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Lessons Learned From Using 3D-Printed Models to Improve Surgical Planning

Now physicians can experiment with different routes for endovascular procedures

Vijay Iyer
Mon, 12/12/2016 - 12:26
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As the director of the structural heart team at Kaleida Health’s Gates Vascular Institute in Buffalo, New York, I perform minimally invasive, endovascular surgeries to repair structural defects of the heart. I specialize in valve replacements, clip procedures, and other structural heart treatments. Rather than cracking open the chest cavity to access the heart, I use blood vessels as conduits to deploy medical devices for these endovascular procedures. The ability to practice on realistic models is extremely valuable.

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Vascular flow models are created by biomedical engineers. They take computed tomography (CT) scans or medical images of a patient’s heart and convert them into the type of file that is uploaded onto a 3D printer to create an accurate multidimensional anatomy. This conversion process can be performed in a matter of hours and we are looking for ways to accelerate it.

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