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A project to uncover treatable traits to improve the lung health of people born preterm has been made possible thanks to a $1.99 million Medical Research Future Fund (MRFF) grant.
Respiratory disease remains one of the most significant complications of preterm birth, with lasting consequences.
Researchers developing a world-first treatment that targets an underlying cause of asthma have secured a $499,640 grant from the Future Health, Research and Innovation Fund – Innovation Seed Fund.
Focusing on the developmental trajectories of respiratory health includes developing strategies to improve and support immune system function and development over the life course.
A ground-breaking global clinical trial to improve the lifelong lung health of children born extremely prematurely has been awarded a Medical Research Future Fund (MRFF) International Clinical Trials Collaborations Grant totalling almost $3 million.
To identify the barriers and facilitators for timely detection and optimal management of otitis media in Aboriginal children in a primary care setting from the perspective of Health Care Providers
Asthma remission has emerged as a potential therapeutic goal. However, definitions of remission have primarily focused on adult populations, with limited consensus on how remission should be defined in children.
It is essential to embed patient and public perspectives into every stage of the research journey, including setting the future research agenda. The substantial gaps in our understanding of prematurity-associated lung disease presented a timely opportunity to determine the community's research priorities.
Nasal epithelial cells from young adults with a history of very preterm birth show delayed closure following scratch-wounding. Repair correlated with lung function, suggesting epithelial barrier integrity may play a role in preterm-associated lung disease.
Consumption of nitrate in drinking water has previously been associated with a range of adverse health effects, including methemoglobinemia and potentially cancer. In animal models, it has been shown to impact respiratory structure and function, however, there is a paucity of data of the effects of in utero exposure on the respiratory health of offspring.