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This review aims to examine the advancements in the design and application of ferrite-based nanomaterials in biomedicine.

July 23, 2026Advanced MaterialsOpen Access

Recent Advances in Ferrite‐Based Materials for Biomedical Applications: A Comprehensive Review

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Comprehensive review discusses ferrite nanomaterials' potential in biomedical settings, indicating benefits for future therapies.

This review aims to examine the advancements in the design and application of ferrite-based nanomaterials in biomedicine.
Critical examination of recent literature on spinel and hexagonal ferrites.
Analysis of atomic-level engineering techniques like cation distribution and defect modulation.
Assessment of challenges in commercialization and proposals for integrating AI-driven material discovery.
Highlighted applications include viscosity-independent magnetic hyperthermia and ROS-mediated antimicrobial therapy.
Identified barriers to commercialization, such as heating efficiency and protein corona complexities.
Proposed a future roadmap that leverages AI and green chemistry for magnetotheranostic systems.

Mhase et al. (2026) studied this question.

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