Academic clinician frontline-worker wellbeing and resilience during the COVID-19 pandemic experience: Were there gender differences?

Prior research suggests COVID-19 has amplified stress on Academic Clinician Frontline-Workers (ACFW). The aim of this paper is: (1) to better understand the experiences of ACFW during the COVID-19 pandemic including their mental-emotional wellbeing, academic productivity, clinical experiences, and (2) to examine any gender differences. A cross-sectional survey was administered to University of Minnesota/M Health Fairview systems' faculty February-June 2021. Of the 291 respondents, 156 were clinicians, with 91 (58 %) identifying as Frontline-Workers (ACFW). Faculty wellbeing was assessed using validated measures in addition to measures of productivity and sociodemographics. For example, ACFW reported a higher Work-Family Conflict (WFC) scores compared to non-ACFW (26.5 vs. 24.1, p = 0.057) but did not report higher Family-Work Conflict (FWC) scores (17.7 vs. 16.3, p = 0.302). Gender sub-analyses, revealed that women ACFW compared to men ACFW reported higher WFC scores (27.7 vs. 24.1, p = 0.021) and FWC (19.3 vs. 14.3, p = 0.004). Academically, ACFW reported submitting fewer grants and anticipated delays in promotion and tenure due to the COVID-19 (p = 0.035). Results suggest COVID-19 has exacerbated ACFW stress and gender inequities. Reports of anticipated delay in promotion for ACFW may pose a challenge for the long-term academic success of ACFW, especially women ACFW. In addition, women may experience higher FWC and WFC as compared to men. Schools of academic medicine should consider re-evaluating promotion/tenure processes and creating resources to support women ACFW as well as ACFW caregivers.

Emergency medicine in Thailand.

Typical of developing countries, Thailand, located in Southeast Asia, is only beginning to consider the importance of emergency medicine and prehospital care. Medical emergencies in Thailand have traditionally had relatively high rates of occurrence and are currently increasing in the context of rapid economic development and urbanization, yet no formal emergency care training for physicians or prehospital care workers exists.

Low-frequency sonophoresis: pathologic and thermal effects in dogs.

OBJECTIVE: Low-frequency sonophoresis has recently been shown to significantly facilitate transdermal permeability of various substances (e.g., insulin) in animal models, thus eliminating the need to inject such agents. Prior to human trials, the authors studied the safety profile of low-frequency sonophoresis in dogs by evaluating microscopic and temperature changes in the skin after sonophoresis. METHODS: An evaluator-blinded canine study of sonophoresis using different energy intensities and probe diameters was performed. Low-frequency ultrasound was applied for 60 seconds to the clipped abdominal skin of 3 anesthetized adult mongrel dogs using a sonicator operating at a frequency of 20 KHz with a maximal energy output of 400 W. The sonicator was immersed in normal saline, and intensities of 4%, 10%, 20%, 30%, and 50% were applied during 600 msec of every second (pulsed mode). Three probes, 1-cm cylindrical, 5-cm cylindrical, and 10-cm disc-shaped, were evaluated. Each experimental condition was performed twice. Subcutaneous temperatures were measured by temperature probe before and after sonophoresis. At 30 minutes post-sonophoresis, full-thickness skin biopsies were taken for blinded histopathologic evaluation. RESULTS: Minimal urticarial reactions were noted with the 1-cm probe at intensities of < or = 20% and with the 5-cm probe at 4% intensity. With higher intensity, thermal injuries were observed grossly with erythema and vesicles. The microscopic correlates were papillary and dermal edema with neutrophils and telangiectasia. The conditions producing vesicles grossly had foci of epidermal necrosis, subepidermal vesicles, and degeneration of papillary dermal collagen. With still higher intensities, confluent epidermal necrosis became apparent. Use of the 10-cm probe did not result in any injury. CONCLUSIONS: Low-frequency ultrasound at low intensities appears safe for use to enhance the topical delivery of medications, producing only minimal urticarial reactions. Higher-intensity conditions resulted in second-degree burns, most likely attributable to localized heating.

Comparison of patient satisfaction and practitioner satisfaction with wound appearance after traumatic wound repair.

INTRODUCTION: Existing cosmetic scales for wounds are based only on practitioners' evaluations. They have not been validated using the patient's assessment. OBJECTIVE: To validate a previously developed wound cosmesis scale by determining the relationship between patient and practitioner assessments of cosmetic outcome following traumatic wound repair. METHODS: A convenience sample of patients with lacerations repaired in an ED were evaluated at the time of suture removal. Practitioners assigned 0 or 1 point each for the presence or absence of a step-off of borders; contour irregularities; margin separation; edge inversion; excessive distortion; and overall appearance. A total cosmetic score was calculated by adding the categories above. As previously defined, a score of 6 was considered optimal; < 6 was considered "suboptimal." Patients, blinded to the physician score, assessed their degrees of satisfaction with the cosmetic outcome of the wounds using a 100-mm visual analog scale (VAS). Because VAS scores were not normally distributed, practitioner scores were compared with patient satisfaction scores using a Mann-Whitney U test. RESULTS: 125 patients were enrolled, of whom 64% were male; the median age was 19.5 years (interquartile range = 8-33 years). Wounds were located predominantly on the face, scalp, or neck (47%) and upper extremity (35%), and had a median length of 2 cm. The 86 lacerations given optimal practitioner scores had a median patient satisfaction score of 97 mm; the 39 "suboptimal" lacerations had a median patient satisfaction score of 87 mm (p = 0.0006). CONCLUSION: Lacerations that practitioners considered to have optimal cosmetic appearances at the time of suture removal received higher patient satisfaction scores than did lacerations considered to be suboptimal. This provides a measure of validity to this 6-item categorical cosmetic scale.

An improved apparatus for transscleral iontophoresis of gentamicin.

The authors previously found that positively charged substances are less well-transported into the vitreous humor by transscleral iontophoresis than are negatively charged substances. There was more bubble formation in the eye cup with positively charged than with negatively charged substances. The authors hypothesized that these bubbles might account for the poorer conductance of the positively charged species by causing interruptions of the current. Therefore, the authors developed a modified eye cup in which the diameter of the fluid column was larger than that in the old device (1.0 rather than 0.5 mm). This modification allowed larger voltage to be applied than with the older device, because bubbles could be more easily cleared from the conjunctiva than with the narrower-bore eye cup. Although the efficiency of the apparatus was the same with the two eye cups (micrograms per milliliter in vitreous humor divided by milliampere minutes of current applied), vitreal concentrations of gentamicin with the modified eye cup were fourfold higher than with the older eye cup (83 versus 19 micrograms/ml; P < 0.001). These studies suggest that modifying the eye cup to permit easier removal of bubbles resulted in improved delivery of gentamicin into the ocular humors.