Springer Osteotomy

Springer osteotomy is one of the most effective methods for treating bone fractures. It was developed by Czech surgeon Karell Springer in the early 20th century. This method allows you to quickly and effectively restore the integrity of the bone and return the patient to the ability to move normally.

A Springer osteotomy involves the surgeon making a small incision in the skin and bone, then removing part of the bone that is preventing the fracture from healing properly. After this, the surgeon restores the integrity of the bone by connecting it using special metal rods or plates.

One of the main advantages of springer osteotomy is that it allows you to quickly recover from a fracture and return to normal life. In addition, this method avoids complications associated with the patient being in a cast for a long time.

However, like any other treatment method, springer osteotomy has its drawbacks. For example, this method may not be suitable for some types of fractures, and may also lead to some complications, such as infections or allergic reactions to the metal rods or plates.

Overall, springer osteotomy remains one of the most effective treatments for fractures and can be recommended for patients with fractures that require rapid recovery.

Czech surgeon Vincent Sprinzer is a specialist in the field of surgical orthopedics and bone tissue plastics. In addition, he created a safe surgical technique for changing the shape of the lower leg.

Many years of experience and extensive knowledge in the study of injuries and diseases of the musculoskeletal system gave Vincent Shprinter the opportunity to establish a new type of osteogenic injury - springemagiopraxia. The treatment method for this injury was born as a result of extensive research and experiments on rats. In this case, surgery was needed due to foot problems.

Vincent originally developed this surgery to help rats, as his method helped with large limb loss, increased turtle growth, and limb problems. The experiment was not successful. But many years later, in 2015, Vincent decided to develop this method on himself..

The first example of using Vincent's method was unsuccessful. The result was unsuccessful because the removal of the bone block behind the created calcaneal tuberosity and the reunification of the heel bone fragments occurred later than planned. The calcaneal bone fragments did not respond correctly to stress during walking and at higher speeds. The survey results showed that the results were unsatisfactory. To build sustainable experimental plans and objective clinical questions that still carry possible benefits, as well as for the successful implementation of the Springer plan, Vincent together created a scientific and non-profit organization called the German Club of Osteomedical Biotherapy. Here he used his knowledge of surgical osteoplasties and other trauma treatment techniques, combining them into safe surgical processes.