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understands firsthand how early influences can shape a young scientist’s career path. A high school chemistry teacher named Mrs. Broadway encouraged Corbett’s interest.

Anita Corbett

“I liked science and was good at it, but that was about it,” she said. “However, she saw something special in me that I didn’t. She appointed me as the captain of Science Bowl team and encouraged me to develop my leadership skills and scientific acumen.”

As an undergrad at Colgate University, Corbett said, her conversations with helped her develop as a researcher and science advocate. “I was one of Roger’s earliest trainees and loved working in his lab. He had confidence in my abilities and was such a positive influence.”

While pursuing her Ph.D. in lab at Vanderbilt University, Corbett learned to love teaching and mentoring. “His lab welcomed many undergraduate researchers,” she said, “and I gained a lot of experience through training and mentoring people from different walks of life.”

In 2003, Corbett was the first woman to receive tenure in the department of biochemistry at Emory University School of Medicine. She is now a professor in the biology department and co-director of several prominent programs at Emory University.

Corbett is passionate about increasing diversity and inclusion in science and goes the extra mile to support the career development of young scientists. She nominated the recipient of the 2019 91ÑÇÉ«´«Ã½ Young Investigator Award, Christine Dunham.

“When shortlisting seminar speakers at Emory University, I focus on inviting junior faculty, particularly women, whose careers would benefit from another invitation on their CV,” she said.

Corbett describes the research in her lab as “model system fluid” because high school students, undergraduates, graduate students and postdoctoral fellows with expertise in various model organisms all collaborate on certain projects.

After 23 years as a professor, Corbett has this advice: “Always pursue an area of work that fulfills you; don’t shy away from asking for help when required; and always, always help your fellow researchers. The rest will follow through.”

Unraveling human diseases with systems biology research

Anita Corbett’s research group focuses on understanding the molecular basis for diseases, particularly how missense mutations in proteins lead to distinct disease phenotypes.

Studies have shown that mutations in multiple genes encoding structural RNA exosome subunits are linked to disease. In one project, following a successful collaboration with clinicians, the Corbett group was the first to link mutations in a gene encoding one particular subunit of the RNA exosome, EXOSC5, to clinical outcomes (developmental delays, cerebellar hypoplasia and motor weakness).

In a recent study, the Corbett group collaborated to combine various genetic models, including budding yeast and zebrafish, as well as biochemical techniques to characterize how changes in the protein found in people with EXOSC5 mutations ultimately affected the function of the RNA exosome complex.

As the RNA exosome subunits are expressed ubiquitously in every cell, so are the pathogenic variants. Thus, the lab also further determines the requirement for the RNA exosome in specific tissues/cell types and provides insight into how defects in RNA exosome function contribute to specific clinical manifestations.