News

Learn how the discovery of a new ice phase could open up new frontiers in exploring material phases and how matter behaves in extreme conditions.

Discover how a machine-learning drug toxicity prediction model enhances the predictive power of AI in drug trials, boosting safety.

Researchers discovered that some p53 mutations, particularly R273H, overstimulate DNA replication and trigger immune activation through the cGAS-STING pathway. These tumors responded better to immunotherapy in mouse models.

Researchers uncovered 117 enzymes that modify RNA polymerase II, the key enzyme that transcribes DNA into RNA. The study revealed that even cell-surface kinases like EGFR act within the nucleus to regulate transcription.

According to researchers, IL-15 triggers harmful T-cell activation, but the calcineurin–NFAT pathway acts as a brake, suggesting new therapeutic strategies for autoimmune and viral diseases.

Higher midlife troponin levels predicted faster cognitive decline and greater dementia risk decades later, suggesting a simple blood test could help identify those at risk.

Rising global temperatures will dampen the world’s capacity to produce food from most staple crops – even after accounting for adaptation, according to new Human Climate Horizons data.

Discover how a novel acceleration technique allows for the creation of transgenic and gene-edited crops without tissue culture.

Discover how particles from space can help researchers recreate Arctic ice conditions over the past 30,000 years.

Learn about an effective immobilization method for membrane proteins, enhancing surface plasmon resonance techniques in research.