Antoineen White ’13 is a senior analyst at inThought Research, a life sciences advisory firm that provides biopharmaceutical companies and investors with strategic insight into the rapidly evolving drug development landscape. Drawing on her scientific training, she evaluates clinical data, scientific literature, and market developments and combines them with conference insights and input from leading clinicians and researchers to synthesize recommendations that inform companies’ decisions about advancing their therapies. Her work spans hematological disorders, cardiovascular disease, oncology, and immunology.
Antoineen came to inThought after earning her Ph.D. from Northwestern University’s Interdisciplinary Biological Sciences (IBiS) Graduate Program, where she investigated the impact of mitochondrial dynamics on cellular fitness. Alongside her research, she broadened her training beyond the lab. She completed the Management for Scientists and Engineers Certificate Program at Northwestern’s Kellogg School of Management and interned in Northwestern’s Innovation and New Ventures Office, where she evaluated university discoveries for patentability and commercial potential, analyzed competing technologies, and interviewed customers and experts to test their value. She also co-founded IBiS’s Diversity in Biological Sciences Council to advocate for students from diverse backgrounds.
Her research path began at Amherst, where she earned a Bachelor of Arts in biology and completed her senior thesis, titled “Phylogeography of a Long-Distance Dispersal: The Evolution of Self-compatibility and the Loss of Allelic Diversity at the Mating System Locus,” in the lab of Dr. Jill Miller.
How do you use your liberal arts education in the work you do today?
My work requires me to synthesize information from many sources, assess how the market is evolving, and communicate those insights to audiences with varying scientific expertise. I first learned these skills through my liberal arts education at Amherst, which gave me the opportunity to explore topics beyond science across Black studies, religion, history, and more. These are the classes that challenged me to think critically, communicate ideas effectively, build well-supported arguments, engage with unfamiliar ideas, and synthesize them with my own understanding to reach new insights. These principles are at the heart of earning a Ph.D. and of the work I do today.
What impact do you hope to have through your career?
I started my career in a basic research lab, curious about what happens to a discovery once it leaves the bench. That curiosity led me to my work today, where I participate in projects that help guide companies’ decisions about bringing new therapies to patients, especially those who have traditionally been underserved. Mine is one part of a much larger drug development effort, but it is a part I find meaningful. I also hope that through mentoring, I can help the next generation of scientists find their own paths in science.