Dr. Alexandre Alves Da Silva's lab at the University of Mississippi Medical Center focuses on understanding how certain brain pathways can help protect the heart from damage after a heart attack. His research specifically looks at the melanocortin system and how activating this pathway can improve heart function and slow down heart disease progression. By using advanced imaging technology and genetically modified animal models, the lab aims to develop new treatments for heart failure that could help many patients recover better after a heart attack.

Dr. Ana Carolina Mieko Omoto's lab focuses on understanding how the brain's signaling systems can protect the heart from damage caused by blood flow loss during heart attacks. By exploring the role of brown adipose tissue and specific receptors in this process, the lab aims to develop new treatments that could improve heart function and prevent heart failure. Their research could lead to breakthroughs in how we manage and treat heart conditions, especially after ischemic events.

Dr. Heather A. Drummond's lab focuses on understanding how kidney blood vessels respond to mechanical pressure changes. This research aims to uncover the roles of specific ion channels in helping these blood vessels constrict in response to pressure, which is crucial for protecting the kidneys from damage associated with hypertension. By identifying the mechanisms behind these responses, the lab hopes to advance knowledge that can improve treatment for kidney disease and associated health issues.

Dr. David Stec's lab studies how liver-related issues, particularly fatty liver disease, lead to heart problems. As metabolic diseases like obesity and diabetes increase, so do these complications. The lab develops models to investigate the role of liver fat in causing cardiovascular disease, focusing on mechanisms that might help us find new treatments.

Dr. Alan Mouton's lab focuses on understanding how metabolism affects inflammation in the heart, particularly after a heart attack (myocardial infarction). They study how different fuels, like lactate and ketones, influence immune cells (macrophages) to either promote healing or cause further injury. This research could lead to new treatments for heart failure, especially in diabetic patients, who are at greater risk after heart attacks.