Marijn Peters
Project description Heart valves function by opening and closing over a billion times during a lifetime. This requires plasticity of […]
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Hamid Jafarinia
Project description: Integrin-based mechanotransduction enables cells to sense and respond to changes in their environment. YAP is a crucial downstream […]
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Steven Vermeulen
Project description Calcification, defined as mineral formation in tissue matrix, is one of the leading mechanisms in the homeostasis of […]
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Andrei Hrynevich
Project description Anatomical and physiological complexity of the living tissue sets tight requirements for the fabrication technologies which are used […]
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Daniel Krueger
Project description Organoid technology provides an unprecedented platform to study intestinal homeostasis circumventing many limitations of in vivo models. Intestinal […]
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Merle Maas-Krebber
Project description Ideally, tissue injury gets resolved quickly and effectively; wound healing and repair succeed the acute inflammatory phase and […]
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