PubMed · 9914796
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T A Smith, T P Raybould, J D Hardison. 1998. A distance learning program in advanced general dentistry.. https://pubmed.ncbi.nlm.nih.gov/9914796/
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The objective of this study was to evaluate a computer based interactive diabetes education program designed to train patients with diabetes to correctly estimate the energy or carbohydrate contents of foods. The acceptance and the operator convenience of the program were evaluated with an integrated program and written questionnaires. The training success was calculated for each user from the data sets after multiple repetitions of the same exercise. Age, weight, type of diabetes, previous training and computer experience of 126 patients with type 1 or 2 diabetes from three different German diabetes centres were documented. The evaluation of the computer program indicated a good acceptance and operator convenience. Moreover, there was a significant training success in patients who have never used a structured diabetes education program before. Therefore, the potential impact of the program is to support but not to replace structured diabetes education programs and to further motivate and attract patients to diabetes education programs.
Medical education has adopted the use of digital photography and other computer technology, which has changed the face of the classroom. Today's presentations couple a computer and digital projection system to create powerful teaching tools. Integration of quality medical images enhances presentations in a way never before possible and at a much lower cost. Changes to presentations can occur rapidly, at a fraction of the cost of slides. However, obtaining quality digital images for presentations is problematic. Services are available on the Internet that offer images for sale, but the cost to obtain images is high. Many institutions of higher learning provide images on the Internet for free, but the quality, number of available images, server capacity, and issues of consent limit the availability of these images. The authors describe their experience in collecting more than 20,000 clinical photographs, and provide examples of their use in emergency medicine education.
We recently developed an educational game for reviewing respiratory physiology in a large classroom. The "Who Wants to be a Physician?" game encouraged medical students to be active participants in the learning process. An evaluation of the game documented that students enjoyed the active format, and the students reported that the game enhanced their ability to understand and retain information. However, the evaluation also revealed that the game had limitations. Specifically, the students recommended the use of multiple-choice questions to match the Medical Board Examination format and to speed up the game (i.e., cover more topics). The students also wanted to increase their level of participation and interaction. Finally, we wanted to emphasize the benefits of peer instruction as a collaborative learning tool. To address these limitations, we designed a new game, "Survivor." Survivor incorporated multiple-choice questions and emphasized peer instruction and a capacity to gather information and solve novel problems. In addition, participation was increased by including the student audience in the game. Finally, an evaluation instrument was utilized to assess the effectiveness of this instructional tool in an academic setting. As a result of these improvements, the evaluation documents that the newly developed tool is a more effective educational game that couples fun and creative excitement with proven and effective educational concepts.