Engineered Hybrid Scaffolds of Poly(vinyl alcohol)/Bioactive Glass for Potential Bone Engineering Applications: Synthesis, Characterization, Cytocompatibility, and Degradation

<table>Hybrid nanostructure modification by chemical crosslinking (GA). Relative intensity ratios for specific peaks of the FTIR spectra as a function glutaraldehyde concentration in hybrids PVA/BaG/GA: (a) I<sub>Si-OH</sub>/I<sub>C-H</sub>; (b) I<sub>C-O-C</sub>/I<sub>C-H</sub>; (c) I<sub>Si-O-Si</sub>/I<sub>C-H</sub>.</table>

Journal of Nanomaterials

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Figure 3: Engineered Hybrid Scaffolds of Poly(vinyl alcohol)/Bioactive Glass for Potential Bone Engineering Applications: Synthesis, Characterization, Cytocompatibility, and Degradation 

Figure 3 | Engineered Hybrid Scaffolds of Poly(vinyl alcohol)/Bioactive Glass for Potential Bone Engineering Applications: Synthesis, Characterization, Cytocompatibility, and Degradation 