Application of Field Sterility to Safely Reduce Cost and Waste in Cleft Surgery

Abstract

Background: Healthcare spending in the United States remains a major concern, requiring reforms to control spending and curtail costs. Medical supply is one of the largest expenses for hospitals and strategies should be utilized to reduce nonbeneficial service delivery, which increases cost without concomitant increase in value. Introduction of field sterility is one of the potential strategies that has been applied in several surgical disciplines to improve cost-efficiency by reducing overuse of resources and decreasing enormous medical waste. Of course, this must be applied without a diminution in safety. Methods: The PubMed, Medline, and Cochrane databases from 1980 to 2022 were used to review literature. Key words included “cleft surgery and field sterility,” “sterile gloves and oral surgery,” “oral surgery and field sterility,” “sterile techniques and cleft palate surgery,” “sterile versus nonsterile gloves,” “sterile and non-sterile gloves and minor surgery,” “skin laceration repair and sterile techniques,” “sterile gloves and wound suture,” “surgical site infection and field sterility,” “operating room versus clinical setting,” “operating rooms economics and hand surgery,” and “main operating room versus ambulatory.” Results: The literature search yielded 827 articles. Following evaluation of titles, abstracts, and manuscript contents, 23 articles were ultimately included, of which 10 discussed field sterility and cost-efficiency for cutaneous procedures, 9 hand surgery, and 4 oral surgery. There was no study evaluating field sterility application in cleft surgery. In the reviewed studies, no statistical significance was observed in surgical site infection (SSI) with substantial cost savings and medical waste reduction when hand procedures were performed in ambulatory settings with field sterility compared to the main operating room (OR). Furthermore, no difference was observed for SSI in wound closure, excision of skin lesions, or Mohs micrographic surgery when nonsterile gloves were used. Conclusion: The incidence of infection following most cleft-related procedures remains low. As such, the application of field sterility may be ideal for this setting. The cost and waste associated with standard operating protocols are not warranted for many cleft procedures.