21 density-functional-theory-molecular-dynamics Postdoctoral positions at University of Colorado
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immunology. Experience with microscopy techniques, molecular biology, omics analyses, and tissue culture is highly desirable. The successful candidate will contribute to projects supported by strong
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culture techniques Expertise in basic molecular biology techniques Ability to work collaboratively in a team setting Able to work independently within a large collaborative environment Able to troubleshoot
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. This position will involve advanced structural methods—particularly NMR spectroscopy and Cryo-EM—to explore protein structure, dynamics, and function in the context of pathogenic interactions. Facilities Our lab
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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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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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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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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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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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– Requisition #:37228 Job Summary: This position is responsible for conducting mechanistic studies into the impact of SMARCB1 structure/function on iPSC differentiation and defining how SMARCB1 loss and BMI1
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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