Ioannis Papantoniou

The paper models magnetic-based biofabrication of spheroids to predict structure and mechanical stress, using experiments and a particle-based simulation.

This paper develops a bioprinting method using hPDC spheroids in HAMA hydrogels to promote endochondral ossification for bone regeneration, showing enhanced hypertrophic cartilage formation and osteogenic differentiation.

This study investigates spheroid fusion dynamics by measuring cell-cell tension and motility, revealing how tissue fluidity and visco-elastic properties influence fusion outcomes.