1
We report a complicated case of osteosarcoma of the proximal tibia.
2
The approximation plane in the proximal tibia was determined using the least-square method.
3
Background: The proximal tibia is the second most common site of aggressive bone tumors.
4
The distal femur was affected in four patients and the proximal tibia in 21.
5
Most of the tumors were in the pelvis, proximal tibia, distal femur, and foot.
6
Conclusions: Patellar height is an independent factor contributing to knee function after proximal tibia EPR.
7
Methods: Twenty-nine patients with pathologically confirmed aggressive bone tumors in the proximal tibia were retrospectively analyzed.
8
Too posterior a pin placement in the proximal tibia should be avoided to prevent such injuries.
9
The quality of patellar tendon reconstruction is a key point in proximal tibia EPR after tumor resection.
10
When no growth remaining, standard treatment protocol for correction is osteotomy of the proximal tibia and fibula.
11
Poorly differentiated osteosarcoma occurred in a twelve-year-old girl's proximal tibia where an exostosis was confirmed from radiographs.
12
This study demonstrated that there is a significant early time-dependent bone loss in the proximal tibia after TPF.
13
We performed hemiepiphysiodesis on the bilateral proximal tibia in anticipation of the spontaneous resolution of the bone bridge.
14
This is the first, large CT-based review of posterior slope variation of the proximal tibia in patients undergoing UKA.
15
Objective: To discuss the clinical effects of using rotating hinge prosthesis in treating primary malignant tumor of the proximal tibia.
16
The results for the distal femur showed a greater effect than for either the proximal tibia or the proximal femur.
