Well, that won't do.
Below are three brief biographical sketches of notable African American chemists and biochemists and their work. Some of this information, along with sketches for many other African American scientists of all disciplines, is freely available here.
Percy Lavon Julian (1899-1975) [ref]
|Credit Howard University via|
On April 11, 1899, Percy Julian was born in Montgomery, AL. Dr. Julian was able to attend school through the 8th grade but was barred from attending high school. Despite his lack of a diploma, he was accepted to DePauw University in Greencastle, IN, where he pulled a double class load to bring him up to speed with his peers. He would end up graduating first in his class with a B.S. in chemistry in 1920. After a brief stint as a chemistry instructor at Fisk University (Nashville, TN), Dr. Julian entered Harvard University to pursue a Master's degree. After completing the Master's degree, he was blocked by the university from proceeding to a doctorate. After a few more years as a chemistry instructor, this time at Howard University, he was awarded a Rockefeller Fellowship to travel to Austria in pursuit of a Ph. D. at the University of Vienna, which he earned in 1931.
Dr. Julian's independent research career began at his alma mater DePauw University. In 1935 he made the discovery of his career, successfully synthesizing a drug called physostigmine, which originally broke ground as a glaucoma treatment and has been researched for other applications as well. However, due to his race DePauw would not allow him to become a full professor. He left academia and became an industrial researcher, working for the Glidden Company. In 1953 Dr. Julian left Glidden to begin his own research laboratory, Julian Laboratories. He sold the company in 1961, using the substantial profits to found the Julian Research Institute, a non-profit research organization, which he operated until his death in 1975.
Dr. Percy Julian was the first African American chemist elected to the National Academy of Sciences, one of the United States' eminent societies of scholars. His physostigmine synthesis (subscription required) is hailed as one of the top achievements in American chemistry, and in 1999 was honored by the American Chemical Society as a National Historic Chemical Landmark.
Henry Ransom Cecil McBay (1914-1995) [ref]
Henry McBay was born in the oil town of Mexia, TX on May 29, 1914. After attending grade school, he was accepted into Wiley College in Marshall TX, where he graduated with a B.S. degree in chemistry in 1934. McBay's primary interest was in organic chemistry. He went on to earn a Master's degree at Atlanta University in 1936. After holding positions as a chemistry instructor at his alma mater Wiley College (1936-1938) and also at Western University in Kansas City, he entered a doctoral program at the University of Chicago, graduating with his Ph. D. in 1945.
Dr. McBay's research focused mostly on the reaction mechanisms of organic peroxides, and his work with these dangerous compounds helped to pave the way for their widespread use as inexpensive oxidants for organic transformations. A sample paper, which summarizes a portion of his research, can be found in the Journal of Organic Chemistry (subscription required).
In addition to an accomplished chemist, Dr. McBay was by all accounts a passionate educator. The bulk of his teaching career was carried out at Morehouse College in Atlanta, GA (1945-1981) which included a 21-year stint as chair of the chemistry department. Along with chemist Dr. Lloyd Noel Ferguson and others, he founded the National Organization for the Professional Advancement of Black Chemists and Chemical Engineers (NOBCChE) in 1972. The organization now operates at 49 chapters nationwide.
Regarding Dr. McBay's response to racist attitudes and obstacles he encountered, in a Jan. 25,1991 interview, Boston Globe journalist David Chandler recorded this quote: "As [McBay] sees it, 'nature distributes its talents and its capabilities and its faults at random throughout the human species. People are not yet willing to accept that.' But to him, 'that's a part of my religious faith.'"
|Credit chemheritage.org via |
Born in Queens, NY on April 16, 1916, biochemistry drew the primary scientific interest of Marie Daly. She attended Queens University, graduating with a B.S. in 1942. She went on to receive a Master's degree from New York University (New York, NY) in 1943. Marie continued her education immediately afterwards, enrolling in Columbia University (New York, NY) where she completed her Ph. D in 1948 with a dissertation focused on the exact chemical function of pancreatic proteins. Dr. Daly became the first African American woman chemist to achieve the academic milestone.
In terms of scientific research, Dr. Daly held a number of scientific research positions, both in academic laboratories and at sponsored research institutions in New York.To name a few, she was employed by Columbia University, Yeshiva University, the American Heart Association, and the Rockefeller Institute of Medicine, all in New York City. Dr. Daly became an expert in many aspects of cardiovascular function and is credited with improving our understanding of the relationship between cholesterol and high blood pressure. For a sample publication in the American Journal of Physiology, click here (sub. required).
To this day, African Americans are still disproportionately underrepresented in the physical sciences. As recently as 2012, only about 6% of Ph. D.s awarded in STEM disciplines go to blacks or African Americans (though this has increased from 4% ten years earlier). Neither has an African American ever won or shared a Nobel Prize in Chemistry, Physics, or Medicine.
The three individuals mentioned in this article found their way into scientific prominence despite significant racial barriers imposed upon them. These chemists, and many others from their time period, embody virtues extolled in the American Civil Rights Movement which we honor today: perseverance, nonviolence, and excellence in the face of adversity. With the example set by these first generations of African American chemists, we should continue to encourage increased participation in STEM disciplines by underrepresented groups. Perhaps most importantly, we should anticipate the depth of perspective that all of our fields stand to gain via inclusion of scientists from different cultural and economic backgrounds.