Recently, materials science research has come to involve applications of materials to biomedical engineering, especially in orthopaedic implant surgery. Curtain metal oxide and ceramic materials have been used in the biomedi-cal field for more than four decades to repair and recon-struct diseased orthr}pedic parts.’ Bio-inert ceramics are special types of noncrystalline bioceramic materials that are used for the repair and reconstruction of damaged or diseased part.s of the body. It is reported that the First well-known bioceramic material was calcium sulphate (plaster of Paris).” Among the different ceramic materials, calcium phto based he ceramic nanoparticles, owing to their hiocompatihility behaviour, are promising candidates for biomedical applications, such as a drug delivery, detection of pathogens, and enzyme immobilization, One of the most interenting and attractive hicceramic materials.
