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Bone diseases and injuries pose a significant global health challenge. Traditional bone regeneration methods face limitations, such as tissue availability and immune rejection. This study presents plasma technology's potential in scaffold engineering for bone regeneration through bibliometric analysis and experimental findings. Plasmas modify surfaces and enhance scaffold properties. These modifications are crucial for effective bone healing. Our bibliometric analysis identifies key trends and collaborations in plasma technology research. The analysis reveals a strong correlation between surface modification, plasma treatment, and applications in tissue engineering and biomaterials, underscoring the need for detailed investigations into plasma applications. By linking bibliometric trends with experimental research, this article emphasizes the novel role of plasma technology in current and future bone regeneration strategies.
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Pidhatika et al. (2024) studied this question.
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