Tibial spine fractures are most likely to be caused by hyperextension or valgus and external rotation of the knee. Traumatic forces that would normally rupture the anterior cruciate ligament in an adult will lead to a tibial spine fracture in a child. The injury almost always involves the anterio...
The duration of external fixation was reduced resulting in a low rate of pin-site infection, less patient pain and discomfort, and earlier patient rehabilitation and mobilization. Some authors emphasized canal reaming and intramedullary nail insertion may disrupt and injure the bone marrow, causing ...
The results of the analysis showed that excess tibial torsion shifts the induced knee joint accelerations toward flexion, valgus and external rotation, and diminishes body center-of-mass support and propulsion. This analysis supports the concept that bony mal-alignment can lead to 'lever arm ...
If external force causes a fracture through TT, it is a completely different matter and were not included in this study. The plate and the screws were analyzed as a whole. For the accuracy of stress and displacement analysis, Von Mises stress on the nodes and displacement on the elements ...
Preoperative plan with 3D Printing in Internal and external fixation for Complex Tibial Plateau fractures. Orthop Surg. 2019;11(4):560–8. Article PubMed PubMed Central Google Scholar Samaila EM, Negri S, Zardini A, Bizzotto N, Maluta T, Rossignoli C, et al. Value of three-dimensional ...
When spanning external fixation is used, we 660 G.W. Wood: Intramedullary nailing of femoral/tibial shaft fractures Table 4. Bone healing and fixation Fixation Primary healing Plate (rigid compression) Intramedullary nail External fixation Yes (AO type A and some B fractures) No Unlikely ...
Rotation is much better assessed by clinical evaluation than by the mechanical axis line of the tibia, especially in the presence of other elements of deformity. The ankle is normally in 12–15 external rotation. In comparative measurements with the uninjured side, 0–5o rotation was accepted ...
Changes in Abduction and Rotation Range of Motion in Response to Simulated Dorsal and Ventral Translational Mobilization of the Glenohumeral Joint. Phys. Ther. 2002, 82, 544–556. [Google Scholar] [CrossRef] Hurschler, C.; Loitz-Ramage, B.; Vanderby, R.J. A Structurally Based Stress-...