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of the following topics: organic and/or macromolecular synthesis (not engineering), surface chemistry, biosensor design. She/he should have experience with several of the following analytical methods: NMR, UV-Vis
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). The candidate will support the Team in the development of paper-based electrochemical biosensors for malaria point-of-care diagnosis until end December 2025. Main responsibilities and duties: Our Research Group
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The University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | about 2 months ago
and apply cutting-edge technologies including electrophysiology, single-cell RNAseq, chromatin conformation capture technique, optogenetics, genetic encoded biosensors of neurotransmission, and live
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or related fields to conduct research on decision making and choice process broadly defined, including but not limited to topics related to technology and innovation adoption, and automation. The HBL is a
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Reports To: Head of Department Contract Type: Fixed Term (15 months) FTE: 1 Working Arrangements: Fully On-site. Due to the nature of this role, it is based fully on-site. Work Location: CEE, James
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Engineering, or a related field. Experience & Expertise: Sensor Development & Characterization: Ability to develop and assess biosensors in multimodal conditions. Simulation & Numerical Modeling: Experience
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fluorescent imaging microscopy in liver tissue and live hepatic cells using chemical and genetic biosensors. Minimum Education and Experience: Ph.D. in related field. City: Newark State: NJ Salary: $63968
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and immune cells following traumatic brain injury and in neurodegeneration using genetically-encoded biosensors and optogenetic tools. The desired applicant will have experience in microscopy, with
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microglia-neuron interaction by bringing together unique expertise in Flanders on MS, AD, cutting-edge technologies, and innovative models. By combining this knowhow, we will gain novel insights in the link
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. - live-cell biosensor cloning and use for quantification of cytokine signaling dynamics. - long-term fluorescence live-cell imaging, single cell tracking and quantification. - large volume multi-color 3D