Exploring young Australian adults’ asthma management to develop an educational video
- Coombs, Nicole, Allen, Louise, Cooper, Simon J., Cant, Robyn, Beauchamp, Alison, Laszcyk, Jacki, Giannis, Anita, Hopmans, Ruben, Bullock, Shane, Waller, Susan, McKenna, Lisa, Peck, Blake
- Authors: Coombs, Nicole , Allen, Louise , Cooper, Simon J. , Cant, Robyn , Beauchamp, Alison , Laszcyk, Jacki , Giannis, Anita , Hopmans, Ruben , Bullock, Shane , Waller, Susan , McKenna, Lisa , Peck, Blake
- Date: 2018
- Type: Text , Journal article
- Relation: Health Education Journal Vol. 77, no. 2 (2018), p. 179-189
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- Description: Objective: This study explored young university students’ (aged 18–24 years) health literacy, asthma experiences and help-seeking behaviours to inform the development of a web-based asthma education intervention relevant to this age group. Design: Exploratory mixed-methods design incorporateing a health literacy survey and interviews, plus the development of a web-based educational video. Setting: Participants were students at two universities in the state of Victoria, Australia. Method: In total, 20 asthma sufferers were interviewed by trained pairs of university students. Interpretative phenomenology underpinned the narrative analysis and enabled the description of the participants’ lived experience. A branching e-simulation video was developed. Results: A number of key themes were identified: ‘Life with asthma’, including ‘A life of vigilance’ regarding asthma triggers, lifestyle limitations and heightened sensitivities; ‘Asthma management – call Mum’, a lack of knowledge and support systems with substantial maternal reliance; ‘Health literacy: family and Dr Google’, denoting low health literacy levels with passive reluctant involvement in personal health management; and ‘Information gathering – one size doesn’t fit all’ – in the form of the need for immediate gratification and resource variety. Based on interviewees’ words and terminology, we designed an interactive branching educational video for YouTube portraying a young person (an actor) during an asthma flare-up. Conclusion: Young adults lacked insight into their condition and even after moving away from home, relied on Google searches and/or parents’ advice. To enhance health-seeking behaviours, interactive programmes with smartphone access may be valuable. Our open access programme Help Trent Vent provides an educational resource for young people with asthma and for health education teams, to reinforce asthma knowledge. © 2017, © The Author(s) 2017.
- Authors: Coombs, Nicole , Allen, Louise , Cooper, Simon J. , Cant, Robyn , Beauchamp, Alison , Laszcyk, Jacki , Giannis, Anita , Hopmans, Ruben , Bullock, Shane , Waller, Susan , McKenna, Lisa , Peck, Blake
- Date: 2018
- Type: Text , Journal article
- Relation: Health Education Journal Vol. 77, no. 2 (2018), p. 179-189
- Full Text:
- Reviewed:
- Description: Objective: This study explored young university students’ (aged 18–24 years) health literacy, asthma experiences and help-seeking behaviours to inform the development of a web-based asthma education intervention relevant to this age group. Design: Exploratory mixed-methods design incorporateing a health literacy survey and interviews, plus the development of a web-based educational video. Setting: Participants were students at two universities in the state of Victoria, Australia. Method: In total, 20 asthma sufferers were interviewed by trained pairs of university students. Interpretative phenomenology underpinned the narrative analysis and enabled the description of the participants’ lived experience. A branching e-simulation video was developed. Results: A number of key themes were identified: ‘Life with asthma’, including ‘A life of vigilance’ regarding asthma triggers, lifestyle limitations and heightened sensitivities; ‘Asthma management – call Mum’, a lack of knowledge and support systems with substantial maternal reliance; ‘Health literacy: family and Dr Google’, denoting low health literacy levels with passive reluctant involvement in personal health management; and ‘Information gathering – one size doesn’t fit all’ – in the form of the need for immediate gratification and resource variety. Based on interviewees’ words and terminology, we designed an interactive branching educational video for YouTube portraying a young person (an actor) during an asthma flare-up. Conclusion: Young adults lacked insight into their condition and even after moving away from home, relied on Google searches and/or parents’ advice. To enhance health-seeking behaviours, interactive programmes with smartphone access may be valuable. Our open access programme Help Trent Vent provides an educational resource for young people with asthma and for health education teams, to reinforce asthma knowledge. © 2017, © The Author(s) 2017.
- Fox-Young, Stephanie, Brady, Susannah, Brealy, W, Cooper, Simon J., McKenna, Lisa, Hall, Helen, Bogossian, Fiona
- Authors: Fox-Young, Stephanie , Brady, Susannah , Brealy, W , Cooper, Simon J. , McKenna, Lisa , Hall, Helen , Bogossian, Fiona
- Date: 2012
- Type: Text , Journal article
- Relation: Midwifery Vol. 28, no. 4 (2012), p. 435-441
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- Description: Objective: To describe Australian midwifery academics' perceptions of the current barriers and enablers for simulation in midwifery education in Australia and the potential and resources required for simulation to be increased. Design: A series of 11 focus groups/interviews were held in all states and territories of Australia with 46 participating academics nominated by their heads of discipline from universities across the country. Findings: Three themes were identified relating to barriers to the extension of the use of simulated learning environments (SLEs) ('there are things that you can't simulate'; 'not having the appropriate resources'; and professional accreditation requirements) and three themes were identified to facilitate SLE use ('for the bits that you're not likely to see very often in clinical'; ['for students] to figure something out before [they] get to go out there and do it on the real person'; and good resources and support). Key conclusion: Although barriers exist to the adoption and spread of simulated learning in midwifery, there is a long history of simulation and a great willingness to enhance its use among midwifery academics in Australia. Implications for practice: While some aspects of midwifery practice may be impossible to simulate, more collaboration and sharing in the development and use of simulation scenarios, equipment, space and other physical and personnel resources would make the uptake of simulation in midwifery education more widespread. Students would therefore be exposed to the best available preparation for clinical practice contributing to the safety and quality of midwifery care.
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