Marie Curie and the Progress of Cancer Treatment

Marie Curie, along with her husband Henri Becquerel, discovered radioactivity; a finding that paved the way for both the diagnosis (via X-rays) and treatment of cancer (radiation therapy) in medicine. As a woman who was barred from being a member of the French Academy of Sciences due to her gender, she was still the first person to be awarded two Nobel Prizes for her efforts. While her research on radioactivity had a great impact on the practice of medicine (that continues today), the lack of understanding of the dangers of ionizing radiation at the time led to her eventual death. Let's take a look at the life, education, and discoveries made by this amazing scientist.

History

Marie Sklodowska was born November 7, 1867 in Warsaw, Poland, and passed away July 4, 1934.

Early Life

Maria Skłodowska was the youngest of five children, born to teachers in Warsaw, Poland. Family fortunes were not great, and Maria lost her mother at age twelve. Maria had to work as a tutor and governess to help finance her sister's education. Later, she was able to study in Paris at the Sorbonne with her sister's support.

Education

In addition to studying in Paris, Marie took courses in secret from the Floating University, an underground educational institution in politically turbulent Poland that educated women, and later also men. Determined to work and make progress in her chosen field of science, Maria studied and practiced physics and chemistry – subjects her father had taught. Later, she was able to study in Paris at the Sorbonne with her sister's support. In 1894, Marie earned her second degree; this one in mathematics.

Marriage

Pierre Curie, an instructor of physics and chemistry. Briefly separated when Marie returned to Poland, the two were married about a year later.

Research and Discoveries

Henri Becquerel soon discovered radioactivity while studying uranium salts. Marie took up the study of uranium rays, using a Curie electrometer. She was able to show that pitchblende, torbernite, and thorium were all radioactive. She published a research paper on her discovery, an unusual step for a woman in 1896.

Pierre set aside his own research and joined Marie in her work. By the summer of 1898, the Curies co-authored a paper on a new element, polonium. The day after Christmas 1898, a second paper came out, announcing the discovery of another new element: radium.

They continued working together until the tragic death of Pierre in a street accident in 1906. Soldiering on alone, Marie was able by 1910 to isolate pure radium from pitchblende. Marie Curie decided not to patent her discovery so that other scientists could investigate it freely.

Awards

Marie Curie received two Nobel prizes for her scientific work. First, in 1903 for Physics, she was also the first woman to be awarded a Nobel Prize. Again in 1911, she was awarded the Nobel for Chemistry and became the first person to receive two Nobel Prizes. Despite these honors, the French Academy of Sciences barred her from membership. But at the Sorbonne, she became the first female professor and was given charge of the physics laboratory that her husband had chaired. Not long after, the government of France built the Radium Institute for the study of chemistry, physics, and medicine, Marie Curie's foremost interests.

Impact on Medicine

Without the discoveries of Marie Curie, medicine may not be what it is today when it comes to both the diagnosis and treatment of disease.

X-Ray Diagnostics

In World War I, she made possible mobile X-ray trucks which helped diagnose wounded troops. Selflessly, she gave away the two golden Nobel medals to raise funds for the war efforts. A pioneer of the study of radiation, Madam Curie did not know how radioactivity would affect her health. Never wearing protective clothing, she worked with radioactive materials with her own hands, keeping radium in her desk drawer, or in a pocket of her dress. Over the 38 years that she researched radioactivity, the effects of ionizing radiation were wearing her down. She passed away in 1934 from aplastic anemia, likely due to the damaging effects of radiation on bone marrow.

Impact on Occupational Diseases

Despite Marie Curie's tragic death, the impact of radium on health did not escape her notice. In the 1920s she was asked to look at diseases found in New Jersey women who worked on radium dial watches. These women were found to have a high rate of sarcomas, leukemia, anemia, and osteonecrosis. Her conclusion was that the only treatment was prevention. The year of her death, 1934, the International Labour office listed radium, radioactive substances, and X-rays as the cause of the new disease seen in the "radium girls."

Brachytherapy

Without Marie Curie's discovery and her husband Pierre's idea of implanting a small seed of radioactive material into a tumor to shrink it, we would not have brachytherapy. This type of internal radiation is used for many types of cancer, including early stage breast cancer.

A Word From Verywell

The work of Marie Curie has an impact on everyone at some time in their life, whether you or a loved one are a patient or health professional. Her story also illustrates the sacrifice often made by researchers; how the process of making discoveries that will help others sometimes harbors unknown dangers. The next time you have an X-ray, or if you or a loved one need diagnostic tests or radiation therapy for cancer, you may wish to think of Marie Curie, and thank her for making our lives today easier and better not only from a diagnostic angle, but from her emphasis that prevention when it comes to risks is sometimes the only cure.

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