BACKGROUND: High density polyethylene has been widely used as a repair material for
cranial and maxillofacial bone defects, but its preparation method and surface activity still …

BACKGROUND: Three-dimensional printed polylactic-co-glycolic acid/hydroxyapatite
scaffold is widely used in bone defect repair, because of personalised shapes, excellent …

BACKGROUND: Polyetheretherketone materials have the advantages of stable physical,
chemical and mechanical properties, radiation transparency and elastic modulus similar to …

Abstract BACKGROUND: Three-dimensional (3D) printed polycaprolactone scaffold is one
of the hotspots in recent years. It is difficult to prepare porous scaffolds with appropriate …

BACKGROUND: Three-dimensional (3D) printed polycaprolactone scaffold is one of the
hotspots in recent years. It is difficult to prepare porous scaffolds with appropriate materials …

BACKGROUND: Combining seed cells with 3D bioprinting technology enables the specific
construction of various tissues and organs to meet the demands of tissue repair. However …

BACKGROUND: Hydrogel scaffolds are one of the ideal materials for three-dimensional cell
culture. However, the dense network structure in the hydrogel can significantly inhibit the …

High density polyethylene (HDPE) is a synthetic biomaterial used as a three-dimensional
scaffold for bone defect reconstruction. Reports differ with regard to its biological response …

BACKGROUND: 3D printing technology provides possibility for the preparation of an ideal
bone tissue engineering scaffold with high individualization, precise regulation of the …

Objective: To explore the effects of tensile force on vascular lumen formation in three-
dimensional printed tissue. Methods: The experimental research method was used. Human …