Alfred King Yin Lam1, Jan Veitch, Richard Hays. 1. School of Medicine, Griffith University, PMB 50 Gold Coast Mail Centre, Queensland, Australia. a.lam@griffith.edu.au
Abstract
AIMS: Medical education has undergone substantial change in recent years, resulting in shorter, more compact courses that often contain much less pathology than previously. There has also been a concurrent decrease in the academic pathologist workforce in Australia, such that medical schools struggle to deliver even this reduced pathology curriculum. This paper reports the development and evaluation of an innovative approach in an undergraduate medical school to supporting pathology lectures, through integrating pathology with clinical medicine. METHODS: A series of 32 clinical pathological cases (CPCs) was developed to replicate clinicopathological conferences in a small group format. The CPCs were based on the pathology lectures, developed by a multidisciplinary clinical team and delivered to the students by clinical tutors. Students had access to learning support resources on the School's Intranet in both the main campus and rural teaching sites. Digitised pathology images, Web-based delivery and semi-guided learning issues are the main characteristics of the pathology module. The module was evaluated by a ranking system by the medical students for two consecutive years. RESULTS: In both years, the CPC module achieved a high score when compared with other components of the pathology curriculum. Positive feedback and frequent inquiries were also received about the module. CONCLUSION: The Web-based CPC modules provide an important resource that can facilitate teaching of pathology to medical students in the main campus and rural teaching sites. The module provides an opportunity to improve the profile of pathology in the medical school, in a manner that is sustainable with only one academic pathologist. It has the potential to be used nationally and internationally because of its multidisciplinary nature and the flexibility in its mode of delivery.
AIMS: Medical education has undergone substantial change in recent years, resulting in shorter, more compact courses that often contain much less pathology than previously. There has also been a concurrent decrease in the academic pathologist workforce in Australia, such that medical schools struggle to deliver even this reduced pathology curriculum. This paper reports the development and evaluation of an innovative approach in an undergraduate medical school to supporting pathology lectures, through integrating pathology with clinical medicine. METHODS: A series of 32 clinical pathological cases (CPCs) was developed to replicate clinicopathological conferences in a small group format. The CPCs were based on the pathology lectures, developed by a multidisciplinary clinical team and delivered to the students by clinical tutors. Students had access to learning support resources on the School's Intranet in both the main campus and rural teaching sites. Digitised pathology images, Web-based delivery and semi-guided learning issues are the main characteristics of the pathology module. The module was evaluated by a ranking system by the medical students for two consecutive years. RESULTS: In both years, the CPC module achieved a high score when compared with other components of the pathology curriculum. Positive feedback and frequent inquiries were also received about the module. CONCLUSION: The Web-based CPC modules provide an important resource that can facilitate teaching of pathology to medical students in the main campus and rural teaching sites. The module provides an opportunity to improve the profile of pathology in the medical school, in a manner that is sustainable with only one academic pathologist. It has the potential to be used nationally and internationally because of its multidisciplinary nature and the flexibility in its mode of delivery.
Authors: Mikael Lundin; Janusz Szymas; Ewert Linder; Hans Beck; Peter de Wilde; Han van Krieken; Marcial García Rojo; Ignacio Moreno; Aurelio Ariza; Sitki Tuzlali; Sergülen Dervişoğlu; Heikki Helin; Veli-Pekka Lehto; Johan Lundin Journal: Virchows Arch Date: 2009-03-12 Impact factor: 4.064
Authors: S Kolb; J Reichert; I Hege; G Praml; M C Bellido; B Martinez-Jaretta; M Fischer; D Nowak; K Radon Journal: Int Arch Occup Environ Health Date: 2007-01-12 Impact factor: 2.851