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Michelle Dunstone is a molecular biologist whose research primarily focuses on understanding the structure and function of cell-lysing toxins, particularly those that play a vital role in the human immune system. With her expertise in X-ray crystallography, she has gained recognition for her contributions to imaging proteins that are responsible for the formation of pores in cell membranes, which can lead to cell death. Through her work, Michelle has captured significant insights into how certain toxins used by bacteria can affect human cells and their evolutionary implications. Her ability to crystallize these proteins has enabled her to visualize their structures, enhancing our understanding of their molecular mechanisms. Notably, she investigates a class of proteins known as MACPF toxins, which are crucial for the immune response against infections. Michelle's ongoing research delves into the evolutionary history of these toxins, as well as their applications for developing new immunotherapeutics. Her contributions align with broader scientific goals aimed at promoting health and battling diseases through innovative approaches in biochemistry and microbiology.
Monash University • Melbourne, Australia
Teaching and conducting research in molecular biology with a focus on protein structure and function.
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