News

Study shows that blocking a protein can yield more and more potent cells for regenerating diseased muscle.

Discover how protein secretion in gourds causes pollutant accumulation, offering a path toward safer food and cleaner soil.

Bacterial metabolites queuine and preQ1 have been found to directly regulate protein synthesis in human cells, promoting or suppressing cell growth with implications for cancer therapy.

A detailed 3D atlas of the brain in the two weeks after birth offers a window into a critical period of neurodevelopment.

By modulating P-bodies, cytoplasmic structures containing RNA and RNA-binding proteins, it may be possible to guide cells toward clinically valuable types, advancing regenerative medicine and infertility research.

Researchers from the University at Albany and NYU Grossman School of Medicine have found a way to block a key cellular pathway known to drive chronic inflammation and impaired wound healing in people with diabetes.

Discover how bioinformatics in drug discovery is accelerating innovations in spinal cord injury treatment with thiorphan.

A study reveals how RNA modifications regulate the transformation of stem cells into retinal cells. The protein METTL3, which adds methyl groups to RNA, was found essential for this process, particularly by stabilizing Six3 RNA.

A tiny bone from Starosele Cave, Crimea, has yielded ancient DNA showing it belonged to a Neanderthal dubbed “Star 1”. Genetic analysis revealed close ties to Siberian and European Neanderthals, highlighting long-distance mobility.

New research shows that a rare brain cell is abnormally active in mice with schizophrenia-like behavior, and reducing the activity of these cells alters mouse behavior.