PubMed Health⌕ Search

PubMed · 11187621

WWW-based continuing medical education: how do general practitioners use it?

Abstract

WWW-based Continuing Medical Education (CME) is assumed to have the potential to make up for shortcomings in traditional lifelong learning of General Practitioners (GPs). This is obvious for CME systems with accreditation and control of the individual GP's CME activities but seems less clear for non-controlled CME systems like in several European countries, e.g. Germany. This paper reports results from the evaluation of a German CME website by 59 GPs (internet experience of 20 months on average) during a 4-months period. GPs mainly learned at home after work, with 46% of the GPs visiting the website at least once per month. Self-study and information seeking accounted for 58% of the activities, while communication and interaction were used infrequently. 77% of the GPs judged less but detailed information on selected topics more important than being able to access many but broad contents. GPs mostly prefer established means of learning and communication. It is concluded that the GPs' self-directed individual learning mainly needs high-quality information and well-structured collections of existing relevant WWW resources. Communication, virtual community building and sophisticated interactivity are of little importance at present. WWW-based CME complements existing CME activities, especially regarding individual information seeking on focused problems.

Explore related subjects

Keep this discovery

Explore connections, maps & timelines

BibTeXRIS

C Dickmann, E Habermeyer, K Spitzer. 2000. WWW-based continuing medical education: how do general practitioners use it?. https://pubmed.ncbi.nlm.nih.gov/11187621/

Cite the original work for its findings. Save a collection to share your selection of sources.

KEEP EXPLORING

Related citations

A survey of the use of electronic scientific information resources among medical and dental students.

BACKGROUND: To evaluate medical and dental students' utilization of electronic information resources. METHODS: A web survey sent to 837 students (49.9% responded). RESULTS: Twenty-four per cent of medical students and nineteen per cent of dental students searched MEDLINE 2+ times/month for study purposes, and thiry-two per cent and twenty-four per cent respectively for research. Full-text articles were used 2+ times/month by thirty-three per cent of medical and ten per cent of dental students. Twelve per cent of respondents never utilized either MEDLINE or full-text articles. In multivariate models, the information-searching skills among students were significantly associated with use of MEDLINE and full-text articles. CONCLUSION: Use of electronic resources differs among students. Forty percent were non-users of full-text articles. Information-searching skills are correlated with the use of electronic resources, but the level of basic PC skills plays not a major role in using these resources. The student data shows that adequate training in information-searching skills will increase the use of electronic information resources.

Computer Literacy↗

Online learning: the potential for occupational therapy education.

Online learning continues to have a significant impact on higher education. Increasingly students seek a combination of online learning and face-to-face instruction at undergraduate and graduate levels and occupational therapists ask for online continuing professional development opportunities. However, occupational therapy educators have been slow to adopt web-based instructional technology. This paper presents background information on the use of web-based learning in the general sphere of higher education and outlines the current range of usage in occupational therapy education. Research findings are presented to stimulate discussion regarding online learning and occupational therapy professional socialisation, student satisfaction and outcomes. There is a fine line between full and partial online course delivery, so research on technology-enhanced campus-based delivery is also included in the review. Evidence suggests that blending combinations of technologies with computer mediated learning enhances interaction and could address the higher order learning needs of professional programmes such as occupational therapy.

Computer Literacy↗

Knowledge in the Palm of your hands: PDAs in the clinical setting.

OBJECTIVE: To explore the impact of hand-held computers on patient care by identifying: (i) how often clinical staff accessed resources on hand-held computers to inform their clinical decision making; (ii) Which hand-held resources were thought to be most useful in the clinical setting; (iii) the barriers to using hand-held resources to support patient care. DESIGN: A descriptive study comparing aspects of Personal Digital Assistant (PDA) resource use in two phases, between August 2002 and December 2003. There was variability in the way that resources were accessed between the two studies. SETTING: University Hospitals of Leicester NHS Trust, an acute teaching hospital, and one primary care practice. PARTICIPANTS: A purposive sample of 14 clinical and librarian staff participated in phase one and 14 in phase two of the study. Participants consisted of consultants, nurses, pharmacist, junior doctors, clinical librarians, and a general practitioner. MAIN OUTCOME MEASURES: Baseline Data Questionnaire to identify the participants' level of knowledge and use of hand-helds on entering the study. End-of-phase questionnaire with self-reported measures of use of the hand-held and PDA resources during the study. RESULTS: All of the participants used hand-helds in their clinical setting to support evidence-based practice and education, but with varying frequency. More staff reported using the hand-held to answer specific patient questions in phase two than phase one of the study. UK resources were preferred to American resources. The 'plug-in and go' method using Secure Digital (SD) cards was preferred to downloading resources from the Internet. CONCLUSIONS: Hand-held technology is emerging as an effective clinical tool to aid evidence-based practice and support the educational needs of clinical staff. The hand-held can provide a critical mass of information that is relevant, quickly accessible and in a coherent format: delivering clinical information at the point of need with a resulting benefit to patient safety.

Computer Literacy↗