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2021 ◽  
Vol 47 (4) ◽  
pp. 675
Keyword(s):  
2007 ◽  
Vol 30 (4) ◽  
pp. 65
Author(s):  
H. R. Rajani ◽  
C. Good

Over the past decade we have attempted various iterations of the academic half-day, but recurring trainee complaints of only didactic sessions, a parallel resident-directed “Nelsons” rounds, and low attendance necessitated a reconsideration of the approach. After discussion with the postgraduate trainees we divided the academic year into two blocks. An initial 8 week “summer program” with 24 student contact hours, focuses on the introduction to and review of common, critical care and emergency pediatric issues. The following 40 weeks has 120 student contact hours. Two thirds of the time is directed at the CanMEDS Medical Expert Core Competency. The postgraduate trainees have developed a three year core knowledge curriculum. The 200 “core” topics are mapped onto four international curricula; the RCPSC’s Objectives of Training and Specialty Training Requirements in Pediatrics using the Systems-Based Educational Objectives in the Core Program in Pediatrics, the American Board of Pediatrics – General Pediatrics Outline, and the Royal College of Pediatrics & Child Health (RCPCH) Framework of Competencies for Basic Specialist Training, and Core Higher Specialist Training in Paediatrics. The two hour Medical Expert session is divided equally into a postgraduate trainee didactic presentation, and a collaborator case-based learning session. Six weeks prior to the scheduled session the trainee and the assigned faculty collaborator receive the core Medical Expert topic mapped to the four international curricula. The pediatric trainee develops a didactic presentation along with a two page summary. The collaborator, a resource for the trainee’s didactic presentation, develops three clinical cases that emphasize core knowledge, and attends as a Medical Expert resource person. We are currently surveying the postgraduate trainees and faculty about this international-based core medical expert program of study.


2014 ◽  
Vol 53 (14) ◽  
pp. 1367-1374 ◽  
Author(s):  
Shannon M. Looney ◽  
Hollie A. Raynor

Background. Primary care is an ideal setting to treat pediatric obesity. Effective, low-intensity (≤25 contact hours over 6 months) interventions that reduce standardized body mass index ( z-BMI) and can be delivered by primary care providers are needed. Objective. This pilot randomized controlled trial investigated the effect of 3 low-intensity (≤25 contact hours over 6 months) pediatric obesity treatments on z-BMI. Methods. Twenty-two families (children 8.0 ± 1.8 years, z-BMI of 2.34 ± 0.48) were randomized into 1 of 3, 6-month, low-intensity conditions: newsletter (N), newsletter and growth monitoring (N + GM), or newsletter and growth monitoring plus family-based behavioral counseling (N + GM + BC). Anthropometrics and child eating and leisure-time behaviors were measured. Results. Mixed-factor analyses of variance found a significant ( P < .05) main effect of time for z-BMI and servings per day of sugar sweetened beverages, with both decreasing over time. Conclusion. Low-intensity obesity treatments can reduce z-BMI and may be more feasible in primary care.


2021 ◽  
Vol 8 ◽  
pp. 237428952110153
Author(s):  
Madelyn Lew

Following a nationwide trend, the University of Michigan Medical School has restructured its curriculum to facilitate integration of basic science curricula and early inclusion of clinical experiences, resulting in a truncation of a 19-month didactic-based preclinical curriculum to 13 months. Because preclinical didactic and lab sessions formed the bulk of pathology contact hours, the curriculum overhaul significantly reduced student exposure to pathologists. This reduction in exposure may decrease student understanding of how pathology integrates into the larger picture of healthcare delivery and could also decrease the pipeline of students interested in pursuing pathology as a career choice. To ameliorate these concerns, a mandatory 1-week rotation through the Pathology Department was integrated into the surgery clerkship. This brief report outlines the process of creating a new, unique pathology rotation for surgery clerkship students that includes observation in autopsy and surgical pathology sign-out, small group sessions focused on foundational concepts in microbiology, chemistry, and transfusion medicine, and access to online case-based modules. Available qualitative student feedback indicates that students appreciate how this rotation granted them a “behind the scenes” look at pathology but also noted that the fast pace of clinical sign-out sessions and length of small group sessions were suboptimal for student learning. This feedback and future survey data will serve as a platform on which curricular improvements can be made to enhance the learning environment for both learners and educators.


1975 ◽  
Vol 12 (4) ◽  
pp. 303-308 ◽  
Author(s):  
W. Oghanna

This paper establishes the need for a course in Solid-State Power Electronics in the undergraduate electrical engineering curriculum. The appropriate level and duration of a suitable course are discussed and contact hours are recommended from experience with an existing course. A suggested course outline is provided.


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