Static Traction and Early Mobilization Protocol for Intra-articular Fractures of Proximal Interphalangeal Joint: Technique and Outcome

P. Bhardwaj, Nilesh D Darawade, R. Shanmuganathan
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Abstract

Operative Technique The procedure was done under the brachial plexus block. Under fluoroscopic control, the fracture dislocation was reduced by longitudinal traction and flexion of the joint. The aim was to get the fracture fragments into the best possible alignment by molding, using the soft tissue envelope around the site of the fracture and correct joint subluxation. We did not attempt any percutaneous/ invasive technique for fracture reduction. A preliminary reduction also indicated the amount of traction needed to maintain joint alignment and the degree of flexion required. The material needed for the traction assembly is—plaster roll, malleable aluminum splint, no. 1 polypropylene suture, cotton bandages, and adhesive tape (Fig. 1A ). The splint is bent by 20–30° In t r o d u c t I o n
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静态牵引和早期活动治疗近端指间关节内骨折:技术和结果
手术技术在臂丛神经阻滞下进行。在透视控制下,通过纵向牵引和关节屈曲复位骨折脱位。目的是通过成型,利用骨折部位周围的软组织包膜和纠正关节半脱位,使骨折碎片进入最佳对齐。我们没有尝试任何经皮/侵入性骨折复位技术。初步复位也显示了维持关节对齐所需的牵引力和所需的屈曲程度。牵引组件所需材料为:石膏辊、可锻铸铝夹板、无。聚丙烯缝合线、棉质绷带和胶带(图1A)。夹板可弯曲20-30°,但不能弯曲
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