A systematic review of cost-effectiveness, comparing traction to intramedullary nailing of femoral shaft fractures, in the less economically developed context
Abstract:IntroductionFemoral shaft fractures carry considerable morbidity and are increasingly common in less economically developed countries (LEDCs). Treatment options include traction and intramedullary (IM) nailing but in a limited-resource environment; cost-effectiveness is fundamental to policy development.The objective herein was to evaluate the cost-effectiveness of moving from traction to IM nailing for femoral shaft fractures, in adults, in LEDCs. Incorporating a systematic review of complications and functio… Show more
“…However, nonoperative treatment using skeletal traction (ST) for at least 6 weeks remains the mainstay treatment for these fractures in low-resource settings (Hollis et al 2015, Kramer et al 2016. Nonoperative treatment is associated with increased risk of both medical and surgical complications, reported as high as 55% in some studies (Bucholz and Jones 1991, Doorgakant and Mkandawire 2012, Kramer et al 2016, Parkes et al 2017.…”
mentioning
confidence: 99%
“…In Malawi, femoral shaft fractures are most commonly treated by ST. IMN, when performed, is done using the SIGN IM nail, which is donated by SIGN Fracture Care International (Richland, WA, USA) (Shah et al 2004). Most studies comparing IMN with ST in LICs used conventional measures such as fracture union, complications, and range of motion (Swai 2005, Kamau et al 2014, Parkes et al 2017. No prior study has measured quality of life or function using a validated patient-reported outcome instrument to compare ST and IMN in any context.…”
Young (2020): Outcome at 1 year in patients with femoral shaft fractures treated with intramedullary nailing or skeletal traction in a low-income country: a prospective observational study of 187 patients in Malawi, Acta Orthopaedica,
“…However, nonoperative treatment using skeletal traction (ST) for at least 6 weeks remains the mainstay treatment for these fractures in low-resource settings (Hollis et al 2015, Kramer et al 2016. Nonoperative treatment is associated with increased risk of both medical and surgical complications, reported as high as 55% in some studies (Bucholz and Jones 1991, Doorgakant and Mkandawire 2012, Kramer et al 2016, Parkes et al 2017.…”
mentioning
confidence: 99%
“…In Malawi, femoral shaft fractures are most commonly treated by ST. IMN, when performed, is done using the SIGN IM nail, which is donated by SIGN Fracture Care International (Richland, WA, USA) (Shah et al 2004). Most studies comparing IMN with ST in LICs used conventional measures such as fracture union, complications, and range of motion (Swai 2005, Kamau et al 2014, Parkes et al 2017. No prior study has measured quality of life or function using a validated patient-reported outcome instrument to compare ST and IMN in any context.…”
Young (2020): Outcome at 1 year in patients with femoral shaft fractures treated with intramedullary nailing or skeletal traction in a low-income country: a prospective observational study of 187 patients in Malawi, Acta Orthopaedica,
“…At present, the authors point to an increase in treatment costs. This is due to increasing perioperative costs and high costs of the implants [20]. Consequently, the growing group of supporters includes more and more traumatologists using stainless steel intramedullary nails.…”
Femoral fractures are found in the daily practice of pediatric orthopedic traumatologists. This is related to the specificity of the child's skeletal system, different biology and methods used to treat these injuries. Diaphyseal femoral fractures account for approximately 3% of all long bone fractures in children and adolescents. They usually occur as a result of high energy injuries. This type of damage to the musculoskeletal system is a consequence of traffic accidents, falls from a height and practicing sports, including extreme sports. The treatment of femoral fractures during the development period depends on the type of injury, child's age and weight, associated injuries, and the experience and preferences of the treating physician. At present, it is assumed that in children over 5 years of age it is advisable to apply a minimally invasive surgical procedure. The fixation method should be simple and effectively stabilize the fracture. Currently, the use of titanium elastic nails (TENs) is standard in pediatric traumatology.
“…Sadly, in LMICs only a small percentage of patients have access to locked IM nailing [9,10]. Less than optimal methods of treatment like prolonged traction and treatment by traditionalists is still common-place [6,[11][12][13].…”
Introduction: Diaphyseal fractures of the femur and tibia are common worldwide with an increased incidence in lowand middle-income countries and are an immense economic burden on the populace. Locked intramedullary nailing is not readily available. We explore the challenges of starting this kind of procedure in a developing country setting. Methods: We study the first 45 consecutive cases of locked intramedullary nailing of the femur and tibia in the Cape Coast Teaching Hospital of the Central Region of Ghana from the period of 2016 to 2019. Results: There were 29 Males and 16 Females with a mean age of 39.8 years and with 76% being in the informal sector of the economy. Road traffic accidents were the commonest cause of injury accounting for 68.9% of fractures. There were 24 femur and 21 Tibia fractures with 51%, 16% and 33% being type A, B and C fractures respectively. Most patients presented within 24 hours of injury and the average waiting time before surgery was 6.1 days. All cases were done via ante grade nailing with an average operating time of 199 minutes for the femur and 147 minutes for the tibia. Average time on admission before discharge was 12.5 days. Conclusion: It is possible to consistently perform locked IM nailing for femur and Tibia diaphyseal fractures even in deprived environments but the surgical teams will require adequate training in the use of specialized equipment and health systems must provide for funding for orthopaedic instrumentation and implants so that these procedures can be undertaken in a timely fashion avoiding complications.
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