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. The fellowship is due to start in 04/2026. . WORK PLAN: Development and characterization (physicochemical, mechanical and biological) of 3D biphasic structures based on electrospinning with bioactive agents
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on microbiome bioactive discovery and translation. Basic Qualifications Ph.D. in Computational Biology, Molecular Biology, Computer Science, Biostatistics or related fields. Some experience with microbiome
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and the discovery of bioactive compounds that mitigate major stressors affecting honey bees, including parasites and pathogens. Research activities will involve the application of molecular and cellular
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deoxyamination reactions. The project will also include mechanistic and kinetic studies as well as total synthesis of bioactive amines to demonstrate applicability. Successful candidates must have a PhD in
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are seeking postdoctoral fellow(s) to learn about the engineering or development of chemical/biological detection methods; discovery and repurposing of natural bioactive compounds for pest management; or in
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of bioactive 3D scaffolds for large-scale manufacturing Critical interpretation and application of experimental results Collect and prepare data/ information/ proposal required for research-related grant call
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. This position focuses on the development and application of large language models (LLMs) for advancing food informatics, food bioactives research, and sustainable food innovation. The selected fellow
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marine organisms, namely algae. The fellow will also be involved in characterization studies and identification of molecules with bioactive potential, with the aim of creating innovative, sustainable, and
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protein architectures for applications in functional foods and materials science.Different activities will be carried out, such as: i) the formation of protein aggregates as delivery systems for bioactive
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and the discovery of bioactive compounds that mitigate major stressors affecting honey bees, including parasites and pathogens. Research activities will involve the application of molecular and cellular