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Muscle’s ability to repair itself declines with ageing and can be severely disrupted by injury and diseases such as motor neuron disease. Understanding the cellular signals that control muscle regeneration could help researchers identify new ways to restore or preserve muscle function.
Dr William Rom...
Scientists are turning to some of the zebrafish’s lesser-known relatives to answer fundamental questions about how organs grow and function, and why some animals can regenerate organs that humans cannot.
Picture a fish so small it fits on a fingernail, so transparent you can watch its organs working in real time. Now imagine u...
Dr Jan Manent, a research fellow in the McGlinn Group at ARMI, has been awarded the 2026 Australia and New Zealand Society for Cell and Developmental Biology’s (ANZSCDB) Image Award for a striking three-dimensional visualisation of a mouse embryo’s developing nervous system and skeleton.
The winning image: A three-dimensional visualisation of the developing nervous sy...The Australian Regenerative Medicine Institute (ARMI) has awarded its Accelerator Grant for 2026 to Dr Macsue Jacques, supporting her transition from postdoctoral researcher to independent research leader.
The Accelerator Program, led by ARMI Group Leaders Dr Renee Chow and Dr William Roman, was developed to support early-to mid-career researchers as they move from...
Collaboration will generate human iPSC-derived brain cell models to investigate the effects of Evinco’s NK-EV platform on neuroinflammation
Stem cell-derived astrocytes, a star-shaped support cell found in the brain, visualised using fluorescent markers. The different colours highlight proteins involved in brain cell development.Melb...