The clinical progression and wound healing rate of dehisced perineal tears healing by secondary intention: A prospective observational study

Management of postpartum perineal wound complications

PURPOSE OF REVIEW

Perineal wound complications occur in up to 25% of postpartum patients. Wound complications are most common after obstetric anal sphincter injuries (OASIS) but can occur after any laceration. It is imperative that any provider caring for postpartum patients understand the best evidence-based practices to recognize and manage these complications. We present a review of the available literature on the management of postpartum perineal wound complications.

RECENT FINDINGS

There is a paucity of new publications on the management of postpartum perineal wound complications, despite an increased emphasis on postpartum recovery in women's health. The role of topical estrogen in healing of perineal wounds was investigated in a pilot study, demonstrating that granulation tissue does express estrogen receptors, and the use of estrogen increases cell proliferation. Progression of perineal wound healing by secondary intention was evaluated in an observational study. Wound healing was delayed in 30% of women, with the initial wound area, perimeter, bacterial colonization, and OASIS being associated with delayed healing.

SUMMARY

Evidence based practices on timing of follow-up, addressing wound care and analgesia, administrating antibiotics, timing secondary repair, and surgical technique all play a role in optimizing recovery and reducing morbidity in patients with postpartum perineal wound complications.

Point-of-care fluorescence imaging reveals extent of bacterial load in diabetic foot ulcers

Elevated levels of bacteria, including biofilm, increase the risk of chronic wound infection and inhibit healing. Addressing asymptomatic high bacterial loads is challenged by a lack of clinical terminology and diagnostic tools. This post-hoc multicenter clinical trial analysis of 138 diabetic foot ulcers investigates fluorescence (FL)-imaging role in detecting biofilm-encased and planktonic bacteria in wounds at high loads. The sensitivity and specificity of clinical assessment and FL-imaging were compared across bacterial loads of concern (104 -109  CFU/g). Quantitative tissue culture confirmed the total loads. Bacterial presence was confirmed in 131/138 ulcers. Of these, 93.9% had loads >104  CFU/g. In those wounds, symptoms of infection were largely absent and did not correlate with, or increase proportionately with, bacterial loads at any threshold. FL-imaging increased sensitivity for the detection of bacteria across loads 104 -109 (P < .0001), peaking at 92.6% for >108  CFU/g. Imaging further showed that 84.2% of ulcers contained high loads in the periwound region. New terminology, chronic inhibitory bacterial load (CIBL), describes frequently asymptomatic, high bacterial loads in diabetic ulcers and periwound tissues, which require clinical intervention to prevent sequelae of infection. We anticipate this will spark a paradigm shift in assessment and management, enabling earlier intervention along the bacterial-infection continuum and supporting improved wound outcomes.

Antibiotic Misuse in Wound Care: Can Bacterial Localization through Fluorescence Imaging Help?

(1) Background: Systemic antibiotic use in chronic wounds is alarmingly high worldwide. Between 53% to 71% of patients are prescribed at least one course per chronic wound. Systemic antibiotic use should follow antibiotic stewardship guidelines and ought to be reserved for situations where their use is deemed supported by clinical indications. Unfortunately, in the field of wound care, indiscriminate and often inadequate use of systemic antibiotics is leading to both patient complications and worsening antibiotic resistance rates. Implementing novel tools that help clinicians prevent misuse or objectively determine the true need for systemic antibiotics is essential to reduce prescribing rates. (2) Methods: We present a compendium of available systemic antibiotic prescription rates in chronic wounds. The impact of various strategies used to improve these rates, as well as preliminary data on the impact of implementing fluorescence imaging technology to finesse wound status diagnosis, are presented. (3) Results: Interventions including feedback from wound care surveillance and treatment data registries as well as better diagnostic strategies can ameliorate antibiotic misuse. (4) Conclusions: Interventions that mitigate unnecessary antibiotic use are needed. Effective strategies include those that raise awareness of antibiotic overprescribing and those that enhance diagnosis of infection, such as fluorescence imaging.