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Saad Lab
Under the direction of Nizar Saad, MSc, PhD, the Saad Lab conducts cutting-edge research to understand the causes of genetic disorders, including neuromuscular diseases, and develops innovative techniques to diagnose, treat and cure these conditions.
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Kerlin Lab
Under the direction of Bryce Kerlin, MD, the Kerlin Lab aims to discover new approaches to prevent and treat thrombosis.
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Grayson Lab
Under the direction of Mitchell Grayson, MD, the Grayson Lab studies how allergic diseases, like food allergy and asthma, develop, how respiratory viral infections can drive that development and how allergic disease affects the antiviral immune response in the lung.
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Sribnick Lab
Under the direction of Eric A. Sribnick, MD, PhD, the Sribnick Lab's research focuses on how the body’s immune system responds after traumatic brain injury.
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Bonny Lab
Under the direction of Andrea E. Bonny, MD, the Bonny Lab focuses on research to inform clinical practice for adolescents at peak risk for nonmedical use of prescription opioids, as well as dictating public policy. In the same manner, the Bonny Lab seeks to inform clinical practice for AYA on contraception.
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Roberts Lab
The Roberts Lab focuses on understanding the interactions that occur between cancer cells and the "normal" tissues that surround them.
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Rashnonejad Lab
Under the direction of Afrooz Rashnonejad, MSc, PhD, the Rashnonejad Lab focuses on developing adeno-associated virus (AAV)-based gene therapies for neuromuscular and neurodegenerative diseases.
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Martin Lab
Under the direction of Paul Martin, PhD, the Martin Lab's goal is to develop curative therapies for children with neuromuscular and lysosomal disorders, including forms of muscular dystrophy, lysosomal storage disorders, myopathies and motor neuron diseases.
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Nicolau Lab
Under the direction of Stefan Nicolau, MD, the Nicolau Lab aims to further the translational development of gene editing therapies for muscle disorders, with a particular emphasis on genetic mutations that require insertion of hundreds or thousands of base pairs into genomic DNA.