True 3D Perspectives
The Stellaromics blog
Rebuilding the Kidney in 3D: A New Map of Nephron Cell Types In Situ
A 64-gene panel resolves the kidney’s specialized cell populations directly within intact, thick tissue — no dissociation required. Single-cell RNA sequencing has done more to map the kidney’s cellular complexity than perhaps any technique of the last decade. By profiling
The Hidden Cost of Thin Slices: What 2D Tissue Sections Are Quietly Undercounting
Decades of standard histology have systematically underestimated cell density, proximity, and tissue complexity — the data show exactly how much. For decades, spatial biology and histology have relied on a simple convention: cut tissue into thin (5–10 μm) sections, mount
Beyond Dissociation: What Single-Cell Sequencing Still Can’t Tell You
Cellular atlases built from single-cell RNA sequencing have transformed biology — but dissociating cells erases the spatial relationships that drive disease. Single-cell RNA sequencing (scRNA-seq) has done more to map cellular complexity than almost any technique of the last decade,