Elastic intramedullary nail is an orthopedic implant which is used for fractures of the long bones. Because of these and the revolution in the way doctors approach bone fracture treatments, it has proved to be a game-changer in medical landscape. Now we’ll talk about the benefits of elastic intramedullary nail in orthopedic procedures and how it has changed the way bone fractures are treated.
Being opening reduction with elastic intramedullary nail is the procedure of choice as it is minimally invasive. As opposed to conventional techniques, which result in large incisions and substantial tissue trauma, the nail can be introduced through small incisions diminishing infection risk and allowing for rapid healing. That means patients will recover more quickly and be able to return to life as usual sooner.
Moreover, the elastic intramedullary nail can provide strong fixation of fracture bone. It goes inside the bone so it does not move around and can help hold broken pieces together in the right position while they heal. This stabilization is very important as the bone heals and helps to avoid complications or deformity.
In addition, the flexibility of intramedullary nail provides some movement on the bone. This is very significant because natural movement and weight bearing are permitted during the rehabilitation process. Unlike stiff implants, which can concentrate strain in the bone, the flexibility of this nail allows force to be shared more uniformly, leading to a more comfortable and successful healing process.
In conclusion, the advantages of elastic intramedullary nail in orthopedic surgery is obvius. With its minimally invasive approach and excellent sturdiness and flexibility, the device has changed the way fractures of bone are treated, ultimately resulting in better outcomes and quicker recovery times for patients. Thanks to rapid medical technological development we can predict further advancement of orthopedic surgery.
Elastic stable intramedullary nailing is pliable, capable of adapting to the normal growth dynamics of bone and therefore paediatric-friendly. They are also less invasive than other implants, which lowers the risk of complications and helps you recover more quickly.