Optimizing Surgical Wound Care in Obstetrics and Gynecology.

Importance: Obstetrics and gynecology (OB/GYN) accounts for at least half of all open abdominal surgeries performed. Rates of surgical wound complications after open procedures in OB/GYN range from 5% to 35%. Therefore, optimizing management of surgical wound complications has the potential to significantly reduce cost and morbidity. However, guidelines addressing best practices for wound care in OB/GYN are limited. Objective: The objectives of this review are to describe the fundamentals of wound healing and to evaluate available evidence addressing surgical wound care. Based on these data, we provide recommendations for management of extrafascial surgical wound dehiscence after OB/GYN procedures. Evidence Acquisition: Literature search was performed in PubMed, Medline, OVID, and the Cochrane database. Relevant guidelines, systematic reviews, and original research articles investigating mechanisms of wound healing, types of wound closure, and management of surgical wound complications were reviewed. Results: Surgical wound complications in OB/GYN are associated with significant cost and morbidity. One of the most common complications is extrafascial dehiscence, which may occur in the setting of hematomas, seromas, or infection. Management includes early debridement and treatment of any underlying infection until healthy granulation tissue is present. For wounds healing by secondary intention, advanced moisture retentive dressings reduce time to healing and are cost-effective when compared with conventional wet-to-dry gauze dressings. Negative pressure wound therapy can be applied to deeper wounds healing by secondary intention. Review of published evidence also supports the use of delayed reclosure to expedite wound healing for select patients. Conclusions: Optimizing surgical wound care has the potential to reduce the cost and morbidity associated with surgical wound complications in OB/GYN. Advanced moisture retentive dressings should be considered for wounds healing by secondary intention. Data support delayed reclosure for select patients, although further studies are needed.

Implementing venous leg ulcer education and clinical decision support: a quality improvement project.

BACKGROUND: Venous leg ulcers (VLU) require early identification and treatment to prevent further harm. Health care providers often fail to initiate evidenced-based VLU treatment promptly because of a lack of knowledge of VLU guidelines. PURPOSE: To improve early treatment for patients with VLUs presenting to outpatient clinic settings. METHODS: Plan-Do-Study-Act cycles were used for this quality improvement project. Virtual education and a comprehensive clinical decision support (CDS) order set were implemented. Outcome metrics included the rate of ankle-brachial index (ABI) testing, mechanical compression therapy, and home health service referrals for patients with VLUs. The frequency with which the CDS order set was used was also measured. RESULTS: Forty health care providers attended the virtual education sessions among 3 outpatient clinics. There was an increase in ankle-brachial index testing from pre (n = 7; 15.9%) to post (n = 10; 18.2%) (P = .796), but there was a decline in mechanical compression therapy from pre (n = 15; 34.1%) to post (n = 4; 7.3%) (P = .002) and home health service referrals from pre (n = 11; 25%) to post (n = 9; 16.4%) (P = .322). The CDS order set was used 9 times over 13 weeks. CONCLUSION: Future Plan-Do-Study-Act cycles will include completing in-person education and reducing the VLU CDS order set length. Future projects should consider these approaches when implementing evidence-based VLU guidelines.

Viral transport media for COVID-19 testing.

Precautionary measures of physical isolation, social distancing, and masks have all aided in controlling the spread of COVID-19. However, detection of the virus is crucial to implement isolation of infected individuals. This paper presents the innovative repurposing of lab materials, workspace, and personnel in response to the COVID-19-induced shutdown and consequential shortage of commercially made virus transport media (VTM). This method for VTM production highlights the ability of standard research labs to fulfill the needs of those affected by the pandemic and potential recurrence of outbreaks. Further, the collaboration of the various entities at The Ohio State University Wexner Medical Center (OSUWMC) allowed for efficient production and distribution of VTM tubes to facilitate mass COVID-19 testing. We propose that implementation of this process by university research labs would enable quicker interventions, potentially better outcomes, and prevention of further spread of disease.