22 civil-engineering-soil-structure-interaction Postdoctoral positions at University of Nebraska Medical Center
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samples. Perform single cell RNA sequencing of placental and fetal brain samples. Perform histological and imaging analyses of placental and fetal brain structure. Assess levels of hormones, growth factors
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, gene transfer, gene editing, biochemistry, cell biology, cell culture, and vertebrate animal models, including genetically-engineered mice. The work will include generation, characterization, and
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methods of molecular biology, gene transfer, gene editing, biochemistry, cell culture, and vertebrate animal models, including genetically-engineered mice. Salary Range: Salary Commensurate with Experience
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Neuroscience in the College of Medicine at the University of Nebraska Medicine is seeking postdoctoral research associate candidates to perform research and scholarly activities on understanding interaction
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/2025 Position Qualification Position Summary A postdoctoral position is available to study alcohol-induced alterations insynaptic structure and function, auditory processing, and behavior in prenatal
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to lead high-impact publications. Required Qualifications PhD in cancer biology, molecular/cellular biology, genomics, or immunology Expertise in Gene editing technology and NGS Flow cytometry and cell
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of placental and fetal brain structure. Assess levels of hormones, growth factors and inflammatory/stress markers in placental and fetal tissue by RT-PCR, western blotting and antibody arrays. Perform analysis
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, pharmacology, physiology, pathology, or related field and expertise in immunological responses in vertebrate animals. Required experience includes skills in rodent handling, cell culture, and common cellular
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excellence is required. Ideal candidates will have experience in critical areas such as neuronal culturing and spine density assessments, microglial functional and structural analysis, and rodent behavioral
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familiar with mammalian cell culture, gene cloning, transfections, cell culture-based assays and animal handling. Experience in handling brain tumor mouse models with intracranial injections is highly