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Published on: April 11, 2018
Stress fractures in children
1Oddział Ortopedyczno-Urazowy Uniwersytecki Szpital Dziecięcy w Krakowie. jerzysulko@hotmail.com
Insights
This study presents an algorithm for diagnosing and treating pediatric stress fractures, emphasizing imaging techniques and careful monitoring for complete healing. Early diagnosis and appropriate management are key for successful outcomes in pediatric patients.
Area of Science:
- Pediatric Orthopaedics
- Radiology
- Sports Medicine
Background:
- Stress fractures are common in pediatric patients, requiring accurate diagnosis and effective treatment.
- This study reviews experiences and outcomes of managing stress fractures in children.
Purpose of the Study:
- To present an algorithm for diagnosing and treating pediatric stress fractures.
- To share observations and results from managing 38 pediatric patients with stress fractures.
Main Methods:
- Retrospective review of 38 pediatric patients (40 fractures) diagnosed with stress fractures between 1998 and 2010.
- Diagnostic procedures included clinical and radiological examination, laboratory tests, computed tomography (CT), scintigraphy, and magnetic resonance imaging (MRI).
Main Results:
- Complete healing of stress fractures was achieved in all 38 patients.
- The study highlights the diagnostic utility of various imaging modalities.
Conclusions:
- A systematic diagnostic approach involving radiography, CT, MRI, or scintigraphy is crucial for suspected stress fractures.
- Non-weight-bearing, close clinical-radiological monitoring, and cautious interpretation of MRI findings are recommended.
- Biopsy may be indicated if conservative management fails or bone destruction is suspected.
Background:
Presentation of own experiences, observations and results of treatment of patients with stress fractures treated in the Department of Paediatric Orthopaedics. The authors present an algorithm of diagnosing and treatment of stress fractures.
Material And Methods:
Over the period 1998 - 2010, 38 patients were hospitalised (40 fractures) with the final diagnosis of stress fracture. Personal patients' data, case histories and management preceding the diagnosis of the disease, diagnostic and therapeutic methods, as well as the results of treatment were collected on the basis of medical documentation. Standard diagnostic procedure consisted of: clinical and radiological examination, laboratory tests as well as computed tomography (CT). In 11 cases, the procedure included also scintigraphy and in two children MRI scan was performed.
Results:
Complete healing of fractures was finally achieved in all patients
Conclusions:
In case of suspected stress fracture, it is necessary to perform a series of radiograms, which should present the picture of bone rebuilding and incorporation of the periosteal callus. If plain radiograph is inconclusive we should consider MRI , CT or scintigraphy scan. The results of laboratory tests should not show any abnormalities. In case of confirmed stress fracture nonweight-bearing of the affected extremity is recommended as well as introducing of close clinical-radiological monitoring. The results of MRI examination should be interpreted very cautiously, be cause it can be misleading. The observation strategy (“wait and see”) should be implemented. However, the lack of the regression of pain sensation, bone rebuilding features and incorporation of periosteal callus or the appearance of visible bone destruction (lysis) should raise questions and present an indication for taking biopsy of the laesion.
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