NEI Research News

A study conducted by Scripps Research in collaboration with University of California San Diego and the Lowy Medical Research Institute finds that erucamide plays a role in how cells communicate in the retina.

A new understanding of retinal cell development may help pave the way for future retina transplants, which could restore sight to people whose conditions currently have no effective treatments

NEI scientists have found that the way the retina metabolizes glucose directly controls which genes get switched on and off in light-sensing photoreceptors.

National Eye Institute (NEI) researchers have developed a digital replica of crucial eye cells, providing a new tool for studying how the cells organize themselves when they are healthy and affected by diseases.

A new study challenges the traditional understanding of disease genetics for IRDs and other rare genetic diseases according to the researchers, and may have implications for the clinical use of genetic testing and the development of new treatments.

NEI scientists constructed a 3D map of the neural circuitry of S-cone photoreceptors, important for perceiving blue light.

A new study spearheaded by investigators at Scripps Research and the National Eye Institute offers compelling evidence that vision loss from macular telangiectasia can be slowed with a neuroprotective surgical implant.

During most eye infections or injuries, neutrophils, immune cells found in the blood, are usually the first line of defense. However, new research shows retina responds differently than other tissues in the body.

A National Eye Institute-funded research team at the University of Minnesota Medical School discovered that a cancer signaling pathway has previously unrecognized roles in retina and brain blood vessels.

Researchers at the National Institutes of Health (NIH) have identified which brain circuits are vital for visual acuity and how they are affected by damaged retinal cells.