… An optimal bone scaffold should have porosity higher than 50–60 … that agarose can be used
as a suitable binder in fabricating … 1B shows the presence of the β-TCP phase as the main …

… Herein, we demonstrate the 3D printability and optimised … were also optimised to assist
accurate scaffold development. … and agarose, in combination with other manufacturing techniques…

… In order to obtain the scaffolds, tricalcium phosphate/gel/chitosan/graphene oxide … process
of printing, green reduction in situ method was employed to induce every individual scaffold (n …

… of hydroxyapatite (HA) and β-tricalcium phosphate (β-TCP), … After optimization of the fabrication
procedure, another type of … Though a preformed scaffold with agarose or/and BCP was …

… gelatinagarose polymeric blends to further improve and optimize … prepared by freeze-gelation
technique, which is considered a sim… In this study gelatin B was used in the fabrication of …

… HA and β-TCP, which considered as the optimum composition for biological activities, (ii)
having interconnected pores with optimum … in the scaffold should be optimized considering both …

… Current research has concentrated on the fabrication of natural … of an overlay consisting of
agarose and calcium salt of … study such optimization of TCP content for composite constructs. …

… In this work, diffusion-controlled systems were optimized by … and provides a synthetic method
for homogeneously organized … ), β-tricalcium phosphate (β-TCP), octacalcium phosphate (…

… the properties of β-TCP by achieving optimum surface and bulk β-… the fabrication process,
which would not modify the particles. … method can be used as an effective and facile method to …

… In this study, we developed a method to mineralize Aga–Gel hydrogel with the aid of constant
current. The constant current allowed the anion and cation to move in a direction through …