Modulating Pathological Tissue Microenvironments via Advanced Drug Delivery Systems
Our work centers on designing advanced drug delivery systems that actively reshape disease-associated tissue microenvironments. Using nanoscale and biomaterial-based carriers, we aim to achieve controlled and localized delivery of therapeutics to influence immune activity, inflammation, and cell–matrix interactions, ultimately improving treatment outcomes and tissue recovery.

Hydrogen-Based Therapeutic Strategies
We investigate molecular hydrogen as an emerging therapeutic modality for a range of biomedical applications. By developing materials and systems capable of producing or delivering hydrogen in a controlled manner, our research seeks to harness its protective biological effects—particularly in conditions driven by oxidative stress and inflammatory damage.

Tissue Engineering for Repair and Regeneration
Our research integrates biomaterials engineering and regenerative biology to create functional tissue repair strategies. We focus on clinically relevant challenges such as wound healing and spinal cord injury, developing engineered scaffolds and microenvironments that support cell survival, tissue remodeling, and functional restoration.

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