Dr. Timothy J. Trull's lab at the University of Missouri-Columbia focuses on understanding alcohol consumption patterns among young adults as they transition to legal drinking at age 21. Through the use of modern technology, including smartphones and breathalyzers, the lab investigates the contexts of drinking and behavioral consequences to inform better prevention and intervention strategies against alcohol use disorder.

Dr. William D. Picking's lab at the University of Missouri-Columbia focuses on understanding how the Shigella bacterium can cause severe intestinal disease. By studying the structure and function of a specialized mechanism used by the bacteria to inject harmful proteins into human cells, the lab hopes to uncover ways to block this process. This research not only aims to shed light on a major public health issue but also seeks to develop new treatments for infections like shigellosis, particularly in vulnerable populations such as young children.

Dr. Thomas E. Spencer's lab at the University of Missouri-Columbia focuses on understanding the molecular and genetic factors that regulate the development of the uterus, particularly its glands which are crucial for successful pregnancies. The lab investigates how specific genes, particularly FOXA2, influence uterine health and play roles in infertility and uterine diseases. By employing advanced techniques in developmental biology and bioinformatics, the team aims to decipher the biological mechanisms behind uterine development and their implications for fertility and regenerative medicine.

Dr. Zheng Yan's lab at the University of Missouri-Columbia is focused on engineering innovative wearable devices for continuous cardiac monitoring. The lab is developing soft, skin-friendly biosensors that can accurately track both electrical and mechanical heart signals, even during physical activity. By enhancing device performance and user comfort, this research aims to improve early detection and treatment of heart diseases, ultimately benefiting patient outcomes and reducing healthcare costs.