Loading university
Michael S Okun — Dr. Michael Okun's lab focuses on understanding and improving treatments for Tourette Syndrome, particularly through innovative technologies like deep brain stimulation (DBS). They aim to identify brain regions involved in tic control and develop personalized DBS systems that respond to patients' needs. The research has significant implications for enhancing the quality of life for individuals with this disorder.
Christiaan Leeuwenburgh — Dr. Christiaan Leeuwenburgh's lab at the University of Florida focuses on understanding how iron regulation and mitochondrial function affect the physical capabilities of older adults. Through research, they aim to figure out why some older adults experience a decline in their ability to move and function compared to others. By measuring various biological factors over time, the lab hopes to find ways to support healthier aging and improve quality of life for older individuals.
Donald G Phinney — Dr. Donald G. Phinney's lab focuses on improving the therapeutic applications of mesenchymal stem cells (MSCs) for various human diseases. By developing a Clinical Indications Prediction (CLIP) scale, the lab aims to enhance the understanding of how donor characteristics and manufacturing processes affect the potency of MSCs. This research is crucial in creating tailored MSC therapies that yield better patient outcomes.
Liang Zhou — Dr. Liang Zhou's research lab focuses on understanding how specific immune cells in the gut, particularly RORgt+ lymphocytes, maintain tissue health and respond to infections. The lab investigates the roles of mitochondrial function and iron metabolism in the upkeep and activity of these immune cells, which could lead to new treatments for diseases like inflammatory bowel disease and infections. By exploring the intricate relationships between these cells and their environment, the research aims to uncover mechanisms that are crucial for gut health and immunity.
Zheng Wang — Dr. Zheng Wang's lab at the University of Florida focuses on understanding the relationship between autism spectrum disorder (ASD) and the early onset of dementia in autistic adults. The research investigates how neurocognitive functions, brain imaging, and plasma biomarkers can reveal signs of dementia in middle-aged autistic individuals. By studying these factors, the lab aims to contribute to better diagnosis and treatment strategies for dementia in this vulnerable population.
Mingzhou Ding — Mingzhou Ding's lab at the University of Florida focuses on developing advanced AI technologies to generate and understand emotional images. Their research aims to combine artificial intelligence with neuroscience to improve how we study and treat psychiatric disorders related to emotions. This multidisciplinary work has the potential to significantly impact both the scientific community and clinical practices by providing high-quality emotional stimuli and insights into brain responses.
Ben Shen — Dr. Ben Shen's lab at the University of Florida focuses on discovering and developing new natural products and cancer therapies. They study actinobacteria, microorganisms known for producing diverse chemical compounds, to identify and produce novel drugs that can potentially treat various diseases, including cancer. The lab also works on improving antibody-drug conjugates, which are treatments that deliver toxins directly to cancer cells, thereby increasing their effectiveness and reducing side effects.
David J Clark — Dr. David J. Clark's lab at the University of Florida focuses on finding new ways to help older adults maintain their cognitive and walking abilities. The lab studies how combining physical exercise with brain stimulation can improve brain function and prevent decline associated with aging. They aim to create effective interventions that specifically target brain areas involved in thinking and walking, which can enhance overall mental and physical health in older adults.
Daniel P Ferris — Dr. Daniel P. Ferris's lab at the University of Florida focuses on improving balance training to prevent falls, particularly in older adults and individuals with neurological conditions. They study the effects of visual perturbations, such as briefly taking away visual input during balance exercises, to see how it can aid in retraining the brain's balance systems. The ultimate goal is to identify effective methods for enhancing balance, which can lead to better outcomes for those at risk of falling.