Diagnostic delays in diabetic Charcot arthropathy

Delayed Diagnosis of Charcot Foot: A Systematic Review

This study aims to examine the duration and rate of delayed diagnosis in Charcot foot. We systematically reviewed articles published in Medline, SCOPUS, and Cumulative Index of Nursing and Allied Health Literature to identify articles discussing delayed or misdiagnosis of Charcot foot. Random-effects models were generated to determine the average time from symptom onset to correct diagnosis (diagnostic delay duration) and proportion of patients misdiagnosed prior to being correctly diagnosed (delayed diagnosis rate). Our search identified 142 articles, 7 of which are included in this review. The review found that 53.2% of cases of Charcot osteoarthropathy experienced a delay in diagnosis (95% CI: 28.9%-77.4%). Overall, the duration of diagnostic delay was determined to be 86.9 days (95% CI: 10.5-162.1). We found that patients with Charcot foot experienced prolonged delays from symptom onset to correct diagnosis, and a majority of patients are misdiagnosed. These delays in diagnosis contribute to worse patient outcomes.

Salvage arthrodesis for charcot arthropathy

The principles of fusion of a Charcot joint arise from the assertion that successful fusion requires removal of all cartilage, debris, and sclerotic bone. The authors believe that reconstruction can prevent amputation in patients who have unbraceable or unstable deformities, or recurrent ulcerations. The goal with any Charcot reconstruction procedure is to achieve a plantigrade foot free of ulceration, and to prevent any future collapse, deformity, or ulcerations. The authors strongly believe arthrodesis of unstable joints of the Charcot neuropathic foot can lead to limb salvage and better quality of life.

Patient safety systems in the primary health care of diabetes—a story of missed opportunities?

AIMS

Key elements of a patient safety system include mechanisms for identifying errors or safety events, methods for investigating the events and processes for acting on the findings of the investigations. A patient safety system for management of diabetes in primary care might help to reduce adverse outcomes. The aims of this study were to review the current state of research into patient safety systems for people with diabetes in primary care.

METHODS

MEDLINE, EMBASE and nine other biomedical and health management databases were searched for articles published up to April 2009. Selection and review of abstracts were carried out independently by two authors.

RESULTS

Abstracts of 1659 articles were identified, of which only three fulfilled the selection criteria, and these did not appear in mainstream primary care journals. These papers covered the applications of root cause analysis, videoconferencing and automated telephone support to patient safety systems for managing diabetes in primary care.

CONCLUSIONS

There is very little evidence on how patient safety systems for the management of primary care diabetes can be implemented, or on how the effectiveness of such systems can be maximized. If patient safety systems do have potential to improve the processes and outcomes of care, the lack of relevant research may be regarded as a missed opportunity—investigation into the reasons for the situation is needed, with the aim of motivating and enabling further research on a range of problems identified here.

Epidemiology of the Charcot foot

The Charcot foot (osteoarthropathy) is a significant lower extremity complication of diabetes mellitus that can result in significant deformity, ulceration, and subsequent limb loss. A result of even unrecognized trauma to an insensitive foot, continued weight bearing on the injured foot promotes the evolution of the disorder that is often diagnosed only after significant deformity has occurred. Although this entity is considered a rare complication of the diabetic population, it has profound implications for those persons affected. Greater awareness of the frequency, distribution, determinants, and natural history of Charcot foot can help clinicians establish an earlier diagnosis and institute effective treatment before the onset of limb-threatening deformity.