An organic –mineral composite of hydroxyapatite (Ca10(PO4)6(OH)2) nanoparticles and polymer (CMC and Gelatin) was synthesized via precipitation form Ca(NO3)2.4H2O,aqueous ammonia, (NH4)2HPO4 . The composition and particle size was calculated using x-ray diffraction, microstructure of the composite was calculated using IR spectroscopy, and surface topology was studied using scanning electron micr-oscope. The hydroxyapatite microcrystal were of size ~13- 35nm ,which showed agglomeration when sintered at 1000oC. The interaction between polymer and hydroxyapatite was confirmed in IR spectroscopy ,which leads to the formation of porous structure suitable for showing tissue regenera-tion properties
In this study, the physicochemical characteristics of calcium phosphate based bioactive ceramics of ...
Synthetic hydroxyapatite, HA [Ca10(PO4) 6(OH)2], is a bioactive material that is chemically similar ...
Composite biomaterials based on calcium phosphate ceramic due to their high bioactivity are of inter...
In the last twenty years, the field of biomaterials based on calcium phosphates has grown rapidly, p...
Ceramic materials mimic the mineral composition of native bone and feature osteoconductive propertie...
Ceramic materials mimic the mineral composition of native bone and feature osteoconductive propertie...
Ceramic materials mimic the mineral composition of native bone and feature osteoconductive propertie...
Ceramic materials mimic the mineral composition of native bone and feature osteoconductive propertie...
The present work deals with a novel chemical precipitat-ion biomimetic process for synthesis of Hy...
Ceramic materials mimic the mineral composition of native bone and feature osteoconductive propertie...
In the past several years, the accent of a number of scientific researches in the countries of the E...
In the past several years, the accent of a number of scientific researches in the countries of the E...
In the past several years, the accent of a number of scientific researches in the countries of the E...
The aim of this thesis was to develop a bioactive and resorbable nanoscale composite that mimics the...
In this study, the physicochemical characteristics of calcium phosphate based bioactive ceramics of ...
In this study, the physicochemical characteristics of calcium phosphate based bioactive ceramics of ...
Synthetic hydroxyapatite, HA [Ca10(PO4) 6(OH)2], is a bioactive material that is chemically similar ...
Composite biomaterials based on calcium phosphate ceramic due to their high bioactivity are of inter...
In the last twenty years, the field of biomaterials based on calcium phosphates has grown rapidly, p...
Ceramic materials mimic the mineral composition of native bone and feature osteoconductive propertie...
Ceramic materials mimic the mineral composition of native bone and feature osteoconductive propertie...
Ceramic materials mimic the mineral composition of native bone and feature osteoconductive propertie...
Ceramic materials mimic the mineral composition of native bone and feature osteoconductive propertie...
The present work deals with a novel chemical precipitat-ion biomimetic process for synthesis of Hy...
Ceramic materials mimic the mineral composition of native bone and feature osteoconductive propertie...
In the past several years, the accent of a number of scientific researches in the countries of the E...
In the past several years, the accent of a number of scientific researches in the countries of the E...
In the past several years, the accent of a number of scientific researches in the countries of the E...
The aim of this thesis was to develop a bioactive and resorbable nanoscale composite that mimics the...
In this study, the physicochemical characteristics of calcium phosphate based bioactive ceramics of ...
In this study, the physicochemical characteristics of calcium phosphate based bioactive ceramics of ...
Synthetic hydroxyapatite, HA [Ca10(PO4) 6(OH)2], is a bioactive material that is chemically similar ...
Composite biomaterials based on calcium phosphate ceramic due to their high bioactivity are of inter...