28 computational-solid-mechanics Postdoctoral positions at University of Nebraska Medical Center
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, University of Nebraska Medical Center (Omaha), seeks a postdoctoral research associate to join Dr. Hingorani’s lab. Our laboratory investigates molecular and cellular mechanisms of pancreatic ductal
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. The research is focused on identifying underlying mechanisms, evaluating pre- and post-natal neurodevelopment, developing novel non-invasive bioimaging tools to study fetal neurodevelopment as well as new drug
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/2025 Position Qualification Position Summary Conduct clinical trials and neuroscience-based research projects for psychiatric patients and healthy population, to investigate the neurobiological mechanism
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conducting innovative experiments, analyzing complex mechanisms, writing high-impact manuscripts, and contributing to competitive grant applications. This position offers an unparalleled opportunity
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interested in understanding the neural mechanisms underlying the bidirectional relationship between sleep and neurodegenerative (i.e., Alzheimer’s disease), neuropsychiatric diseases (i.e., drug addiction
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laboratory is interested in understanding the neural mechanisms underlying behavioral impairments in neurodevelopmental disorders (i.e., Fragile X Syndrome). Taking advantage of multiple state-of-the-art
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Date 02/10/2025 Position Qualification Position Summary A self-motivated Postdoctoral Research Associate is required to study the mechanism(s) of the role of reactive oxygen species in pancreatic cancer
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project, funded by the National Cancer Institute, aimed at understanding the underlying mechanisms of substrate choice by DNA polymerases. Required Qualifications Ph.D Supplemental Qualifications Experience
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a major economic engine for the state of Nebraska. Led by Chancellor Jeffrey P. Gold, M.D., UNMC has six colleges, two institutes and a graduate studies program, serving nearly 4,000 students in
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Integrative Physiology. The Alfaidi Lab has a long-standing interest in vascular cell signaling and the impact of vascular molecular/ genetics mechanisms on phenotypic changes in the context of cardiopulmonary