Doctors perform 1st-ever whole eye, partial face transplant

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Doctors perform 1st-ever whole eye, partial face transplant​

This is the first whole-eye transplant performed in a person, and it was completed alongside a partial face transplant.

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The transplant recipient, Aaron James, sees his new face and eye for the first time after surgery. His lead surgeon Dr. Eduardo Rodriguez, his wife Meagan and his daughter Allie are pictured sitting with him.


For the first time, a patient received a whole new eye and a partial face in a groundbreaking transplant procedure.

The transplant recipient, a 46-year-old from Arkansas named Aaron James, had sustained a 7,200-volt electric shock while working as a high-voltage lineman on June 10, 2021.

"Most individuals don't survive that level of injury," Dr. Eduardo Rodriguez, the lead surgeon for James' transplant and director of NYU Langone's face transplant program, said in a news conference Thursday (Nov. 9). In the accident, a live wire touched James' face. He needed several reconstructive surgeries and ultimately lost his left eye, nose, lips, front teeth, left cheek and chin, as well as his left arm above the elbow.

Now, James is about five months out from his transplant procedure, which involved 140 medical providers at NYU Langone and took place over 21 hours on May 27 and May 28, 2023.

"From the time I woke up from a six-week coma, they were already talking about a possible chance of a face transplant," James said at the news conference.

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This series of images shows Aaron James before his injury, just prior to his transplant surgery, and then five months after the surgery.

The surgery allowed him to stop using breathing and feeding tubes, and he can taste, smell and eat solid foods again. He finally returned home to Arkansas in September and now travels to New York monthly for monitoring. He also has ongoing physical, occupational and speech therapy.

Beyond these functional improvements, "I can't walk past a mirror without looking at it. It's making me stand up taller," James said of his new face. "Before the transplant, emotionally I was a little down, confidence level was a little low."

The NYU team first learned of James two months after the accident, when they started consulting his care team at a medical center in Texas. James' left eye needed removal due to severe pain, so the NYU team advised the surgeons to snip his optic nerve as close to the eyeball as possible, to potentially allow for a whole-eye transplant, along with his planned face transplant.

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This photo shows one of the operating rooms during the transplant procedure.

But the eye transplant would come with risks. "The eye is an extension of the brain," Dr. Vaidehi Dedania, a retina specialist in NYU Langone's Department of Ophthalmology, said at the news conference. A transplant that plugs into the central nervous system introduces a risk of deadly infection and inflammation of the brain, Rodriguez said.

It wasn't clear at first that this transplanted eye would ever be able to see, but early tests suggest light-detecting cells at the back of his eye do, at least, respond to light.

"His retina is able to tell us that it's 'seeing' the light, which is quite remarkable," Dedania said. Scans suggest that this signal makes it to the visual cortex at the back of James' brain. However, James can't yet perceive those incoming signals, so it's still unknown if he'll ever have vision in that eye, Dedania said.

"If I can see or not, so be it. Hopefully this will help future patients." - Aaron James, transplant recipient

To help the eye to plug into James' optic nerve, the team also transplanted adult stem cells, which are unspecialized and can give rise to other types of cells. The goal for these cells, which were isolated from the donor's bone marrow, was to have them help repair James' snipped optic nerve, potentially restoring its function.

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Here, Aaron James is pictured alongside his wife Meagan and Dr. Eduardo Rodriguez five months after the facial transplant surgery.

During the procedure, two surgical teams — one for the donor and one for the recipient — operated simultaneously in nearby rooms. The teams thoroughly rehearsed all the steps of the procedure and printed 3D "cutting guides," to precisely carve out the donor's bone and tissue so they would fit into the space on James' face — "just like a puzzle," Rodriguez said.

"Most of all, I'd like to thank my wife and daughter, Meagan and Allie. Without them and their support, I don't think I could have made it through this." - Aaron James, transplant recipient

Between 9:14 a.m. on May 27 and 7:51 a.m. on May 28, the team transplanted the nose, left upper and lower eyelids, left eyebrow, and upper and lower lips, as well as the tissues below the right eye. They also transplanted the underlying skull, cheek, nasal and chin bone segments that went with those tissues, as well as the left eye and accompanying optic nerve.

Now, five months out, James takes immunosuppressive drugs daily and has not shown signs of rejection. He cannot yet lift his upper left eyelid to open his left eye, which is brown, while his right eye is light blue. However, he's now able to squint and tighten the muscles around the eye, and the eyelid is protecting the eye well enough that he now doesn't need an eyepatch, Rodriguez said.

At the news conference, James expressed great thanks to the NYU team, the donor and the donor's family, and to his wife and daughter.
 
"His retina is able to tell us that it's 'seeing' the light, which is quite remarkable," Dedania said. Scans suggest that this signal makes it to the visual cortex at the back of James' brain. However, James can't yet perceive those incoming signals, so it's still unknown if he'll ever have vision in that eye, Dedania said.

I mean, that's neat that the eye itself can respond to the light and send the signals, but if he can't actually see anything from it then it seems like a lot of work when a regular fake eye would have been 99% as good.
 
I mean, that's neat that the eye itself can respond to the light and send the signals, but if he can't actually see anything from it then it seems like a lot of work when a regular fake eye would have been 99% as good.
Perhaps the bit about using a natural eye instead of a fake one is a something of a test (hopefully with informed consent from the patient) to see if it "takes".

I mean if I were the poor lad whose face had been arced to hell and who's gonna get a whole new face stitched on, I don't think the bit about the eye would bother me overmuch. It's a miracle he's still alive as it is, so.
 
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I mean, that's neat that the eye itself can respond to the light and send the signals, but if he can't actually see anything from it then it seems like a lot of work when a regular fake eye would have been 99% as good.
An eye that can send signals is actually really useful, look up "blindsight", it's where an otherwise undamaged blind eye can still "see" stuff you just don't recognize what you're seeing, so you can still instinctively react to walls, emotions, and other stuff.
 
Jesus christ poor bastard. I'm glad this is a step forward for medicine that actually helps someone who deserves it.

Now all we need are cybernetic eyes.
 
I mean, that's neat that the eye itself can respond to the light and send the signals, but if he can't actually see anything from it then it seems like a lot of work when a regular fake eye would have been 99% as good.
An easy way to (very roughly) think of vision is your eye is a camera, the nerve a cable, and the Occipital lobe is the computer actually processing the camera's signal. Unlike cameras and cables you're not getting anything like a standardized signal with set parameters. Your brain is very good at compensating and adjusting, but it is not an instantaneous process. You can even do things like wearing special glasses to "invert" vision and the brain will eventually adjust. There might be some issues with adapting since he is older but getting this far hear is very promising for younger patients with more "nueroplasticity."
 
While reading I kept wondering who the donor was? From this article (archive), it says that the face and eye came from LiveOnNY. The same donor had their kidneys, pancreas, and liver donated as well. I was hoping for some guy with half of his face missing to show up, but it's just some dead guy.
 
Seriously though it's both freaky and impressive something like this is "possible" now though the restructured face looks a bit... off.

EDIT: JESUS WHY ARE ALL NIC CAGE FACE OFF MEMES BLOCKED FROM PLAYBACK "BY THE UPLOADER" I'VE EDITED THIS POST 3 OR 4 TIMES NOW.
 
I'm impressed with how well the skin came out plus he can grow a beard.
 
This is actually one of the most impressive face transplants results I've seen.

The eye was only ever a long shot, but at least they tried.
The fact his brain is receiving signals from it is a really positive sign though. Its less of an "Oh well, at least we tried" and more "Oh neat, this means we might actually be able to restore eyesight to the blind at some point."
 
The eye thing is cool, but I would not take a chance with my face.

The drugs fail, and his body will reject it and his face will literally rot and fall off.

Okay, but he literally didn't have a face any more. He had a hole.

The fact his brain is receiving signals from it is a really positive sign though. Its less of an "Oh well, at least we tried" and more "Oh neat, this means we might actually be able to restore eyesight to the blind at some point."

Maybe. But from what I understand we've never even managed to restore sight to a person who has their optic nerve cut on their own eyeball, much less in a transplant. Maybe someday, but we're a ways from it yet.
 
Maybe. But from what I understand we've never even managed to restore sight to a person who has their optic nerve cut on their own eyeball, much less in a transplant. Maybe someday, but we're a ways from it yet.
Even so, what's going on right now with this guy is an important first step. Even if he can't see there's still signals getting sent. Narrows down what needs to be done to get things actually working. Its like if you get static when you plugged in a game console to a TV using those old-ass component cables. If you're getting garbled output from the video but the sound is fine, its probably a cable issue.
 
Even so, what's going on right now with this guy is an important first step. Even if he can't see there's still signals getting sent. Narrows down what needs to be done to get things actually working. Its like if you get static when you plugged in a game console to a TV using those old-ass component cables. If you're getting garbled output from the video but the sound is fine, its probably a cable issue.

I'm almost more worried about what happens when they do manage to get some sort of a connection. It's going to be interesting to see what happens. Bad enough to be blind in one eye - what happens if you are getting signal, but it's not usable?
 
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