Apatite Formation on Porous TCP In Vitro: A Comparative Study between Static and Dynamic RSBF Systems

Chun Lin Deng; Ji Yong Chen; Yang Leng; Xin Long Wang; Yao Wu; Hong Song Fan; Xing Dong Zhang

doi:10.4028/www.scientific.net/KEM.280-283.1581

Paper Titles

Processing of Calcium Phosphate Porous Materials by 'Self-Setting'
p.1563

Setting Behavior of Fast-Setting Calcium Phosphate Cement with Mineral Phase of Bone
p.1567

Synthesis of Apatite Ceramics with Bimodal Pore Structure Using Mechanochemically Prepared Fine Apatite Powder
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Formation of Bone-Like Apatite of Bioceramics Modified by Cold Plasma in SBF and Mechanism of Active Modification
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Apatite Formation on Porous TCP In Vitro: A Comparative Study between Static and Dynamic RSBF Systems
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Preparation and Evaluation of Macroporous Sol-Gel Bioglass with High Mechanical Strength
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Mechanism of Apatite Formation on Sol-Gel Derived PDMS-Modified SiO₂-CaO-P₂O₅ Hybrids with Various P₂O₅ Content
p.1589

MPACVD Nanocrystalline Diamond for Biomedical Applications
p.1595

Microstructure and Controllable Degradation of Bioglass Reinforced Calcium Phosphate Scaffolds
p.1599

HomeKey Engineering MaterialsKey Engineering Materials Vols. 280-283Apatite Formation on Porous TCP In Vitro: A...

Apatite Formation on Porous TCP In Vitro: A Comparative Study between Static and Dynamic RSBF Systems

Abstract:

Porous tricalcium phosphate ceramics were immersed in static and dynamic revised simulated body fluid (RSBF) at 37°C. Morphology, composition and phase of precipitates on TCP were identified by SEM, FTIR and TEM methods. FTIR and TEM results indicated the deposits on the inner pore walls of TCP were OCP, and SEM results implied that the deposited way of precipitates in static system was different from that in dynamic system.