Batteries, the dominant power source, are bulky and eventually run out of juice, while making them smaller and more flexible reduces the charge they can store. But study lead author Siqi Wang, a Ph.D.

Lab-grown organoids wire into mice missing a key part of their brain, offering a new way to test drugs for developmental conditions. Human brain tissue transplanted into mice that lack a key part of ...

Stem cell-derived embryo models offer scientists a promising way to investigate the earliest stages of human development, but ...

As prominent artificial intelligence (AI) researchers eye limits to the current phase of the technology, a different approach is gaining attention: using living human brain cells as computational ...

Microglia are the most common immune cells in the brain, where they defend against intruders and engulf damaged neurons. Now, scientists at Columbia's Zuckerman Institute have discovered for the first ...

A single human brain cell may be far more powerful than scientists once realized. Researchers found that cortical neurons can perform remarkably complex computations, giving them capabilities more ...

Terminator-style cyborgs are a major step closer after scientists successfully integrated electronics with human cells. They ...

University of Sydney researchers have developed a new way to test how closely lab-grown biological models resemble real human embryos, finding that while some models perform well, none yet fully ...

Northwestern Medicine scientists have discovered that one of the body's most fundamental biological processes—how red blood cells are made—works differently in humans than previously thought, ...

Researchers have developed a computational framework that acts as a standardized benchmark for human embryo models.

VivoSim is a San Diego biotech company whose goal is to limit the impact of failure in human trials. By using lab-grown human ...