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patient. Research in the department focuses on novel, individualized treatment strategies in the field of targeted agents and immunotherapy, either alone or in combination with conventional chemotherapy
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transcranial magnetic stimulation (TMS) towards the development of TUS protocols for modulating subcortical targets in humans. The goal is to leverage ’lessons learned’ from TMS/TMS-EEG/fMRI research such as
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optimization, particularly in the context of the Energy Transition. Transitioning to a power system heavily reliant on weather-dependent renewable energy to achieve environmental targets introduces a critical
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Postdoc in Extracellular Vesicles as Mediators of Gut-Microbiome Interactions in Parkinson's Disease
disease. Using unique bacterial isolates from colonic, ileal, and fecal samples of PD patients and matched controls, you will explore EV-microbiome interactions, focusing on bacterial gene targets, growth
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assessment processes (i.e., Constructive Alignment) when the set of learning outcomes is non-predefined. We aim to contribute a set of validated design principles and solutions for various target groups and
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Postdoc in Extracellular Vesicles as Mediators of Gut-Microbiome Interactions in Parkinson's Disease
and matched controls, you will explore EV-microbiome interactions, focusing on bacterial gene targets, growth, virulence, and abundance. Combining EV profiling, microbial culturomics, in vitro co
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) methods such as transcranial magnetic stimulation (TMS) towards the development of TUS protocols for modulating subcortical targets in humans. The goal is to leverage ’lessons learned’ from TMS/TMS-EEG/fMRI
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evaluating creative learning activities and events to enhance soil health literacy and awareness among diverse audiences, including academic targets (e.g. scientists, students) and non-academic targets (e.g
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Engineering to achieve this target. We currently work on a number of societally relevant and industrially important topics such as chemical recycling of waste, CO2 conversion, sustainable fuels, renewable H2
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local inflammatory processes are interconnected in the development of rheumatoid arthritis. The ultimate goal is to build knowledge that will enable the development of targeted treatments for future