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Published on: February 9, 2011
Surgical Site Infection After Skin Excisions in Children: Is Field Sterility Sufficient?
Laura C Nuzzi1, Arin K Greene1, John G Meara1
1Department of Plastic and Oral Surgery, Boston Children's Hospital and Harvard Medical School, Boston, Massachusetts.
Insights
Pediatric skin excisions using clinic field sterility or operating room sterile technique show similar surgical site infection rates. Avoiding routine antibiotics in children
Area of Science:
- Pediatric Surgery
- Infectious Disease
Background:
- Skin excisions are frequent pediatric procedures.
- Sterile techniques vary, from clinic field sterility to operating room aseptic technique.
- Antibiotic use is common in pediatric surgery.
Purpose of the Study:
- To compare surgical site infection (SSI) rates after pediatric skin excisions based on sterility technique and antibiotic use.
- To evaluate cost-effectiveness of different sterility methods.
Main Methods:
- Retrospective review of 700 pediatric patients (0-18 years) undergoing skin excisions between 2006-2010.
- Analysis of demographic data, perioperative conditions, and wound complication rates.
- Cost analysis of sterility techniques and antibiotic usage.
Main Results:
- Overall SSI rate was 0.3%; other wound complications were 1.8%.
- SSI incidence did not differ significantly based on sterility technique (clinic vs. OR), antibiotic use, surgeon, age, or lesion characteristics.
- Operating room procedures incurred 200% higher equipment costs than clinic procedures.
Conclusions:
- Clinic field sterility is as effective as operating room aseptic technique for pediatric skin excisions regarding SSI rates.
- Routine perioperative antibiotics are not necessary for pediatric skin excisions.
- Implementing clinic sterility for simple excisions and avoiding routine antibiotics can lead to significant cost savings.
Abstract:
Skin excisions are common procedures in children. They may be performed in the clinic using field sterility or the operating room with strict sterile technique. We compared the effect of these locations and the use of antibiotics on the incidence of surgical site infection (SSI) after skin excisions. Patients ages 0-18 years presenting to our department for the excision of lesions from 2006 to 2010 with complete medical records were included in our study. Records were reviewed for demographic characteristics, presentation, perioperative conditions, and postoperative SSI and other wound complications. Analyses were performed to estimate the costs associated with sterility technique and perioperative antibiotic use. We identified 700 patients with a mean age of 9.1 years. Of 872 lesions excised, 0.3% resulted in SSI and 1.8% had other wound complications. The incidence of SSI did not vary according to sterility technique, antibiotic usage, surgeon, age, or lesion size, type, or location. The equipment costs to excise a lesion in the operating room were 200% greater than in the clinic. The incidence of SSI after excision of benign lesions in children did not differ between those performed using clinic field sterility and those using the standard aseptic sterile technique in the operating room. A considerable cost savings could be realized by adopting field sterility for simple excisions performed in the operating room and avoiding routine perioperative antibiotics in pediatric skin excisions.
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