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research projects aimed at (1) understanding the molecular mechanisms by which trabecular meshwork protein modifications induce fibrosis by transforming epithelial cells to myofibroblast-like cells (2
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animals and extensive development and use of cutting-edge flow cytometry, molecular biology and cell biology assays on rare bone marrow-derived hematopoietic populations. Specific duties include: Design
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advanced computational methods to analyze and integrate single-cell multiomics datasets to decipher cellular and molecular mechanisms for disease heterogeneity. · Actively identify new opportunities
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involve work with research animals and extensive development and use of cutting-edge flow cytometry, molecular biology and cell biology assays on rare bone marrow-derived hematopoietic populations
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● Experience working with mice Preferred Qualifications: ● Experience performing o basic immunologic techniques such as ELISA o molecular biology techniques like protein modification o cell culture
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translational research exploring the cellular and molecular mechanisms that regulate placental function in normal pregnancy and in pregnancy complications and to investigate the role of the placenta in
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tissues/cells from PH patients. The Yu lab employs physiological, molecular and translational approaches. The labs utilize a wide variety of model systems including primary human pulmonary vascular cells
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Qualifications: PhD in relevant scientific area such as Biological Sciences, Molecular Biology, Developmental biology, Stem cell biology, Reproductive Sciences. Applicants must meet minimum qualifications
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Cytometry Innate immune system experience Molecular biology Biochemistry Metabolism Cell culture Bioinformatics Knowledge, Skills and Abilities: Ability to communicate effectively, both in writing and orally
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and analyze tissue and organoid cultures FACS analysis and sorting Plan and conduct molecular biological, cellular biological, and other experiments Analyze and interpret data Troubleshoot experiments