… In this contribution, we attempted to fabricate PLA porous scaffolds by combining SSE and
hydrosoluble sodium chloride (NaCl) leaching. PLA, a biodegradable, biocompatible, and …

… substitution with high porosity and hierarchical construct. In this study, we utilized polylactic
acid (PLA) … A porous planar scaffold was printed and then rolled up into a spiral structure with …

… Polylactic acid (PLA) was the material used to evaluate the approach. PLA is a recognized
biomaterial, which can be processed using FFF. To determine the applicability of the …

… porous scaffolds with different structure, porosity, and strength … study, polylactic acid (PLA)
scaffold with directional porous … and wicking properties of PLA scaffolds were characterized by …

… Success of biomimetic scaffold relies on the comparability of its microarchitecture and
physicochemical properties to the natural bone. However, porous scaffolds which simultaneously …

… to fabricate porous scaffold with high porosity and interconnectivity… to further improve the
porosity of PLA scaffold. This study … the porosity, pore size, interconnectivity, and hydrophilicity of …

… In this study, PLA-based porous scaffolds doped with different percentages of CaSi and
DCPD mineral powders were designed and produced by TIPS for bone regeneration purposes. …

… diameters with uniform pore dimensions and a porous interior can be produced by using
PLA and PLA/PEO blends. The ability of producing surface pores dimensionally independent of …

… The purpose of this study is to prepare porous scaffolds using vane extruder combined with
… Poly(lactic acid) (PLA), a popular biodegradable polymer, was chosen as the scaffold matrix …

… , is a suitable candidate for porous scaffold applications owing to its biodegradability, … in
porous scaffold applications. Corcione et al. demonstrated a hydroxyapatite/PLA porous scaffold …