Erasmus MC Teams with PCR, Materialise to Create 3D Printed Training Model for Heart Valve Atlas

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Medical technology continues to evolve rapidly, and as we’ve already seen, 3D printing is coming along for the ride. Not content to take a passenger seat, though, 3D printing is hopping behind the wheel to really drive some major changes.logo-erasmusmc-rgb-wit-nl[1]

In the Netherlands, the Erasmus Medical Center has been working to bring 3D printing into the medical arena as an invaluable reference and training tool for any number of professionals. The Rotterdam-based medical center is joining up with the PCR‘s initiative, the PCR Valve Atlas. The Valve Atlas is an app used for reference and training, useful to all those who might need an on-hand source for valves, such as the aortic valve. Surgeons, interventionists, general practitioners, and other medical professionals value the Valve Atlas for its accessible information.

taviErasmus worked with the existing Valve Atlas to illustrate the transcatheter aortic valve implantation, or TAVI. The TAVI procedure replaces a patient’s damaged aortic valve through the use of a minimally invasive catheter. Since modeling presents a much more tangible way to demonstrate a procedure, especially compared to a flat diagram in a book or on a screen, the team from Erasmus turned to Materialise to create a 3D printed model of the aortic valve. Materialise is quickly gaining expertise in biomedical 3D printiMaterialise logong applications.

The development of the model was a collaboration between these entities. Dr. Nicolas Van Mieghem was among those involved in ensuring the most accurate model possible. Dr. Van Mieghem, an interventional cardiologist at the Thorax Center in Rotterdam, discussed the steps to creating the perfect model, which had to be made of the right material in the best size and shape. Because the model will ultimately be used to train doctors on the intricate TAVI procedure, the accuracy of design had to be just right.

“The process to get the phantom model right was very interactive,” said Dr. Van Mieghem. “What kind of material do we want to use? Does it need to be flexible or more rigid? Do we want flexible leaflets? Are the leaflets important for this phantom model? The size was also very important.”

Once the model had been designed, Materialise created several prototypes. It didn’t take too many iterations, though, before it was just right, and the model was ready for action.

“You may gain a lot from making a mock-up of a patient’s anatomy before you actually perform the implantation.  Once you have a 3D reconstruction, you can exercise and train yourself by implanting a device on this mock-up so that you are prepared to the maximum before the real implantation,” said Dr. Van Mieghem.

This model adds to a growing worldwide portfolio of such medical models that are popping up in hospitals and research facilities across the world. Surgeons and other professionals in the medical field will benefit from the ability to physically feel what the procedures will be like, which will only serve to benefit doctors and their patients alike.

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What do you think about this new model for TAVI procedures? Check out the video below, in which Dr. Van Mieghem describes some of the development process. Join the discussion over at the 3D Printed TAVI Model forum thread at 3DPB.com.

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