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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.

Clones and blood cancer, babies' microbiomes, a step toward enhancer prediction, and more.

Picking the right gene network model, the roots of a rare kidney tumor, brain disorders' shared genetics, and more.

Problematic bacterial proteins, better base editing, finding gene transcription's starting points, and more.

The developing zebrafish, tracking malaria genomically, protein capture with CRISPR, and more.

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.

First 250,000 developmental cells sequenced from a range of human tissue

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.