The fabrication and characterization of PCL/rice husk derived bioactive glass-ceramic composite scaffolds
The present study was conducted to fabricate a 3D scaffold using polycaprolactone (PCL) and silicate based bioactive glass-ceramic (R-SBgC). Different concentrations of R-SBgC prepared from rice husk ash (RHA) were combined with PCL to fabricate a composite scaffold using thermally induced phase separation (TIPS) method. The products were then characterized using SEM and EDX. The results demonstrated that R-SBgC in PCL matrix produced a bioactive material which has highly porous structure with interconnected porosities. There appears to be a relationship between the increase in R-SBgC concentration and increased material density and compressive modulus; however, increasing R-SBgC concentration result in reduced scaffold porosity. In conclusion, it is possible to fabricate a PCL/bioactive glass-ceramic composite from processed rice husk. Varying the R-SBgC concentrations can control the properties of this material, which is useful in the development of the ideal scaffold intended for use as a bone substitute in nonload bearing sites. © 2014 Farnaz Naghizadeh et al.
Naghizadeh, F., Sultana, N., Abdul Kadir, M., Tengku Md Shihabudin, T., Hussain, R., & Kamarul, T. (2014). The fabrication and characterization of PCL/rice husk derived bioactive glass-ceramic composite scaffolds. Retrieved from https://digitalcommons.pvamu.edu/medical-facpubs/36