Key result
A trans-table intraoperative fluoroscopic technique with the C-arm tilted 30-35 degrees cephalad improves the accuracy of obtaining a true lateral view of the proximal femur.
Why the study?
Obtaining an accurate lateral fluoroscopic view of the femoral head and neck during open reduction of proximal femoral fractures in the lateral position remains difficult.
Does a trans-table intraoperative fluoroscopic technique improve the accuracy of obtaining a true lateral view of the proximal femur in the lateral decubitus position?
Does a trans-table intraoperative fluoroscopic technique improve the accuracy of obtaining a true lateral view of the proximal femur in the lateral decubitus position?
A novel trans-table fluoroscopic technique simplifies proximal femur fixation in the lateral decubitus position by improving visualization without requiring leg manipulation.
The management of proximal femoral fractures, especially comminuted subtrochanteric ones, poses a surgical challenge. It is relatively easier to perform the open reduction of these fractures in the lateral position on a standard radiolucent table, but obtaining an accurate lateral view of the femoral head and neck remains difficult. This study presents a method that overcomes the limitations of fluoroscopy in the lateral decubitus position and improves the accuracy of obtaining a true lateral view. The technique involves positioning the patient in the lateral decubitus position with the unaffected hip flexed at a 45° angle. Additionally, the C-arm is tilted 30-35° cephalad, eliminating the need for position changes or leg manipulation. This method reduces the risk of losing reduction, particularly in cases involving obese patients or complex fractures. By simplifying proximal femur fixation in the lateral decubitus position, this technique can potentially improve patient outcomes.
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Pisoudeh et al. (2023) studied Proximal femoral fractures. Trans-table intraoperative fluoroscopic technique was evaluated on Accuracy of obtaining a true lateral view of the proximal femur. A trans-table intraoperative fluoroscopic technique with the C-arm tilted 30-35 degrees cephalad improves the accuracy of obtaining a true lateral view of the proximal femur.
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