What question did this study set out to answer?

To evaluate the effectiveness of a vitamin C-based scaffold in promoting bone regeneration and protecting cells from oxidative stress.

April 22, 2026Open Access

Enhanced bone regeneration and cellular protection from oxidative stress using a vitamin C-based scaffold.

Key Points

To evaluate the effectiveness of a vitamin C-based scaffold in promoting bone regeneration and protecting cells from oxidative stress.
Developed a VitC@HAP-HYA composite scaffold with multifunctional properties.
Assessed bioactivity and osteogenic potential through in vitro analysis.
Evaluated cytoprotective features against oxidative stress.
The composite showed superior bioactivity compared to traditional scaffolds.
It significantly increased osteogenic potential, enhancing bone cell growth.
Cytoprotective effects were observed, indicating reduced cell damage from oxidative stress.

Abstract

The VitC@HAP-HYA composite effectively combines multifunctional qualities, demonstrating superior bioactivity, increased osteogenic potential, and vital cytoprotective features. These results robustly endorse its potential as a sophisticated framework for bone tissue engineering, including applications such as anti-cancer bone excision repair.

Enhanced bone regeneration and cellular protection from oxidative stress using a vitamin C-based scaffold.

Key Points

Abstract

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