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during organoid growth. In the case of shell actuator this also requires a good engineering mindset as additional components will need to be designed and constructed, e.g., using 3D printing, and
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focus on the chemical modification of cellulose paper to create highly selective solid-phase extraction devices to enrich targeted contaminants (plant toxins and cyanobacterial toxins). Moreover, 3D
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photolithography, 3D printing and multiphoton lithography, together with innovative biomaterials. These models will be used to investigate, through advanced microscopy and quantitative image analysis, how
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. Desirable Demonstrated knowledge/experience in: multiphase flow porous media flow microfluidic fabrication and experiments 3D printing surface chemistry Demonstrated programming skills in: Matlab C++ Python
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modification of cellulose paper to create highly selective solid-phase extraction devices to enrich targeted contaminants (plant toxins and cyanobacterial toxins). Moreover, 3D-printing and rapid prototyping
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Pectobacterium infected hosts in the same way, avoiding them where possible. This project will look at two groups of host elicitors, namely proteins and metabolites. Novel 3D-printed chemotaxis chambers will help
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the technology of 3D Additive Manufacturing in terms of spatial resolution, speed, scalability, and multi-material printing. The joint advances of Research Areas A and B will create a “technology push”. Building
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microfluidic fabrication and experiments 3D printing machine learning. Demonstrated programming skills (Matlab, C++, or Python). Desired Demonstrated ability to work independently and to formulate and tackle
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systems as intelligent biomaterials and biosensors Assembling cells into multicellular structures and tissues (e.g. 3D printing of cells) Interfacing biomolecular systems with solid-state technology