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intermittent computation support systems that operate at both the circuit and software levels. (2.) Building energy harvesting record and replay systems for both wireless and solar energy sources. (3
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are particularly encouraged to apply. We are seeking highly motivated candidates with a research background in cell biology, biochemistry, mitochondria, metabolism, cell signaling, cardiovascular physiology, or a
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experience in cell culture work, molecular biology, and preclinical tumor models. Successful candidates will be highly motivated individuals with a doctoral degree in Neurology, Oncology, or Immunology, have
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the areas of genetics, biochemistry, cell biology, or immunology. The lab is primarily affiliated with the Fralin Biomedical Research Institute (FBRI) Cancer Research Center DC of Virginia Tech and jointly we
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(Blacksburg VA, USA). The post-doctoral associate will be responsible for developing novel techniques for designing organoids, including methods for analyzing their properties using single-cell techniques
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responses for cancer immunotherapy. Our lab’s research interest focuses on drug/gene delivery, development of innate/adaptive immune agonists and immune cell engineering via chemical modification. We
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on application for future energy schemes. The researcher in this position will have discretion and freedom to pursue research goals with routine consultation, but limited supervision, so long as they fall within
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immune cell engineering via chemical modification. The primary role of this position is to develop novel biomaterials to re-educate tumor-homing myeloid cells and to understand how biomaterials activate
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knowledge and an interest in molecular and cell biology is a necessity. Techniques we use include in vitro neural differentiation, gene expression manipulation, metabolic assays, and mouse breeding and
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spatiotemporal and mechanical processes in living cells, as well as their coupling to biochemical regulatory pathways. We currently focus on cellular mechanisms in mitotic spindle assembly, cancer cell development