In this study, a novel porous hydroxyapatite scaffold was designed and fabricated to imitate
natural bone through a multipass extrusion process. The conceptual design manifested …

The main principle of bone tissue engineering strategy is to use an osteoconductive porous
scaffold in combination with osteoinductive molecules or osteogenic cells. The requirements …

Three different porous scaffolds were tested. The first two were prepared by sintering bovine
bone. The third scaffold was prepared using three-dimensional gel-lamination, a new rapid …

In vivo engineering of bone autografts using bioceramic scaffolds with appropriate porous
structures is a potential approach to prepare autologous bone grafts for the repair of critical …

Presently, commercially available porous bone substitutes are manufactured by the
sacrificial template method, direct foaming method, and polymer replication method (PRM) …

This study concerns the preparation and in vitro characterization of functionalized
hydroxyapatite (HA) porous scaffolds, which are intended to be used as drug‐delivery …

Hierarchical porosity, which includes micropores and macropores in scaffolds, contributes to
important multiple biological functions for tissue regeneration. This paper introduces a two …

Abstract Three‐dimension (3D) scaffolds for bone tissue regeneration were produced
combining three different phases: nanometric hydroxyapatite (HA) was synthesized by …

In this work, a new methodology is reported for developing hydroxyapatite (HA) scaffolds
using an organic sacrifice template. The novelty of work consists of possibility of obtaining …

Bone tissue engineering is the technology of healing bone defects in critical clinical
conditions using functional tissue-engineering substitutes. Hydroxyapatite (HAp), as a …