Synthesis and Characterizations of Alginate/Agarose Hydrogel Incorporated with Hydroxyapatite Extract Fish Bone for Potential Bone Healing Applications

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Swelling tests revealed enhanced water absorption in biocomposite hydrogels, contributing to improved bone healing capabilities.
Characterization via Fourier Transform Infrared Spectroscopy confirmed the successful integration of hydroxyapatite in the structure.
Hydrogels' surface morphology was examined using SEM, displaying a stable and porous architecture suitable for tissue engineering applications.
These findings highlight the potential of alginate and agarose hydrogels loaded with fish bone-derived hydroxyapatite for advancing bone regeneration strategies.

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Analysis demonstrates improved physicochemical properties in biocomposite hydrogels for tissue engineering, suggesting potential in bone healing.

Song et al. (2025) studied this question.

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Analysis demonstrates improved physicochemical properties in biocomposite hydrogels for tissue engineering, suggesting potential in bone healing.