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in neurodegenerative diseases. The position is part of a joint effort between multiple departments at our university and combines advanced biosensor technology, novel model systems, biophysical
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nanobiotechnology, biosensors, extracellular vesicles and in vitro cancer diagnosis. You are expected to: Be part of an innovative project to develop a new nanoplatform for better understanding of molecular features
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multidisciplinary team driving transformative sensing technologies. Key Responsibilities: Design, synthesize, and characterize novel organic or peptide-based materials for chemical and biosensor applications
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The Biosensor Innovation Group, led by Professor Shlomo Yitzchaik, has world-leading expertise in multiple research areas, such as material science, surface chemistry, and biosensors for small
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developing AI-based smart healthcare monitoring devices, focusing on biosensor development, lab-on-chip, and point-of-care technologies. Apply machine learning and computer vision techniques to analyze
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/reporting, grant writing etc. Key Responsibilities: Work on a project to develop novel microfluidics, organ-on-chip and impedance biosensors Perform research related to extracellular vesicles and stem cell
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-based methods, including for analyses using fluorescent biosensors. Competence and broad experience in cell culture techniques. Familiarity with the use of stable isotope labeling in metabolomics. Hands
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of protein-protein interactions; live imaging of calcium dynamics, cytoskeletal changes, and molecular biosensors; immunohistochemistry; mouse behavior and histology; and additional biochemistry and cellular
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. Using cutting-edge biosensors and microfluidics, The researcher will delve into understanding cellular forces during critical processes such as cell adhesion, platelet aggregation, and macrophage-mediated
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our novel Erk biosensor with live cell fate reporters to discover whether and how Erk signalling is involved in the cell fate decision between definitive endoderm and mesoderm. Furthermore, we will use