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experimental fluid mechanics, particularly in optical flow-visualization techniques. The successful candidate will conduct advanced laboratory experiments to study the dynamics of gas coherent structures and the
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studies and animal models. Participate in population-based studies, including the Sperm Environmental Epigenetics and Development Study (SEEDS), examining associations between paternal exposures
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NIH grant. The Landowski laboratory studies the role of lipid metabolism in retinal health and disease using mouse models. The fellow will characterize the retinal phenotypes of mice using ERG, SD-OCT
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and summarizing sequencing-derived datasets, in support of ongoing myeloid neoplasm research. - Contribute to studies of clonal hematopoiesis, myelodysplastic syndromes (MDS), MDS/MPN, and acute myeloid
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Summary A postdoctoral fellow position is available in the laboratory of Anna Moszczynska, Ph.D., to study cellular and molecular mechanisms underlying the anti-addictive properties of protein
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assigned. Unique duties: Conduct research in reproductive sciences involving multi-organ integrative physiologic and immunologic studies using in vitro systems, rodent models, engineered tissues, organoid
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studies, and related cellular and molecular approaches. Independently manage mouse colonies, including breeding, weaning, genotyping, timed mating, pregnancy staging, animal record maintenance, and
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roles for oxidative stress-related signaling steps in the onset of nuclear oxidative stress leading to beta cell death under diabetogenic conditions. Conduct proteomic studies for the identification
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recently completed doctoral studies and hope to hone their skills in these areas. Required qualifications A Ph.D. in medicinal chemistry, organic chemistry, chemical biology, molecular biology, biochemistry
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Summary The fellow will be involved in studies, which are aimed at understanding G protein-mediated signaling mechanisms underlying islet beta-cell function in health and diabetes. Specifically