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: Exploring how non-classical states of light can enhance modern microscopic imaging techniques. Designing setting up and executing the experiments Developing relevant algorithms for experimental data post
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related discipline. Preferred Qualifications Cardiac electrophysiology, Animal handling and surgery (rodents, rabbits, pigs), Donor human hearts, Optical and Electrical mapping, Molecular imaging (western
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degradation in the progression of cystic fibrosis lung disease. This translational effort will leverage cutting-edge stable isotope probing and proteomic technologies, genomics and microbiome analysis, imaging
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Position Summary A postdoc position is available with Dr. Dahong Chen in the Department of Biochemistry immediately to investigate regulation of chromatin 3D organization during mouse neuronal development
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: Artificial Intelligence / Machine Learning Knowledge Representation and NLP methods Clinical Informatics Bioinformatics Biomedical Ontology Public Health Informatics Nursing Informatics Imaging Informatics
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. TECHNICAL EQUIPMENT USED: The postdoctoral trainee will work with a range of cutting-edge molecular and cellular techniques, including: Multi-well assays and cell culture Live cell microscopy and imaging
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: Artificial Intelligence / Machine Learning Knowledge Representation and NLP methods Clinical Informatics Bioinformatics Biomedical Ontology Public Health Informatics Nursing Informatics Imaging Informatics
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. Along with the rest of the project team, the postdoc will improve understanding of the mechanisms behind Arctic climate, ice sheet, and ecosystem responses to rapid warming. Outstanding Benefits Package
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for data and image analysis is preferred but not required. The successful candidate is preferred to be proficient in molecular-level infrared optical characterization, polymer chemistry and structural
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, image, transgenic mice breeding and genotyping; Transient transfection, lentiviral infection, stable line generation; Molecular cloning: Gateway, Gibson, sgRNA et al; Flow-cytometry: multiple channel FACS