INFECTION RISK AND PREVENTION IN OPEN AND CLOSED FRACTURES: STRATEGIES FOR OSTEOMYELITIS PREVENTION
Abstract
Open and closed fractures are common traumatic injuries that significantly affect patient morbidity and healthcare systems worldwide. One of the most serious complications associated with fractures is infection, particularly osteomyelitis, which can lead to prolonged hospitalization, repeated surgical interventions, and permanent functional impairment. The risk of infection varies considerably between open and closed fractures due to differences in tissue exposure, vascular damage, and microbial contamination. Open fractures are especially vulnerable to infection because of direct contact between bone and the external environment, allowing bacteria to penetrate deep tissues. Closed fractures, although less exposed, may also develop infections due to hematoma formation, compromised blood supply, and surgical interventions. Early diagnosis and effective preventive strategies are essential for reducing infectious complications. This article reviews the mechanisms of infection development in fracture cases and emphasizes the importance of early wound management, antibiotic prophylaxis, surgical debridement, and stabilization techniques. The role of multidisciplinary trauma care in minimizing infection risk is also discussed. Advances in diagnostic imaging, microbiological testing, and biomaterials have improved the detection and management of bone infections. Furthermore, patient-related factors such as diabetes, smoking, malnutrition, and immune status significantly influence susceptibility to infection and healing outcomes. Preventive measures including strict aseptic techniques, timely fracture fixation, appropriate antibiotic selection, and patient education are highlighted as key components of osteomyelitis prevention. In conclusion, comprehensive infection prevention strategies tailored to fracture type and patient condition are vital for improving clinical outcomes. Continuous monitoring, early intervention, and adherence to evidence-based guidelines can significantly reduce the incidence of osteomyelitis and enhance recovery in patients with open and closed fractures.