Hannah Brouwer
Project description: The process of in situ tissue engineering aims to restore tissue homeostasis, both in composition and organization, after […]
Yiğitcan Sümbelli
Project description: Traditional tissue engineering applications aim to produce tissue models functioning as a replacement for damaged tissues by the […]
Valentine Vetter
Project description In-situ tissue engineering of heart valves (TEHVs) is an emerging strategy to grow living valves inside the heart. […]
Liline Fermin
Project description: Biomaterials have a range of material properties, which can all influence the bioactivity (stiffness, porosity, topography). In bone […]
Joost Wijnakker
Project description Epithelial organoids self-organize from one single stem cell into morphologies to mimic multiple characteristics of real organs. This […]
Nino Chirico
Project description With a background in biomaterials and biomedical engineering, Nino is interested in identifying the relationship between extracellular matrix […]
Sergio Spaans
Jay Samal
Project description Recapitulating kidney function in vitro by re-engineering kidney organoids Although kidney organoids have been extensively applied for studying […]
Ranganath Maringanti
Development of functional vasculature and inducing atherosclerosis-on-a-chip. Current vascular research is focusing on understanding physiological and pathological processes for therapeutic […]
Elana Meijer
Project description Well-functioning vascular access is the fundament of carrying out efficient hemodialysis in CKD patients. Since it’s still the […]