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neuropsychiatric conditions. Designs, analyzes, and interprets experiments using molecular biology, genome engineering, proteomics, microscopic imaging, and electrophysiology. Establishes new research protocols and
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Researcher with an exceptionally strong background in GPCR pharmacology and signal transduction. The Lead Researcher will design and carry out experiments aimed at understanding mechanisms of G protein-coupled
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single-cell multi-omics data. Gain rich knowledge in cancer biology, cancer genomics and immunogenomics, and cancer-specific bioinformatics. Develop skills in study design, data interpretation
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, from designing projects, conducting experiments, performing analyses, and producing manuscripts. We encourage postdocs to compete for fellowships funding and grants whenever possible. These NIH-funded
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new research fields. The ideal candidate would be a recent PhD graduate (not more than 3 years ago) who is independently able to propose new hypotheses based on available literature, and design
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required by the department. Completes other tasks assigned by the department with high quality. Designs advanced experiments and executing protocols. Documents and presents experimental results in a
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neurodegeneration through computational analyses. In return, we offer a strong environment for learning advanced genetic technology, viral manipulation, molecular biology, and behavioral analyses needed to design
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Performs laboratory tasks under direct supervision. Expected to understand underlying concepts of experimental design and to implement these concepts under direct supervision The laboratory of Mark
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memory differentiation and applying basic science findings toward the advancement of immunotherapy. The successful candidate will work on multiple research projects by participating in experimental design
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Program designed to promote the career development of the CNRC Fellows. Job Duties Identifies the mechanisms by which nutrients regulate protein synthesis and degradation in the neonate. Discovers