Centers, Institutes & Labs

The Health Intervention and Treatment Research Lab conducts clinical research to enhance our understanding of how and why people change their health behaviors. The lab's research focuses primarily on addictive behaviors (e.g., alcohol and other drug use) but also targets other health behaviors, such as sleep and nutrition. Our goal is to improve the effectiveness and efficiency of prevention and treatment among high-risk populations (e.g., young adults, Veterans).

Dr. Habib Zaghouani's Immunity & Autoimmunity Research laboratory focuses on the biology of T lymphocytes and their contribution to the development of immunity and autoimmunity.

The I²NM² is a University of Missouri research center dedicated to the discovery and application of fundamental and translational medical science based upon previously unexplored chemistry combined with nanotechnology and the biosciences. 

The Kundu Lab seeks to better understand how brain function, such as working memory, is supported by underlying structural and functional brain networks and how brain stimulation can treat network disorders such as epilepsy and movement disorders.

The Lei Lab’s research interests focus on ovarian reserve formation and maintenance and the associated ovarian dysfunction and disease. The lab is also interested in how declined ovarian function impacts women’s overall health.

 The purpose of the MU Center for Translational Neuroscience is to create a very effective and well-structured platform to connect, co-ordinate and support investigators in various disciplines.

MUSCORE is a multidisciplinary research center established by the Department of Surgery for Health Services Research (HSR). It was developed to encourage and support the use of HSR to improve the quality of surgical care at local, regional and national levels. At MUSCORE, team members work closely with clinical research directors to ensure high quality data review and project progression

The Medical Intelligent Systems Lab (MISL) at the University of Missouri School of Medicine researches improvements to biomedical decision support systems and eldercare.

Current research in the Segal laboratory centers on understanding how myofibers and microvessels interact during regeneration and reinnervation following acute injury. Complementary studies center on understanding how vascular smooth muscle cells and endothelial cells of the vascular wall develop resilience to oxidative stress.

The Missouri Orthopaedic Bioskills Lab is the primary clinical anatomy and surgical simulation training site for the Department of Orthopaedic Surgery. The lab provides mentored, hands-on cadaveric training that is critical to patient safety and effective surgical practice.