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Research interests are focused on clinical and translational investigations of transfusion safety and include studies of infectious and non-infectious complications of transfusion, including RBC and HLA alloimmunization, graft versus host disease, and evidence based transfusion practices. Recent…
Research background is in airway biology and the phenotypical characterization of asthma and obstructive sleep apnea in children. Research also includes novel mechanisms of airway genetic reprogramming mediated by microRNAs.
Her clinical and research interests include sports related injuries in children and adolescents such as ACL tears, shoulder labrum tears and instability, hip labrum tears and femoroacetabular impingement (FAI), and osteochondritis dissecans (OCD) of the knee, elbow, and ankle.
Rare disease research training, Inherited Metabolic Disorders,
Dr. Torii's research focuses on understanding the molecular and cellular mechanisms underlying the development of fundamental neural circuits responsible for diverse brain functions and dysfunctions. He is particularly interested in how various neuronal subtypes in the cerebral cortex are assembled…
Dr. Tosi's work focuses on orthopedic management of children with physical disabilities and birth defects. Dr. Tosi also works to increase physician awareness of bone health issues for women and children, with the goal of reducing debilitating bone injury as the population ages.
Dr. Triplett studies the developmental mechanisms by which sensory information is brought together in the brain. Specifically, in the visual, somatosensory, and auditory systems, neurons are organized into topographic maps in which neighboring monitor adjacent regions of space. In associative…
Dr. Goyal’s medical research focuses on improving the quality of care received by cancer patients, both by advancing the ways in which cancer is treated with radiation and by integrating data from epidemiological settings in cardiology and oncology to better inform treatment and survivorship issues…
Research is focused on the neurobiological effects of stressful and adverse experiences. Her goal is to understand the mechanisms of stress-induced changes in synapses and circuits. They are particularly interested in synaptic regulation of neurons that produce monoamines-neurotransmitters such as…
Dr. Sarvazyan's research is focused on the basic mechanisms of arrhythmias, tissue engineering, and stem cell based cardiovascular repair. Her studies pointed to the initial stages of ectopic beat formation, uncovered the adverse cardiac effects of plasticizers, anti-arrhythmogenic effects of stem…