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Biomedical subjects

N Hakanson

Publications and source records attributed to N Hakanson.

4 recordsLinked to original sources

The development and evaluation of an interdisciplinary health training program: a pharmacy perspective.

This program integrates training with the clinical interdisciplinary aspects of health care by directly involving pharmacy and other health professional students in an on-going team model of health care delivery. The training program model allows pharmacy students to learn the conceptual basis of team care and to experience directly how this concept is applied in an ambulatory health care setting. Learning strategies include specialty and team delivery of health care, participation in weekly interdisciplinary team training seminars, involvement in problem-solving and other skill building activities, and development of an interdisciplinary team project. Program evaluation results have indicated that students perceive that the interdisciplinary training increased their knowledge and positive attitudes towards interdisciplinary teams. The training also increased their sensitivity to patients, and enhanced the understanding of the problems of delivering health care to an urban community. The results have also shown that through this structured interdisciplinary experience, students reported having a better understanding of the roles of other health professionals and a greater awareness of how these different roles are integrated into a health care team.

Analysis of Variance↗

Microcomputer as patient educator.

A computer-assisted lesson on general drug knowledge as a patient education tool is described. A drug I.Q. quiz is one of seven microcomputer lessons available to patients in the waiting room of an ambulatory-care clinic. The drug quiz consists of 19 multiple-choice and six true or false questions. After each question, the computer responds with a brief paragraph keyed to the answer selected by the user. If the answer for a multiple-choice question is incorrect, the user can reanswer the question before proceeding. At the end of the lesson, a score is graphically displayed and the user is asked to evaluate the lesson. The computer stores the total number of lessons completed, total scores, number of times each question was answered incorrectly on first and second attempts, number of times each question was answered a second time, and each user's responses to the quiz and evaluation questions. Based on 313 completions of the drug quiz from September 1981 through May 1982, 86% of the users stated that they learned at least something useful, and 72% liked the quiz. The mean (+/- S.D.) number of correct answers on the first attempt was 16 +/- 5; scores improved by an average of 2.5 +/- 2 by reanswering questions. Of 2421 multiple-choice questions answered incorrectly, 62% were reanswered. Of these second attempts, 52% were correct. Item validity scores indicated that the drug quiz serves as a realistic appraisal of drug knowledge. The microcomputer can be an effective medium for patient education.

Computers↗