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vitro and in vivo using methods such as fluorescence microscopy and microfluidic sorting systems. Apply these RNA devices to control gene expression of metabolic pathways and determine improvements in
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engineering of SVD-relevant mutations, differentiation of iPSCs into neurovascular cells, microfluidic 3D vascular tissue engineering, and identifying disease-relevant alterations. Work is embedded in
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screening of microorganisms Use of microfluidic devices Qualifications as a first responder, previous participation in laboratory safety training Applications can be submitted until: 18th of February 2026
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with gene editing Experience with organ-on-chip/microphysiological systems or microfluidics, particularly pregnancy on a chip Experience with molecular techniques including siRNA knockdown and gene
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tissue culture, microfluidics, device design and fabrication, or computational modelling and analysis. Proven ability to work independently, think creatively, and solve complex experimental problems