Researchers used the AI system AlphaFold to develop a tiny "syringe" that can inject proteins into cells. These proteins, shown here in a microscopy …
Storyboard
These Incredible 'firsts' in Biotech Are Redefining Wellness
But computer simulations can run through billions of shape and size options in days or weeks. Researchers can even vary the environment around the simulated xenobots. Promising shapes, sizes and environments can then be tested in the real world.
Photo: cdn.mos.cms.futurecdn.net
The DeepMind program AlphaFold predicted the structures. A 3D image of a malaria protein The artificial intelligence group DeepMind has unraveled the …
These bio-bots are made from frog cells. Tiny groups of cells shaped like Pac-Man are the world's first self-replicating biological robots. The tiny …
The first vagina-on-a-chip replicates the cellular environment of the vagina. This is an example of the microfluidic "Organ Chip" platform developed …
The study used mice and human organoids. Mouse embryos exposed to valproic acid in the womb develop similar birth defects to human embryos. The far …
