Abstract:Background: Charcot neuroarthropathy is a complex condition characterised by progressive deformity, limited treatment options and a high amputation rate. Surgical reconstruction of Charcot foot has been proposed as a method to preserve the foot. However, limited information exists on the different methods of reconstruction available, their outcomes and complications. Methods: We systematically analysed published data from Jan 1993 to Dec 2018 to assess methods of fixation and associated outcomes for the surgic… Show more
“…A recently published systematic review reported a fusion rate of 81% with the internal fixation technique. 32 One recent study has reported a hardware failure rate of 24% with internal fixation at a mean follow up of 31.8 months, but the functional outcomes in this cohort were satisfactory. 33…”
Prevention of amputation has become a key objective of clinicians providing care to patients with highrisk diabetic foot problems. In this regard, the multidisciplinary diabetic foot team (MDFT) has been embraced as the most effective way to manage patients with foot ulcers, infections, and Charcot feet. Importantly, such specialized teams have also integrated various surgical specialties to enable more expedient management of these often complex conditions. Experienced diabetic foot surgeons over the last three or four decades have contributed much to this discipline, whereby foot-sparing reconstructive procedures or minor amputations have become fundamental strategies for limb preservation teams. Central to limb salvage, of course, is the recognition of underlying vascular insufficiency and the importance of prompt (endo)vascular intervention. Restoration of adequate perfusion is essential to allow the podiatric, orthopaedic, or plastic surgeon to perform indicated functional reconstructive or minor amputation procedures. This evidence-based overview discusses the various indications and surgical principles inherent in modern concepts aimed at preventing amputation in the high-risk diabetic foot.
“…A recently published systematic review reported a fusion rate of 81% with the internal fixation technique. 32 One recent study has reported a hardware failure rate of 24% with internal fixation at a mean follow up of 31.8 months, but the functional outcomes in this cohort were satisfactory. 33…”
Prevention of amputation has become a key objective of clinicians providing care to patients with highrisk diabetic foot problems. In this regard, the multidisciplinary diabetic foot team (MDFT) has been embraced as the most effective way to manage patients with foot ulcers, infections, and Charcot feet. Importantly, such specialized teams have also integrated various surgical specialties to enable more expedient management of these often complex conditions. Experienced diabetic foot surgeons over the last three or four decades have contributed much to this discipline, whereby foot-sparing reconstructive procedures or minor amputations have become fundamental strategies for limb preservation teams. Central to limb salvage, of course, is the recognition of underlying vascular insufficiency and the importance of prompt (endo)vascular intervention. Restoration of adequate perfusion is essential to allow the podiatric, orthopaedic, or plastic surgeon to perform indicated functional reconstructive or minor amputation procedures. This evidence-based overview discusses the various indications and surgical principles inherent in modern concepts aimed at preventing amputation in the high-risk diabetic foot.
“…Published literature revealed similar outcomes with internal and external fixations options for such procedures and confirmed the vast majority of patients achieved ambulatory status following reconstruction. 3 In comparison to the other forms of internal fixation, an intramedullary (IM) hindfoot nail is considered to provide better stability and offer superior resistance to the multiplanar forces across the ankle joint exerted by the long leaver arm of the foot. An IM nail also acts as a load sharing device and thereby can potentially allow earlier return to weight-bearing.…”
Various techniques of reconstruction of deformed Charcot hindfoot using different internal fixation devices have been described in the literature. We present our surgical technique using specific principles that has resulted in improved outcomes to allow correction of deformity, obtain stability and allow progression to weightbearing in orthotic shoes. We describe our preoperative evaluation, planning and surgical timing. We also hope to share some technical pearls and details on the finer points to achieve a satisfactory correction and reduce the learning curve.
“…Charcot neuroarthropathy is a debilitating illness. Charcot foot and ankle deformity can have a significant damaging effect on anyone's lifestyle, increased morbidity, and early decreased of quality of life [5] , [10] . The early recognition of a diabetic, or Charcot arthropathy is essential for a satisfactory outcome following treatment [3] , [14] .…”
Introduction
Charcot neuropathic osteoarthropathy (CN) is a chronic, progressive condition of joints, soft tissues, and bones. CN causes considerable high mortality and morbidity. A common issue is early diagnosis and appropriate treatment. Thus, the operative treatment is indicated when patients have progressive deformities, infection and ulceration. The superconstructs method for Charcot foot (CF) is considered giving better clinical outcome than other methods.
Presentation of case
A 61-year-old male admitted to an outpatient clinic with chief complaint of swelling and pain on a left foot with history of diabetes mellitus type 2. From the physical examination, left foot revealed a swelling with rocker bottom deformity and limited range of motion. The radiological examination showed sclerotic appearance of bone deformity metatarsal joint of midfoot of toe. The patients were diagnosed with left Charcot foot Brodsky Type 1, Eichenholtz grade III with diabetes mellitus type 2.
Discussion
We made superconstructs rather than standard fixation which is frequently inadequate due to changes accompanying the Charcot process. Thus, we performed an adequate reduction of deformity, reduce soft tissue tension, fixation extension beyond a zone of injury, then use of strongest fixation devices that are applied to maximize mechanical function.
Conclusion
This study showed that superconstructs provide satisfactory clinical and outcomes. This method is useful for achieving construct and stable fixation especially for Charcot foot.
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