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internationally recognized research in organs-on-chip and droplet-based microfluidics in collaboration with research teams at several different Swedish and foreign universities. Research funding has been obtained
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manipulation in microfluidic environments Design and implement reinforcement learning algorithms for control and manipulation, first in simulation and later on real experimental setups Refine a real-time
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their commitment towards either pro- or anti-inflammatory cells within a microfluidic system integration. This innovative model will provide first insights into bioelectric regulation of inflammatory cells, opening
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industrial conditions. Where to apply Website https://www.abg.asso.fr/fr/candidatOffres/show/id_offre/134979 Requirements Specific Requirements Profil recherché : Diplôme de doctorat en microbiologie, sciences
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to the application of results in human and veterinary biomedicine. Job Description Key Duties: Conducting research activities in the field of microfluidics and enzyme kinetics, in particular the design and
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, hepatitis B virus, coronaviruses, and others. For more information, please visit our official website: https://cidr.westlake.edu.cn/en/ . We are seeking outstanding scientists to lead vigorous, independent
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Fellowship in the scope of the project entitled Microfluidic Integrated Enzyme-Mediated Nucleoside Synthesis with the Ref. 2024.16280.PEX, funded by Fundação para a Ciência e a Tecnologia. Scientific Area
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strong passion for and experience in biosensing, microfluidics and microbiology. The successful candidate will join our Advanced Sensors team and contribute to the 5-year Leverhulme Research Leadership
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the range of £37,337 per annum Apply by: 03/02/2026 Role Description We welcome applications from a Research Fellow with a strong passion for and experience in biosensing, microfluidics and microbiology
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access to top-of-the-line Thermo Astral Zoom and Bruker TimsTOF-ultra mass spectrometers, laser capture microdissection, unique open-flow microfluidic probe systems, the Seer Proteograph deep plasma