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Louis M Abbey

Publications and source records attributed to Louis M Abbey.

3 recordsLinked to original sources

Equivalence study of a dental anatomy computer-assisted learning program.

Tooth Morphology is a computer-assisted learning program designed to teach the anatomy of the adult dentition. The purpose of this study was to test whether Tooth Morphology could teach dental anatomy to first-year dental students as well as the traditional lecture. A randomized controlled trial was performed with forty-five first-year dental students. The students were randomly assigned to either the Tooth Morphology group (n=23), which used the computer-assisted learning program and did not attend lecture, or the lecture group (n=22), which attended the traditional lecture and did not use Tooth Morphology. The Tooth Morphology group had a final exam average of 90.0 (standard deviation=5.2), and the lecture group had a final exam average of 90.9 (sd=5.3). Analysis showed that the two groups' scores were statistically equivalent (p<0.05), with a priori equivalence bounds around the difference between the groups set at +/-5 points. It was concluded that Tooth Morphology taught the anatomy of the adult dentition as well as traditional lecture, as measured by exams. Based on the results of this study and student feedback, Tooth Morphology, in combination with interactive class meetings, has replaced the traditional dental anatomy lectures.

Adult↗

CASE STUDIES for Dentistry: development of a tool to author interactive, multimedia, computer-based patient simulations.

Computer-based patient simulations have been used to enhance the dental curriculum since the 1980s. This article describes the development of CASE STUDIES for Dentistry (CSD), a patient case simulation building template, developed at Virginia Commonwealth University, with which authors who have no programming expertise can create realistic, effective, interactive multimedia patient simulations by entering their own information and images into a straightforward, fill in the blanks interface. This program was written with Authorware, by Macromedia Inc. Design considerations included emphasis on information collection and analysis, synthesis of collected information, hypothesis proposal and testing, diagnosis, and treatment planning. The program consists of easily accessible interfaces for both authors and students. Authors build simulated patients using typed-in text and their own images. Faculty can build computer-based simulated patients so that students can immediately practice what they learn in class within a simulated doctor-patient relationship. CSD allows building simulations ranging from simple to complex patients in multiple disciplines. Robust feedback and other features allow students to learn both process and content in a self-directed, interactive environment.

Computer Simulation↗

Interactive multimedia patient simulations in dental and continuing dental education.

Transfer of knowledge from the basic biopsychosocial sciences to patient care is a major task for dental students during their education. Computer-based interactive patient simulations can help students affect this transfer because simulations allow students to develop and practice problem solving and decision-making skills interactively within the context of patient problems. A program for authoring computer-based interactive simulations is described. Patient simulations can effectively integrate basic science relevance, preparation for clinical problem solving, teaching new clinical content and several other necessary elements into curriculum infrastructure. Case simulations also can contribute to evolving educational standards set out by accrediting bodies.

Accreditation↗