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situ vibration measurements with advanced numerical simulations. Deep underground structures are strongly influenced by complex dynamic soil–structure interactions. Vibration-based monitoring captures
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, dynamic and analytical mindset.•You have excellent spoken and written English skills.•You have prior training in the use of standard molecular biology techniques and cell culture. •You must be equally
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on translation to a high‑risk population, namely police officers, in collaboration with Police Zone Antwerp. First, we will examine whether learning processes assessed during virtual reality simulations following
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therapy for ADPKD by using patient-derived cyst-forming cellular assays and animal models. By integrating advanced molecular techniques with translational in vitro and in vivo systems, the project aims
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the limitations of coarse-scale simulations that often struggle with East Africa’s complex terrain and lake-breeze dynamics. The project goes beyond existing global warming projections by adding the regional impact
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parametric and stochastic analysis techniques will be developed, that will certainly find wider applications in structural dynamics. We are looking for a PhD student holding a MSc degree in Civil
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and chemical biology approaches Master’s degree in “Biophysics, Biochemistry and Biotechnology”, with a specialization in “Biochemistry, Molecular and Structural Biology” Experience in: - Membrane
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to a PhD degree. An interesting and diverse job within a dynamic and pleasant working environment, in a group conducting research at the highest international standards. A social, tolerant, and
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position with competitive salary for 4 years, preferably starting on the 1st September 2026. Our young, dynamic and multidisciplinary team will support you in all aspects to successfully obtain a PhD degree
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will be monitored using metabolomics. The composition and dynamics of the microbial communities will be investigated using innovative RNA- and DNA-based techniques such as metagenetics, metagenomics, and