Fluorescent staining image of a tissue sample using the Lunaphore COMET platform
The image displays multiple biomarkers of the immune microenvironment.
Overview
The Spatial Hybrid Core at Mayo Clinic in Arizona offers innovative tools using revolutionary technology for detailed spatial profiling of tissues. The facility provides researchers with unprecedented insights into tumor microenvironments, immune landscapes and the molecular mechanisms underlying cancer progression and neurodegenerative diseases.
Cutting-edge platforms
Spatial biology enables high-resolution interrogation of tissue architecture, providing critical insights into cellular organization and dynamics that sustain physiological function. Through spatial multi-omic platforms, RNA and protein detection can be performed concurrently within intact tissue contexts, thereby elucidating the molecular networks that regulate cell states, disease evolution and therapeutic responsiveness. By preserving spatial context, these approaches advance precision medicine and uncover how cellular neighborhoods modulate biological processes and contribute to disease mechanisms.
Explore data analysis
Integrating advanced spatial analysis with genomic and proteomic data enables a multidimensional view of tissue biology. This combined approach enhances analytical precision, refines interpretability and generates more robust insights to guide research and discovery.