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Yuan Wan — Dr. Yuan Wan's research lab at Binghamton University focuses on developing a quick and efficient method for diagnosing solitary pulmonary nodules (SPNs), which can be either benign or malignant. By utilizing liquid biopsies that examine extracellular vesicles (small particles released by cells), the lab aims to create a diagnostic tool that can provide results within five days, significantly improving patient care compared to current imaging methods. Their goal is to enhance the understanding of lung cancer genetics and aid in timely treatment decisions.
Yetrib Hathout — Dr. Yetrib Hathout's lab focuses on developing blood-based biomarkers to improve the monitoring and treatment of Duchenne muscular dystrophy (DMD), a severe muscle disease. The lab aims to create reliable methods for discovering and measuring proteins in the blood that can indicate disease progression and response to treatment. This research could lead to better clinical trial designs and help doctors assess patient health more effectively.
Christopher R Bishop — Dr. Christopher Bishop's lab investigates how the brain changes in response to treatment for Parkinson's disease, specifically looking at the negative side effects of the main medication used for the condition. They explore the role of serotonin neurons in the development of involuntary movements caused by the medication, aiming to better understand these processes in order to improve future treatments and enhance the quality of life for patients. The research combines both animal studies and human tissue analysis to uncover new insights into brain function and disease.
Abbie C Chapman — Dr. Abbie C. Chapman's lab focuses on understanding how chronic hypertension affects brain blood vessels, particularly in the hippocampus, which is crucial for memory and learning. By studying the arterioles that supply blood to this brain region, the lab aims to uncover how vascular health impacts cognitive decline and dementia. The research combines animal models with experimental techniques to explore these relationships and identify potential therapeutic approaches to preserve cognitive function as the brain ages.