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A method enhances skin penetration of lipophilic dye in plant-derived nanoparticles, suggesting potential for improved drug delivery.
A simple mixing procedure of STR-Tat enhanced the skin penetration ability of a lipophilic dye initially associated with GNPs without cellular toxicity. Therefore, this approach may be applicable for providing plant-derived particles, which are expected to be an effective vehicle for nucleic acid delivery with high skin penetration ability.
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Kanai et al. (2026) studied this question.
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