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for the following full-time postdoc position to begin as soon as possible. Postdoctoral position for acoustic and microfluidic organoid assembly (f/m/d) The position is funded by the Carl-Zeiss-Stiftung (CZS
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on developing a microfluidic technology for loading molecules and nanoparticles into red blood cells ex vivo, with the goal of leveraging red blood cells as a biocompatible drug depot for extended release. The
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on developing a microfluidic technology for loading molecules and nanoparticles into red blood cells ex vivo, with the goal of leveraging red blood cells as a biocompatible drug depot for extended release. The
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space and time: with help of microfluidic soil chips and an advanced access system for microscopy and spectroscopy we will access natural soil microbial communities to answer questions about their
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University of British Columbia | Northern British Columbia Fort Nelson, British Columbia | Canada | about 17 hours ago
, Canada [map ] Subject Areas: Mathematics, Fisheries Management, Cell Migration Appl Deadline: 2025/05/30 11:59PM * (posted 2025/04/10, listed until 2025/05/30) Position Description: Apply Position
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Marangoni convection, respectively. Future applications are expected in the fields of microfluidics and microscopic robots (microbots) driven by light. The position involves experimental studies in advanced
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substrates. Collaborate with electrical engineers, microfluidics experts and nanofabrication specialists to develop portable devices for diagnostics and therapeutic drug monitoring. As a formal qualification
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for the parallelized monitoring of metabolites and environmental parameters to assess organoid- and assembloid formation Developing microfluidic chips that enable the multi parameter measurements of key molecular and
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microfluidic chips, mammalian cell culture and advanced imaging techniques. More information on our work can be found at https://research.aston.ac.uk/en/persons/roslyn-bill ", https://www.youtube.com/watch?v
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at the Department of Biomedical Engineering mainly focuses on the emerging field of combining ultrasonics and microfluidics for particle and fluid manipulation in micro- and nanoscale, and it is one of the world