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development, tissue regeneration, and stem cell maintenance. Unregulated activation can lead to various illnesses, including immunological dysregulation, infections, and the development and advancement
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and effectively separate the starch, protein and fibre components from oat grains. The project will focus on utilising the milling and cell disruption methods at Curtin/Intergrain facilities and further
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cells or Tregs) and immune-cell mediated inflammation. Using the immune system clear the tumours provides potentially more effective approaches than current treatments. Moreover, it may be possible to use
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RNAseq, epigenetics, multicolour flowcytometry (up to 27 simultaneous markers on cells), cell sorting, multiplex cytokine analysis (Luminex) as well as classical immunological techniques, e.g. ELISA
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lithium-ion batteries. The battery separator, 5% of the battery mass, is a soft plastic in every LIB cell to prevent short circuits. The current state-of-the-art LIB recycling plant primarily focuses
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offers a dynamic, interdisciplinary environment focused on solving pressing urban mobility and infrastructure challenges. You will have access to: Dedicated research computing and storage infrastructure
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electrolysis cells, based on alkaline water electrolyser characterised by low current density and acidic polymer electrolyte membrane electrolysis cell with precious metal electrodes, however, still suffer from
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) through molecular and material engineering, as well as device engineering. The research will involve material design, synthesis and characterisation, solar cell assembly, testing and characterisation under
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This project will examine the behaviour of nanocarriers at cell/bacteria surfaces and response to biological environments and molecules (such as proteins). Research will utilize a suite of cutting
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transformation. In addition to the school’s research theme and cluster, this research aligns with sustainable development (efficient, less use of resources and student mobility), digital transformation