Using advanced imaging techniques such as confocal and in vivo two-photon microscopy, Claire investigates how microglia, the brain’s resident immune cells, are shaped by their local environment. These insights help guide Calico’s efforts to develop novel therapies that aim to preserve microglial function and ultimately support healthy brain aging.
Why Claire works at Calico
"Because of the world-class resources and cutting-edge technologies at Calico, I’m able to pursue impactful research and execute experiments that push the boundaries of what is possible in biology. Our strong culture of internal tool building, where teams are motivated to improve speed, robustness, and data quality, helps us unlock reliable insights from complex biological systems."
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Calico is currently seeking exceptional candidates who share our passion for understanding the science of aging and developing therapeutics to address age-related diseases.