The ideal biomaterials substitute for bone repair should possess the following
characteristics: provide osteogenic, osteoinductive and osteoconductive properties; …

Magnesium (Mg) and fluoride (F) ions hold promising perspective for bone tissue
regeneration by stimulating osteoblast cells proliferation and differentiation. Inspired by …

This work was designed to synthesize and characterize biocomposites for the adsorptive
elimination of insecticide (nitenpyram). Different biocomposites were synthesized of …

The most used metals in biomedical applications are stainless steel, titanium alloys,
magnesium alloys and cobalt–chromium alloys. From recent studies, it was observed that …

The surface treatment of metallic implants is significant for their in-vivo performance.
Biocompatible coatings play a crucial role in corrosion protection and other practical uses of …

Tailoring the mechanical properties of bioceramics plays a crucial role in the fabrication of
hard tissue substitutes. In this work, phase pure nanostructured hydroxyapatite and titania …

Fluorine (F), a trace element in bone tissues, promotes cell proliferation and colonization. In
this study, fluorine-hydroxyapatite (F-HA) coating was manufactured onto titanium substrates …

Orthopedic-device-related infections are notorious for causing physical and psychological
trauma to patients suffering from them. Traditional methods of treating these infections have …

Especially in orthopedics and implant applications, the bone cements are the main pillar of
implants to form permanent bonds with the body. However, the main risk factor for implants …

The study evaluates the osteointegration of hydroxyapatite (HAp) and hydroxyapatite-
titanium (HApTi) biocomposites implanted in the femurs of rabbits. The biocomposites were …