A qualitative analysis of medical students\u27 concerns and perceptions of their safety on mental health clinical placements

Abstract of a presentation at the 2016 International RANZCP Congress of Psychiatry, 8-12 May, Hong Kong

Longitudinal Assessment of Empathy and Burnout Across a Single Pharmacy Class Cohort.

OBJECTIVE: This is a final analysis of longitudinal evaluation of burnout and empathy among a cohort of Doctor of Pharmacy students throughout their four-year enrollment. METHODS: The Class of 2021 received sequential Qualtrics RESULTS: Matched survey responses were included for 91 students (85.8% response rate). Across all years, a decrease in empathy and professional efficacy and an increase in exhaustion and cynicism was seen. High categorical levels of exhaustion and cynicism indicated evidence of burnout throughout the program. Year-to-year analysis indicated statistically significant increases in exhaustion and cynicism between PY1 CONCLUSION: Students reported trends of decreasing empathy and professional efficacy, with a simultaneous increase in exhaustion and cynicism. Further evaluation of the impact of COVID-19 on these results, as well as additional methods to support overall student wellness, is needed

Warm Tensile Deformation Behavior and Constitutive Equation of Supersaturated Solid-Solutionized Al-9Mg Extruded Alloy

In this paper, as a purpose to apply the supersaturated solid-solutionized Al-9Mg alloy to the structural sheet parts of automotive, tensile tests were conducted under the various conditions and a constitutive equation was derived from the tensile test results. Al-9Mg alloy was produced using a special Mg master alloy containing Al2Ca during the casting process and extruded into the sheet. In order to study the deformation behavior of Al-9Mg alloy in warm temperature forming environments, tensile tests were conducted under the temperature of 373 K-573 K and the strain rate of 0.001/s~0.1/s. in addition, by using the raw data obtained from tensile tests, a constitutive equation of the Al-9Mg alloy was derived for predicting the optimized condition of the hot stamping process. Al-9Mg alloy showed uncommon deformation behavior at the 373 K and 473 K temperature conditions. The calculated curves from the constitutive equation well-matched with the measured curves from the experiments particularly under the low temperature and high strain rate conditions