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Single-cell genomics study reveals cell types relevant to disease progression, immune response suppression.

A subset of intestinal stem cells communicate with T helper cells, which in turn may influence stem cells' state through the cytokines they produce.

Researchers unmask unique genetic signatures of more than 560 cell populations across nine brain regions, and lay the groundwork for deeper insights into the biology of brain disorders.

Profiling thousands of individual cells enables researchers to create an atlas of embryonic development at unparalleled resolution

In defining the cellular context of diffuse midline gliomas, researchers find the cells fueling their growth and suggest a potential approach to treating them: forcing their cells to be more mature.

By surveying gene expression in over 53,000 cells from the small intestine, researchers have created a rich reference for understanding the biology of inflammatory bowel disease and food allergies, among other conditions.

DroNc-Seq — a technology that merges single-nucleus RNA sequencing with microfluidics — brings new scale to gene expression studies in complex tissues.