Triple-action deuterium engineering boosts NIR-II cancer imaging, therapy, and surgical navigation (IMAGE)

Science China Press

Triple-action deuterium engineering boosts NIR-II cancer imaging, therapy, and surgical navigation

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Schematic illustration of the deuterium-induced tripartite enhancement mechanism: suppression of molecular vibrations, denser molecular packing, and increased aggregate hydrophobicity collectively improve fluorescence quantum yield, reactive oxygen species generation, and plasma stability — enabling complete tumor ablation and fluorescence-guided surgery.

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©Science Bulletin

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