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Searching for a technology-driven acute rheumatic fever test: the START study protocol
Anna P Ralph1,2, Rachel Webb3,4,5, Nicole J Moreland6
1Global and Tropical Health, Menzies School of Health Research, Charles Darwin University, Darwin, Northern Territory, Australia anna.ralph@menzies.edu.au.
Insights
A new study aims to find a diagnostic biomarker signature for acute rheumatic fever (ARF), a condition lacking a test. This research could transform ARF diagnosis and prevent rheumatic heart disease (RHD).
Area of Science:
- Biomarker discovery
- Systems biology
- Serology
Background:
- Acute rheumatic fever (ARF) lacks a diagnostic test, hindering management.
- ARF, triggered by group A Streptococcus, precedes rheumatic heart disease (RHD).
- RHD disproportionately affects Indigenous populations, causing significant health inequity and mortality.
Purpose of the Study:
- To discover and validate a biomarker signature for diagnosing ARF.
- To utilize systems biology and serology for understanding ARF pathogenesis.
- To develop a diagnostic tool to aid in RHD prevention.
Main Methods:
- The START study recruits ARF patients (aged 5-30) and controls from Australia and New Zealand.
- Blood samples are analyzed using comprehensive profiling to identify potential diagnostic biomarkers.
- A validation cohort will test promising biomarker combinations to distinguish ARF from other conditions.
Main Results:
- The study aims to define the first biomarker signatures capable of discriminating between ARF and other clinical conditions.
- Biomarker discovery and validation are central to the study's methodology.
- The research will generate insights into ARF pathogenesis through systems biology and serology.
Conclusions:
- The START study has the potential to revolutionize ARF diagnosis.
- Developing a diagnostic test for ARF could significantly improve RHD prevention strategies.
- This research addresses a critical gap in managing ARF and preventing RHD, particularly in vulnerable populations.
Introduction:
The absence of a diagnostic test for acute rheumatic fever (ARF) is a major impediment in managing this serious childhood condition. ARF is an autoimmune condition triggered by infection with group A Streptococcus. It is the precursor to rheumatic heart disease (RHD), a leading cause of health inequity and premature mortality for Indigenous peoples of Australia, New Zealand and internationally. METHODS AND ANALYSIS: 'Searching for a Technology-Driven Acute Rheumatic Fever Test' (START) is a biomarker discovery study that aims to detect and test a biomarker signature that distinguishes ARF cases from non-ARF, and use systems biology and serology to better understand ARF pathogenesis. Eligible participants with ARF diagnosed by an expert clinical panel according to the 2015 Revised Jones Criteria, aged 5-30 years, will be recruited from three hospitals in Australia and New Zealand. Age, sex and ethnicity-matched individuals who are healthy or have non-ARF acute diagnoses or RHD, will be recruited as controls. In the discovery cohort, blood samples collected at baseline, and during convalescence in a subset, will be interrogated by comprehensive profiling to generate possible diagnostic biomarker signatures. A biomarker validation cohort will subsequently be used to test promising combinations of biomarkers. By defining the first biomarker signatures able to discriminate between ARF and other clinical conditions, the START study has the potential to transform the approach to ARF diagnosis and RHD prevention.
Ethics And Dissemination:
The study has approval from the Northern Territory Department of Health and Menzies School of Health Research ethics committee and the New Zealand Health and Disability Ethics Committee. It will be conducted according to ethical standards for research involving Indigenous Australians and New Zealand Māori and Pacific Peoples. Indigenous investigators and governance groups will provide oversight of study processes and advise on cultural matters.
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