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fluidic control via segmented flow microfluidics. Your research will focus on upgrading the automation control of the system and increasing knowledge on the microfluidics of segmented organic solvent slugs
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analysis pipeline to probe cell and tissue mechanics and cell–cell mechanical interactions. Microfluidic systems for controlled migration assays, immune‑cell trafficking, and spatially resolved tumor–immune
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-wavelength excitation) in to the current waveguide chip settings. further develope microfluidics for controlled fluidic exchange allowing for kinetic measurements and to enhance data-driven image analysis
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schools in the world. For more details, please view https://www.ntu.edu.sg/mae/research . To develop novel inertial microfluidics and impedance-based cell sorter. To develop novel label-free CQAs based
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coral microbiology and virology. Demonstrated experience in development of microfluidics methods. Demonstrated experience operating and maintaining a laboratory equipment relevant to the research
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dynamic droplets produced using microfluidic devices, allowing precise control over their size, composition, and environment. Two model systems will be developed and studied. - The first system consists
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microscopy, microfluidics or instrumentation will be a significant asset. Good interpersonal skills, scientific rigor and curiosity are essential. LanguagesENGLISHLevelExcellent LanguagesFRENCHLevelBasic
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excitation) in to the current waveguide chip settings. further develope microfluidics for controlled fluidic exchange allowing for kinetic measurements and to enhance data-driven image analysis to provide
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-ON-BRAIN (https://cordis.europa.eu/project/id/101227124 ) Project Reference: 101227124 Application deadline: 15/05/2026 Position Overview One PhD position is available in the µOrganoLab at the Institute
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, dense packing, phase transition, and rehydration of plant storage proteins. The project combines expertise in plant protein biochemistry (BIA, Nantes), microfluidics and soft matter physics (LOF, Bordeaux