No matter how fluorescent the paint, how bright the screen, or how intense the neon light, you still won't see what a handful of people have seen. The color is called "olo," and it isn't hiding ...

Scientists led by Botond Roska at the Institute of Molecular and Clinical Ophthalmology Basel (IOB) and collaborators have identified genetic pathways and compounds capable of protecting cone ...

Black Mirror, eat your heart out. Researchers have apparently just figured out how to make people see a color completely new to humanity. Scientists at the University of California, Berkeley conducted ...

In vertebrate retinas, specialized photoreceptors responsible for color vision (cone cells) arrange themselves in patterns known as the "cone mosaic." Researchers at the Okinawa Institute of Science ...

Human color vision depends on three types of cone cells in the retina. Although all three contain the same light-absorbing molecule, 11-cis-retinal, differences in the surrounding protein determine ...

Scientists have taken a major step toward protecting the very cells that make sharp, colorful vision possible. By testing more than 2,700 compounds in thousands of lab-grown human retinal models, ...

Red cone photoreceptor cell arrangement: (Left) In wild-type retinas, red cones extend multiple filopodia toward neighboring cells, but these filopodia stop growing when they encounter other red cones ...