steatosis

A new study published in Nature presents a spatial atlas of gene expression in the human liver using live donors, revealing distinct zonation patterns in hepatocytes and non-parenchymal cells. The research highlights transcriptomic changes associated with early steatosis, offering insights into liver physiology and disease mechanisms.

A high-resolution gene-expression atlas of the healthy human liver was created using samples from living donors, revealing unique gene patterns and spatial adaptations in liver cells. The study, published in Nature, highlights human-specific gene expression zones and insights into steatosis-related cellular changes.