Development of a Novel In Vitro Organoid Model of Kidney Branching Morphogenesis

Project description Jet Peters Engineering Collagen Architecture Articular cartilage is highly specified tissue with unique mechanical properties. These mechanical properties […]
Project description Whenever any foreign material is implanted in the body, this leads to inflammatory and fibrotic processes, i.e. the […]
Project description In situ tissue engineering of valves and vessels has emerged as a promising alternative able to overcome the […]
Project description My project aims for the development of a novel in vitro organoid model of kidney branching morphogenesis on-chip using mouse and human (pluripotent) stem cells. The main goal is to mimic key aspects of nephrogenesis to […]
Project description During this PhD thesis I’ll investigate if we can add complex feedback systems in living systems, by creating […]
Project description In this project, the aim is to generate three-dimensional bone-like spheroids that recapitulate the biological and structural aspects […]
Project description Biomaterials, an integral part of tissue engineering, have a fundamental role in providing housing and (mechanical) support as […]
Project description: The process of in situ tissue engineering aims to restore tissue homeostasis, both in composition and organization, after […]
Project description: Traditional tissue engineering applications aim to produce tissue models functioning as a replacement for damaged tissues by the […]