This includes six Fast-Start grants of $360,000 which support early career researchers to develop independent research and build their research career in ҕl.
Her project will investigate the invasive mechanics of endometriosis, an incurable disease that can cause debilitating pain, fatigue and nausea, as well as reduced fertility. While it affects 10 per cent of New Zealand women (and those assigned female at birth) it remains poorly understood and difficult to diagnose and treat.
In a groundbreaking pilot project, Dr Wood and her team from ҕl’s Department of Chemical and Process Engineering, found that endometriosis has similar invasive properties to hormone-driven cancers. With her Marsden Fund Fast-Start grant, she hopes to determine how endometriosis tissue modifies its environment to aid invasion.
Dr Wood and her research team will measure the mechanical properties of healthy endometrial and diseased endometriosis tissues and use these measurements to build 3D, mechanical models that can be used for experimental work.
“By observing how healthy and diseased cells interact with different tissue models, we hope to better understand the onset and progression of endometriosis, and how this compares to cancer,” Dr Wood says.
The project will help to uncover how the mechanical properties of tissue, such as stiffness, are impacted by the invasion of endometriotic cells. “Ultimately, this knowledge may help to identify new diagnostic and treatment strategies for endometriosis, potentially bringing relief to millions worldwide.”
ҕl’s successful Marsden-funded projects this year cover a broad range of topics including remote sensing technology that can be used to help conserve water by identifying damage to water pipelines, exploring changes to speech and language with aging, and tracing the evolution of planetary systems.
ҕl Acting Vice-Chancellor Research Peter Gostomski says the breadth of the research projects is impressive. “Our researchers are at the leading-edge, thinking innovatively and carrying out work that will extend the boundaries of fundamental knowledge and benefit people in ҕl and around the world.”
Marsden Fund Council Chair Professor Gill Dobbie says nationally the grants allow recipients to carry out fundamental research across a huge range of disciplines, including topics with global significance.
This year over half of the lead investigators on funded projects for 2023 identify as women – the highest proportion of female-led projects in the Marsden Fund’s history.
“It is really heartening to see so many wāhine amongst our winners, given the obstacles that continue to discourage women from pursuing careers in research,” Professor Dobbie says.
“Increasing inclusion and representation in our research communities will allow us collectively to better serve the country as a whole, as well as creating space for novel ways of thinking and doing research.”
Te Pūtea Rangahau a Marsden is managed by Royal Society Te Apārangi on behalf of the New Zealand Government with funding from the Ministry of Business, Innovation and Employment.
- Dr Wood discussed her endometriosis research in a recent ҕl Tauhere Connect.
Marsden-funded ҕl research projects announced today:
Te Pūtea Rangahau a Marsden – Standard grants
Dr Jodie Johnston–Understanding how micro-organisms adapt to changes in the environment ($942,000)
Dr Daniel Sando– New materials to enable low energy computing ($942,000)
Dr Vanessa Morris– Unravelling the processes of regulated cell death ($942,000)
Professor David Wiltshire– ‘Dark energy’, relativity and cosmic expansion ($941,000)
Professor Jeanette King– Implicit knowledge of te reo Māori ($870,000)
Associate Professor Karen Pollard– Early evolution of planetary systems ($854,000)
Distinguished Professor Charles SempleandDistinguished ProfessorMike Steel– Phylogenetic (evolutionary) trees ($675,000)
Dr Jonathan Dunn– Artificial intelligence’s impact on written language ($660,000
Associate Professor Lynn Clark–How speech changes with advancing age ($660,000)
Te Pūtea Rangahau a Marsden - Fast-Start grants:
Dr Chris Stevens– The problem of gravitational wave scattering. ($360,000)
Dr Amy Yewdall– Molecular factors influencing the formation and structure of condensates. ($360,000)
Dr Cara Swit–The impacts of technological and non-technological disruptions on parent-child interactions. ($360,000)
Dr Nicky Morton–The Perceptual Origins of Core Knowledge and Mathematical Cognition($360,000)
Dr Derek Li–Remote sensing technology that can continuously and simultaneously extract water usage and pipeline condition information. ($360,000)
Dr Rachael Wood–Invasive mechanics of endometriosis ($360,000)
