASR meeting in Tampa, Florida! Swing by the RareCyte table and chat with Alicia Langeway who will introduce you to Orion: our single-round, high-plex, high-throughput multiplex immunofluorescence platform. ➡️ rarecyte.com/orion/?utm_sou…

🔎 Dive into this interactive data set to explore the results of a whole slide colon adenocarcinoma experiment. Take a tour of the tissue microenvironment and toggle between 13 different markers at your own pace. ➡ images.rarecyte.com/Q135-colon?utm… #TissueTuesday

Always great to bring the RareCyte team together! We’re here to help push your research forward with innovative technologies and dedicated support - every step of the way. Here’s to continuing to advance research together! #Biotech #CompanyCulture

Live from #CYTO2025! Connect with the RareCyte team at Booth #827 to explore adding spatial context to your cytometry research using the Orion platform. #CYTO #SpatialBiology #SpatialProteomics #OrionSpatial

Spatial biology 🤝 flow cytometry at #CYTO2025! Stop by RareCyte Booth #827 to explore adding spatial context to your cytometry research using the Orion platform. Book a meeting with RareCyte at CYTO here, calendly.com/rarecyte-sales… #CYTO #SpatialBiology #Cytometry #OrionSpatial

To identify therapy resistant cell populations in PDAC, Dr. Yana Zavros compared surgically resected tissue specimens to the metastatic tumor tissue by spatial transcriptomics and multiplex immunofluorescence. Watch full webinar on-demand: rarecyte.com/exploring-new-…

Let’s connect at #CYTO2025! Catch RareCyte at Booth #827 to explore adding spatial context to your cytometry research using the Orion platform. 📆 Book a meeting with RareCyte at CYTO: calendly.com/rarecyte-sales… #SpatialBiology #SpatialProteomics #RareCyte

#FridayRead: New research reveals how macrophages shape the TME by altering collagen structures, directly impacting immune cell infiltration into tumors. The Orion platform was used for 16-plex spatial protein profiling of T cell clusters. DOI: doi.org/10.1101/2025.0…