Chandigarh: In a groundbreaking development at the Postgraduate Institute of Medical Education and Research (PGI Chandigarh), a novel skeleton traction pin has been patented, promising a less painful recovery for accident victims with long-bone fractures. Dr Vishal Kumar, an associate professor in the Department of Orthopaedics, has dedicated 18 years to the development of this revolutionary...
Chandigarh: In a groundbreaking development at the Postgraduate Institute of Medical Education and Research (PGI Chandigarh), a novel skeleton traction pin has been patented, promising a less painful recovery for accident victims with long-bone fractures.
Dr Vishal Kumar, an associate professor in the Department of Orthopaedics, has dedicated 18 years to the development of this revolutionary pin, aiming to transform the treatment of accident patients with multiple fractures.
The doctor specialized in dealing with major fractures of long bones and according to him, repositioning them has been the biggest hurdle in achieving a desirable result. The doctor told
The Hindustan Times, “The pin has not only got the thumbs up from the Government of India but has also earned a patent. Once it gets the green light from the ethics committee at PGIMER, it can be a game-changer in how we help bones heal, making the whole process smoother and safer for everyone.”
The traditional Steinmann Pin, commonly used for bone fractures, presented challenges due to its length, difficulty in cutting, and potential for harm. Additionally, its reusability raised concerns about infection risks. Dr Kumar's innovative approach focuses on orthopaedic traction, providing a gentler method for bone healing by applying a slight pull.
The newly designed pin resembles a three-part screw-like tool, featuring a sharp tip that effortlessly slides into the bone, maintaining stability. This ingenious design minimizes the risk of infection, as the exposed part remains outside the bone upon removal.
A breakthrough lies in eliminating the need to cut the pin, ensuring reduced discomfort for patients and faster recovery. Moreover, after aiding in bone healing, the front part can be unscrewed and disposed of separately, prioritizing safety for both patients and the healthcare team.
This pioneering invention marks a significant stride in orthopaedic technology, offering a safer and improved support system for bone recovery. Dr Kumar's dedication to revolutionizing fracture treatment demonstrates a commitment to advancing medical care for accident victims, reports The Daily.
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