ABSTRACT
PURPOSE: This study developed a web-based wound care course for undergraduate nursing students and evaluated the course's content, system, and student-satisfaction. METHODS: This study was done in three stages, the development of the web-based wound care course, the implementation and evaluation of the course. The course was developed based on the ARCS model. 80 undergraduate nursing students to Y University in Korea used the web-based wound care program during four weeks. After that, they completed questionnaires, evaluating the contents, system, and their satisfaction. RESULTS: Eighteen learning objectives were used to create the web-based wound care course and the course was developed with 7 chapters and 20 subsections. The analysis of the questionnaires showed a mean score for content and system-related items of 3.04 each, out of a possible 4 points. Student satisfaction items had a mean score of 2.89. CONCLUSIONS: The web-based course allowed students access to the course anytime and anywhere, and according to their own learning abilities. However this advantage would only be possible when nurse educators develop qualitative web-based course to meet the demand of a complex health care system as well as the needs of the students and the effectively incorporate it into traditional lectures.
Subject(s)
Humans , Attitude of Health Personnel , Attitude to Computers , Causality , Computer-Assisted Instruction/methods , Curriculum , Education, Nursing, Baccalaureate/organization & administration , Internet/organization & administration , Korea , Models, Educational , Needs Assessment , Nursing Assessment , Nursing Diagnosis , Nursing Education Research , Patient Care Planning , Practice Guidelines as Topic , Program Development , Program Evaluation , Surveys and Questionnaires , Skin Care/nursing , Students, Nursing/psychology , Wound Healing , Wounds and Injuries/etiologyABSTRACT
We report idiopathic intranuclear inclusion bodies in the renal tubular epithelia of two cases of among the 960 Japanese quail (Coturnix coturnix japonica) in the course of the acute oral toxicity and dietary toxicity test. Basophilic inclusion bodies were seen only in the nuclei of renal tubular epithelia. We could not classify our case into any adenovirus infection by clinical signs and lesions. The inclusion bodies were only identified as adenovirus-like particles based upon the electronmicroscopical features.