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. The potential candidate is expected to perform various molecular biology, cell and tissue culture techniques, generation of lung and breast cancer mouse models, and analysis of biomarkers in serum and tissues
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the immunological and non-immunological mechanisms of late graft failure. Work will include collection, analysis, and interpretation of data, presentation at professional meetings, manuscript preparation, and grant
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position in big data analysis, substance use, neurocognition, and tobacco regulatory science. The position entails research on (1) analysis of big data using advanced statistical methods, (2) assessment
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position in big data analysis, substance use, neurocognition, and tobacco regulatory science. The position entails research on (1) analysis of big data using advanced statistical methods, (2) assessment
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, proteomic, and metabolomic datasets, metadata, and data from biochemical assays. The candidate will also play a key role in planning and acquiring new datasets through involvement in the design and analysis
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of placental and fetal brain structure. Assess levels of hormones, growth factors and inflammatory/stress markers in placental and fetal tissue by RT-PCR, western blotting and antibody arrays. Perform analysis
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and inflammatory/stress markers in placental and fetal tissue by RT-PCR, western blotting and antibody arrays. Perform analysis of fetal neurotransmitters by RT-PCR and LC/MS. Assess maternal plasma
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techniques and have experience in cell culture and animal work, flow cytometry, western blot analysis, real-time PCR, immunohistochemistry, confocal microscopy, and other procedures. Candidate should be
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datasets, metadata, and data from biochemical assays. The candidate will also play a key role in planning and acquiring new datasets through involvement in the design and analysis of human clinical studies
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excellence is required. Ideal candidates will have experience in critical areas such as neuronal culturing and spine density assessments, microglial functional and structural analysis, and rodent behavioral