Biological systems operate in complex, three dimensional environments where cells interact, communicate, and function in precise spatial contexts. Spatial biology offers a window into these dynamic systems, helping researchers map gene expression, protein distribution, and metabolic pathways within intact tissues. As techniques evolve, researchers face critical decisions about which tools best match their research goals.
Download this Technology Guide to learn:
- How to define biological questions and select spatial methods for transcriptomics, proteomics, metabolomics, and multiomics studies
- Strategies for preparing samples and capturing spatial resolution from tissue-level to subcellular scales
- Expert insights on integrating spatial technologies to improve therapeutic development and advance fundamental biological discovery
