Tiny human brain organoids survived for years outside the body, continued to mature, and even skipped ahead through stages of ...

Cellular senescence is commonly defined as a state characterized by permanent cell cycle arrest in the absence of cell death, in which cells have altered function. While cellular senescence has been ...

We often say, “After turning 50, my body and mind aren’t what they used to be.” A new study reveals a scientific reason why ...

A single-cell study of the hippocampus suggests brain aging is not a steady decline, but a coordinated immune, vascular, and neuronal overhaul.

The organoids of the human brain grown in the laboratory continued to develop for several years and preserved information on the past stages of maturation at the cellular level. This was reported in ...

The human brain is often described as one of the most complex structures in biology, and much of its power comes from how ...

Existing three-dimensional (3D) neuronal culture technology has limitations in brain research due to the difficulty of precisely replicating the brain's complex multilayered structure and the lack of ...

When researchers at Lund University investigated how UM171, a molecule used to make blood stem cells multiply, works, they ...

Brainstem cells responded to H3.3 K27M by remaining immature and proliferative longer, unlike cells from less vulnerable ...