From biomarker discovery to target validation, spatial multiomics enables studies across fields including oncology, immunology, neuroscience, cell and gene therapy, infectious disease research and beyond. New technology lets researchers co-detect RNA and protein on same-section tissue with high specificity, helping them discover disease biomarkers with unmatched sensitivity while preserving tissue morphology.
In this application note from Bio-Techne, learn more about how to simplify the study of cellular processes and disease mechanisms with a streamlined, end-to-end COMET workflow that ensures reproducibility and speed, while providing subcellular resolution.