The Campbell Lab
We study how intrinsic and environmental signals influence neurodevelopment, from the maternal–fetal interface to the specification and function of neural cell types. By combining stem cell systems, animal models, engineered human-relevant platforms, and molecular approaches, we investigate how redox biology, placental signaling, and developmental exposures alter the trajectories of brain development. Our goal is to uncover mechanisms that contribute to autism and other developmental disorders, and to identify new opportunities for prediction, prevention, and intervention.
Explore Our LabRESEARCH DIRECTIONS
Redox biology and neurodevelopment
The placenta–brain axis
Developmental exposures
Neural cell specification and developmental disorders
Join the team
We are building an interdisciplinary team to explore emerging questions at the intersection of developmental neuroscience, redox biology, placental biology, bioengineering, and human disease. We welcome scientists who are excited by ambitious, collaborative research and who want to develop new experimental systems while asking fundamental questions about early human development. Postdoctoral opportunities are anticipated. Prospective applicants are encouraged to learn more about our research and check back for future announcements.
