Revolutionize Spatial Biology Research
Bio-Techne Spatial, a leader in applied spatial biology solutions, empowers scientists and clinicians around the world to push the boundaries of science and medicine. Bio-Techne Spatial is built on technological excellence to deliver targeted, scalable spatial biology solutions and accelerate breakthroughs that improve patient lives. Powered by the gold-standard RNAscope™ technology and the end-to-end COMET™ Suite, the comprehensive ecosystem of best-in-class reagents, instruments, and analysis software enables versatile and reliable workflows for RNA, protein, and multiomic detection with unmatched analytical performance.
Explore our integrated portfolio delivering end-to-end solutions for low-to-high plex RNA, hyperplex spatial proteomics and multiomic same-section analysis powered by the gold standard RNAscope technology and the universal SeqIF Technology. See hyperplex spatial proteomics, spatial RNA detection using the gold-standard RNAscope technology, and end-to-end spatial multiomic workflows in action. Meet our team, join the dinner symposium, and speak with our technical experts.
Join Bio-Techne Spatial at AACR 2026 for a live product demo, scientific talks, and hands–on product showcases. Explore our innovative multiomic portfolio expanding from the fully-automated, end-to-end spatial multiomics workflow on COMET, novel RNAscope™ assays, SPYRE™ Antibody Panels, HORIZON™ Image Analysis Software, and seamless RNA and protein detection on the same tissue section.
Scientific Activities
Poster Presentations
Automated multiomics assay with over 100 biomarkers for in-depth spatial profiling of the tumor microenvironment in multiple cancer types
Poster Number: 4969
Decoding the tumor microenvironment with triple-omics: Automated spatial analysis of protein-protein interactions, RNA, and protein markers on the same section
Poster Number: 6680
BaseScope™ duplex assay enables same-slide detection of short RNA targets including isoforms
Poster Number: 4955
Automated co-detection of small RNAs, RNAs and proteins in tumor tissues with Roche DISCOVERY™ ULTRA
Poster Number: 6670
Integrated Spatial Multiomics Pipeline For Visualizing Protein Interactions In The Tumor Microenvironment
Poster Number: 799
Development and utility of precision FISH/IF multiomic panel to elucidate T cell functionality in the tumor microenvironment
Poster Number: 5832
Rapid antibody drug conjugate markers and RNA biomarkers in solid tumors using a hybrid Ultivue InSituPlex and Protease-Free RNAscope Workflow
Poster Number: 3971
Dinner Reception
We’re excited to unite the spatial biology community for an evening of cutting‑edge science, major announcements, and meaningful connections at our exclusive AACR‑affiliated dinner reception. Join us to hear world‑renowned experts reveal how spatial multiomics is driving the next wave of breakthroughs in immuno‑oncology, and take the opportunity to engage directly with Bio-Techne Spatial scientists over drinks.
Date and Time: Monday 20 April 2026 from 6:30 pm
Venue: Marriott Marquis San Diego Marina
Our AACR dinner reception will feature two visionary leaders who are shaping the future of cancer research, alongside an exclusive showcase of our latest product innovations as well as a sociable and enjoyable atmosphere to spark conversations and new connections.
Akil Merchant, MD
Associate Professor of Medicine, Director of the Spatial Molecular Profiling Core and Co-Director of the Lymphoma Program at Cedars-Sinai Health Sciences University
Presentation: Spatial Biomarkers for Cancer: From Discovery to Clinical Application
Lawrence Fong, MD
Inaugural Bezos Distinguished Scholar and Director of the Immunotherapy Integrated Research Center at the Fred Hutchinson Cancer Center
Presentation: Defining determinants of response to immune checkpoint inhibition
Meet us at booth 1529
Product highlights
- COMET™ hyperplex seqIF: automated, highplex imaging with unmatched performance
- SPYRE™ Antibody Panels: Ready to use, validated antibody panels to use
- New RNAscope™ assays: VS Fl Multiplex, VS miRNAscope™ Assay
- ProximityScope™: Multiomic workflow enabling visualization of protein proximity for studying disease mechanisms
- Fully-automated Spatial Multiomics at Scale: Generate RNAscope™ and seqIF data on the same tissue section
- HORIZON™ Image Analysis Software: AI powered segmentation, cell phenotyping and spatial neighborhood analysis