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Department at Rutgers University, New Jersey. We study reproduction, specifically molecular mechanisms of the meiotic cell cycle. Our work involves genetic mouse models, combined with molecular, cellular, and
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on characterizing non-coding regulatory elements in humans and understanding how these elements change across different conditions. The project will involve developing new modeling approaches for coupling functional
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mechanisms. 10 % 2. Mouse Behavior Analysis: Design, conduct, and interpret mouse behavioral experiments to elucidate the impact of genetic variations on somatosensory processing and related behaviors. 10 % 3
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publish analyses using existing datasets that integrate neuroimaging and detailed phenotypic data to investigate mechanisms relevant to addiction and recovery. FLSA Exempt Grade Salary Details Minimum
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founding by Dr. David Mechanic, IFH has become nationally renowned for meaningful and impactful work in health research. IFH continues to build on this legacy while preserving the multidisciplinary structure
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on understanding mechanisms of community assembly and emergent functions, such as gross primary productivity and toxin production. The Post-Doctoral Associate will address research questions related
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mechanical engineering, electrical engineering, civil engineering, architecture, urban planning, or other, as related to building sciences and energy systems o Advanced experience with whole building energy
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/benefits-overview . Posting Summary Responsible for setting up experimental systems to study type VI CRISPR-Cas defense mechanisms and analyzing collateral RNA damage using RNA-sequencing. KEY DUTIES: 60 % 1
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are seeking a postdoctoral researcher to join a NSF-funded research project for an international project aimed at establishing genetic, phylogenetic and functional mechanisms that shape microbiome diversity
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methods at the density-functional and dynamical mean-field-theory levels, metal-insulator and structural phase transitions, quantum critical points, nonlinear and anomalous responses, optical traps, quantum