A team of researchers has used living human brain tissue to reveal how deep brain stimulation changes the activity of...

A new lipid nanoparticle system has enabled researchers to genetically modify human haematopoietic stem and progenitor cells (HSPCs) inside humanized...

Variants in the human gene PSPH may help explain why some people develop severe neurological disorders linked to inadequate production...

Antibiotic resistance is no longer confined to hospitals or clinics. Resistance genes that allow bacteria to withstand antibiotics are now...

Scientists have uncovered a surprising molecular double life at the heart of plant development. A protein long associated with activating...

Kiwifruit is offering scientists a new view of how a plant’s genome works—not as a linear sequence of DNA, but...

Corticotroph pituitary neuroendocrine tumours, or corticotroph PitNETs, have long presented doctors with a deceptively difficult puzzle. These tumours arise from...

A molecular investigation into a patient’s unexplained thrombocytopenia has uncovered evidence that the interleukin-33 pathway may play a more direct...

Transposable elements, once dismissed as genomic “junk,” are emerging as active regulators of cell identity, stress responses and disease. A...

Genetic risk for autoimmune disease may be hiding in the spaces between genes. A study published in Nature Genetics has...