Dr. Jay Naik's lab focuses on understanding how hydrogen sulfide (H2S), a compound naturally produced by our cells, helps regulate blood pressure and blood flow, especially in relation to cardiovascular diseases. The lab explores how the content of cholesterol in endothelial cells affects their ability to use H2S for vasodilation, which is crucial for maintaining healthy blood circulation. This research aims to uncover new therapeutic targets to treat cardiovascular conditions like hypertension and stroke.

Dr. Mubarak Hussain Syed's lab focuses on understanding how nerve cells in the brain are formed and how they work together to control behavior. By studying a specific type of fruit fly, they explore the genetic and molecular mechanisms that lead to the creation of different nerve cell types. The lab also emphasizes training and mentoring students from diverse backgrounds in neuroscience, aiming to improve education and increase representation in the field.

Dr. Thomas C. Resta's lab focuses on understanding how chronic hypoxia affects vascular health, specifically in the context of pulmonary hypertension. The research examines the role of oxidative signaling mechanisms that change how cells in the lungs respond to various stimuli. By investigating how changes in cholesterol and reactive oxygen species contribute to vascular dysfunction, the lab aims to uncover new treatment strategies for chronic lung diseases.

Dr. Si-Ming Zhang's lab studies how certain freshwater snails resist schistosomiasis-causing parasites. By exploring the genetics and genomics of these snails, the lab aims to identify resistance mechanisms and develop new strategies for controlling the transmission of schistosomiasis—a disease that affects millions of people worldwide. This research could pave the way for innovative methods to block the lifecycle of these harmful parasites.