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and microfluidics to overcome perfusion limitations in thick tissues. Project Goal 1: Define and produce a printable hydrogel system to produce high resolution scaffolds with cell guidance properties
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of precision fermentation or cell culture - Affinity towards technical tasks and bioprocess control - Advantageous: Experience in mathematic modeling, programming, CAD, microfluidic or bioreactor systems
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, biosensing, microfluidic mixing, or self-healing materials. The successful candidate will join the Active Soft Matter Lab within the TNW Faculty, the MESA+ Institute for Nanotechnology, University of Twente
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of lab-on-a-chip and microfluidic devices. • Development and implementation of a microfluidic platforms to study cell-to-cell and organoid-to-organoid cross-talk. • Implementation of quantitative and
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: • Design and fabrication of a microfluidic device mimicking the tumor microenvironment using 3D printing and bioprinting • Characterization of the blood and lymph barriers on chip • Establishment of chemical
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microfluidic system for the detection of various relevant analytes in saliva. Sensors will be made of electrochemical cells and transistors on soft and flexible substrates. Their fabrication will be processed
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the field. Your tasks Design and fabrication of microfluidic devices and/or microreactors Materials processing in microfluidic environments. The candidate needs to have expertise in nanomaterials
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experience within the field of microchip based acoustofluidics documented experience of COMSOL-modelling within fluid mechanics, acoustofluidics and microfluidics documented experience of acoustofluidic based
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disease mechanisms and gain new insights into pathophysiology. Designing and applying advanced bioengineering tools, such as lab-on-a-chip and microfluidic devices, to study neuronal networks and model
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for constructing smart, adaptive microsystems, potentially useful for targeted drug delivery, cargo transport, biosensing, microfluidic mixing, or self-healing materials. The successful candidate will join the