… for novel amphiphilic hydroxyapatite (HAp) nanorods. The prepared HAp nanorods were able
… Utilizing amphiphilic HAp nanorods with excellent biocompatibility as the inorganic phase, …

… nanorods and used their to enhance PCL bone scaffold. The result showed that the introduction
of nanorods … /15%HAP scaffolds and the dispersion state of HAP nanorods in the PCL …

… facile synthesis of biomimetic hydroxyapatite nanorod/poly(d,l) lactic acid (HAp/PDLLA)
scaffolds with the use of solvent casting combined with a salt-leaching technique for bone-tissue …

… properties and bioactivity in bone tissue engineering. Combining graphene oxide (GO) and
hydroxyapatite (HAP) for the reinforcement of biopolymer bone scaffold has emerged as a …

… ) and hydroxyapatite (HA) into biopolymer as bone scaffold is … of hydrothermal reaction, HA
nanoparticles were in situ … poly (ε-caprolactone) (PCL) scaffold prepared by selective laser …

… in the nanohybrid scaffolds. Hence, the modification of SrFe 12 O 19 nanoplates and Yb
dopants in bone scaffolds is a novel and promising strategy to accelerate bone defect healing. …

… nanoparticles obtained using CTAB showed wide size distribution, which may result in
degraded mechanical properties and bioactivity when used as bone scaffolds… HAp nanoparticles …

… pre-existing bone function. Herein, iron-reinforced hydroxyapatite nanorod was used as an
… acid was used as a surface modifier (onto nanorods), crosslinker, and functional agent. The …

… characterization of HAp nanoparticles that resemble bone minerals with narrow size
distributions to develop biocompatible composite scaffolds for BTE applications. Rod-shaped HAp …

… apt bone scaffold. In the present work polycaprolactone (PCL) was employed as a matrix and
hydroxyapatite nano… XRD analysis revealed that pure hydroxyapatite with no undesirable …