37 modelling-complexity-geocomputation Postdoctoral positions at University of Maryland, Baltimore
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contractility in the regulation of blood flow in development and disease models. The focus is on the myosin phosphatase (MP), a critical target of signals that regulate blood flow. Experiments will test the
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in animal models. Other skills of interest include familiarity with imaging, such as with PET, MR, and optical imaging. The candidates will have the opportunity to work with others and independently
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to characterize and test these including in animal models is advantageous. Characterizing mechanism(s) is advantageous. Other skills of interest include familiarity with imaging, such as with PET, MR, and optical
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to 1) transiently open the blood brain barrier to improve the delivery of gene-therapy (using customized CRISPR-Cas9 agents) and nano-formulated antiretroviral drugs to the brains of rodent models of HIV
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. graduate with a strong background in molecular and cell biology, genetically altered mouse models, animal physiology, and metabolic phenotyping of mice. Candidates with additional experience in the following
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desirable. Ability to characterize and test these including in animal models is advantageous. Other skills of interest include familiarity with working with small animals as well as imaging, such as with PET
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, transplantation, and 2-photon Imaging in the mouse model of ischemic stroke. A major focus of the laboratory is to apply the long-term intravital single-cell tracking (LIST) under 2-photon microscopy to study the
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animal models is advantageous. Other skills of interest include familiarity with imaging, such as with PET, MR, and optical imaging. The candidates will have the opportunity to work with others and
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contractility in the regulation of blood flow in development and disease models. The focus is on the myosin phosphatase (MP), a critical target of signals that regulate blood flow. Experiments will test the
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drug discovery and cardiovascular biology. The Hong laboratory has identified a class of small molecules that ameliorate muscle damage in a Duchenne Muscular Dystrophy (DMD) mouse model and adverse