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A comprehensive single-cell analysis of airway cells in mice, validated in human tissue, reveals molecular details critical to understanding lung disease.

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 mapping gene expression at the single cell level, researchers find that a unique transition may assist the spread of head and neck tumors.

A math concept from the engineering world points to a way of making massive transcriptome studies more efficient.

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.

Blueprint describes path forward for cataloging every cell in the human body; cell data release to be available to research community.

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

Single-cell analysis of human brain organoids cultured for more than nine months reveals novel neuron diversity, maturation, and responsiveness — suggesting potential use for modeling brain development and neuropsychiatric disease.

A new study of oligodendroglioma at single-cell resolution suggests that stem cells may drive cancer proliferation.