I know a few people who are guilty of ignoring potential health problems because they just don’t want to deal with uncomfortable or painful testing procedures. I get that; I could probably benefit from getting my chronic sinus issues looked into, but the thought of a nasal endoscopy is so odious to me that I’d rather just deal with sinus infections. A nasal endoscopy is a process in which a physician inserts a long scope with a camera at the end into a patient’s nasal cavity to have a look around, and while I will continue to happily opt out, many people with more serious problems don’t have that choice.
Otolaryngology students often don’t get to opt out either. According to Dr. Jose Gurrola II, a rhinologist at the University of Virginia Health System, when he was a resident, he and his fellow students would have to practice endoscopies on each other before they ever had to do one on a patient. Don’t let that prospect dissuade you from going into the otolaryngology field, however, because Dr. Gurrola and a few of his colleagues have developed a way for students to practice endoscopy procedures without subjecting their classmates to their fumbling attempts.
Along with otolaryngology resident Dr. Robert Reed and design lab engineer Dwight Dart of the UVA School of Engineering and Applied Science’s Rapid Prototyping Lab, Dr. Gurrola has created 3D printed skulls that allow procedures such as endoscopy to be practiced and perfected before residents ever have to perform them on a patient. It’s a relief for the students, who don’t have to be subject to the procedure themselves – or worry about maiming a classmate – as well as the patients, who can be assured that their doctor has plenty of experience.
Like other 3D printed medical models, the skulls are created by converting CT or MRI scans to 3D models and then printing them. They’re relatively inexpensive to create and can be used again and again; according to Dr. Gurrola, the models are made freely available to students and doctors in affiliated programs such as neurology at UVA.
“The models allow students, residents and doctors to see, feel and understand dimensions of real human geometry,” Dart said.
Once the skulls are printed, they are covered with facial masks that, while a bit disturbing-looking, give the students a feel for working on an actual patient. Surgical simulation software further guides them as they go through the procedure. Dr. Gurrola and Dart believe that they can further improve upon the models by adding sensors and fluid flow lines to better simulate the physical reactions that residents might encounter during an endoscopy. It’s a very reasonable goal, as 3D printed surgical models get more and more advanced and realistic.
“For those patient cases that may be unique or different, the 3-D models should be able to provide us with the option of examining that particular anatomy,” Dr. Gurrola said.
The models are being created thanks to funding from the School of Medicine’s Graduate Medical Education Innovation Grant. They’re the latest in a series of 3D printed medical advancements that have come out of the Rapid Prototyping Lab since it was opened five years ago.
“For the most part, surgical training is still a process where trainees pass through a continuum that still looks a lot like the ‘see one, do one, teach one’ model of old,” said Dr. Reed. “Our hope is that with the continued development of simulations such as this, we can improve upon this model.”
Discuss the topic of these new training models further over in the 3D Printed Skulls for Training forum at 3DPB.com.[Source: University of Virginia / Images: Sanjay Suchak/University of Virginia]
You May Also Like
Volvo’s Conservation Project: 3D Printed Tiles for a Living Seawall at Sydney Harbour
Oysters, seaweed, fish, algae and many more organisms have a new home at North Sydney Harbour. At one of the world’s largest Living Seawalls in Bradfield Park, an ocean conservation...
Volvo CE Adopts 3D Printing for Spare Parts and Prototyping
Volvo Construction Equipment (Volvo CE) is one of the largest companies in the construction equipment industry, with more than 14,000 employees worldwide. The company’s values center around sustainability and innovation,...
Metal Additive Manufacturing Helps Renault Trucks Reduce Weight of 4-Cylinder Engine by 25% Using 3D Printed Components
In spring of 2015, 3D artist and designer Bernhard Bauer used Blender to 3D model, from scratch, and 3D print a 1:14 scale Renault delivery truck replica for one of...
Old Meets New in Latest OpenRC Tire Design from Thomas Palm
Leif Tufvesson loves cars. He spent part of his career working as a technician for Volvo’s Research and Development Department in Gothenburg, Sweden, followed by a six-year stint at the...
View our broad assortment of in house and third party products.