Jeroen Rouwkema

This paper presents a workflow combining organ-on-chip culture with 3D light and electron microscopy for microtissue analysis, demonstrating the feasibility of extended live imaging and focused ion beam/SEM for ultrastructural study.

This study develops 3D human skeletal muscle constructs from hiPSCs that can undergo electrically controlled remodelling, showing distinct morphological and force-generating responses to different mechanical boundary conditions.

This paper develops a biomaterial platform that spatially controls the release of multiple angiogenic growth factors in a time-controlled manner.

This paper develops programmable bioinks using aptamers to control VEGF release and modulate microvascular network formation in 3D-bioprinted constructs, showing improved network properties with low-resolution designs.

This study shows that the shape of engineered eggshells influences vascular network organization in chick chorioallantoic membrane by altering vessel morphology and flow dynamics.

This study investigates how external fluid flows affect vascular organization in chicken chorioallantoic membrane using superfusion-induced vascular steering.