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Fluorescent imaging with fluorophores has become a powerful way to explore complex biological systems and visualize nanoparticles for drug delivery. However, it is challenging to develop fluorophores with ideal physical and optical properties. We report a method to synthesize cyanine nanodots with a single‐molecule structure, well‐defined particle size, customizable fluorescent spectrum, and bright...
Fluorescent imaging with fluorophores has become a powerful way to explore complex biological systems and visualize nanoparticles for drug delivery. However, it is challenging to develop fluorophores with ideal physical and optical properties. We report a method to synthesize cyanine nanodots with a single‐molecule structure, well‐defined particle size, customizable fluorescent spectrum, and bright...
The combination of magnetic resonance imaging (MRI) and fluorescent imaging with a dual-modal probe could exert the advantages of the two imaging techniques, simultaneously achieving high spatial resolution and sensitivity in tumor diagnosis. Herein, a magnetic and fluorescent dual-modal nanoprobe of ca. 8 nm was prepared through self-assembly of a star-like polymer comprising of porphyrin core, gadolinium...
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