… process. After a thorough bioink optimization, we showed that 0.5% w/v TCP is the optimal
… Finally, at the end of the fabrication process, the scaffolds were washed with 25 mM HEPES …

… develop beta-tricalcium phosphate scaffold with the optimum … -cysteine loaded to beta-tricalcium
phosphate scaffold on the … bone scaffold which was fabricated by replica method using …

… an optimum condition for … scaffold by different methods, it is worth noting that these parameters
are not independent of each other, especially during the fabrication process of the scaffold…

… the various scaffold fabrication techniques, types of polymers … Multiple concentrations of
agarose and ceramic vancomycin … range of biomaterials, optimization of scaffold designs, and …

… Developing the most optimal scaffolding biomaterials with … bone substituting grafts like
beta-tricalcium phosphate (β-TCP) … Composite agarose gels were seeded with cell and cultured …

… optimal pore size is between 200–300 µm, other studies reported contradictory findings. In
one study, [ 67 ] beta-tricalcium phosphate … : alginate and agarose hydrogels and gelatin …

… Consequently, it is necessary to seek efficient methods to … qRT-PCR) and agarose gel
electrophoresis were performed to … tissue regeneration and identify the optimum conditions for the …

… A bone regeneration material was fabricated from … 3D printing technique, and additionally,
a material from HAp–agarose … be a problem to fabricate a bone scaffold for the treatment of …

… four-component scaffold via a simple manufacturing process. … The optimal scaffold for bone
regeneration should have … Performance of nano-hydroxyapatite/beta-tricalcium phosphate …

… This is an essential belonging for the optimization and … to form a new scaffold with beta-tricalcium
phosphate (beta-TCP) [69]… the 3D chitosan-agarose scaffold supports the expression of …