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@cynometra

@jenniferhunter - I agree that it is a genius mod! Wish I had thought of that while not weight bearing for a year!

I too am at the crossroads and need to make a decision. I suffered an open segmented fracture on my right tibia following a car crash and got a plate and screws on the knee and the ankle. I also had a muscle flap created where I lost a big part of the flesh and muscle on my shin and calf.

There were two main tibia fractures - one has healed and the other is a bit more stubborn. Doc inserted two screws on fracture to incite growth and it is showing some spot welding but has yet to heal. After three years my doctor doesn’t think the second fracture will ever heal but that the plate is holding just fine and that there is no risk of it breaking. I experience a lot of pain on my ankle and knee and would love the plate to be removed so I can have less pain and more mobility. But it is a complicated case - my flap could fail if during the removal of the plateits blood supply is disrupted. If the flap fails, I could lose the leg altogether. It is a small chance though. My surgeon thinks a smaller compression plate and another bone graft could finally heal the broken tibia segment (80% chance).

Surgeon won’t give me a recommendation though. He just says it is my leg and I only know the pain and if it is worth going through all this. I have been going back and forth for months and still can’t make up my mind. My pain is much worse during winter and I am sort of back to active but it took me two and half years to get there. Now I am looking at possibly six months of healing time and pain ahead of me.

This forum is useful to know what others have been through and whether they think getting metalwear out is worth it. Although in my case I would just be switching from a plate to a compression plate. Forgot to ask what the difference was (I get so upset during appointments I forget to ask pertinent questions).

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Replies to "@jenniferhunter - I agree that it is a genius mod! Wish I had thought of that..."

@cynometra You have a complex case, and it may be worth another opinion. That being said, I was surprised to find out what is possible when I listened to a Mayo radio podcast that interviewed my orthopedic trauma surgeon, Dr. Sems. He talked about a case of failed healing of a fracture that caused over 3 inches of a leg bone to die and the patient was facing loosing the leg, but was advised to go to Mayo. Dr. Sems used an external fixator that the patient adjusted every day that allowed her to regrow that 3 inches of bone and heal her leg. Bone remodels because of pressure and the fixator is screwed into the bone and encircles the leg. The patient adjusted a small increment everyday which "stretched" the bone and it expanded. It was a long process over months and included some surgical procedures, but she healed and recovered. I started with a fixator on my leg right after the injury which was painful, and I can only imagine the pain of adjusting one every day, but the patient had a goal and it was worth it. If you can come to Mayo, you might get some other options. They also have a regenerative medicine research group and it may be worth asking about that too. With my fracture, it fractured into the ankle joint space and I've been told to expect post traumatic arthritis and wishing I could prevent that, so it might be worth my asking about it. Here's a link about the research.
https://www.mayo.edu/research/centers-programs/center-regenerative-medicine/focus-areas/musculoskeletal-regeneration

@cynometra I looked up compression plates and the difference is that on one side of the holes in the plate there is an angle, an inclined plane, so if the screws are placed along that angle, it puts a little pressure that would pull the fracture together. The screws can also be placed straight in against the other side of the hole which doesn't add pressure. There is a lot of information about screws and plates in this link with photos and X rays if you scroll down.
https://rad.washington.edu/about-us/academic-sections/musculoskeletal-radiology/teaching-materials/online-musculoskeletal-radiology-book/orthopedic-hardware/