spatial RNA-seq
Just as cell type labels are fundamental to single-cell data analysis, tissue annotation is equally crucial for understanding spatial organization and biological context. In spatial transcriptomics, identifying tissue structures helps researchers interpret gene expression patterns, uncover spatially restricted cell states, and study disease-associated microenvironments with far greater clarity. To support
spatial RNA-seq
Once upon a time, a brave team was given a very dangerous mission: to bring down two giant castles that had stood for a long, long time. The team was made up of many small squads — T cells, B cells, Myeloid cells, and more — each with a special role. They
spatial RNA-seq
In the ever-changing world of biological research, understanding how cells communicate within their spatial context is crucial. The 10X Visium HD technology has become a game-changer, allowing scientists to study cell interactions with amazing detail and clarity. In this post, we explore the capabilities of the Visium HD dataset to