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planned to last 2 years, with the option to extend. In the Burger lab, we are interested in early vertebrate development of the axial and lateral plate mesoderm using zebrafish and mice as models, as
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trainees. Our research focuses on aging, anti-tumor immunity, and vesicle trafficking using established models, with strong translational relevance. We welcome candidates with a background in cell biology or
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of Colorado. Fellows will conduct mechanistic and translational research in preclinical models of Chimeric Antigen Receptor (CAR) T cells. Key responsibility is to lead a research project studying CAR T cell
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planning research projects. Performing developmental genetics experiments using mammalian (mouse/human) retinal tissues. Performing routine molecular biological techniques. Work Location: This role is
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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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arthritis in an animal model. Additionally, the work will induce how bacteria-produced metabolites trigger pathogenic autoantibodies. S/He will be a valued contributor to a multi-disciplinary team with
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Qualifications: Previous experience in vision science research Experience with cell, developmental, and molecular biology techniques Training in the use of animal models of visual impairment Training in ocular
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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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determining fetal growth and long-term health. The research group employs physiological, molecular and translational approaches, and utilizes a wide variety of model systems including primary human trophoblast
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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