In recent days, a Yorkshire dog named Wink in Hangzhou has attracted attention in social media. The 4-year-old dog suffered from a decomposition of the right back leg as a result of being tied to the MRI at the hospital.
After all, traditional pet wheelchairs require a fixed chest belt, which is used every time to sharpen a delicate skin under the armpit; the outside limbs are often removed when running because they are not accurate. Watching him jump in pursuit of butterflies with three legs, hemorrhaging his front paws and insomnia. The hard work of trying seven different aids was documented in the mobile phone album presented by Ms. Lin. In August this year, Zhejiang University's School of Animal Medicine published a White Clinical Paper on canine integration prosthesis.
The team of Professor Li Wei of the Zhejiang University School of Animal Medicine, using 3D printing titanium alloy prostheses, built a three-dimensional model through a CT scan that rotates titanium columns with hives into the marrow cavity and integrates bones with prosthesis.
Wink can stand for two hours after the operation and can run the next day, with a troupe analysis showing a return to 92 per cent of normal dog reaction on the ground. The operation cost approximately 60,000 yuan, and currently the SPM has partnered with insurance companies to introduce a phased plan and has committed to extract 5% of the profits from each operation for the rescue of stray animals.
Technology brings changes that go beyond the biological level. The contrast video released by Ms. Lin gave rise to enthusiasm: while during the wheelchairs, the dogs in the park were walking around, with titanium alloy legs on their legs, the golden fur dog Lucky volunteered to sniff the metal joints, and the last two dogs pursued the fun. Animals also know how to appreciate the beauty of technology. The China Society for the Protection of Small Animals took advantage of this initiative to launch a project for the promotion of the public good.