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Gertrude Elion
(January 23, 1918 - February 21, 1999)
Born in
Year of Discovery:

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No PhD?  No Problem for Woman Pioneer of Drug Design!

Growing up, Gertrude Elion’s role model was the Nobel Prize winning woman scientist, Marie Curie. She was a highly curious and intelligent little girl, and soon skipped two grades. Graduating from high school at only 15, she went to Hunter College in New York, but grew up quickly when her beloved grandfather died of stomach cancer her very first year. Seeing him in the hospital changed her life. She said, “I remember how shocked I was at his change in appearance. It was the first time I really understood how awful disease could be. I wondered how this happened to people. In the hope that I could do something to combat disease, I decided to become a scientist.” She majored in chemistry.



In 1937 she graduated college and started applying to graduate schools. It was the depths of the depression, and there were many poor people and very high unemployment. But it was more than the depression holding back women in the 1930s. There was much discrimination, as Gertrude would quickly learn. All 15 schools declined her request for financial aid, even though she had graduated with high honors. The fact was, most scholarships were reserved for men. With no money, she looked for a job she would enjoy - laboratory work. When she applied, one laboratory after another turned her away. It was hard for her to even get an interview. When a laboratory told her she was too pretty and would be a distraction to all the men, she finally understood her predicament. “I almost fell apart,” Gertrude later remembered. “That was the first time that I thought being a woman was a real disadvantage. It surprises me to this day that I didn’t get angry. I got very discouraged.”

She took different jobs just to make money and even enrolled in secretarial school. But she quickly dropped out. It was better to take a non paying job teaching biochemistry to nursing students, than to give up her dream and not work in science. Taking other jobs and living with her parents, she finally saved enough money for a year of graduate school. Working as a substitute teacher during the day, she enrolled at NYU and pursued her studies at night. Things began to go her way in life. She was learning fast, even correcting her professors, and she fell in love with Leonard Canter, a statistics student at City College. They made great plans, including marriage.

In 1941 she graduated with a masters degree, the only woman in her class. But suddenly her fiancé became ill and died of bacterial endocarditis, an infection of the lining of the heart. Two years later penicillin, the first antibiotic, was created. It would have saved him. She was devastated at her loss, but through her grief she became even more determined to fight disease.

Sexual discrimination had not disappeared, so her job search was still limited. But she did find a lab job testing the acidity of pickles and checking frozen strawberries for mold. “It wasn’t exactly what I had in mind but it was a step in the right direction,” she said.

Then came World War II. A million men went into the military, and suddenly laboratories had unfilled jobs. At the age of 26, Gertrude applied for a real research job as a biochemist at the Burroughs Wellcome Company. Dr. George Hitchings hired her on the spot during her first interview. When she walked into the lab she saw 73 men and only one other woman. Soon she was collaborating with Hitchings and it not only would change them both, but also the lives of many ill people.

Within two years, Gertrude, or “Trudy” as she was often called, began publishing papers. Dr. Hitchings allowed her to put her name first as lead investigator, which was unusual since she didn’t have a PhD. During the course of her career, she published 225 papers.

George and Trudy worked well together and developed a novel process to research and create new drugs. They methodically sought to create new molecules with just those specific structures which would disrupt a disease process. This was a much more refined approach than the trial and error method employed by most labs and became known as “rational drug design.”

One of their first successes was a drug called 6-MP, or 6-mercaptopurine. Realizing that tumors required large amounts of nucleic acids to sustain growth, they targeted chemicals that would disrupt this. At that time, 50% of children with Acute Leukemia, a cancer of the blood cells, died within months. In 1954 they tested their drug on leukemia patients. The results were great, but then the patients would relapse and the cancer would return. Eventually they discovered that combining 6-MP with other drugs worked. Today, 55 years later, 6-MP is still in use. With a combination of other drugs it cures around 80% of children with leukemia.

Next they discovered Imuran, (azathioprine). It was used until 2000 to prevent organ rejection (mostly kidneys) and saved more than 1,000,000 lives. In 1963, they developed allopurinol which treated gout. Gout, sometimes called the disease of kings because of its association with the rich and famous, causes painful joints, but it can also be fatal when the kidneys become blocked. Millions more lives were saved.

In 1967, Dr. Hitchings retired and Gertrude stepped into his position as the first woman to lead a major research group. She continued developing drugs, including acyclovir, which works as an anti-viral treatment for shingles, herpes, Epstein-Barr virus, and herpes encephalitis (a fatal brain infection). Gertrude called this drug her “final jewel” and it became the company’s largest selling product. She retired at age 65 to teach at the University of North Carolina and mentor medical students at Duke University. In 1984, her lab used her methodology to develop AZT (azodothymidine) as a treatment for AIDS. And in 1988, she received a phone call that would make her know she had achieved her goal. A reporter congratulated her on winning the Nobel Prize, just like her hero, Marie Curie.

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Introduction by Martha Pat Kinney


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Table of Contents

Introduction
Links to More Information About the Scientist
Key Insight
Key Experiment or Research
Key Contributors
Quotes by the Scientist
Quotes About the Scientist
Anecdotes
Fun Trivia About The Science
The Science Behind the Discovery
Personal Information
Science Discovery Timeline
Recommended Books About the Science
Books by the Scientist
Books About the Scientist
Awards
Major Academic Papers
Curriculum Vitae
Links to Science and Related Information on the Subject
Sources

 








Links to More About the Scientist & the Science

Wikipedia entry:
http://en.wikipedia.org/wiki/Gertrude_B._Elion

Nobel Prize Award Autobiography
http://nobelprize.org/nobel_prizes/medicine/laureates/1988/elion-autobio.html

National Women's Hall of Fame Profile
http://www.greatwomen.org/women.php?action=viewone&id=59

The National Acadamies Press Biography
http://www.nap.edu/html/biomems/gelion.html



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Image Flow Here




Key Insight




Key Experiments or Research

 



Key Contributors

The Team
Explore other scientists who furthered this lifesaving advance.
Lifesavers: Rational Drug Development
George Hitchings
Co-developed the Rational Drug Design method, revolutionizing pharmaceutical research.





Quotes by the Scientist




Quotes About the Scientist




Anecdotes




Fun Trivia About the Science




The Science Behind the Discovery



Personal Information



Scientific Discovery Timeline




Recommended Books About the Science




Books by the Scientist




Books About the Scientist

Macbain, Jennifer. Gertrude Elion: Nobel Prize Winner in Physiology and Medicine (Women Hall of Famers in Mathematics and Science). (Ages 9-12) Rosen Publishing Group, 2004.

St. Pierre, Stephanie. Gertrude Elion: Master Chemist (Masters of Invention). Rourke Pub Group, 1993.



Awards




Major Academic Papers Written by the Scientist



Curriculum Vitae



Links to Information on the Science





Sources/References