FACULTY SPOTLIGHT
By Stephanie Tran
F
rom bedside to bench to bedside again, Dr. Moumita Barua uses nextgeneration sequencing to discover novel genes involved in chronic kidney disease and to develop clinical tools for treatment. Dr. Barua is a Clinician-Scientist and Assistant Professor in the Division of Nephrology at the University Health Network and the Department of Medicine at the University of Toronto. “Chronic kidney disease is an underestimated worldwide health problem,” says Dr. Barua. “If you look at the statistics, 10% of the global community has it.” Current treatment options for kidney failure are limited to dialysis and organ transplantation, both of which are costly and subject to major disparities in access, being more widely available in developed countries. Furthermore, though kidney transplantation is preferred over dialysis in many cases, it is associated with lengthy wait times, perioperative comorbidities, risk of rejection, and long-term complications due to immunosuppression. “There is a lack of awareness about kidney disease and, as a result, there is a lack of funding. Because there is a lack in funding, there is also a paucity of research 24 | IMS MAGAZINE SPRING/SUMMER 2021 PUBLIC HEALTH
in areas trying to understand mechanisms underlying the disease and its therapeutic development,” Dr. Barua notes. Her research aims to address these gaps in the field by understanding the causes of chronic kidney diseases from a genetic perspective. Using patient DNA samples, her lab identifies genetic variants that increase disease risk and examines them in clinically relevant genetic models to uncover mechanisms. Her lab has received several grants within the past year, including two Canadian Institutes of Health Research (CIHR) project grants. Throughout her life, Dr. Barua has been fortunate to have received tremendous support from dedicated mentors. The first of these mentors were her family members, who supported her passion for science at a young age. Even as a child, she was drawn to the areas of math and science. When it was time to make decisions about what to pursue following high school, she decided to do a Bachelor of Science at the University of New Brunswick in Fredericton, her hometown. A big inspiration for Dr. Barua is her late father, Dr. Subodh Barua, who paved the way for her when he moved to Canada. Her father attended the best engineering school in Bangladesh (BUET), where he
became interested in research. In pursuit of this passion, he went on to complete a Masters degree in the United States and obtained his Ph.D. in Chemical Engineering at the University of Waterloo. His work was highly regarded, winning prestigious national awards. He then took on an industry position and settled in Fredericton, New Brunswick, where Dr. Barua spent her childhood. Growing up, her parents encouraged her to participate in extracurricular activities, so she wrote for the city and school newspapers. Her father supported her by editing all her written work, and, in doing so, taught her a great deal about the art of writing well. To this day, Dr. Barua attributes much of her success to the writing skills her father instilled in her, which she continues to use daily. It was in medical school that Dr. Barua met an individual who would shape the course of her academic career. After her third year of undergrad, Dr. Barua began her medical education at the University of Toronto. This is where she was introduced to the world of academia. “Medical school in Toronto was a very vibrant research environment,” said Dr. Barua. “There is a huge concentration of research activities in the downtown core, and the students in my medical class Graphic design by Michie Wu
