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INTRODUCTION: Pharmacists must be knowledgeable to care for all patients, including transgender and gender diverse individuals. Some institutions may have gaps in their pharmacy school curriculum specific to transgender contraceptive care. The current study evaluated and offered recommendations regarding the current state of transgender contraceptive care education within pharmacy curricula. METHODS: An 18-question anonymous survey was developed and sent to members of the American Association of Colleges of Pharmacy - Pharmacy Practice section contact list. The survey collected baseline demographic characteristics and curricular information, including whether contraception for transgender individuals was taught and the modalities utilized. The institutional review board at Butler University reviewed and approved this survey project. RESULTS: A response rate of 68% was obtained (99 of 144 institutions). Of those institutions responding, 39% reported that contraception for transgender individuals is taught as part of the curriculum at their respective institutions. In addition, a diverse set of teaching modalities were reported, such as didactic and team-based learning. Only six (4.3%) of the 138 individual faculty respondents indicated they obtained training focused on transgender care. CONCLUSIONS: Approximately 40% of the responding institutions reported teaching about contraception care for transgender individuals. Based on this survey, the authors encourage institutions to assess their current curriculum and incorporate this topic accordingly. In addition, the authors recommend offering development opportunities for faculty and student pharmacists so that current and future health care professionals are best equipped to provide care for all patients in any practice.

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Purpose of review: Teledermatology has emerged as a promising solution for remote dermatologic care, especially during COVID-19 pandemic. It improves access to care through information and communication technologies. This paper explores patient and clinician satisfaction in teledermatology. Recent findings: Patient satisfaction encompasses various aspects, including future willingness, the quality of care, technical quality, and access to care. Clinician satisfaction is influenced by quality of care, implementation, technical aspects, clinician-patient rapport, and financial considerations. It is important to evaluate patient and clinician satisfaction in different teledermatology models, including store-and-forward, live interactive, and hybrid interactive approaches. Summary: By evaluating satisfaction within different teledermatology models and addressing the factors that impact satisfaction, teledermatology can ensure high-quality care and promote positive outcomes. With proper implementation and ongoing evaluation, teledermatology has the potential to become a widely accepted and valuable component of dermatologic care, offering enhanced access to specialized services.

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Cystic fibrosis (CF) is a lethal genetic disorder that affects many organ systems of the body, including various endocrine and exocrine tissues. Health and survival positively associate with body mass, and as a consequence, CF clinical care includes high-fat, high-calorie diets to maintain and increase adipose tissue stores. Such strategies have been implemented without a clear understanding of the cause and effect relationship between body mass and patients' health. Here, we used CF mouse models, which display small adipose stores, to begin examining body fat as a prelude into mechanistic studies of low body growth in CF, so that optimal therapeutic strategies could be developed. We reasoned that low adiposity must result from reduced number and/or volume of adipocytes. To determine relative contribution of either mechanism, we quantified volume of intraperitoneal and subcutaneous adipocytes. We found smaller, but not fewer, adipocytes in CF compared with wild-type (WT) animals. Specifically, intraperitoneal CF adipocytes were one-half the volume of WT cells, whereas subcutaneous cells were less affected by the Cftr genotype. No differences were found in cell types between CF and WT adipose tissues. Adipose tissue CFTR mRNA was detected, and we found greater CFTR expression in intraperitoneal depots as compared with subcutaneous samples. RNA sequencing revealed that CF adipose tissue exhibited lower expression of several key genes of adipocyte function ( Lep, Pck1, Fas, Jun), consistent with low triglyceride storage. The data indicate that CF adipocytes contain fewer triglycerides than WT cells, and a role for CFTR in these cells is proposed. NEW & NOTEWORTHY Adipocytes in cystic fibrosis mice exhibit smaller size due to low triglyceride storage. Adipocyte cell number per fat pad is similar, implying triglyceride storage problem. The absence of CFTR function in adipose tissue has been proposed as a direct link to low triglyceride storage in cystic fibrosis.

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