Assistant Professor, Department of Anesthesiology, Duke University School of Medicine
Faculty Member, Duke Cancer Institute
Faculty Member, Duke Institute for Brain Sciences
Adjunct Assistant Clinical Professor, Department of Biologic & Materials Sciences, University of Michigan School of Dentistry
Neuroimmunology and Applied Pain Research Lab
Center for Translational Pain Medicine
In the setting of a School of Medicine and a Department of Anesthesiology, my background is often perceived as strange, so I call it unique: I am a dentist and a scientist, with a multidisciplinary research program that encompasses pain and sensory biology, immunology, and cancer biology. I completed my DDS/PhD training at the University of Michigan. I conducted my dissertation research in Dr. Brian Pierchala’s lab, which was focused on understanding the signaling pathways that regulate the development, diversification, and postnatal physiology of peripheral neurons, which led to new insights about pain-sensing sensory neurons (termed nociceptors), orofacial chemosensory and somatosensory neurons, and autonomic neurons. As I began to engage in clinical work as a dental student, I also became interested in oral and maxillofacial pathology, which led me to conduct translational research in Dr. Yu (Leo) Lei’s translational immunology lab, where I was able to contribute to several important studies aimed at understanding the factors regulating the immunogenicity of the tumor microenvironment in head and neck cancer. For my postdoctoral studies, I merged my research interests in neuroscience and immunology with my clinical background as a dentist by pursuing a postdoc with under the mentorship of Dr. Ru-Rong Ji (pain and neuroimmunology) and Dr. William Maixner (translational pain research) in the newly formed Center for Translational Pain Medicine at Duke, where I ultimately stayed to build my own independent research program (the Neuroimmunology and Applied Pain Research Lab).
My long-term career goal is to positively impact the way we treat pathological pain conditions such as cancer pain, chronic primary pain conditions (e.g., temporomandibular joint disorders), and neuropathic pain. I work towards this goal by participating in the education and training of future scientists and healthcare professionals, and by building and fostering a lab team that produces high-quality science focused on clinical translation. Developing new therapeutics for pathological pain conditions is our overarching goal, and I believe that meaningful translational advances require interdisciplinary team-science-based approaches to untangle the molecular pathways, cell types, and neuronal circuits involved in pain and inflammation using preclinical models and in clinical cohorts. Much of our current work is focused on the molecular crosstalk between sensory neurons and non-neuronal cell types, such as immune cells, glial cells, cancer cells, and microorganisms. We believe this will help unravel the mechanisms underlying the bidirectional causality of pain and inflammation, yielding new immunotherapeutics and neurotherapeutics to treat pain and painful inflammatory conditions.
Beyond my scientific interests, I am also active in educating future members of the healthcare workforce, including medical students and dental students. I serve as Adjunct Clinical Assistant Professor at the University of Michigan, where I am the course director of DENT 537: Introduction to Neuroscience for first-year dental students. I am also active in several professional societies including the United States Association for the Study of Pain, the International Association for the Study of Pain, the Society for Neuroscience, the American Association for Dental, Oral, and Craniofacial Research and its international affiliate (AADOCR & IADR), and the American Association of Immunologists.
Lab & Mentoring Philosophy
As the Director of the Neuroimmunology and Applied Pain Research Lab at Duke, I feel fortunate to be in a position where I can contribute to meaningful scientific discoveries and translational advances in pain and inflammation, primarily through the fantastic work of my lab members and collaborators. As a Principal Investigator, I take a people-centric approach to scientific research, where mentorship of junior trainees is emphasized and valued as highly as the scientific discoveries that we help make. I work to create a positive lab culture and remain mindful of the long-term goals of my lab members, taking proactive approaches to identify opportunities that can benefit students and trainees. I believe that teams consisting of individuals from a variety of personal backgrounds will be more innovative and creative, harnessing divergent thinking to increase the positive impact of our research, and I actively work to increase diversity, equity, and inclusion in the scientific workforce and among our team. Overall, I operate on the premise that diverse teams consisting of happy, less stressed-out people will produce higher quality, more reproducible science.