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Project Description：Funded Academy of Finland, my Academy Research Fellow project aims to develop next-generation point of care device, via the integration of magnetic nanoparticles, electrochemical
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nanoparticles, electrochemical sensing assay and microfluidic chips. This interdisciplinary project offers a unique opportunity to push the boundaries of bioanalytical assay, enabling breakthroughs in healthcare
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nanoparticles, electrochemical sensing assay and microfluidic chips. This interdisciplinary project offers a unique opportunity to push the boundaries of bioanalytical assay, enabling breakthroughs in healthcare
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Project Description: Funded Academy of Finland, my Academy Research Fellow project aims to develop next-generation point of care device, via the integration of magnetic nanoparticles, electrochemical
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wider community. We are currently seeking a Postdoctoral Research Fellow – Cell/Tissue Integrated biosensors to join the team and contribute to innovative research within the School. As the Postdoctoral
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wider community. We are currently seeking a Postdoctoral Research Fellow - Cell/Tissue Integrated biosensors to join the team and contribute to innovative research within the School. As the Postdoctoral
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context (neuronal and non-neuronal) and develop stable biosensor cell lines. Biosensor cells will be challenged with different stimuli to identify conditions that favor or impair the pathological
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biosensors, their replacement by electrochemical transduction would offer noteworthy advantages such as the possibility to operate in nontransparent or colored reaction mixtures and to directly produce an
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partners in Spain, France, Latvia and Turkey. The candidate will participate in the development of paper-based electrochemical biosensors for malaria point-of-care diagnosis. Project financed by Instituto de
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associated with cell proliferation and migration, and membrane receptors and intracellular signal transductions associated with phenotypic transitions of various lung vascular cells, and the pathogenic