Weight bearing CT (WBCT) imaging has fundamentally changed the evaluation and management of foot and ankle disorders such as hallux valgus, progressive collapsing foot disorder (PCFD), ankle instability, and traumatic deformities. The following panelists of experts share their insights and…
Providing patients with safe medical imaging examinations and radiation therapy treatments is the primary goal for the nation’s radiologic technologists (RT). To recognize the vital work of RTs, CurveBeam AI is celebrating National Radiologic Technology Week® (NRTW). NRTW was created…
Weight bearing CT (WBCT) imaging has fundamentally changed the evaluation and management of foot and ankle disorders such as hallux valgus, progressive collapsing foot disorder (PCFD), ankle instability, and traumatic deformities. The following panelists of experts share their insights and…
The August/September 2024 issue of AAOS Now includes the first of of a two-part series of weight bearing CT. Part I delves into design, evolution, and technqiue. The article was written by Naji S. Madi, MD, is an assistant professor…
Weight bearing CT (WBCT) imaging has fundamentally changed the evaluation and management of foot and ankle disorders such as hallux valgus, progressive collapsing foot disorder (PCFD), ankle instability, and traumatic deformities. The following panel of experts share their insights and…
Key Points: Cone Beam CT (CBCT), specifically WBCT three-dimensional (3D) visualization approach allows for a more accurate assessment of foot alignment with attention to planus, cavus, varus or valgus deformities. Post-operatively, weight bearing CT (WBCT) has the potential to better…
