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to treat seizures and cytotoxic edema, especially in neonates. To reach this goal, we are addressing the following questions: How does the brain inhibitory system work at the cellular level How do neurons
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. The projects in Dr. Swanger’s lab elucidate the localization, function, and therapeutic potential for diverse neurotransmitter receptor populations in the brain. This work involves applying a combination of
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). The goal of the study is to better understand the behavioral and biological risk factors for heart disease, with a particular focus on how stress and resiliency can influence brain and heart health
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efforts to study the role of adenosine in disease modification in epilepsy. Specifically, he will test the hypothesis that deep brain stimulation (DBS) directly affects adenosine concentrations in the brain
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vivo Ca++ imaging to detect, localize, and characterize seizures and other brain activities. The primary responsibility of this position is assisting in organizing, curating, and analyzing data for in
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understanding of the relationship between diet, various lifestyle factors, and brain health. The position will also allow the trainee to develop grant proposals within the broader area of the lab focus. Education
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of the brain function and for the detection of Diabetic Neuropathy as a function of Aging using Differential Tractography dMRI. Study Clinical trials in regenerative medicine through the application of cutting
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are funded by contracts and grants and are contingent upon available funding. Job Close Date: Open until filled. Note to applicants: Please keep in mind that a job posted as ‘Open until filled ’ may close
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research interests relevant to pediatric otolaryngology, head and neck, otology, neurotology, and/or auditory disorders. The focus of this position will be research efforts in the area of pediatric
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Date 03/18/2024 Job Summary The Ofen Lab for Brain and Cognitive Development (PI: Noa Ofen) at Center for Vital Longevity, School of Behavioral and Brain Sciences at the University of Texas at Dallas