When
Integrated Multiomics with Bruker — From Bulk Gene Expression to Spatial Multiomic Insights
In Collaboration with the University of Arizona Molecular Clinical Core
Thursday, April 9th 12:30–2:00 PM MST
University of Arizona Medical Research Building Room 102
Join us for an engaging seminar spotlighting the nCounter® Analysis System and its newly expanded bulk Multiomic capabilities. Learn how researchers can now measure RNA and protein from the same sample to gain deeper biological insight. The session will also feature an overview of Bruker Spatial Biology’s spatial portfolio, highlighting how these technologies are used, what they enable, and recent advances across the lineup. Guest speaker presentations will wrap up the session, followed by Q&A. Complimentary lunch and deserts will be provided!
The University of Arizona scientific community is invited to join us for a lunchtime session featuring a focused deep dive into our suite of bulk and spatial multiomic technologies. During this session, we’ll provide high-level overviews of the platforms, alongside guest speaker presentations showcasing how researchers are applying these tools in their own studies. We’ll also share how to access these technologies on campus for your own work, including the recently installed nCounter PRO System, along with updates across the portfolio that expand capabilities and support deeper biological insights.
Technologies at a Glance
· Get results in under 24 hours with just 15 minutes of hands-on time—multiplex up to 800 targets using the nCounter® Analysis System's direct detection technology. Now, the platform is evolving beyond bulk gene expression with new bulk multiomics capabilities, enabling RNA and protein analysis from the same FFPE sample.
· The GeoMx® Digital Spatial Profiler is the only spatial biology platform that non-destructively profiles expression of the whole transcriptome and 1,200+ proteins from a single FFPE or fresh frozen tissue section.
· The CosMx® Spatial Molecular Imager is the only single-cell spatial platform that enables whole transcriptome RNA analysis paired with high-plex protein detection—up to 76 proteins). From cell atlasing to signaling pathway analysis, gain deep biological context and subcellular resolution—all from one experiment.
· CellScape™ Precise Spatial Proteomics offers end-to-end multiplexed spatial proteomics and single-cell analysis with advanced imaging, automated fluidics, and flexible assay design for any species to accelerate research from discovery to translation.
REGISTER HERE: Lunch & Learn | University of Arizona
The speakers included are:
- Benjamin Euhus
- Cellular Account Manager, Bruker Spatial Technology
- Shawn Beitel, MSc
- Research Program Administrative Office, Firefighter Health Collaborative Research Program, University of Arizona
- Marco Navarro, Ph.D.
- Fields Applications Scientist, Bruker Spatial Technology
- Collen Ramsower, MS, MB(ASCP)CM
- Pathology Research Labs Manager, University of Arizona, College of Medicine-Tucson
For more information, contact:
Taylor Edwards, MSC, PhD
Pronouns: He/Him/His
Associate Staff Scientist
Manager, Cores Operations
Clinical Laboratory Manager