Genome Regulation, Cellular Circuitry and Epigenomics

Slide-DNA-seq helps researchers better understand spatial differences and patterns in complex tissues such as tumors.

Analysis reveals genetic control elements that are linked to hundreds of human traits.

COVID-19 test insights, an expanded elemental encyclopedia, where food choice and genetics meet, and more.

Analysis of single glioblastoma cells shows that they can flip between four different states

Genetic insights about autism spectrum disorder and insomnia, first cellular atlas of the primate retina, and more.

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

A new use of an old mathematical method analyzes a massive single-cell RNA sequencing experiment to explore how cells move from one state to another.

HiDRA merges three experimental and computational approaches to study, at high resolution and throughput, how disease-related variants in the noncoding genome impact gene expression.

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

Mapping mouse airways, brown fat and exercise, and cancerous dependencies.