Synthesis and Characterization of Porous β-Calcium Pyrophosphate Bone Scaffold Derived from Avian Eggshell
Synthesis and Characterization of Porous β-Calcium Pyrophosphate Bone Scaffold Derived from Avian Eggshell
Ali Ghazi Atiyah1*, Nadia Hameed Rija Al-Falahi2 and Ghazi Atiya Zarraq3
Fig. 1.
XRD spectra of β-CPP powder calcinated at 1200°C for 2h at 2θ range from 20-60 degree and intensity range from zero- 1000.
Fig. 2.
FTIR spectra with wave length range from 400- 4000 and absorbance rate rang from zero- 6.25 which shows the functional groups of β-CPP powder that calcinated at 1200°C for 2h.
Fig. 3.
SEM micrograph of β-CPP scaffold at magnification 10.0kx.
Fig. 4.
EDX spectra shows the mineral elements of β-CPP scaffold.
Fig. 5.
The surface of the β-CPP sample. (A) before immersion in SBF, (B) after two weeks of immersion in SBF.
June 2022
Vol. 54, Iss. 3, Pages 1001-1500
