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Showing results for "preterm birth lungs"
Fetal androgens influence fetal growth as well as postnatal neurocognitive ability.
A child's brain undergoes massive change in the first few years of life, forming millions of new neural connections. They must quickly learn how to function in the world.
This prospective, longitudinal cohort study will examine airway sputum, lung function, and clinical surveillance data of children with bronchiectasis attending Perth Children’s Hospital.
Bronchiectasis is a chronic lung disease that impairs quality of life and reduces life expectancy.
WA researchers will use a $1.97 million Medical Research Future Fund grant to develop a strategy for better follow-up of First Nations children after they’ve been hospitalised for respiratory infections, in a bid to halt the slide into more severe lung disease.
A co-designed and culturally secure intervention to improve medical follow-up for Aboriginal children hospitalised with acute chest infections resulted in higher follow-up rates and improved longer-term lung health outcomes for children.
Researchers from the Wal-yan Respiratory Research Centre are collaborating with Virex Pharma to undertake vital research into a potential breakthrough treatment for RSV infections in young children, thanks to a $499,241 grant awarded by the WA Department of Health Innovation Seed Fund.
The Kids Easy Breathing Study kickstarts this month, with the aim of finding out how the airway surface is different between infants who develop chronic lung disease after contracting bronchiolitis compared with those who don’t.
The study found the rare immune cells, known as plasmacytoid dendritic cells, showed clear signs of activation and virus defence in children with transient wheeze, whereas in children with persistent wheeze the same immune cells showed very limited activation without any signs of virus defence.
Help us discover a way to expand protection for the next generation.