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tissue-specific mutant mouse models to investigate the underlying mechanisms controlling muscle growth and metabolic flux. The projects are multidisciplinary with excellent opportunities for advanced
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elegans (C. elegans) as a model system with approaches including: Quantitative genetics (GWAS/QTL mapping) High-throughput phenotyping RNA-seq and multi-omics integration Functional genomics (e.g., RNAi
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. Current research areas include: hadronic amplitude analysis and scattering theory, heavy-ion collisions and the properties of hot QCD matter, hadronic probes of beyond-the-Standard-Model physics, and formal
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strong background in experimental design and familiarity with computational models of language production. Experience with cognitive neuroscience methods is a plus. Job Duties 100% – Research
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demonstrated publication track-record. Experience working with mouse models of infection and expertise with flow cytometry are desirable but not required. Successful candidates will work closely with Dr. Richer
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Society. The laboratory uses state-of-the-art technologies and tissue-specific mutant mouse models to investigate the underlying triggers of cancer-induced neuromuscular dysfunction and musculoskeletal
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demonstrated publication track-record. Experience working with mouse models of infection and expertise with flow cytometry are desirable but not required. Successful candidates will work closely with Dr. Richer
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scholarly domains, including but not limited to entomology, ecology, environmental science, environmental history, geography, anthropology, sociology, political ecology, science and technology studies
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team including the PI, graduate students, and external collaborators. Responsibilities include sample collection (core facility visit), laboratory analyses, data interpretation, thermal history modeling