263 molecular-modeling-or-molecular-dynamic-simulation uni jobs at Rutgers University
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, the lab aspires to remain at the cutting edge in terms of cellular and molecular biology techniques and to advance the neurodegeneration field by developing innovative tools and technologies that we will
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; how we see, hear, and smell, how we move, touch, and talk, how we remember and forget, how we feel, expect, and plan. The mission of the Center for Molecular & Behavioral Neuroscience (CMBN) of School
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instruments. Assists in maintaining records and files. Aid in minor animal surgeries, molecular, cellular, and electrophysiological experiments. Perform animal colony maintenance related duties as assigned
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, molecular and cellular biology, biochemistry, and pharmacology, bulk and single-cell RNA sequencing and data analysis, transgenic and surgically induced animal models, as well as behavioral analyses. Recent
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) knowledge in relevant biological sciences including biochemistry, cell biology, molecular biology and/or neuroscience. Applicants must have the ability to work collaboratively and independently, be able
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biochemistry, cell biology, molecular biology and/or neuroscience. Applicants must have the ability to work collaboratively and independently, be able to conduct independent experiments, and prepare written and
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studies with wild-type and genetically modified mice, including handling, injection and tissue collection. Perform cell culture studies with human and primary mouse cells. Perform molecular biology
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of this position are the following: Assists in performing experiments related to cell biology, biochemistry, molecular biology, and/or neuroscience. Assists in maintaining laboratory instrumentation such as
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of the Principal Investigator, the Research Associate III will participate in experiments to investigate the molecular and cellular mechanisms involved in the development and maintenance of chronic itch. Among
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to wound healing, salivary gland development and regeneration, and saliva–bacteria/host–microbe interactions, using molecular, cellular, and in vivo mouse approaches in a collaborative research environment