Search PubMedSearch

PubMed · 837623

Rigid flatfoot.

Abstract

The proper management of the rigid flat-foot requires an accurate diagnosis since the condition is treated on causal or rational basis. Calcaneonavicular coalition best seen on an oblique view of the foot may be treated by resection of the coalition with extensor digitorum brevis interposition. If the diagnosis is made sufficiently early, the resection can lead to an essentially normal foot. Coalition between the talus and the calcaneus may occur in the posterior, middle or anterior facet. The most common coalitions are seen in the middle facet area followed by those in the anterior facet with the posterior facet coalition rarely being seen. Coalitions in the area of the middle facet are usually managed nonoperatively; triple arthrodesis is used only if symptoms are not relieved by nonoperative measures. Resection of a talocalcaneal coalition in the middle facet is rarely indicated but occasionally will give relief when the coalition either presses on the medial plantar nerve or causes a mechanical disturbance of the ankle. Anterior facet coalitions should receive a trial of cast immobilization but frequently require triple arthrodesis. Other conditions such as rheumatoid and post-traumatic arthritis will frequently respond to a period of immobilization in a plaster cast. Triple arthrodesis has not been required in rheumatoid arthritis in the author's series but occasionally is necessary in the post-traumatic rigid flatfoot. Other rare causes of the rigid flatfoot should be kept in mind for a complete diagnostic evaluation since even a neoplasm (fibrosarcoma) has been reported to cause this symptom complex.

Explore related subjects

Keep this discovery

Explore connections, maps & timelines

BibTeXRIS

S Jayakumar, H R Cowell. Rigid flatfoot.. https://pubmed.ncbi.nlm.nih.gov/837623/

Cite the original work for its findings. Save a collection to share your selection of sources.

KEEP EXPLORING

Related citations

Arthroscopic-assisted first metatarsophalangeal joint arthrodesis.

This is the first report of a successful first metatarsophalangeal joint arthrodesis using great toe arthroscopy and percutaneous internal fixation. The surgical trauma associated with open operative arthrodesis can be minimized using minimally invasive techniques under arthroscopic control. The authors describe the principles of the surgery and discuss the advantages compared with traditional surgery.

Arthrodesis

Portable mini-fluoroscopy improves operative efficiency in hand surgery.

A paired case cohort study was performed using retrospective review of operative times for defined hand surgical procedures in an attempt to quantify efficiency with and without the use of portable fluoroscopy. Patients included in the study underwent 1 of 4 defined surgical procedures controlled to ensure similar operative technique (total wrist fusion, in situ 4-corner fusion, closed reduction/internal fixation using K-wires of phalangeal shaft fractures, and metacarpophalangeal or interphalangeal joint fusions using K-wires). One group used intraoperative standard film radiographs and the other used portable mini-fluoroscopy to examine hardware placement. Both groups were paired by operative procedure to eliminate procedure bias on overall operating time. Analysis demonstrated a 38% reduction in total operative time in the group using portable mini-fluoroscopy compared with standard intraoperative radiographs.

Arthrodesis

Biomechanical evaluation of two different screw positions for fusion of the calcaneocuboid joint.

In triple arthrodesis performed for severe deformity and neuroarthropathy in poorly compliant patients with osteoporotic bone, fixation of the arthrodesis is critical. We biomechanically tested an alternative means of stabilization for calcaneocuboid fusions. In seven matched pairs of fresh-frozen cadaver feet, we removed the soft tissue from around the calcaneocuboid joint, except for the capsule, and we did not resect the articular cartilage. One joint of each pair was fixed with an oblique standard screw, and the contralateral joint was stabilized with an axial screw placed perpendicularly to the joint surface. Testing on an MTS Mini Bionix Test Frame (MTS Systems Corp., Eden Prairie, MN) demonstrated that the axial screw provided significantly higher initial stiffness and maximum load to failure. We concluded that an axial screw provided better fixation of the calcaneocuboid joint.

Arthrodesis