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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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% employer superannuation Be at the forefront of neurological research and innovation Join a department dedicated to improving care for people with neurological conditions Contribute to a high-impact biosensor
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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