Discover COMET™ and RNAscope™, Spatial Biology Built for Pathology Workflows
Meet the Bio-Techne Spatial team at the 10th ScanPath Meeting in Helsinki and see how RNAscope™ and COMET™ bring fully-automated, same-section spatial multiomics into standard pathology workflows, using your own validated antibodies and without the need for antibody conjugation or barcoding.
Why stop by our booth
ScanPath gathers the Nordic tumor pathology and translational research community working on spatial tissue profiling and biomarker mapping, the core users of COMET™ and RNAscope™. If you stop by our booth, here's what we'll walk you through.
Your IHC antibodies and RNAscope™ probes, multiplexed
Your IHC antibodies and RNAscope™ probes, multiplexed
Bring your existing IHC/IF and ISH know-how straight on to COMET™. Use off-the-shelf, unconjugated primary antibodies without the need to barcode or validate upstream conjugations.
Slide in, image out
Slide in, image out
A fully automated run takes a slide from RNAscope™ and seqIF™ staining through image acquisition and pre-processing, with tissue morphology and epitope stability preserved for use in downstream applications.
Data that fits your analysis pipeline
Data that fits your analysis pipeline
Start your high-plex image analysis journey with HORIZON™ Image Analysis Software, built by Bio-Techne Spatial for COMET™-generated seqIF™ and RNAscope™ data. Do you prefer your own pipeline? COMET™ and RNAscope™ data are also proven compatible with HALO®, Oncotopix® Discovery, QuPath, and Nuclei.
Know before you go
Visit us at our booth or book a 1:1 with our scientists to talk through your research questions.
Presentation
November 2
Transforming Tissue into Insight with Same-Section Spatial Multiomics
Time: 3:45-4:00 EET
Presenter: Ronald Pouyo, Technical Sales Specialist, Bio-Techne Spatial
This presentation highlights Bio-Techne Spatial solutions for detecting RNA and protein markers in the same tissue section at subcellular resolution. By combining RNAscope™ single-molecule RNA detection with highly multiplexed protein profiling on the fully automated COMET™ platform, researchers can gain deeper spatial insights into tissue biology.