The Characterization of Bario Rice Starch-nanoHA Scaffolds using SEM and Dielectric Measurement

The Characterization of Bario Rice Starch-nanoHA Scaffolds using SEM and Dielectric Measurement

Bone tissue scaffold had been ventured for over the decades as a solution for bone failure and trauma. Starch is the most common natural polymer that has been used as a biomaterials and a good candidate for scaffold fabrication as there are many resources of starch in Malaysia. Native starches may c...

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Bibliographic Details
Main Authors: Amin, N.A.M (Author), Beh, C.Y (Author), Cheng, E.M (Author), Fook C.Y (Author), Khalid, M.F.A (Author), Majid, M.S.A (Author), Mohammad, N. (Author), Mustafa N.B (Author), Nasir, N.F.M (Author), Noor A.B.M (Author), Norali A.N.B (Author), Rahim S.B.A (Author), Roslan, M.R (Author), Yazid H.B (Author), Zaaba S.K (Author)
Format: Article
Language:English
Published: Institute of Physics Publishing 2019
Subjects:
Amylose content
Bone tissue scaffolds
Dielectric losses
Dielectric measurements
Dielectric properties
Indirect measurements
Pore size
Scaffold fabrication
Scaffolds (biology)
Scanning electron microscopic
Solvent casting
Starch
Tissue
Tissue scaffolds
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