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Updated: Aug 12, 2026
Creating Rigidly Stabilized Fractures for Assessing Intramembranous Ossification, Distraction Osteogenesis, or Healing of Critical Sized Defects
Published on: April 11, 2012
Disability can be avoided after open fractures in Africa-results from Malawi
O Bach1, M J Hope, C V Chaheka
1Grampian University Hospital NHS Trust, Trauma Unit Aberdeen Royal Infirmary & Orthopaedic Suite Woodend Hospital, Eday Road, Aberdeen AB15 6XS, UK. olaf.bach@arh.grampian.scot.nhs.uk
Insights
Open fracture treatment in Malawi, adhering to modern principles, yielded good functional recovery. Despite challenges like delayed presentation and infection, 80% of patients regained function, demonstrating effective trauma care in resource-limited settings.
Area of Science:
- Trauma Surgery
- Orthopedics
- Global Health
Background:
- Open fractures pose significant challenges, particularly in resource-limited settings.
- Effective management is crucial to prevent complications and restore function.
Purpose of the Study:
- To evaluate the outcomes of open fracture treatment in a resource-constrained hospital in Malawi.
- To assess the applicability of contemporary treatment principles in a third-world context.
Main Methods:
- A cohort of 55 open fractures were treated using a regimen including external fixation, debridement, flap coverage, and secondary healing.
- The first 34 cases were monitored for clinical outcomes, including infection rates and functional recovery.
Main Results:
- 80% of patients achieved functional recovery at follow-up (36 weeks).
- Septic wound infections occurred in 80% of cases but resolved within 20 weeks.
- Only 12% of patients remained disabled; mortality and severe morbidity were low.
Conclusions:
- Contemporary open fracture treatment principles are effective even in resource-limited environments.
- Adapting global trauma knowledge to local healthcare systems yields positive results.
Unlabelled:
In a free-at source hospital in Malawi, East Africa, 55 open fractures were treated within a 3-year period. The majority (33/55) involved fractures of the lower leg. The treatment regimen contained the following: primary external fixation; scheduled sequential debridement; immediate coverage of any bone devoid of periosteum using local muscle or fasciocutaneous flaps, alternatively limb shortening; no skin closure; controlled secondary healing under moist dressings; dynamisation and/or removal of the external fixator followed by functional treatment (Sarmiento and Latta) as soon as the soft tissues permitted. The first 34 consecutive cases were monitored from the time of treatment; 24 of them attended for clinical review at 36 (+/-16) weeks after injury. Only 72% (13/22) patients had reached the hospital within 24h after sustaining the fracture; 80% (18/22) had developed a septic wound infection, which healed in all cases after 20 weeks. At the time of follow-up, recovery of function was found in 20 (80%) of the injured extremities. Only three patients (12%) remained disabled due to the open fracture, one other patient died during treatment from tuberculosis secondary to AIDS and one patient required knee disarticulation.
Conclusion:
If the biological principles guiding the contemporary treatment of open fractures in the first world are respected, results under third world conditions do not differ as much as the differences in setting might suggest. The application of recent advances of global knowledge in trauma surgery into methods of treatment appropriate to the health care systems of highly resource constraint countries remains a rewarding task for modern trauma surgeons and their scientific community.
