EMBL researchers created SDR-seq, a next-generation tool that decodes both DNA and RNA from the same cell. It finally opens ...

EMBL researchers and collaborators have developed SDR-seq, a breakthrough single-cell technology that captures DNA and RNA ...

With a closer look at genomic variation, scientists now have a faster, more precise way to uncover new links to disease EMBL ...

Alternative splicing exhibits lineage-specific variability, with mammals and birds reaching the highest levels despite conserved intron-rich architectures, while unicellular eukaryotes and prokaryotes ...

By examining genomic variation more closely, scientists can now identify new disease connections with greater speed and accuracy. For centuries, scientists have recognized that certain illnesses can ...

A review in Clinical Epigenetics synthesizes growing evidence that paternal lifestyle and environmental exposures such as ...

Molecular regulatory mechanisms play a crucial role in efficient and precise breeding of horticultural crops, including ...

We don’t lack ideas, we just lose them in translation. You’ve heard the war stories: The founder scribbles a vision on a ...

A new review in Clinical Epigenetics synthesises growing evidence that paternal lifestyle and environmental exposures such as diet, obesity, smoking, endocrine-disrupting chemicals, and stress alter ...

Using the iconPCR system, n6 presents enhancements in low-pass whole genome sequencing. This approach enables balanced, ...

What if the final barrier to seamless AI-driven coding wasn’t a massive leap, but the elusive last 1%*? Imagine AI agents so advanced they could tackle tasks for over 30 uninterrupted hours, rewinding ...