"Effective General and Specific Clinical-Biomechanical challenges of fracture fixation in selection of appropriate plating fixation method for successful clinical outcomes" According to the type and severity of the bone fractures, an appropriate trauma fixation method is selected by the orthopaedic surgeons. Trauma plating fixation method (using plate and screws) are currently in high interest for fixation of bone fractures.…
"in respect to the readership of book "Trauma Plating Systems" In previous posts, Trauma Plating Systems were reviewed on boosting the clinical benefits of trauma plating fixation, failure of trauma plating fixation (due to poor strength of screw-bone integration), and a scientific and industry breakthrough in future development of these internal fixation implants. In this article, we look at…
Titanium implants have been the strongest player in the trauma implants industry. It is so difficult to challenge these metallic implants among the orthopedic surgeons and manufacturers. Indeed, we should appreciate titanium for its long time supporting and stabilization of the bone fragments during healing period, by which many fractured bones have been treated. Although, titanium and bone have been…
Integration of the bone tissue through the screw threads could be introduced as the main reason of complications in treatment of bone fractures using trauma plating systems. Today, specific trauma plates are developed to be placed in wider aspects of the bones for effective buttressing and capturing of the bone fragments. In view of operation methods, minimal invasive and open…
Today, surgeons desire to enhance the clinical benefits of the trauma fracture fixation which encouraged manufacturers and researchers to improve the clinical advantages of trauma plating systems (as the main solution for bone fracture fixation). Implant developers modify the plating systems by enhancing the plate design and features to be more adopted with the fracture pattern or indication of use.…