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with neurological disorders, yet its effects on everyday movement remain poorly understood. In this PhD project, you will combine cutting-edge physiological measurements, motion analysis and wearable
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This doctoral project focuses on establishing isogenic iPSC-derived myelinating organoids as a physiologically relevant human in vitro model of Pelizaeus-Merzbacher-like disease type 1 (PMLD1). You will first
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binding to different hosts and tissues, advancing understanding of influenza evolution and host specificity. Preparedness: you will help establish physiologically relevant glycan-based receptor : models
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photosynthetic limitations and regulatory processes (e.g. acclimation) that are often overlooked due to their long temporal dynamics. The aim is to interpret these dynamics in a physiological framework and
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metabolism and function in diabetic cardiomyopathy (DbCM). The project combines cardiovascular physiology, molecular biology, metabolism, and translational research within the international SHEA-META
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insights into coronary anatomy, blood flow, pressure, and wall shear stress—together with information about model uncertainty—the project aims to support more precise, physiology-guided treatment decisions
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about our group, please visit our homepage and read our recent publication: https://www.nature.com/articles/s41477-022-01323-7 https://www.nature.com/articles/s41477-026-02242-7 You will work here You
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physiological and experiential data to understand human–textile/material experiences. Translating research findings into design guidelines and actionable recommendations for the development of materials, products
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expert in modelling: what matters most is your passion for human physiology, your curiosity about cancer cells behaviour, and your willingness to develop new computational skills along the way
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, Wageningen University & Research. You will work in an interdisciplinary and internationally recognized research environment with vast expertise in sensory science, human (neuro-)physiology and human