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Pulling Strings: Otoplasty Complicated by Wound Dehiscence in the Setting of Prolonged Mask Wearing
Lauren Luther1, Haley A Chrisos2, Oren Ganor2,3
1Alpert Medical School of Brown University, Providence, R.I.
Insights
A rare wound complication occurred 9 months after pediatric otoplasty due to prolonged mask use. This highlights the need for alternative masking strategies for young surgical patients to prevent scar irritation and delayed healing.
Area of Science:
- Plastic Surgery
- Pediatric Otolaryngology
- Public Health
Background:
- Prominent ear correction (otoplasty) is common in early school-aged children.
- Cartilage-sparing techniques using sutures are effective and have low complication rates.
- Delayed complications after 3 months are rare in pediatric otoplasty.
Observation:
- A 5-year-old female experienced wound dehiscence 9 months post-otoplasty.
- The patient wore ear-looped masks daily due to COVID-19 (Coronavirus Disease 2019) guidelines.
- This occurred in the context of ongoing public health mandates for face coverings.
Findings:
- Prolonged pressure and friction from ear-looped masks can irritate immature surgical scars.
- This atypical, delayed complication suggests a link between mask use and otoplasty wound healing.
- Permanent suture material may have contributed to mask-related irritation.
Implications:
- Otoplasty patients, especially children, require alternative masking solutions to avoid ear loops.
- Consideration of mask type and wear duration is crucial for post-otoplasty care during the pandemic.
- This case emphasizes adapting surgical patient management to evolving public health recommendations.
Abstract:
Improved understanding of the psychosocial effects of prominent ears has led to increased intervention in early school-aged children. Cartilage-sparing otoplasty procedures are commonly used in this population, given the effectiveness of sutures in remodeling the pliable pediatric ear. In addition to their efficacy, another advantage of these techniques is their low overall complication rates, with complications beyond 3 months being particularly uncommon. We present the clinical case of a 5-year-old female patient who experienced wound dehiscence 9 months after her cartilage-sparing otoplasty. Before experiencing her atypical complication, she had been wearing an ear-looped mask daily to comply with guidelines developed to reduce the transmission of SARS-CoV-2 in schools. The use of masks would previously not have been a concern in this age group, but given the longevity of the COVID-19 pandemic and the importance of masking as a public health tool, this needs to be a consideration for otoplasty patients going forward. Pressure and friction on an immature surgical scar impede healing and expose the patient to increased risk of complications. Therefore, we discuss options for decreasing exposure to COVID-19 and complying with local face-covering policies while avoiding the direct contact associated with traditional ear-looped masks. Additionally, we explore the role permanent suture material may have played in predisposing our patient to mask-related irritation.
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