CET and skills guides

Study and gain CET points through OT’s online CET exams, and access archived CET, CPD articles and skills guides in our education library

Find out more

Science and vision

News and features about the latest scientific developments and advances in optometry, ophthalmology and eye medicine

Find out more

Professional support

News and features about the latest developments relating to professional support from across optics. This includes updates from optical organisations such as the AOP and the GOC

Find out more


Explore the latest UK and global jobs in the optical sector for optometrists, dispensing opticians and more

Find out more

Vision restored in 78-year-old patient following artificial cornea implantation

A previously blind Israeli man was able to read and recognise family members following the successful surgery

old man eye
Pixabay/ analogicus
A 78-year-old man who was previously blind in both eyes can read and recognise family following the successful implantation of an artificial cornea.

Surgery to implant the CorNeat KPro artificial cornea was carried out at the Rabin Medical Center in Israel.

Professor Irit Bahar, who carried out the surgery, highlighted that the results of the operation had “exceeded all of our expectations.”

“Moments like these are the fulfillment of our calling as doctors. We are proud of being at the forefront of this exciting and meaningful project, which will undoubtedly impact the lives of millions," he said.

The operation was the first time that the artificial cornea has been implanted in a patient.

A total of 10 Israeli patients will receive the surgery as part of a broader multi-national clinical trial aimed at securing regulatory approval for the device within different international jurisdictions.

All patients within the Rabin Medical Center trial are either not suitable candidates for traditional corneal transplantation or have had one or more failed corneal transplantation surgeries.

The CorNeat KPro artificial cornea is made from a synthetic porous material that mimics the structure of the extracelluar matrix.

When implanted, it stimulates the proliferation of cells leading to progressive tissue integration.