Background It is known that a number of parameters can influence the post-printing
properties of bone tissue scaffolds. Previous research has primarily focused on the effect of
parameters associated with scaffold design (eg, scaffold porosity) and specific scaffold
printing processes (eg, printing pressure). To our knowledge, no studies have investigated
variations in post-printing properties attributed to the techniques used to synthesize the
materials for printing (eg, melt-blending, powder blending, liquid solvent, and solid solvent) …