Education in the CRCAA
The partners in the CRCAA have the skills and resources to make significant contributions to the training of graduates, developing validated educational tools, upskilling health professionals and enhancing community asthma education. The major components of this program are:
- Education Outreach
- Asthma in the Older Person
- Characterisation in lung health in older Australians
Education Outreach
Access to continuing education and training, as well as educational resources are essential to ensuring health professionals are able to provide the most effective asthma care. The CRCAA will develop, evaluate and disseminate validated clinical tools to enhance the treatment of older people with asthma and airways diseases and assist patients in achieving optimal adherence with medication and treatment regimens. These training activities will be undertaken in conjunction with the relevant professional bodies. Training will be provided to health professionals to enhance their capacity to accurately diagnose asthma and airways disease, using tools and strategies developed and validated within the CRCAA. Information generated by the Environmental Program will be disseminated through courses on indoor and outdoor air quality. This will be coordinated with the education programs run by NSW Health and the WA Departments of Health and Environment.
Community education takes place through local programs developed at each node. These include public seminars and lectures on aspects of asthma and chronic airways disease, focusing on better awareness and management.

Asthma in the Older Person
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Professor Christine Jenkins
Woolcock Institute |
Associate Professor Jo Douglass
Monash University/Alfred Hospital |
The ageing population of Australia is increasingly recognised to have widespread social and healthcare ramifications, leading to the promotion of ageing as a National Health Priority Area. This is true in relation to respiratory diseases where asthma is an increasingly recognised problem in older people who now comprise over 70% of those dying of asthma. Asthma is common in the elderly and is often under diagnosed and under treated. Moreover older people with asthma have poorer quality of life and higher admission rates to hospital compared to younger individuals. The prevalence of COPD is also increasing and this condition overlaps with asthma in many instances in the elderly.
Specific Aims
To develop and disseminate new community education programs tailored to the specific requirements of older people with asthma.
To develop and disseminate a clinical tool for assessing and enhancing adherence with inhaled corticosteroids and management interventions amongst patients with asthma.
To develop and provide educational courses for community and health professionals based on these and other CRCAA projects.
Characterisation of Lung Health in Older Australians
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Associate Professor Jo Douglass
Monash University/Alfred Hospital |
Professor Michael Abramson
Monash University/Alfred Hospital
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Ageing well and ageing productively is a National Research Priority. Respiratory disease is the third most common reason for a general practice consultation in people over 65 years. In Australia, despite substantial public investment and improvement in overall mortality, people older than 65 constitute 64% of those dying of asthma. Over half a million Australians suffer from Chronic Obstructive Pulmonary Disease (COPD), and this burden will increase with our ageing population. Respiratory function in older age groups is very poorly understood with resulting poor precision of the diagnosis of respiratory disease in older age-groups.
Associate Professor Jo Douglass, Professor Michael Abramson, Associate Professor Bruce Thompson and Associate Professor Greg King are conducting an epidemiological study to define normal respiratory function in Australians aged over 65. The study will provide normal values for use in calculation of spirometry, gas transfer and static lung volume measurements and determine the prevalence of respiratory symptoms and abnormal lung function in this age group.
Overall, this study will provide an internationally robust framework to assess lung health and disease in older Australians. The findings will inform health policy and the planning of health care services. The study will also demonstrate the utility of the forced oscillation technique in this age group and obtain normative data for future clinical applications.
Current Scholarships
Student |
Research Topic |
Institute |
Supervisor/(organisation) |
Ms Kendle Maslowski |
The role of novel GPCRs in the innate immune system |
Garvan |
Prof Charles Mackay (Garvan) |
Ms Karryn Grafton |
The role of angiogenesis in Asthma |
USYD |
Dr Brian Oliver (USYD)
A/Prof Janette Burgess (USYD)
Dr Lyn Moir (USYD) |
Mr Gavin Pereira |
Illness profiles in children exposed to vehicle emissions |
UWA |
Dr Angus Cook (UWA) |
Mr Maximilian Plank |
miRNA profiling of lung tissue, macrophages and Tcells during primary and secondary infection with viruses or bacteria |
Newcastle |
Prof Paul Foster (Newcastle)
A/Prof Phil Hansbro (Newcastle) |
Ms Jeanne LeMasurier |
Characterisation of ultra-fine nanoparticles which inhibit experimental asthma |
Monash |
Prof Robyn O’Hehir (Monash)
Prof Magdalena Plebanksi (Monash)
A/Prof Jennifer Rolland (Monash)
Dr Charles Hardy (Monash) |
Mr Malcolm Starkey |
Early life chlamydial infections and asthma |
Newcastle |
A/Prof Phil Hansbro (Newcastle)
Prof Paul Foster (Newcastle) |
Ms Li Ping Chung |
Pharmacogenetics of severe asthma |
UWA |
Prof Phil Thompson (UWA) |
Ms Jessica Kermode |
The effect of airway wall properties on airway hyper-responsiveness in respiratory disease |
Woolcock |
Dr Cheryl Salome (Woolcock)
Dr Greg King (Woolcock)
Prof Norbert Berend (Woolcock) |
Ms Doris Shim |
Suppressor of cytokine signalling and their role in allergic airway inflammation |
Garvan |
Prof Charles Mackay (Garvan)
A/Prof William Sewell (Garvan) |
Mr Louis Tsai |
Novel mechanisms for the control of B cell differentiation and function |
Garvan |
Prof Charles Mackay (Garvan) |
Mr Claude Farah |
Predicting the response to changes in combination therapy in asthmatics |
Woolcock |
Dr Cheryl Salome (Woolcock)
Prof Norbert Berend (Woolcock) |
Mr Patrick Ng |
Molecular Pathogenesis of Chronic Respiratory Diseases |
USYD |
Prof Judy Black (USYD)
Dr Lyn Moir (USYD)
Dr Markus Weckman (USYD) |
Ms Rohimah Mohamud |
The effect of particles on regulatory T cells in lungs: implication for asthma development and immunotherapy |
Monash |
Prof Magda Plebanski (Monash)
Dr Charles Hardy (Monash)
Prof Robyn O’Hehir (Monash)
Prof Jenny Rolland (Monash) |
Dr Sophie Timmins |
Assessment of the clinical utility of the Forced Oscillation Technique in COPD |
Woolcock |
A/Prof Greg King (Woolcock) |
Mr Hock Luck Tay |
Characterising the role of miRNAs during bacteria infection in lung |
Newcastle |
Prof Paul Foster (Newcastle) |
Ms Jingjing Li |
Respiratory innate immune factors regulate steroid-resistant airway hyperreactivity and asthma |
Newcastle |
Dr Ming Yang (Newcastle)
Prof Paul Foster (Newcastle) |
Mr Luke Hatchwell |
Role of microRNAs in response to Rhinovirus infection in allergic airways disease |
Newcastle |
A/Prof Joerg Mattes (Newcastle)
Prof Paul Foster (Newcastle) |

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