… the differentiation of multipotent or pluripotent stem cells on appropriately designed biomaterial
… 3D bioprinting technology further advances the field by allowing heterogenous cell types, …

… of stem cells … stem cell fate, cell-cell interactions, and structural features of an engineered
tissue in real time. In this chapter, we review the usage of bio-printing technologies in stem cell …

… study stem cell behaviors. We engineered stem cell microenvironments using inkjet bioprinting
… Using this approach, we engineered cell fate toward the osteogenic lineage in register to …

… that the bioprinting of 3D ESC-laden construct would maintain the stem cell pluripotency …
-based temperature-sensitive 3D bioprinting technology in bioprinting of ESCs with hydrogels …

… Stem cell-based therapies have shown great potential to benefit … Stem cells are multipotent
cells that have the capacity to regenerate tissue both through differentiation into specific cell …

… for bioprinting. Using slow jet conditions, which are assumed to minimize shear stress within
… jet and cell impact at droplet landing, we successfully deposit mesenchymal stem cells with …

… constructs by 3D bioprinting, using human pluripotent stem cells as biological material. We
will present relevant examples in recent literature, where different bioprinting methods have …

… cells from a stem cell base) is used in adolescent cartilage repair we have no certainty of
cellular … using cartilage tissue engineering and 3D bioprinting methods have been performed, …

… bioprinted stem cells to proliferate, differentiate, and migrate. The advances of bioprinting
stem cells and directing cell fate … which bioprinted stem cells are differentiated into desired cell …

… This paper will expand on three 3D bioprinting techniques and their impact on the viability, …
and bone marrow stem cells. The osteogenic effects of both stem cells will be evaluated in …