We are building intelligence from the molecular organization of cells.
We are developing Subspatial Intelligence to learn how molecular assemblies, membranes, and organelles are organized and orchestrated.
A cell’s organization is part of its biology.
A protein’s abundance does not, by itself, describe how it is assembled or where it operates. A molecular location becomes more informative when it can be related to the structure around it.
Subcellular spatial biology brings these observations together: molecular identity, location, structural arrangement, and cellular context.
We are building spatial intelligence by learning how these relationships vary across biological conditions, disease states, and experimental perturbations.
We are building frontier spatial intelligence powered by Subspatial Platform Technology.
Label-free structural discovery provides the surrounding architecture. Targeted molecular localization identifies where selected targets sit within it. Sample and experimental information establish the biological conditions under which those observations were made.
Subspatial Platform Technology is being developed to bring these measurements together across scales and across samples—the experimental foundation for Subspatial Intelligence.
Explore the platform