Materials driven regeneration
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: Integrin-based mechanotransduction enables cells to sense and respond to changes in their environment. YAP is a crucial downstream […]
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: Biomaterials have a range of material properties, which can all influence the bioactivity (stiffness, porosity, topography). In bone […]
Project description Saskia joined MERLN in October 2021 as a research technician. She is part of the Instructive Biomaterial Engineering […]
Project description Calcification, defined as mineral formation in tissue matrix, is one of the leading mechanisms in the homeostasis of […]
Went to: Radboud UMC
Went to: VIVOLTA