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Pharmaceutical marketing campaigns and biomedical discourses tend to oppose two types of sexual enhancement medication (SEM) use. While "therapeutic" use is associated with older heterosexual men in committed relationships, "recreational" use is associated with young gay men, and with the context of casual sex. However, little is known about the real objectives of older men (especially older gay men) who use SEM or the contexts in which they use such drugs. Furthermore, SEM conveys representations of masculinity and sexuality that focus on performance and youth, and the influence of these representations on SEM users remains unexplored. Based on semi-structured interviews conducted, in French, in 2015-2016, with 27 Canadian men (12 heterosexual, 15 gay) aged 65 to 84 years, we examined the context in which older men used such medication and the reasons why they used it, and we explored how older men's notions of sexuality, masculinity, and aging influenced their experiences with SEM use. Our participants' narratives focused on three themes: exploring sexual possibilities/improving one's sex life, restoring sexual capacities, and masculinity and aging. This study improves our understanding of older men's use of SEM and contributes to the deconstruction of normative models of older men's masculinity and sexuality.

This interactive session was held at the 51st Annual Meeting of the Canadian Association of Pediatric Surgeons (CAPS) in preparation for the transition of Pediatric Surgery training in Canada to Competency by Design (a CBME-based model of residency training developed by the Royal College of Physicians and Surgeons of Canada)., (Copyright © 2020 Elsevier Inc. All rights reserved.)

Background: In 2014, a survey study of the Canadian pediatric surgery workforce predicted a need for 2 new pediatric surgeons/yr. in Canada. We sought to assess these predictions and evaluate the status of the workforce., Methods: With IRB approval, a web-based survey was sent to pediatric surgery division chiefs in Canada each year (2013-2017). The survey data included: number of practicing pediatric surgeons, full time equivalent (FTE) positions, and fellowship graduates., Results: There was a 100% response rate (18 divisions). From 2013 to 2017, the number of practicing pediatric surgeons and FTE positions increased (73 to 78, and 64.6 to 67.5, respectively). Eleven positions were vacated (4 retirement, 7 new practice), and 18 were filled. Eight were filled by new Canadian graduates, 7 by Canadians previously working in Canada or abroad, and 3 by European surgeons. Thirty-eight fellows completed training in Canada, including 24 non-Canadians who all left Canada. Nine Canadians who started practicing immediately after fellowship took positions in Canada (5) and the US (4)., Conclusions: Predictions made in 2014 were largely accurate. There has been modest growth in the Canadian pediatric surgery workforce over the last 5 years. A significant mismatch continues to exist between Canadian pediatric surgery graduates and attending staff positions., Type of Study: Survey., Level of Evidence: V., (Copyright © 2019 Elsevier Inc. All rights reserved.)

The Canadian Healthy Infant Longitudinal Development birth cohort was designed to elucidate interactions between environment and genetics underlying development of asthma and allergy. Over 3600 pregnant mothers were recruited from the general population in four provinces with diverse environments. The child is followed to age 5 years, with prospective characterization of diverse exposures during this critical period. Key exposure domains include indoor and outdoor air pollutants, inhalation, ingestion and dermal uptake of chemicals, mold, dampness, biological allergens, pets and pests, housing structure, and living behavior, together with infections, nutrition, psychosocial environment, and medications. Assessments of early life exposures are focused on those linked to inflammatory responses driven by the acquired and innate immune systems. Mothers complete extensive environmental questionnaires including time-activity behavior at recruitment and when the child is 3, 6, 12, 24, 30, 36, 48, and 60 months old. House dust collected during a thorough home assessment at 3-4 months, and biological specimens obtained for multiple exposure-related measurements, are archived for analyses. Geo-locations of homes and daycares and land-use regression for estimating traffic-related air pollution complement time-activity-behavior data to provide comprehensive individual exposure profiles. Several analytical frameworks are proposed to address the many interacting exposure variables and potential issues of co-linearity in this complex data set.