Tu Youyou

Tu Youyou was the first
Chinese female scientist to win a Nobel prize in 2015. Learn how this
remarkable woman without a medical degree led a national research group,
codenamed ‘Mission 523’, pioneering the work leading to the discovery of
Artemisinin, a drug therapy that has since saved millions of lives across the
globe.

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As the first Chinese female scientist to win a Nobel prize (in physiology or medicine) in 2015, what were Tu Youyou’s formative experiences and the major events that shaped her life? How did this remarkable woman − without a medical degree, doctorate or overseas work experience – make
such a valuable contribution to the control of malaria? This book explores the extraordinary career of this modest, frugal and very unconventional scientist and records her inspirational work.

During early clinical trials, Tu traveled to malaria-endemic areas of Hainan and was the first to test her medicine on herself to ensure it was safe after the drug had shown promising results in mice and monkeys. Only then were the clinical trials expanded to include other humans.

Afflicted with tuberculosis at the age of 16, Tu Youyou recovered two years later with a determination to make up for lost time. In fact, the illness was the making of her in that it sparked an interest in medicine and pharmacology and a desire to help save the lives of others. Indifferent to fame and wealth, and courageous in the pursuit of truth, she went on to make remarkable scientific achievements.

Although born in Ningbo at a time of turmoil, Tu Youyou was among the first intake of female college students in the new China. She made the most of this good fortune by devoting herself to decades of quiet and patient labor in which she embraced Chairman Mao Zedong’s quest for the country to combine traditional Chinese medicine and western medicine.

Separated from her family, she led a national research group codenamed ‘Mission 523’ tasked with developing antimalarial drugs from Chinese medicines. Exposing themselves to considerable hardship and danger, the team’s pioneering work led to the discovery of artemisinin, a drug therapy that has since saved millions of lives across the globe, especially in developing countries.