2002
DOI: 10.1093/fampra/19.3.290
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Experiences by patients with asthma-like symptoms of a problem-based learning health education programme

Abstract: Patients with asthma-like symptoms benefit from taking part in a problem-based learning health education programme. It helps them to reflect upon themselves and the disorder and to use new strategies to cope with it.

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Cited by 13 publications
(14 citation statements)
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“…Any disagreement regarding relevance of the abstracts was resolved through discussion. [17] Quasi-experimental-posttest at 2 and 8 months PBL n = 40, traditional n = 40 Self-report PBL diabetes video situation No significant changes in knowledge, significant differences in ability to provide rationale for use of guidelines Pichert et al [18] Exploratory-posttest PBL n = 16 Self-report PBL diabetes video situation More likely to adjust diabetic regime vs. all/none adherence to regime Pichert et al [19] Experimental-posttest PBL = 32, traditional n = 32 Knowledge questionnaire, meal plan recall Personal meal choices PBL diabetes video situations (one fictitious, one real) No significant differences between groups Pichert et al [16] Experimental-pretest/posttest PBL n = 32, traditional n = 32 Multiple choice/short answer questionnaire on exercise and diabetes Diabetes problem solving groups Significant differences in factual knowledge and ability to apply it to new situations Ringsberg et al [26] Exploratory-posttest PBL n = 15 Semi-structured interviews PBL asthma health education ''Group as a forum'' ''Reflection on self and coping with asthma like symptoms'' Ringsberg and Timpka [27] Experimental-pretest/posttest PBL n = 18 Traditional n = 20 NSQ SF-36 PBL asthma health education Significant differences in frequency of asthma symptoms Sarkadi and Rosenqvist [21] Experimental-posttest PBL n = 33, traditional n = 31 HbA1c PBL diabetes health education Significant differences in HbA1c (t 6 = 0.05 and t 24 = 0.002), increased satisfaction with diabetes related knowledge Schlundt et al [20] Quasi-experimental-pretest/ posttest PBL n = 10, traditional n = The 13 papers were independently reviewed by both authors using the following series of questions developed by the researchers: Is the research specifically about PBL and patient education? Do the researchers specifically seek information about measurable outcomes related to chronic disease management?…”
Section: Search Results and Selection Criteriamentioning
confidence: 99%
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“…Any disagreement regarding relevance of the abstracts was resolved through discussion. [17] Quasi-experimental-posttest at 2 and 8 months PBL n = 40, traditional n = 40 Self-report PBL diabetes video situation No significant changes in knowledge, significant differences in ability to provide rationale for use of guidelines Pichert et al [18] Exploratory-posttest PBL n = 16 Self-report PBL diabetes video situation More likely to adjust diabetic regime vs. all/none adherence to regime Pichert et al [19] Experimental-posttest PBL = 32, traditional n = 32 Knowledge questionnaire, meal plan recall Personal meal choices PBL diabetes video situations (one fictitious, one real) No significant differences between groups Pichert et al [16] Experimental-pretest/posttest PBL n = 32, traditional n = 32 Multiple choice/short answer questionnaire on exercise and diabetes Diabetes problem solving groups Significant differences in factual knowledge and ability to apply it to new situations Ringsberg et al [26] Exploratory-posttest PBL n = 15 Semi-structured interviews PBL asthma health education ''Group as a forum'' ''Reflection on self and coping with asthma like symptoms'' Ringsberg and Timpka [27] Experimental-pretest/posttest PBL n = 18 Traditional n = 20 NSQ SF-36 PBL asthma health education Significant differences in frequency of asthma symptoms Sarkadi and Rosenqvist [21] Experimental-posttest PBL n = 33, traditional n = 31 HbA1c PBL diabetes health education Significant differences in HbA1c (t 6 = 0.05 and t 24 = 0.002), increased satisfaction with diabetes related knowledge Schlundt et al [20] Quasi-experimental-pretest/ posttest PBL n = 10, traditional n = The 13 papers were independently reviewed by both authors using the following series of questions developed by the researchers: Is the research specifically about PBL and patient education? Do the researchers specifically seek information about measurable outcomes related to chronic disease management?…”
Section: Search Results and Selection Criteriamentioning
confidence: 99%
“…Six studies involved children, adolescents or adults with diabetes [16][17][18][19][20][21]. Four studies were reports on the effectiveness of PBL with adults diagnosed with coronary artery disease [22][23][24][25], two individual studies involved adults with asthma [26,27] and one involved individuals with arthritis [28]. Although one study involved outpatient follow-up of inpatients, the majority of studies were carried out in outpatient departments.…”
Section: Resultsmentioning
confidence: 99%
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“…Phenomenography has been used to explore a range of phenomena in the spheres of health and information literacy. In the area of health phenomenography has been used to explore how people experience health education (Abrahamsson, Springett, Karlsson & Ottosson, 2005;Ringsberg, Lepp & Finnström, 2002), how people conceive health (Fagerlind, Ring, Brülde, Feltelius & Lindblad, 2010;Hsu, 2007) and the experience of care giving for health (Wang, Barnard & McCosker, 2004). Phenomenography has similarly been used in information literacy research for a range of investigations including students' experiences of web--based information searching (Edwards, 2006), the relationship between approaches to information seeking and learning outcomes (Limberg, 1999), senior managers' experiences of information use (Kirk, 2002), the experience of information literacy among higher educators (Bruce, 1997), and the relationship between information literacy and learning (Lupton 2008).…”
mentioning
confidence: 99%