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position is appropriate for a candidate who is enthusiastic and willing to undertake multiple molecular biology and computational approaches to evaluate host immunity elicited by candidate HIV vaccines when
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evaluation of machine learning, computer vision, and other algorithms, primarily in the context of health. They will be part of the thriving research community of Duke Spark (spark.duke.edu) where AI
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rodent behavioral assays to evaluate pain-related outcomes. Conduct in vivo miniscope imaging and in vitro/ex vivo calcium imaging experiments. Perform tissue and cellular imaging analyses using advanced
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and cellular model systems. Perform viability, clonogenic, and molecular assays to evaluate treatment response and biological mechanisms. Conduct and troubleshoot molecular biology techniques, including
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. The Postdoctoral Associate will design and perform experiments to validate therapeutic targets, develop and test CAR T-cell strategies, and evaluate treatment effects in DMD mouse models. Key responsibilities will
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experiments independently using cells and animal models. Evaluate and interpret collected data and prepare analyses of experimental results to draw appropriate conclusions about the experimental findings. Write
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Pompe disease. Research activities will include investigation of the role of the immune system, neurological manifestations of Pompe disease, evaluation of the clinical treatment responses as
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that align with the conceptual and methodological goals of the program. This includes critically evaluating study design, identifying potential sources of bias, and ensuring that analytic approaches
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(qPCR, western blot, histology). • Evaluate adeno-associated viral-mediated gene therapy approaches for respiratory dysfunction. • Optimize and troubleshoot protocols, reagents, and equipment
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. This computational immunobiology postdoctoral position is appropriate for a candidate who is enthusiastic and willing to undertake multiple molecular biology and computational approaches to evaluate host immunity