Citations

Introduction Advancements in transplant care have led to an increasing number of women with solid organ transplantation (SOT) living through peri- and postmenopause. Menopause can significantly impact quality of life, and the added burden of SOT may exacerbate symptoms. Few studies have evaluated the menopausal experience in this population, and existing data rarely use validated questionnaires. Research Question This study aimed to characterize menopausal symptoms and menopausal hormone therapy (MHT) use in peri- and postmenopausal SOT recipients using validated measures. Design A cross-sectional survey study of female patients ≥18 years who underwent SOT between 2018 and 2023 was conducted at a tertiary transplant center. A reproductive and sexual health questionnaire incorporating validated instruments, including the Menopause Rating Scale (MRS), was administered. Results Among peri- and postmenopausal SOT recipients ( n = 192), 8.9% reported use of MHT. The median MRS total score was 8.0, consistent with mild-to-moderate symptom severity overall. Symptom severity differed by menopausal status for vasomotor symptoms ( P =.03), sleep disturbances ( P = .04), depressive mood ( P = .04), and anxiety ( P <.001), with perimenopausal participants generally reporting more symptoms in these domains than postmenopausal participants. Despite these differences, overall symptom severity remained mild to moderate in both groups. Conclusion Menopausal symptoms among female SOT recipients are common but generally mild to moderate, with low utilization of MHT. The lack of increased vasomotor burden compared to prior literature may reflect under-recognition or misattribution of symptoms to transplant-related factors. Incorporating menopause-specific screening into transplant care may improve symptom recognition, quality of life, and long-term health outcomes.

Sex and gender influence disease mechanisms and outcomes, yet their integration into medical curricula remains limited. Faculty knowledge and confidence are essential for effective incorporation. This study assessed baseline sex- and gender-specific health (SGSH) knowledge, attitudes, and comfort among medical school educators and delivered a multi-format faculty development intervention. A survey adapted from prior SGSH assessments was distributed to medical school block leaders before the intervention, measuring SGSH knowledge, comfort differentiating sex and gender, awareness of SGSH resources, and readiness to integrate SGSH content. The intervention included virtual and in-person grand rounds, distribution of How Sex and Gender Impact Clinical Practice , and a screening of Ms. Diagnosed . Of the 103 invited to participate, 68 educators (66% response rate) completed the baseline survey. Forty percent reported no prior SGSH training, and only 13.2% felt very comfortable with SGSH concepts. Although 94.1% correctly identified gender as a social construct and sex assignment at birth, 22% remained uncomfortable distinguishing the two. More than 80% were neutral or uncomfortable identifying SGSH resources. Comfort with curriculum integration varied: 45.6% felt comfortable, 32.4% neutral, and 22.1% uncomfortable, with differences observed across specialties. These findings reveal significant gaps in medical educators’ SGSH knowledge and comfort regardless of experience, with SGSH content narrowly confined to reproductive health topics. Simply providing resources is insufficient; educators need structured guidance on integration. By outlining baseline gaps and an intervention model, this study offers a framework for institutions seeking to enhance SGSH integration through interactive, longitudinal, multi-format faculty development approaches.

Peritoneal coccidioidomycosis is a rare, disseminated manifestation of Coccidioides infection with limited representation in the literature. We report 37 proven or probable cases from a single institution, including 12 patients (32%) with immunosuppression. Thirty-six patients received antifungal therapy, all of whom demonstrated clinical response. Among 11 (29.7%) patients who completed and stopped therapy after a median duration of 26 months, 2 (5%) experienced a relapse and were successfully retreated. Nine patients (24%) had no known relapse. Thirteen patients (35%) required modification of antifungal regimens, primarily due to azole adverse effects. Treatment approaches and median duration of therapy (57 months) were similar between immunosuppressed and non-immunosuppressed groups. No deaths were attributable to infection. Overall, outcomes were favorable, with strong clinical responses to azole therapy. Patients without identifiable immunologic deficits or additional sites of dissemination, when managed with antifungal therapy and close clinical, radiologic, and serologic monitoring, may achieve good prognosis, particularly when indefinite azole therapy is not feasible.

Abstract Introduction Despite its prevalence, risk stratification for tachycardia-induced cardiomyopathy remains poorly understood. A deep learning model developed at Mayo Clinic uses standard 12-lead electrocardiograms (ECGs) to predict reduced LVEF (≤35%) in the general population with high accuracy (AUC 0.93) Purpose We investigated the performance of AI-ECG in predicting systolic dysfunction among patients with atrial fibrillation and rapid ventricular response, and compared it with NT-proBNP. Methods We conducted a retrospective study (IRB approval #25-000904) of adult patients (age ≥ 18 years) evaluated across our Clinic enterprise with atrial fibrillation and rapid ventricular response (heart rate &gt;100 bpm), including AF occurring in-hospital and AF at presentation, between January 2017 and May 2025. We excluded patients with a known history of heart failure with reduced EF (&lt;50%). We also collected data on NT-proBNP levels when available within one week of the ECG and echocardiogram. Results A total of 11,801 patients were included, with a mean age of 73.2 +- 12.6 years, 48.6% female and 94.8% White. A combination of AI ECG low EF probability cutoff of 75% had specificity of 96% and 98% NPV in ruling out LVEF &lt; 35%. A combination of AI ECG low EF probability cutoff of 17% and LVEF &lt;35% provided the best balance of sensitivity and specificity, 66% and 78%, respectively with an accuracy of 78%. NT-proBNP data was available on 5,279 patients (48%). Mean NT-proBNP level was 4090 pg/mL. Based on ROC curve analysis, AI ECG was superior to NT-proBNP in predicting LVEF &lt;35% (AUC 0.72 vs 0.59), with accuracy of 77% versus 47% at Youden’s cutpoints of AI-ECG probability of 17% and NT-proBNP level of 1767 pg/mL, respectively Conclusions Our study demonstrates the utility of AI-ECG in predicting reduced LVEF among patients with AF RVR. AI-ECG demonstrated excellent specificity and NPV in ruling out reduced LVEF, serving as a powerful clinical screening tool to assist with the pharmacologic choice of rate control and could change the timing of further echocardiographic evaluation. Our study offers novel insights paving the way for future investigations to help fine-tune and further delineate the role of AI ECG in risk stratifying patients with suspected tachycardia-induced cardiomyopathy, guiding therapeutic and diagnostic clinical decisions

Abstract Background Outpatient antibiotic stewardship programs (ASP) are recommended by the CDC and Joint Commission. We analyzed the impact of annual, focused syndrome-specific ASP interventions on trends in long-duration antibiotic prescribing (LDAP). Methods This was a retrospective, observational, multicenter cohort study from November 2020 through June 2025. All ambulatory encounters generating systemic antibiotic prescriptions within the healthcare enterprise were screened. Hospitalizations, emergency department visits, and infectious diseases encounters were excluded. Encounters generating ≥1 systemic antibiotic with &gt;7 days duration were categorized as long-duration. Targeted departments (primary and urgent care) received direct intervention (eg, education, peer-comparison reporting, data tracking). LDAP was modeled over time by month and compared by diagnosis group (ASP-priority diagnoses vs nonpriority) and provider specialty department (ASP-targeted vs nontargeted) using linear regression models. Results Of 642 579 encounters included, 42.2% were long duration. LDAP in ASP-targeted departments dropped from 46.8% to 34.8% (difference −12 percentage points [pp]), whereas nontargeted departments dropped from 45.5% to 39.1% (difference −6.4 pp). The estimated annual LDAP decrease was 3.4 pp in targeted versus 2.4 pp in nontargeted departments (difference 1.0 pp, P = .009). Within targeted departments, significant LDAP decreases were seen both in priority and nonpriority diagnoses, whereas nontargeted departments showed no change in LDAP in priority diagnoses. In a sensitivity analysis of nonpriority diagnoses, ASP-targeted departments had a larger estimated annual decrease in LDAP versus nontargeted (difference 1.4 pp, P &lt; .001). Conclusions Annual syndrome-specific ASP interventions correlated with improvements in LDAP, including outside of priority syndromes in targeted departments. LDAP is a viable metric for evaluating ambulatory ASPs.

ABSTRACT Background As survival following solid organ transplantation (SOT) improves, attention has shifted to survivorship and quality of life (QoL) outcomes. Sexual function is an important component of women's health in transplant recipients. In the general population, sexual distress affects approximately 10%–15% of midlife women. Female SOT recipients may experience additional risk for sexual dysfunction related to surgery, body image, and immunosuppression. However, sexual health in this population remains understudied. This study assessed sexual function and its impact on QoL among female SOT recipients by menopausal status. Methods A cross‐sectional study of female SOT recipients aged ≥ 18 years was conducted at a single tertiary transplant center from 2018 to 2023. Participants were within five years of kidney, liver, or pancreas transplantation. Validated questionnaires included female sexual function index (FSFI), female sexual distress scale (FSDS), menopause rating scale (MRS), linear analog scale assessment (LASA). Respondents were categorized as premenopausal or peri/postmenopausal. Sexual function, distress, and QoL were compared between groups, with exploratory analyses stratified by current sexual activity status. Results The survey response rate was approximately 30%. Among 277 respondents, peri/postmenopausal patients were less likely to be sexually active (48.9% vs 69.4%, p = 0.002). They reported lower desire, arousal, and lubrication scores, and higher sexual distress than premenopausal SOT recipients. While overall QoL was rated highly across both groups, sexual distress negatively correlated with QoL across menopausal groups. Among the entire cohort, most women (≈74%) had not been asked about sexual health by any provider in the past year. Conclusion Sexual dysfunction is common among female SOT recipients and is associated with menopausal status, with higher rates observed than those reported in the general population. These findings highlight the importance of integrating sexual health into posttransplant survivorship care.

Objectives To comprehensively review the available literature on prehabilitation and rehabilitation exercise, nutrition, and psychological support interventions for patients with kidney cancer (KC), to summarise the clinically relevant efficacy and cost‐effectiveness of interventions, to expose key knowledge gaps, and to inform future investigations and initiatives. Methods This review was performed according to the per Preferred Reporting Items for Systematic Reviews and Meta‐Analyses (PRISMA) Extension for Scoping Reviews Guidelines. We included randomised controlled trials (RCTs) assessing programmes of prehabilitation or rehabilitation, exercise, psychological support, or nutrition components in patients with KC or KC caregivers from January 2004 to March 2022. Statistically significant positive (SS+) and negative (SS−) results were summarised. Results The systematic search yielded 10 968 records including 18 RCTs, involving 2774 unique subjects, 706 of whom were KC patients/survivors. None included caregivers or assessed cost‐effectiveness. Two interventions were implemented before surgery, one was implemented prior to initiation of systemic therapy, eight were implemented during systemic or radiation therapy, three were implemented after treatment, while implementation time was not specified for four interventions. Conclusion Most (14/18) RCTs involving exercise, nutrition, psychological support, or prehabilitative or rehabilitative programmes for KC performed to date demonstrated SS+ results. The evidence was most robust regarding previously evaluated psychological support, especially mindfulness‐based interventions (9/10 studies demonstrating SS+ improvement in primary outcomes), followed by therapeutically valid exercise with/without psychological support (5/8 RCTs demonstrated efficacy), then nutrition or pharmacological interventions (2/5 demonstrated efficacy). Level 1 evidence supports counselling patients and referral to mindfulness‐based psychological therapy along with physical therapy or physical medicine and rehabilitation, as well as consideration of preoperative carbohydrate drinks. No studies have examined impact on caregivers, or cost‐effectiveness, which are both critical areas for future study.

OBJECTIVE To evaluate the impact of community paramedic (CP)-delivered, in-home diabetes self-management education and support (DSMES) for adults with poorly managed diabetes. RESEARCH DESIGN AND METHODS In a pragmatic, single-arm pilot trial, adults with HbA1c ≥9% and a recent emergency department or hospital visit received a 1-month CP-led DSMES intervention. Outcomes included HbA1c, health care engagement, and patient-reported satisfaction. RESULTS Seventy participants (median age 61 years, 50% rural, 84% with type 2 diabetes) completed the intervention. HbA1c declined from 9.8% to 8.2% at 4 months (P &lt; 0.001). Engagement with primary care, endocrinology, and DSMES improved. Satisfaction was high (mean rating 9 out of 10). CONCLUSIONS CP-led DSMES improved glycemic management and care engagement in underserved populations. This scalable model warrants further study.

Background/Objectives: Multi-cancer detection (MCD) tests have emerged as a promising tool to redefine the landscape of early cancer detection. Implementation of this novel technology will likely fall to primary care clinicians (PCC). The purpose of this study is to characterize and explore differences in PCCs perceptions and preferences towards MCD testing. Methods: Between March and May of 2023, this cross-sectional survey was administered to 281 PCCs, including physicians and advanced care providers practicing within an integrated healthcare system spanning five states. The survey collected data on self-reported characteristics, perceptions of MCD testing, and preferences for learning about MCD testing. Analysis was limited to those with no prior experience with MCD testing (N = 181, response rate 22.8%). Descriptive statistics summarized key variables and chi-square tests assessed differences in perceptions and preferences by key characteristics. Results: Most PCCs were interested in MCD testing (66.3%), but limited knowledge/awareness of MCD testing and confidence to manage patients with a positive test were observed, along with concerns around cost (76.7%) and misuse/poor implementation. The primary preferences for learning about MCD testing were online courses or classroom instruction (64.5%). Significant differences in perceptions and preferences for learning were observed by location, degree, and years in practice. Conclusions: PCCs in our study held positive views towards MCD testing, but gaps and variation in knowledge and confidence towards MCD testing and concerns around the cost and misuse/poor implementation were observed. While efforts to train and educate all PCCs on MCD testing is a critical first step, more research is needed to understand how best to support implementation tailored to individual and system-level needs and characteristics.