A 12-year-old dog named Lola, who once found it nearly impossible to walk, has been given a new lease on life thanks to pioneering 3D printing technology. Lola, a labrador-spaniel mix, underwent a successful surgery to correct severe carpal instability, using a 3D-printed plate that was specifically designed for her condition.
A Custom Solution for a Complex Problem
Lola’s owner, Valerie Wright, first noticed her dog’s foot turning inwards two years ago, a condition that progressively worsened. Experts at Cave Veterinary Specialists in Somerset diagnosed Lola with severe carpal instability, leading to bone deformity and degenerative joint disease. To relieve her pain and stabilize her joint, Lola underwent pancarpal arthrodesis surgery, a procedure to fuse the joint.
Due to the complexity of the condition, the veterinary team, led by Anna Nutt, opted for a 3D-printed custom guide and a unique pronged plate to ensure successful bone fusion. “Lola’s doing really well following surgery, and we’re thrilled to see her up and active again,” said Nutt.
The Road to Recovery
Ms. Wright expressed her gratitude to the veterinary team, saying the surgery has significantly improved Lola’s quality of life. “Her leg is strong and straight, and she now looks forward to walks again. It’s wonderful to see,” she shared.
The 3D-printed plate used in the surgery played a crucial role in stabilizing Lola’s joint, allowing her to recover and regain her mobility. The technology’s ability to create custom solutions for complex cases has once again demonstrated its potential in both human and animal healthcare.
Lola is now back on her feet, enjoying walks and life with her family, thanks to this groundbreaking use of 3D printing technology in veterinary medicine.
Source: bbc.com
