Publications by authors named "Bathsheba Wariso"

Introduction: There is growing interest among medical institutions to formalize global surgery training. Understanding medical students' perceptions of how global surgery engagement can enhance career advancement is essential for providing appropriate guidance and support for individuals with aspirations in academic global surgery.

Methods: A cross-sectional survey study of US-based medical students from 38 participating schools was performed.

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Article Synopsis
  • An estimated 5 billion people worldwide do not have access to safe surgical care, highlighting the need for increased interest in global surgery among medical students.
  • A survey of 708 medical students across 38 US institutions revealed that 34.6% expressed interest in global surgery, with demographic factors like Hispanic/Latino ethnicity and birthplace influencing this interest.
  • Prior experience in low or middle-income countries, along with public health and international service activities, were significant predictors of students' interest in global surgery, suggesting that medical educators should enhance global health opportunities for students.
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Background: Global surgery (GS) training pathways in residency are unclear and vary by specialty and program. Furthermore, information on these pathways is not always accessible. To address this gap, we produced a collection of open-access webinars for senior medical students focused on identifying GS training pathways during residency.

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The impact of depression on quality of life (QOL) and social support has neither been well characterized in clinical samples of women with perimenopausal depression (PMD) nor have the relative contributions of depression and other menopausal symptoms (e.g., hot flushes) to declining QOL been clarified.

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Many assays for biological sample processing and diagnostics are not suitable for use in settings that lack laboratory resources. We have recently described a simple, self-contained format based on magnetic beads for extracting infectious disease biomarkers from complex biological samples, which significantly reduces the time, expertise, and infrastructure required. This self-contained format has the potential to facilitate the application of other laboratory-based sample processing assays in low-resource settings.

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