The Legacy of Rose Grundfest Schneider: Pioneer in Hemoglobin Research (1908–2003)

Rose Grundfest Schneider, scientist and prominent medical researcher, was born in Minsk, Russia, on July 19, 1908, to Aaron Grundfest and Gertrude (Merliss) Grundfest. She and her parents emigrated from Eastern Europe in 1913 to the United States via Ellis Island, New York. The Grundfest family settled in Kearny, New Jersey, where her father was a merchant and her mother a midwife. Gertrude Grundfest’s medical work later inspired Rose and her younger U.S.-born siblings to pursue medical careers.

Rose Grundfest attended Barnard College (an affiliate of Columbia University) and earned a bachelor of arts degree. After she graduated in 1929, the Great Depression prevented her from pursuing a master’s degree. Instead, she took a job as a technician in a serology laboratory of the Beth Israel Hospital’s bacteriology department. Her work at this institution was largely monotonous and repetitive which prompted her to save money and seek opportunities to pursue a graduate education. In 1931 she was admitted to Radcliffe College, Harvard’s college for women at the time. She spent most of her time at the Harvard Medical School as her research focused on bacteriology and immunology.

After graduating in 1933, Rose Grundfest married Benjamin Frank Miller, a physician and medical writer. She lived in New Jersey before beginning her Ph.D. at the Cornell Medical College in Ithaca, New York. She obtained her doctoral degree in pathology in 1937. The 1940 U. S. census recorded Benjamin and Rose Miller in Chicago, where her husband was a physician and professor at the University of Chicago. They had a one-year-old daughter, Susan. That same year, however, the couple divorced.

On May 30, 1941, Rose Grundfest Miller married Martin Schneider in Dallas, Texas. They later had a daughter, Nancy, and son, Stephen. The Schneiders moved to Galveston in 1942 where Martin, a radiologist, took a position as a professor of radiology at the University of Texas Medical Branch (UTMB). Due to an antinepotism law, Rose Schneider was prevented from taking a job in the same institution as her husband. Using grant money, a professor in hematology from this same institution invited her to collaborate in his laboratory at UTMB. She thus began her research on sickle cell anemia—a blood disease caused by anomalies in the shape of red blood cells. Her research eventually led her to investigate hemoglobin, the protein in red blood cells responsible for oxygen transportation.

Before getting a permanent position at the Galveston UTMB branch, Rose Schneider served as assistant pathologist at the Robert B. Green Hospital in San Antonio from 1944 to 1945. In 1948 she became a research associate at the Tissue Culture Lab & Tissue Metabolism Research Laboratory of UTMB. Thus she began her research in abnormal hemoglobins, a topic virtually unexplored at the time. From 1950 until the late 1970s, Schneider held a U.S. Public Health Grant to fund her laboratory’s research on this topic.

Schneider is famously known for having used inexpensive domestic materials—two refrigerator dishes, a plastic cake plate, and an electric power pack—to create her own electrophoresis station. She used electrophoresis, a technique that separates molecules based on their electric charge in a solution and molecular structure, to differentiate between abnormal hemoglobins and normal ones. The electrophoresis equipment available at the time cost up to $20,000 and required additional training for operating the machine. This shortcut made it possible to analyze more blood samples. Her laboratory alone analyzed half a million of them which led to groundbreaking results. Many of these samples came from African American populations in the South.

Schneider observed that hemoglobins had a lot more variation than previously thought. She and her team are credited for discovering one tenth of the known 400 variants across the globe, including one that can only be found in fetuses. She and her collaborators found that variations in this key blood protein could be indicative of disease. They demonstrated that these pathologies could be detected at birth, which improved the life expectancy and quality of life of many children. Moreover, her extensive study of African American populations added to research that showed this group was more prone to inherit the “sickle cell trait,” a condition that made red blood cells look abnormal but did not cause sickle cell anemia unless a child inherited the trait from both parents. Populations who historically have been exposed to endemic malaria such as those of African or Mediterranean descent tend to carry sickle-cell shaped erythrocytes which act as a natural defense to the malaria. Schneider led an educational campaign to inform Galveston’s African American population about this condition.

In 1969 she attained the title research professor of pediatrics and professor of human biological chemistry and genetics at the University of Texas Medical Branch. By this time, Schneider had become one of the leading authorities in hemoglobin research. She was a member of the Sickle Cell Foundation and served on its board in 1973–74. She was named to the World Health Organization’s Expert Panel on Abnormal Hemoglobins and Thalassemia from 1975 to 1978. Numerous recognitions ensued. In 1975 the UTMB chapter of Sigma Xi honored her with the John G. Sinclair Award for her “excellence in the pursuit of scientific knowledge.” The Texas Division of the American Association of University Women (AAUW) named her Outstanding Woman of the Year in 1978. In 1985 the Texas Genetics Society awarded her the Outstanding Contributions in Genetics in Texas Prize.

Schneider was also a well-known figure in the Galveston community. She was the first woman to be named Citizen of the Year by the Galveston Chamber of Commerce in 1973. She pushed for better access to education as she served on the founding board of Galveston Community College in the late 1960s and continued to serve on the board of regents numerous times in the following decades. Her dedication to this institution was honored with a Distinguished Service Award in 1986. Schneider was an outspoken member of the Physicians for Social Responsibility steering committee in Galveston. As a member of this committee, she raised awareness of the public health implications of nuclear attacks and advocated the prevention of nuclear war.

Schneider also addressed the sexism many women scientists faced in their careers. She called for active political participation from young female scientists to create more equal environments in schools and in science. In 1979 she served on the Texas NOW Continuing Task Force on Education for Women to evaluate the use of sexist language and stereotyping in textbooks. Her community membership also reflected this engagement. She was an active member of the Faculty Women’s Club at UTMB, the League of Women Voters, and the AAUW.

Schneider retired in the 1990s. By that time she had published more than 100 articles. She also wrote a musical script named “75 Years at the Medical Branch or Sawbones on a Sandbar” (1967) for UTMB. Rose Grundfest Schneider passed away on October 8, 2003, at her home in Galveston. In 2011 her daughter Nancy Schneider Heller established the Rose Grundfest Schneider Award at UTMB to honor the legacy of her mother.