3-D printing helping make prosthetic legs for B.C. tabby
by Tamsyn Burgmann, The Canadian Press
The eight-month-old tabby, which is missing both hind legs, will soon be fitted with artificial leg implants in a groundbreaking procedure
VANCOUVER—When a deformed feral kitten was discovered on a rural property in Langley, B.C., Cassidy the cat’s rescuer says he was scooting around on his front legs with his bum in the air like a “reverse velociraptor.”
The eight-month-old tabby, which is missing both hind legs, will soon be fitted with artificial leg implants in a groundbreaking procedure that one expert predicts will be the future of pet medicine.
“Definitely this is cutting-edge technology,” said Dr. Mike Higgins, a neurologist with Canada West Veterinary Specialists.
“We’re learning a lot from human medicine that is translating into animals.”
The black-and-white kitten received Botox injections at the Vancouver animal hospital on Wednesday as preparation for attaching prosthetic blades to his back limbs. The procedure will be the first of its kind in the world on a cat, Higgins said.
Technology commonly used on humans, such as CAT and MRI scans, is now standard practice for veterinary care as well, Higgins said. And it’s the harbinger of more advanced engineering and biotechnology to be applied to animals.
Higgins predicts that in 10 to 15 years, prostheses for paralysed or malformed animals will become much more available for pets.
“Doing these things is not at all experimental, it’s actually trying to improve their well-being,” he said.
Cassidy was rescued by Shelley Roche, who was contacted to take care of the kitten last September after he was found at nine weeks old, starving and suffering an E.Coli infection in both his stumps.
The cost of his rehabilitation so far has been about $10,000, she said, though the Vancouver veterinarians offered their services pro bono.
Another specialist is already working with the animal to make a 3D-printed model for the prostheses. The surgery will take place at North Carolina State University in Raleigh in two to four months, when Cassidy is close to being fully grown.
The American surgeon has unique experience in remedying cats and dogs with congenital malformations, Higgins said.
The blade device is advanced because its design conforms more naturally to the limbs, allowing more normal movement, he said. Similar models are already in use by people, he added.
“So rather than having a little peg leg where they’re still going to be hobbling around, it adds more surface area and a spring to glide each foot off of, so they have a normal gate,” Higgins said.
