Ambitious approach taps 3D technology
For Cleek, the choice was clear. He told Roberts that he had run marathons and hoped to train for a triathlon one day. He chose the more complex and risky approach even though Roberts level-set with Cleek, telling him it was unlikely he could continue pursuing distance running.
Cleek thought of his daughters, ages 3, 5 and 7 at the time. “I thought that’s sad because when my kids grow up, if they run track, I would want to do training runs with them,” said Cleek, director of technology at a software development company.
To give himself a mental boost before surgery, he decided he would take on some sort of physical challenge. He didn’t know exactly what it would be. All he knew was that it had to be lofty enough to power him through his recovery.
“Obviously, I was quite naive about how brutal the post-op and recovery was going to be,” he said. “It was impossible to know, in the way that it’s impossible to know what marriage is like, even when people are telling you, until you are in it yourself.”
The goal of surgery is to remove exactly the right amount of bone to get rid of the tumor while leaving as much bone as possible to allow for successful reconstruction. Roberts worked with a surgical implant company that used Cleek’s CT and MRI scans to create a digital 3D model of his pelvis and design a titanium implant that would fit into Cleek’s pelvis as seamlessly as a puzzle piece, replacing the diseased bone.
Biomedical engineers at the company relied on that 3D model to generate custom nylon templates that were laid on top of Cleek’s pelvis, ensuring that Roberts’ cuts were impeccably precise. Much like an artist using a stencil, Roberts traced the outline of the template, executing his cuts by resting his saw blades against the borders of the cutting guides. Then he attached the implant to the remaining bone using multiple screws with precisely planned trajectories.
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