Carlos Mota

This study develops a hybrid 3D construct that supports both vascular network formation and osteogenic differentiation in vitro using tailored hydrogel chemistry and cell co-culture.

This study develops a 3D thyroid in vitro model using microfluidic bioprinting to test endocrine disruptors and assess their effects.

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 shows that low-dose DMSO treatment improves hiPSC differentiation into kidney organoids by enhancing SIX2 expression and altering pluripotent gene expression.

This paper introduces CLADDING, a bioprinting method using a self-healing transparent support bath to enable printing of low-viscosity protein-based bioinks with high cell viability.