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. The project will combine hydrogel formulation and characterization, microfabrication, 3D cell culture, advanced microscopy, and functional biological analyses. Particular emphasis will be placed on developing
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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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to address key experimental and computational challenges currently limiting the clinical translation of spatial biology. By integrating multi-omics approaches, enabling the transition from 2D to 3D tissue
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of new data-driven 3D X-ray inspection techniques for industrial quality control. The project is foundational in nature, while at the same time exploring applications in collaboration with industry
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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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with simulated data and 2D and 3D imaging data of plant tissues (the thale cress Arabidopsis and the aquatic fern Ceratopteris). At a later stage, the models can be extended to three dimensions using
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) project MicroMan4Health (website: https://www.microman4health.eu/ ), Data-Centric Micromanufacturing Platform Towards Added Value in the Health Sector. The shift from process-centric to data-centric
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training through high-fidelity 3D visualization (PhD 5). The vacant research position corresponds to the abovementioned ‘PhD 1’ in the FireRisk project. More specifically, you will combine spatial data
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, of January 25th. The presentation of such Recognition is mandatory for contract signature. More information can be obtained in: https://www.dges.gov.pt/en/pagina/degree-and-diploma-recognition . II
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Digital Twin, which will be combined with existing 3D image data. This approach allows for an unprecedented exploration of Long Room's physical properties, enabling new acoustic experiences for both