A new approach in biomimetic synthesis of calcium phosphate coatings using lactic acid–Na lactate buffered body fluid solution

Nanocrystalline β-Ta Coating Enhances the Longevity and Bioactivity of Medical Titanium Alloys

“…The above results suggest that during the biomimetic apatite deposition process, the grayish clusters nucleate and precipitate in the initially formed apatite layer, reflecting that the β-Ta coating exhibits good apatite-inducing ability. Similar morphological features of apatite layer have been previously observed by other researchers [52,53]. In addition, those microcracks were formed due to tensile stresses build up during the drying process, originating from the thermal expansion difference between the β-Ta coating and the apatite layer.…”

Calcium orthophosphates (CaPO 4 ): Occurrence and properties

“…Efforts were made to replace artificial buffers (tris/HCl, Hepes) with simultaneously increasing the concentration of hydrogencarbonates for SBF (Marques et al 2003b(Marques et al , 2004Dorozhkina and Dorozhkin 2002b) or avoiding losses of CO 2 from open vessels for rSBF (Dorozhkin et al 2003(Dorozhkin et al , 2004Dorozhkin andDorozhkina 2003, 2005 (Pasinli et al 2010) and collagen (Sun and Wang 2010) is another direction to improve biomimetic properties of various types of SBF. Once a cow milk-based rSBF has been prepared (Dorozhkin and Dorozhkina 2007).…”

Biomimetic Hydroxyapatite Deposition on Titanium Oxide Surfaces for Biomedical Application

“…Recently, in order to improve the coating process, the composition of the solutions used for biomimetic HA coatings has been modified ( Table 2). Except for the inorganic components, some other organic components, such as protein and lactic acid, have been added into SBF [22,23]. The immerson temperature has also been expanded to temperatures from 4 to 65 ºC [23][24][25].…”