Martijn van Griensven

This study investigates how scaffold geometry and material affect vibrational behavior under mechanical stimulation in electrospun bundles for tendon/ligament and enthesis tissue regeneration.

This study develops biomimetic nanofibrous scaffolds with auxetic properties for enthesis regeneration, showing their mechanical behavior matches natural tendon fascicles.

This paper shows that extending FGF9 treatment in iPSC-derived kidney organoids reduces off-target cartilage without affecting renal structures.

This paper investigates the structure and mechanics of the sheep calcaneal enthesis to inform scaffold design for tissue engineering.

This study shows miR-125b differentially affects mineralization in hMSCs under dexamethasone or calcium treatment, with opposite effects on osteogenic markers and target gene modulation.

This study uses a computational model to investigate crosstalk between cadherin-11 and PDGFR pathways in hMSCs, revealing an additional layer of crosstalk involving β-catenin and an ERK inhibitor.

This study creates an interactive atlas of human fetal kidney development using electron microscopy, identifying new stages and cellular dynamics in nephrogenesis.