A leading clinician scientist in longevity, Professor Andrea Maier isn’t just treating old age; she’s figuring out why we age, and helping people lead healthier, more vibrant lives
Long before “longevity medicine” entered our modern day lexicon, Professor Andrea Maier was already questioning the fundamental approach to healthcare. Growing up as the daughter of a doctor in rural Germany, she was immersed in medicine from her earliest years.
“My father was the family doctor there and my mother ran the lab,” says Maier. Personal tragedy—her grandmother passed away at 45 and her mother at 52—might seem the obvious catalyst for Maier’s interest in longevity, yet alongside these early losses, she was simultaneously exposed to examples of vibrant ageing. “I didn’t recognise it at that moment in time, but my piano teacher, my ballet teacher, they all were much, much, much older. My piano teacher was in her 90s.”
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Fundamentally, Maier’s path was driven by scientific curiosity and a desire to improve healthcare systems.
“Medicine was always in my head [whether I realised it or not]”, she says. “What I did realise during school was that I was not only a little bit entrepreneurial, but I was also very curious about how to bring innovation to those fields.”

The vegan doctor is well-known for her research into fibroblasts—or skin cells—lung ageing and immune ageing. These have laid the groundwork for understanding how we might intervene in the ageing process.
Her research has also yielded several significant findings in understanding ageing and the pursuit of longevity. Her work on cellular senescence—where cells cease dividing but remain metabolically active—has been particularly influential, focusing on the role of these ageing cells in driving the development of various age-related diseases.
Her other contributions to the medical field include the creation of a comprehensive “body clock” that integrates multiple physiological parameters to provide a more accurate assessment of an individual’s biological age and predict their risk of mortality and age-related diseases.
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