Description (A,B) TPL images of adipocytes labeled with (A) PGNs and (B) GNRs. The powers of excitation laser are 0.6 mW. The scale bars in panels (A) and (B) are all 50 μm. (C) Pixel populations of TPL...
Article Title: Characterization and application of porous gold nanoparticles as 2‐photon luminescence imaging agents: 20‐fold brighter than gold nanorods
Publication Title: Journal of Biophotonics

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Description Schematic illustration of optical setup for measuring TPL from aqueous solutions of PGNs and GNRs
Article Title: Characterization and application of porous gold nanoparticles as 2‐photon luminescence imaging agents: 20‐fold brighter than gold nanorods
Publication Title: Journal of Biophotonics

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Description TPL materials used for this study. (A,B) Electron microscopic images of (A) PGNs (left: SEM image, scale bar = 500 nm, right: TEM image, scale bar = 100 nm) and (B) GNRs (left: SEM image, scale bar...
Article Title: Characterization and application of porous gold nanoparticles as 2‐photon luminescence imaging agents: 20‐fold brighter than gold nanorods
Publication Title: Journal of Biophotonics

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Description Multimodal imaging of PGN‐labeled adipocytes by (A) TPL and (B) CARS. (C) Merged image of TPL signal in panel (A) and CARS signal in panel (B). (D) Three‐dimensional perspective view of adipocytes...
Article Title: Characterization and application of porous gold nanoparticles as 2‐photon luminescence imaging agents: 20‐fold brighter than gold nanorods
Publication Title: Journal of Biophotonics

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Description TPL intensities measured from the aqueous solutions of PGNs (circles) and GNRs (squares) with power variations in the excitation laser (λ = 800 nm). The concentrations of both nanoparticles were...
Article Title: Characterization and application of porous gold nanoparticles as 2‐photon luminescence imaging agents: 20‐fold brighter than gold nanorods
Publication Title: Journal of Biophotonics

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