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hydrogel systems for controlled stiffening and softening during live-cell imaging, enabling new research into mechanobiology, integrin-mediated cell–matrix interactions and mechanically regulated cell
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PhD project, you will establish iPSC-derived sympathetic neurons within 3D hydrogel-based tissue models and develop electrophysiological recordings to achieve a functional, label-free readout of
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Delft University of Technology (TU Delft) | Delft, Provincie Zuid-Holland | Netherlands | 2 days ago
activity using electrophysiology, bioelectronic interfaces and 3D hydrogel cell cultures. Job description A 1-year researcher position is available in the research group of Achilleas Savva in the
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a related discipline, with experience in hydrogel biomaterials, cell culture, tissue engineering, or 3D bioprinting. The appointee should be organized, self-motivated, and able to work independently
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Aout the job: The postholder will be an active member of the research team assisting in the development and pre-clinical and industrial translation of hydrogel-forming microneedle-based drug delivery
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Eindhoven University of Technology (TU/e) | Eindhoven, Provincie Noord-Brabant | Netherlands | about 1 month ago
and analysing tear fluid in a controlled and non-invasive manner. By integrating microchannels, microvalves, and sensing functionalities into soft hydrogel lenses, you will help establish the
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: Unraveling the role of human microbiomes in endometriosis.” - The research project aims to develop and characterize 3D tissue models based on collagen and other hydrogel matrices to investigate cell-matrix
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tasks: Development and optimization of a GMP-compatible hydrogel formulation. Rheological characterization and injectability/extrusion-force testing of the hydrogel. Design and validation of clinical
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of bioprinting parameters (pressure, extrusion rate, nozzle geometry, crosslinking conditions) for hydrogel-based bioinks aimed at biomedical patch development. The relationship between rheological
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of methods for converting 3D printed polymers into metals. We previously pioneered a technology called Hydrogel Infusion Additive Manufacturing (HIAM) that is capable of transforming polymers into