A software developer-turned-Wayne State University School of Medicine doctoral student was acknowledged with a Next Gen Leadership Award on the Advances in Genome Biology and Technology’s General Meeting for her excellent contributions to a subject she entered at age 36.
Li Tao’s work focuses on making use of superior computational approaches to remedy advanced organic questions, bridging disciplines to advance human well being. She research how environmental exposures — significantly heavy metals like lead and mercury — impression liver illness development.
The fourth-yr Physiology doctoral candidate working within the lab of Wanqing Liu, Ph.D., a professor of Pharmacology, Pharmaceutical Sciences and Oncology, obtained the award throughout the normal assembly, held Feb. 23-26 in Orlando, Fla.
“Each step of my journey at Wayne State has been a process of growth and transformation, allowing me to integrate computational and biomedical sciences, and ultimately pursue research that addresses critical challenges in human health,” Tao stated. “Receiving a Next Gen Leadership Award has further strengthened my confidence and commitment to continue advancing in this field.”
She joined Wayne State University in 2018 in an information evaluation position within the National Institute of Health’s Perinatology Research Branch, then situated at WSU, the place she labored with superior genomic applied sciences, together with single-cell RNA sequencing, ATAC-seq and spatial transcriptomics. The experiences marked her introduction to genomics and solidified her ardour for interdisciplinary analysis.
“I became fascinated by how computational approaches could be used to answer complex biological questions, especially those directly impacting human health,” she stated.
An worldwide student, Li beforehand earned a grasp’s diploma in pc science and spent a number of years in that business earlier than beginning her doctoral research in 2022.
She additionally had a child whereas maneuvering the profession change.
“I was pregnant while conducting this research, and continued through childbirth and early motherhood while advancing my studies. Balancing scientific research with these life transitions was not easy, but it strengthened my resilience and determination. It is a journey that I am deeply proud of, and one that reflects the strength and perseverance of women in science,” she stated.
She earned her bachelor’s diploma in Software Engineering from China’s Tianjin Polytechnic University in 2010 earlier than working as a full-stack developer for 2 years, a task she returned to after finishing her grasp’s diploma in Computer Science on the Florida Institute of Technology in 2015.
Tao was drawn to Wayne State’s emphasis on translational analysis and its supportive, interdisciplinary coaching atmosphere by which she might bridge her background in pc science with biomedical analysis.
She employs human stem cell–derived hepatic stellate cells to combine multi-omics approaches, together with RNA-seq and decreased illustration bisulfite sequencing, to uncover transcriptomic and epigenetic mechanisms underlying liver fibrosis.
Transitioning from pc science to biomedical analysis was not with out its challenges.
“I had to build foundational experimental skills from the ground up. Wayne State’s research ecosystem made it possible for me to reinvent myself as a biomedical scientist. Its strong emphasis on translational research, interdisciplinary collaboration and robust core facilities created an environment where I could bridge my computational background with biological discovery,” Tao stated.