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Non-sterile gloves were as safe as sterile gloves for repair of uncomplicated lacerations
  1. Marcia Edmonds, MD
  1. University of Alberta
 Edmonton, Alberta, Canada

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 Q In patients with soft tissue lacerations, is the use of clean non-sterile gloves for the repair of lacerations as safe as sterile gloves?

    Clinical impact ratings FP/GP/Emergency ★★★★★☆☆ Emergency Medicine ★★★★★★☆ GP/FP/Primary care ★★★★★★☆

    METHODS

    Embedded ImageDesign:

    randomised controlled trial.

    Embedded ImageAllocation:

    {concealed*}.

    Embedded ImageBlinding:

    blinded (patients, outcome assessors, {data collectors, and data analysts}).*

    Embedded ImageFollow up period:

    mean telephone follow up of 23 days.

    Embedded ImageSetting:

    3 community hospitals in Toronto, Ontario, Canada.

    Embedded ImagePatients:

    816 patients ⩾1 year of age (mean age 30 y, 73% men) who presented to the emergency department (ED) with any type of uncomplicated soft tissue laceration. Exclusion criteria: diabetes mellitus, renal failure, asplenia, immunodeficiency, liver cirrhosis, tendency to form keloid scars, current use of antibiotics, or need for prophylactic antibiotics.

    Embedded ImageIntervention:

    wound repair by the physician wearing latex free gloves that were non-sterile (n = 408) or sterile (n = 408) (both types of gloves Allegiance, Cardinal Health Company, IL, USA).

    Embedded ImageOutcomes:

    wound infection rate determined by the physician providing wound follow up (with culture results if the wound was deemed sufficiently infected to warrant a swab) or by standardised questions to patients in telephone interviews. The study had 80% power to detect a 50% relative risk reduction in infection rate by using sterile gloves.

    Embedded ImagePatient follow up:

    98%.

    MAIN RESULTS

    Infection rates did not differ between the clean non-sterile glove group and the sterile glove group (table).

    Clean non-sterile gloves v sterile gloves for laceration repair*

    CONCLUSION

    In patients with soft tissue lacerations, the rate of wound infection was no greater with the use of clean non-sterile gloves than with sterile gloves.

    Commentary

    Tradition would dictate that repairing traumatic lacerations should be done using sterile technique, although little evidence exists to support this practice. The interesting study by Perelman et al calls into question the need for sterile gloves when repairing lacerations. The study included a convenience sample of patients who presented to the ED with various types of lacerations and were randomised to have their wounds closed using sterile or clean non-sterile gloves. Patients were blinded to the type of gloves used and were given an assessment form to be completed by their physician at the time of follow up. If the form was not returned, telephone follow up was done. Although the return rate of the forms was relatively low (49%), overall follow up was excellent (98%). One wonders if telephone follow up might overestimate the presence of wound infections, but even if it did, the patients were blinded to the type of gloves used, so it should not bias the reporting of infections. It seems reasonable that telephone follow up should be able to determine the occurrence of significant infections.

    Overall, no significant difference in infection rates was found between the sterile and clean glove groups. However, the trial was not designed to prove equivalence between the 2 treatments, as the sample size required for an equivalence trial was prohibitively large. None the less, the results do not suggest a large difference between the 2 groups, and looking at the confidence intervals, there is unlikely to be a clinically important difference between the groups.

    Despite the methodological issues, this trial provides the best evidence yet that sterile gloves are probably unnecessary for suturing simple lacerations in the ED. And I’m impressed by the simplicity of the study and that clinicians enrolled patients and collected the initial study data, which would have made this relatively clean study possible on a modest budget.

    View Abstract

    Footnotes

    • * See glossary.

    • Information provided by author.

    • For correspondence: Dr V S Perelman, University of Toronto, Toronto, Ontario, Canada. sperelmanrogers.com

    • Sources of funding: Canadian Association of Emergency Physicians and Bales Research Foundation of North York General Hospital.

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