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Showing results for "early lung health"
All alterations to lung mechanics following in utero arsenic exposure were recovered by adulthood.
Have you ever wondered how your lungs work? Researchers from our Children’s Lung Health Team show you how to make a simple lung model by using common household items.
Improvements in neonatal critical care have resulted in more people than ever reaching adulthood after being born prematurely. At the same time, it is becoming clearer that preterm birth can increase the risk of respiratory disease throughout a person’s lifetime. Awareness that a patient was born preterm can enable early specialist assessment and intervention when there is any concern about lung health.
Our Child Physical Activity, Health and Development team focuses on improving children’s physical activity levels, health and development. We work to uncover the best environments, policies and programs to facilitate physically active lifestyles for lifelong health and wellbeing.
CIRCA DIEM is using an inexpensive set of eye masks and ear plugs to teach babies born too soon how to tell the difference between night and day – a simple skill which could have lifelong implications for their health and development.
In this cohort, as compared with the AREST CF cohort, the authors highlight the limited correlation between infection and inflammation with lung function and structural impairment, and that this was mainly explained by the mild changes identified in lung function and on chest CT scan.
Early Lung Surveillance of Cystic Fibrosis: what have we learnt? Click to read the full article Authors: Rachel E Foong, Tim Rosenow, Luke W Garratt
Research is needed to determine best practice for genomic testing in the context of child interstitial or diffuse lung disease. We explored parent's and child's health-related quality of life, parents' perceived understanding of a genomic testing study, satisfaction with information and the study and decisional regret to undertake genomic testing.
The constant-phase model (CPM) is commonly fit to respiratory system input impedance (Z rs) to estimate lung mechanics.
This paper is an introduction to a series of articles about improved measurement of lung function in patients with chronic lung disease.