Arthur, a six-month-old cockapoo owned by Natalie Jones, was born with an abnormality that required emergency surgery in Wales. After yelping and panting one day, Arthur collapsed and was unable to move his limbs, prompting Jones to take him to the Chestergates Veterinary Hospital in Chesher, England. Vets discovered that Arthur’s spine was not connected properly, leading to a loss of limb function. With no other option, Arthur underwent surgery where 3D-printed spinal screws and surgical cement were used to stabilize his spine. The lead veterinary surgeon, Rocio Orlandi, stated that Arthur’s condition was potentially life-threatening due to the closeness to his brainstem, and the use of 3D-printed technology improved the accuracy of the surgery.
Following the five-hour surgery, Jones was thrilled to hear that Arthur had made it through successfully. Arthur was discharged from the hospital just three days later, and Jones was delighted to see his tail wagging and his playful personality returning. The surgical team at Chestergates Veterinary Hospital used 3D-printed spinal screws to stabilize Arthur’s spine and improve his prognosis. The use of this technology was crucial in enhancing the accuracy of the complicated surgery, ultimately leading to Arthur’s recovery and improved quality of life. Despite the seriousness of his condition, the surgery was successful, and Arthur was able to return to his playful self.
Arthur’s condition was described as potentially life-threatening due to the abnormalities in his spine that were affecting his limb function. Natalie Jones expressed her love for her beloved pet and the relief she felt when she received the news that the surgery was successful. The lead veterinary surgeon highlighted the importance of using 3D-printed technology to enhance the accuracy of the surgery and significantly improve Arthur’s prognosis. The quick recovery and return to playful behavior by Arthur were met with joy and gratitude by Jones, who was thrilled to see her puppy back to being his happy self.
The surgeons at the Chestergates Veterinary Hospital used 3D-printed spinal screws and surgical cement to stabilize Arthur’s spine, ultimately improving his prognosis and increasing his chances of recovery. The surgical team led by Dr. Rocio Orlandi worked diligently to address the potentially life-threatening condition of Arthur, ensuring that the surgery was a success and Arthur could return to his normal activities. Natalie Jones expressed her happiness and relief at seeing Arthur wagging his tail and playing again, emphasizing that it was the best feeling to watch her pup regain his puppy-like behavior after the surgery. The use of 3D-printed technology played a crucial role in the successful outcome of the surgery and Arthur’s subsequent recovery.
After the surgery, Arthur was discharged from the hospital within three days and showed signs of improvement, with his playful personality returning. The surgical team at Chestergates Veterinary Hospital utilized 3D-printed spinal screws to stabilize Arthur’s spine, facilitating his recovery and allowing him to return to his normal activities. Natalie Jones shared her joy at seeing Arthur being a puppy again, emphasizing the relief and happiness she felt at watching her beloved pet regain his health and vitality after the surgery. The use of 3D-printed technology was instrumental in enhancing the accuracy of the surgery and improving Arthur’s prognosis, ultimately leading to a successful outcome and his subsequent recovery.
