Lamm Bradley M, Stasko Paul A, Gesheff Martin G, Bhave Anil
Chief, Foot and Ankle Surgery and Director, Foot and Ankle Deformity Correction Fellowship, Paley Advanced Limb Lengthening Institute, St. Mary's Medical Center, West Palm Beach, Florida.
Podiatrist/Foot and Ankle Surgeon, Finger Lakes Bone and Joint Center, Geneva, NY.
J Foot Ankle Surg. 2016 Sep-Oct;55(5):991-8. doi: 10.1053/j.jfas.2016.05.005. Epub 2016 Jun 16.
The limb deformity-based principles originate from a standard set of lower extremity radiographic angles and reference points. Objective radiographic measures are the building blocks for surgical planning. Critical preoperative planning and intraoperative and postoperative evaluation of radiographs are essential for proper deformity planning and correction of all foot and ankle cases. A total of 33 angles and reference points were measured on 24 healthy feet. The radiographic measurements were performed on standard weightbearing anteroposterior, lateral, and axial views of the right foot. A total of 4 measurements were made from the axial view, 12 from the lateral view, and 17 from the anteroposterior view. All angles were measured by both senior authors twice, independent of each other. The radiographic angles and measurements presented in the present study demonstrate a comprehensive and useful set of standard angles, measures, and reference points that can be used in clinical and perioperative evaluation of the foot and ankle. The standard radiographic measures presented in the present study provide the foundation for understanding the osseous foot and ankle position in a normal population.
基于肢体畸形的原则源自一组标准的下肢放射学角度和参考点。客观的放射学测量是手术规划的基石。术前的关键规划以及术中、术后对X光片的评估对于所有足踝病例的正确畸形规划和矫正至关重要。在24只健康足部上测量了总共33个角度和参考点。放射学测量在右足的标准负重前后位、侧位和轴位视图上进行。轴位视图进行了4次测量,侧位视图进行了12次测量,前后位视图进行了17次测量。所有角度均由两位资深作者独立测量两次。本研究中呈现的放射学角度和测量结果展示了一组全面且有用的标准角度、测量值和参考点,可用于足踝的临床和围手术期评估。本研究中呈现的标准放射学测量为理解正常人群中足踝的骨位置提供了基础。