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reactions relevant to fuel cell systems such as alcohol oxidation and oxygen reduction. HYBNA seeks to develop new, sustainable electrocatalytic interfaces targeting the Oxygen Reduction Reaction and Ethanol
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BeFC and Univ. Grenoble Alpes, CNRS, 38000 Grenoble, France | Grenoble, Rhone Alpes | France | about 10 hours ago
, at Techniparc Grand Île, Villard-Bonnot. Enzymatic oxygen/glucose fuel cells represent a major advance in the field of bioelectrochemical devices, combining enzymes and electrodes to convert the biochemical
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Professor/ Director of Allogeneic Stem Cell Transplantation - 39550 Faculty Description University of Colorado Anschutz Department: SOM-MED-BoneMarrow Transplant – Cellular Therapies Job Title
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or more Experience in chemical, energy, or other relevant industries. (Required) Experience with electrolyzers, fuel cells, electrodialysis, membrane electrode assemblies (MEA), flow cells or similar
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Office Support Associate provides clerical assistance to professors, graduate students, and research personnel in the Department of Cell & Developmental Biology as requested, plus other miscellaneous
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, cell suspensions, and cell-free extracts Microbial electrochemistry, including setting up and operating microbial fuel cells (MFC) under anoxic conditions Stable isotope labeling coupled to metabolomics
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, cell suspensions, and cell-free extracts Microbial electrochemistry, including setting up and operating microbial fuel cells (MFC) under anoxic conditions Stable isotope labeling coupled to metabolomics
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of the project] * Background of the recruitment and description of the project To advance the GteX project, "Construction of Next-Generation Fuel Cell Systems with Innovative Materials," we aim to develop
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studies Immobilization of selected catalysts onto conductive supports for integration into fuel cell systems The project is carried out within a collaborative framework involving four international research
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cancer. More specifically, our interests include understanding the molecular mechanisms dictating responses to chemotherapeutics that target DNA damage, decoding how cancer cells deal with challenges