'Prosthetic makes me feel I have got my face back'

People with facial injuries who wear prosthetics to replace features such as an eye or a nose have had their portraits unveiled in Leeds.

A group of 15 patients treated for head and neck cancer took part in research asking them to compare the comfort of prosthetics made using different methods.

As part of the study, their portraits were painted to help convey the physical and psychological impacts of their treatment.

Following the scheme, run by Leeds Teaching Hospitals NHS Trust and the University of Leeds, the artworks have gone on display in the Bexley Wing at St James's University Hospital.

Robin Fahey, who had his nose, eye and upper teeth removed in 2019 due to cancer, said: "Although it's not perfect, this is my face and I will embrace what I have and it's up to others to embrace people like myself.

"With the prosthetic, it's back to where people can see the person you are instead of, for want of a better word, a freak, because that's how you feel."

Artist Alison Murdoch said painting Mr Fahey's portrait had been "life-changing".

"When he first walked in he was all wrapped up, virtually disguised with glasses, hat, mask," she said.

"He actually asked me if it was OK to take those items off, and that's when it hit me what his reality was."

Rebecca Fogell, an NHS nurse for more than two decades, noticed a small lump near her eye in 2019 and underwent scans.

After the discovery of a tumour which had grown into bone and nerves, surgeons removed her cheekbone and part of her nose, with her eye later requiring removal.

Speaking after her four-year "medical and emotional rollercoaster", she said: "It does make me feel like I have got my face back when I look in the mirror, but I know underneath that it isn't really me anymore.

"We want to work towards acceptance and in the real world we are not quite there yet."

The research compared conventional and new digital methods of making prosthetics, with recent 3D scanning techniques found to be a less invasive way of capturing a patient’s face.

Artificial intelligence is then used to help reconstruct the facial feature, with the design later created with a 3D printer.