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9th Annual Meeting 
of the 
International Association of Medical Science Educators 

July 14-19, 2005
 

Abstract Category: Methods

Poster ID: M8

     

PRACTICAL ANATOMY IN THE FIRST YEAR OF A PBL-BASED HYBRID CURRICULUM

Vaughan Kippers, Ph.D.* & R. Claire Aland, Ph.D. Department of Anatomy & Developmental Biology, School of Biomedical Sciences, The University of Queensland, Brisbane, 4072, AUSTRALIA

 The first-year intake to the PBL-based program at The University of Queensland is over 300. On average, there is an anatomy class every week during the 32 teaching weeks of the first year, termed “Foundations of Medical Practice”. Anatomy practical sessions are of three types; gross anatomy in the human dissection laboratory, histology where there is a microscope for each student, and expert tutorials, which are mainly surface anatomy tutorials. Changes to the traditional anatomy classes, where “normal” anatomy was previously taught exclusively, have involved a reformatting of the laboratory notes to focus student learning in a number of related areas. Generically, the practical exercises for gross anatomy are organised in the left-hand column under the following headings: “Dissection” (each group has a cadaver that is dissected prior to and during class as a demonstration using an overhead video camera with multiple monitors), “Regions or Organs” listed separately, “Embryological Development”, “Blood Supply, “Nerve Supply”, “Medical Imaging” as an introduction to radiology, “Surface Anatomy” as an introduction to clinical physical examination, and “Clinical Terminology” that contains a list of terms to be defined and explained. The School of Medicine encourages the specification of the clinical relevance of each learning resource provided to the students, so the right-hand column on each page is headed “Clinical Relevance”, where the significance of each block of anatomical information is specified. During the revision of the previous notes, there has been a decrease in the specific lists of structures that have to be identified during the practical class, in line with the differences between Moore & Dalley (1999), the previous recommended text, and Moore & Agur (2002), the present recommended text.

The practical classes in histology are run as interactive tutorial/lecture sessions, where theoretical information is presented in tandem with practical exercises consisting of examination of normal human tissue directed by the lecturer using a photomicroscope, with images projected via multiple monitors and a data projector. The study of pathological processes is integrated with the normal structure and function of the tissue. Emphasis is on understanding rather than just identifying the tissue; developing general concepts in the first few sessions that are then applied through the succeeding practicals. Electron microscopy, immunochemistry and cytology are introduced in basic form. The practical classes are supplemented with a bank of labelled photomicrographs of normal and pathological tissue, and a CD-ROM containing a program supported by a web browser, of histological images and explanatory text.

 

 

 

 

 

 


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