Remembering Earl Mitchell
Earl Mitchell Jr., Oklahoma State University’s first Black tenured professor, died June 2 at age 83. He had pancreatic cancer.
![](/getattachment/3a14fff4-3294-4b34-84e7-8dd6ddfbf2d4/earl-mitchell-crop.png?lang=en-US)
Born May 16, 1938, in New Orleans to Earl Mitchell Sr. and Mary Duncan-Mitchell, Mitchell took an early interest in science. He earned a bachelor’s degree at Xavier University and a Ph.D. in biochemistry from Michigan State University.
Mitchell joined the Oklahoma State staff as a research associate in the biochemistry and molecular biology department in 1967, became the university’s first Black tenure-track faculty member in 1969 and received tenure in 1982. He went on to lead the biochemistry department and served as assistant dean of the graduate college and associate vice president for multicultural affairs. He retired from OSU in February 2009.
Mitchell’s research focused on metabolic enzymes in plants, especially crops. He developed approaches for culturing cotton cells in vitro; investigated how mevalonic acid metabolism, a precursor to many plant-specific natural products, differs between chloroplast and cytoplasm; and isolated amylases, sugar breakdown enzymes, from bacteria and malted barley.
At OSU, Mitchell was a leader in the fight for diversity and inclusion, known for his advocacy for underrepresented students. Jason Kirksey, OSU’s vice president for institutional diversity, said in an article in The O’Colley, “Students were able to see themselves in him. He was the success story and was able to communicate the importance of so many things, just by having a conversation.”
Mitchell married his high school sweetheart, Bernice Compton, in 1959, and she died less than a month before he did. According to a family obituary, the couple “worked diligently to weave a network, a tapestry, sewn with the fabric of equality and celebration of culture.”
Mitchell is survived by his three children, six grandchildren and one great-grandchild.
Enjoy reading ASBMB Today?
Become a member to receive the print edition monthly and the digital edition weekly.
Learn moreGet the latest from ASBMB Today
Enter your email address, and we’ll send you a weekly email with recent articles, interviews and more.
Latest in People
People highlights or most popular articles
![Gary Felsenfeld (1929–2024)](/getmedia/348cabe3-dd69-415f-8744-557c7aa8a171/Felsenfeld-Gary-480x270.jpg?width=480&height=270&ext=.jpg)
Gary Felsenfeld (1929–2024)
Three colleagues remember a researcher whose work at the NIH revealed the dynamic nature of chromatin and its role in gene expression and epigenetic regulation.
![Getting to the genetic basis of cardiovascular disease](/getmedia/650199da-40a0-466d-a7e0-6ef53d27c1a4/Tabor-Award-Martinez-480x270.jpg?width=480&height=270&ext=.jpg)
Getting to the genetic basis of cardiovascular disease
Edwin G. Peña Martínez received a JBC Tabor award for associating the condition with mutations in noncoding sequences.
![Protein Society announces awards](/getmedia/49a36cda-9e53-4c15-9f28-d37aaa95f5db/Protein-Society-thumb.jpg?width=480&height=270&ext=.jpg)
Protein Society announces awards
ASBMB members Neil Kelleher, Alexandra Newton, David Craik, David Cortez and Jeffery W. Kelly are among the honorees.
![In memoriam: Herbert Cheung](/getmedia/45c80c87-cbd5-4a08-b7bb-8dbb536f6434/Cheung-obit-Thumb.jpg?width=480&height=270&ext=.jpg)
In memoriam: Herbert Cheung
He was a biochemist who specialized in the use of fluorescence technology and had been a member of the ASBMB since 1972.
![Inspired by science — and passing it on](/getmedia/40f3e3bf-872c-498b-98ef-20ad59376ac1/Norris-Amanda-480x270.jpg?width=480&height=270&ext=.jpg)
Inspired by science — and passing it on
Adriana Norris started a YouTube channel to take some of the mystery out of academia.
!['Simple things can go wrong and cause disease'](/getmedia/4109da9c-3e3a-48ce-bf29-97fef0c42ab9/Tabor-Award-Hogstrom-480x270.jpg?width=480&height=270&ext=.jpg)
'Simple things can go wrong and cause disease'
Cancer biologist Jenny Hogstrom received a JBC Tabor award for her use of organoids to study drug resistance in cancer.