Review, analysis, and education of antiseptic related ocular injury in the surgical settings

Preoperative skin antiseptic preparation is the gold standard for prevention of surgical infection. However, improper use of antiseptics may lead to severe ocular damage. Currently, the most common surgical antiseptics can be divided into aqueous-based and alcohol-based disinfectants, with chlorhexidine and iodine/iodophors being the two major components. Chlorhexidine has a persistent antimicrobial effect and is resistant to neutralization by blood or organic products in surgical wounds. Nevertheless, due to its toxicity to the ears, meninges, and eyes, application of chlorhexidine should be prohibited in these surgical fields. Iodine/iodophor is better tolerated by the ocular surface and is the recommended antiseptic for ophthalmic or head and neck surgeries close to the periocular area. Alcohol is less pricey and has a rapid antiseptic effect, though its desiccating effect and flammability restrict the use in mucosal or laser surgeries. The single or combined use of these antiseptics may inadvertently induce severe ocular damage, especially during time-consuming head and neck surgeries with prone, hyperextension, or lateral tilt positions, or surgeries under general anesthesia. Apart from the choice of antiseptics, appropriate selection and attachment of bio-occlusive dressings are key to avoiding antiseptic-related ocular injuries. In this review, we provided a comprehensive summary of the characteristics of antiseptics used in surgical settings and the possible mechanisms and outcomes of antiseptic-related ocular injuries. The prevention, diagnosis, and acute management of these complications were also discussed.

The Quality, Implementation, and Evaluation Model

Major efforts have been directed toward the implementation of sustainable quality improvement. To date, progress has been noted using various metrics and performance measures; however, successful implementation has proven challenging. The Quality, Implementation, and Evaluation (QIE) model, derived from Donabedian’s structure component, presents a framework for implementation of specific activities. The QIE model consists of Policy, Patient Preparedness, Provider Competency, and Performance and Accountability, to guide specific practice initiatives. The implementation of alcohol-based pre-operative skin prep was evaluated in a sample of 17 hospitals and demonstrated that hospitals actively engaged in the components of the model demonstrated a significantly higher use of alcohol-based skin preparation agent than hospitals that did not engage in QIE model activities. The QIE model presents a powerful and actionable implementation model for mid-level management and clinical leadership. Future studies will further evaluate the impact of the specific components of the QIE model.

Baseline measure of alcohol-based skin preparation agents before 2011 National Quality Forum recommendation in a general surgery population

The National Quality Forum (2011) recommends the use of alcohol-based skin preparation agents before surgery to help prevent infections. This multihospital study (n = 3,794) evaluates its use in a general surgery patient population before the National Quality Forum recommendation. Forty-seven percent of cases received an alcohol-based skin preparation agent.