Microwave-assisted fabrication of strontium doped apatite coating on Ti6Al4V

Synthesis of pure and doped nano-calcium phosphates using different conventional methods for biomedical applications: a review

“…It is non-toxic to host cells, which makes it a great alternative for bone tissue transplantation. 31,34,39,41,43,[45][46][47][48][49][50][51][52] The research claims that strontium demonstrates ferroelectric characteristics when doped in HAp, and it relies upon the amount of strontium present in the HAp component. 42 Strontium-doped HAP not only increases its mechanical strength, biocompatibility, and electrical conductivity, but the manufacturing method also impacts the final qualities of the ceramic.…”

“…Strontium-doped HAp increases functionality, including osteoinduction, osteoconduction, mechanical performance, and antibacterial activity. 31–52 Improved corrosion resistance along with increased corrosion potential have been found when HAp has been doped with strontium. 35,36,38,39,41 Most studies have found that strontium doping assists in suppressing bacterial growth and osteoblast formation.…”

1.19 Calcium Phosphate Ceramics With Inorganic Additives ☆

“…215,216 Similar observations were found in other studies. 176,217,218 Strontium incorporation in CaPs was also demonstrated to promote the secretion and mRNA expression of angiogenic growth factors from cultured endothelial cells and to reduce the proliferation and resorption activity of the cultured osteoclasts. 140,219 Injection of strontium-containing CPC into rabbit iliac crest cancellous bone revealed that strontium-HA stimulated the formation of osteoblast and osteoid layers, and hence new bone formation.…”

Microwave-assisted synthesis of composites based on titanium and hydroxyapatite for dental implantation

“…For improving the comprehensive properties, including antibacterial properties, of the resulting coatings, ion-doped HA can be coated on Ti or Ti6Al4V by microwave biomimetic coating. 41,42 The doped HA also facilitates the adhesion of osteoblasts to the implant surface. [43][44][45] For instance, Ag + is the most commonly used dopant ion because of its antibacterial role.…”