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This project aims to empower local clinicians with skills and knowledge of using handheld echocardiography (HAND) that will allow for mobile service provision into remote Indigenous communities.
In this study we will use new methods to comprehensively test immune responses in blood samples from people with ARF (diagnosed using the Jones Criteria) and healthy volunteers at Royal Darwin and from Auckland Hospital, New Zealand, to find any unique signature that reliably identifies ARF.
STopping Acute Rheumatic Fever Infections to Strengthen Health (STARFISH) brings together a diverse and multidisciplinary research team to investigate the most effective environmental health initiatives (EHIs) aimed at reducing Strep A infections and prevent Acute Rheumatic Fever (ARF).
The Strep A Burden of Disease Working Group (BoDWG) was first established in 2020 through the Strep A Global Vaccine Consortium (SAVAC).
Outputs from the Strep A Burden of Disease Working Group
The END RHD CRE will undertake a number of projects across several disciplines of research including epidemiology, biomedical sciences; implementation and translation; and understanding the RHD community with a special focus on documenting the experiences of those living with the disease.
This work will be undertaken in collaboration with The Kids Research Institute Australia and Australian based research teams to better understand how Penicillin works in Māori and Pacific children/teens who receive monthly BPG injections.
Goal: Characterize the pattern of contemporary and endemic ARF and develop a biological signature to improve sensitivity and specificity of ARF diagnosis.
We explore the contemporary landscape of housing investments and initiatives seeking to improve health outcomes among Aboriginal and Torres Strait Islander people in Australia, as well as the dearth of quality evidence and agreed approaches to evaluation.
Improving our understanding of superficial Streptococcus pyogenes (Strep A) carriage and transmission necessitates robust sampling methods. Here, we compared the effect of storing swab samples in fridge (+4°C) and freezer (-20°C) conditions on the recovery of laboratory-cultured S. pyogenes.