Biocompatible nanostructured coating plays an important role in enhancement of
osseointegration ability of metallic implants. This study sets out to obtain optimized SiC …

Although stainless steel is renowned for its wide use as a biomaterial, but relatively higher
corrosion rate in physiological environment restricts its clinical applications. To overcome …

Metallic implant materials used in load-bearing applications are inert in nature in their native
state. The surface properties of the material and its interaction with the surrounding …

Surface changes of biomaterials are essential for aligning with the biological system's
dynamics and enhancing the effectiveness of bioimplants. Customized surface alterations …

Despite the low cost and high mechanical properties of stainless steel (SS 316L) as
orthopedic implants, it shows poor bioactivity and biocompatibility due to various corrosion …

Stainless steel is renowned for its wide use as a biomaterial, but its relatively high corrosion
rate in physiological environments restricts many of its clinical applications. To overcome the …

Hydroxyapatite (HA) has been widely used as a coating material for orthopedic/dental
applications due to its similar chemical composition to natural bone mineral and its …

A hydroxyapatite (HAp) coating on 2304 duplex stainless steel (DSS) through an
electrophoretic deposition process has been investigated in this work. The deposition …

Biological apatite (AP) is the main component of human bones, and it is a highly bioactive
and biocompatible inorganic material. However, it has insufficient mechanical parameters …

Background Angiogenic and osteogenic activities are two major problems with biomedical
titanium (Ti) and other orthopedic implants used to repair large bone defects. Purpose The …