Johnnie Hines Watts Prothro was one of the first African American women scientists and researchers in the field of food chemistry and nutrition. Having grown up in the segregated American South, Dr. Protho became particularly interested in promoting healthy nutrition and diets for African Americans. Johnnie Hines Watts was born on February 28, 1922, in Atlanta, Georgia, in the segregated South. Her parents emphasized the importance of an education and she graduated from high school at the age of fifteen. She enrolled in the historically black Spelman College in Atlanta as a commuter student and received a BS degree with honors in Home Economics from Spelman in 1941. Following her graduation, she obtained a position as a teacher of foods and nutrition—the usual career path for African American women who earned bachelor’s degrees in science during the Jim Crow era—at Atlanta’s all-black Booker T. Washington High School. Watts taught at Booker T. Washington High School from 1941 to 1945, then moved to New York City to attend Columbia University, from which she received her MS degree in 1946. Armed with her master’s degree, Watts became an instructor of chemistry at a historically black Southern University in Baton Rouge, Louisiana. She worked there during the 1946–1947 academic year before deciding to pursue a PhD. Watts enrolled in the University of Chicago after researching the doctoral offerings of several universities. She was the recipient of a number of scholarships and awards at the University of Chicago. Among the awards were the Laverne Noyes Scholarship (1948–1950), the Evaporated Milk Association Award (1950–1951), the Borden Award from the American Home Economics Association (1950– 1951), and a research assistantship (1951–1952). Watts married Charles E. Prothro in 1949. It is said that they met in Connecticut, but this is not clearly documented. Watts Prothro received her PhD from the University of Chicago in 1952. Her dissertation title is “The Relation of the Rates of Inactivation of Peroxidase, Catecholase, and Ascorbase to the Oxidation of Ascorbic Acid in Vegetables.”