RESUMO
Introduction: Currently, a pediatric mental and behavioral health crisis exists, driven by increasing stressors among children coupled with a paucity of psychiatric providers who treat children. Pediatric primary care providers can play a critical role in filling this gap, yet trainees feel uncomfortable screening for, identifying, and managing mental and behavioral health conditions among their patients. Thus, expanding training for pediatricians in this domain is critical. Methods: We created a longitudinal integrated mental and behavioral health curriculum for pediatric residents at NewYork-Presbyterian/Columbia University Irving Medical Center with a logic model contextualizing outpatient pediatric care as a framework for the development and planned evaluation. We devised a comprehensive set of materials, with presentations on topics including attention deficit hyperactivity disorder and anxiety disorders. Workflows and escalation pathways promoting collaboration among interdisciplinary providers were implemented. We evaluated residents' and faculty members' participation in the curriculum and their perception of curricular gaps. Results: Approximately 155 pediatric residents participated in the curriculum from 2017 to 2021, reflecting robust curricular exposure. Few residents and no preceptors perceived mental and behavioral health as a curricular gap. Discussion: Our curriculum is feasible and can be adapted to a variety of educational settings. Its use of a logic model for development, implementation, and ongoing evaluation grounds the curriculum in educational theory and can address curricular gaps. The framework can be adapted to suit the needs of other institutions' educational and practice settings and equip pediatric trainees with the skills to promote patient mental health and well-being.
Assuntos
Internato e Residência , Psiquiatria , Criança , Currículo , Humanos , Saúde Mental , Assistência Centrada no Paciente , Psiquiatria/educaçãoRESUMO
BACKGROUND: Anabolic-androgenic steroids (AASs) are abused primarily in the context of intense exercise and for the purposes of increasing muscle mass as opposed to drug-induced euphoria. AASs also modulate the HPA axis and may increase the reinforcing value of exercise through changes to stress hormone and endorphin release. To test this hypothesis, 26 adult males drawn from a larger study on AAS use completed a progressive ratio task designed to examine the reinforcing value of exercise relative to financial reinforcer. METHOD: Sixteen experienced and current users (8 on-cycle, 8 off-cycle) and 10 controls matched on quantity×frequency of exercise, age, and education abstained from exercise for 24 h prior to testing and provided 24-h cortisol, plasma cortisol, ACTH, ß-endorphin samples, and measures of mood, compulsive exercise, and body image. RESULTS: Between group differences indicated that on-cycle AAS users had the highest ß-endorphin levels, lowest cortisol levels, higher ACTH levels than controls. Conversely, off-cycle AAS users had the highest cortisol and ACTH levels, but the lowest ß-endorphin levels. Exercise value was positively correlated with ß-endorphin and symptoms of AAS dependence. CONCLUSION: The HPA response to AASs may explain why AASs are reinforcing in humans and exercise may play a key role in the development of AAS dependence.