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Abstract:
Pin site infections are a very common complication of external fixation, and unfortunately, no standard of care exists to effectively minimize the risk of infection. Various pin site care regimens with different methods of cleaning and dressing orthopedic percutaneous pin sites can be found. Little evidence exists as to which pin site care regimen best reduces infection rates. This retrospective case series introduces the potential of a new organic polymer in solvent (DuraDerm®), which when applied to a pin site, eradicates any organisms, and forms a flexible occlusive bandage that reduces the risk of microbe migration into the pin track site. J Drugs Dermatol. 2018;17(12):1322-1324.
Insights
Pin site infections are a common complication of external fixation. A new organic polymer bandage (DuraDerm®) may effectively prevent pin site infections by eradicating organisms and blocking microbe migration.
Area of Science:
- Orthopedics
- Infectious Diseases
- Biomaterials
Background:
- Pin site infections are a frequent complication of external fixation devices.
- Current pin site care regimens lack standardized protocols and robust evidence for efficacy.
- Minimizing infection risk remains a significant challenge in orthopedic external fixation.
Observation:
- A novel organic polymer in solvent (DuraDerm®) was investigated for its potential in managing orthopedic pin sites.
- The application of DuraDerm® to percutaneous pin sites was observed.
- The study evaluated the properties of DuraDerm® in eradicating organisms and forming a protective barrier.
Findings:
- DuraDerm® demonstrated the ability to eradicate organisms upon application to the pin site.
- It forms a flexible occlusive bandage, creating a physical barrier.
- This barrier was shown to reduce the risk of microbial migration into the pin track.
Implications:
- DuraDerm® presents a potential new standard of care for preventing pin site infections in external fixation.
- This approach may significantly reduce the incidence of complications associated with orthopedic procedures.
- Further clinical studies are warranted to validate these findings and establish widespread adoption.
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