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Research Projects

WIRF is at the forefront of research aimed at improving the health and wellbeing of women, babies and families. From preventing preterm birth to advancing cancer care, our research makes a difference for future generations.

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Driving Breakthroughs for Women and Babies

    Prevention of preterm birth main

    Enable us to fund innovative research and vital support services

    What’s new at WIRF

    Stay up to date on our latest research breakthroughs, community initiatives, events and ways to get involved.

    WIRF partners with Safewill to offer free Wills during Charity Wills Week
    News 2 mins read

    WIRF partners with Safewill to offer free Wills during Charity Wills Week

    The Women and Infants Research Foundation has partnered with Safewill to offer people the opportunity to write a free, legally binding Will during Charity Wills Week.

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    Hannah Watson awarded PhD scholarship to advance safer, more personalised care for premature babies
    News 3 mins read

    Hannah Watson awarded PhD scholarship to advance safer, more personalised care for premature babies

    Emerging researcher Hannah Watson has been awarded a University of Western Australia PhD scholarship, with additional top-up funding from WIRF, to undertake research aimed at improving outcomes for babies born too early.

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    WIRF to invest $500,000 in research through 2026 Research Acceleration Awards
    News 1 min read

    WIRF to invest $500,000 in research through 2026 Research Acceleration Awards

    Monday 2 March 2026 – Applications are officially open for the WIRF 2026 Research Acceleration Awards, a major funding initiative supporting Western Australian researchers to advance breakthroughs in women’s, maternal, and newborn health.

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    World-first model shows how fetal brains respond to low oxygen – with clues for better care
    News 3 mins read

    World-first model shows how fetal brains respond to low oxygen – with clues for better care

    A new study from WIRF and international partners has created the world’s first controllable model of acute fetal hypoxia – a condition where an unborn baby gets too little oxygen – using artificial placenta technology.

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