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project utilizes advanced bioanalysis and biomaterials. The project is a collaboration between the Department of Chemistry, Hybrid Technology Hub and the Norwegian Institute of Public Health and is fully
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focus on metabolic diseases. This cutting-edge research project utilizes advanced bioanalysis and biomaterials. The project is a collaboration between the Department of Chemistry, Hybrid Technology Hub
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processing methods for seaweeds, with an emphasis on developing fractionation techniques for targeted end products in food and feed ingredients, as well as seaweed-based biomaterials. Additionally
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molecules, as well as seaweed-based biomaterials. They will conduct chemoenzymatic modifications of selected products to tailor them for applications in food, medicine, or other industries. The candidate is
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processing methods for seaweeds, with an emphasis on developing fractionation techniques for targeted end products in food and feed ingredients, as well as seaweed-based biomaterials. Additionally
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molecules, as well as seaweed-based biomaterials. They will conduct chemoenzymatic modifications of selected products to tailor them for applications in food, medicine, or other industries. The candidate is
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8 Jan 2024 Job Information Organisation/Company University of Stavanger Department Department of Electrical Engineering and Computer Science Research Field Computer science Engineering » Biomaterial
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. An organ-on-chip platform will be established mimicking the oral tissue's microenvironment, possibly using various cells and biomaterials such as gels and membranes. The project involves design of dynamic