New tool offers single-cell study of specific genetic variants
Peer-Reviewed Publication
Updates every hour. Last Updated: 2-Jan-2026 05:11 ET (2-Jan-2026 10:11 GMT/UTC)
Scientists have developed a highly sensitive single-cell tool that can help uncover links to complex diseases. Known as single-cell DNA-RNA-sequencing (SDR-seq), this tool created by scientists from EMBL's Genome Biology Unit can study both DNA and RNA simultaneously inside the same cell – a critical element in understanding how genetic variants impact gene expression in what’s called the non-coding region of the genome.
With SDR-seq, the scientists found that even small changes in DNA can change how genes are regulated in stem cells, and in a type of blood cancer called B-cell lymphoma.
SDR-seq offers genome biologists scale, precision, and speed to help understand and eventually treat a broad range of diseases.
All cells – from mammalian cells to microbes – can follow different biological paths. Whether they grow and divide, specialise, age or die depends on the pathway they take.
The decision about which path a cell takes is controlled by intracellular molecular clusters.
New findings by researchers at ETH Zurich could help influence a cell’s decisions to target diseases such as cancer.
The Brain & Behavior Research Foundation (BBRF), the world’s largest private funder of mental health research grants, announced it is awarding the 2025 Outstanding Achievement Prizes in Mental Health to five scientists for their exceptional contributions to psychiatric research.