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- W4385950504 abstract "Stimuli-responsive organic afterglow materials, which feature long-lived excited states compared to their fluorescence counterparts, have been shown to exhibit distinct advantages to work normally even in the presence of a strong fluorescence background. However, most stimuli-responsive afterglow materials only function in the solid state, with those in the aqueous environment being rarely explored. Besides, most responsive afterglow systems can only respond to single stimulus. Here, we report the fabrication of thermally activated delayed fluorescence (TADF)-type organic afterglow nanoparticles with temperature and oxygen dual-responsive property in an aqueous environment. Experimental and computational studies reveal that the key to realize the dual responsiveness is the TADF mechanism. The kRISC/kP ratio determines the TADF/phosphorescence intensity ratio and consequently afterglow color, where kRISC and kP represent the reverse intersystem crossing rate and phosphorescence rate, respectively. The dark triplets of TADF-type afterglow nanoparticles are sensitive to oxygen, whose intensity and lifetime would increase in the hypoxia condition. Since the afterglow color and TADF intensity (or lifetime) can be monitored at different channels for potential multiplexed sensing, the temperature and oxygen dual-responsive afterglow nanoparticles would display promising application in the biomedical area." @default.
- W4385950504 created "2023-08-18" @default.
- W4385950504 creator A5011487190 @default.
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- W4385950504 creator A5091062586 @default.
- W4385950504 date "2023-08-17" @default.
- W4385950504 modified "2023-10-15" @default.
- W4385950504 title "TADF-Type Organic Afterglow Nanoparticles with Temperature and Oxygen Dual-Responsive Property for Bimodal Sensing" @default.
- W4385950504 cites W1910905290 @default.
- W4385950504 cites W1983929876 @default.
- W4385950504 cites W1995673420 @default.
- W4385950504 cites W2019037012 @default.
- W4385950504 cites W2068615500 @default.
- W4385950504 cites W2134063343 @default.
- W4385950504 cites W2150702843 @default.
- W4385950504 cites W2460955772 @default.
- W4385950504 cites W2487850372 @default.
- W4385950504 cites W2626202805 @default.
- W4385950504 cites W2730550298 @default.
- W4385950504 cites W2742925301 @default.
- W4385950504 cites W2755491804 @default.
- W4385950504 cites W2757842507 @default.
- W4385950504 cites W2767721025 @default.
- W4385950504 cites W2779985242 @default.
- W4385950504 cites W2782501539 @default.
- W4385950504 cites W2797916463 @default.
- W4385950504 cites W2799316016 @default.
- W4385950504 cites W2886963580 @default.
- W4385950504 cites W2891961100 @default.
- W4385950504 cites W2896389518 @default.
- W4385950504 cites W2897468964 @default.
- W4385950504 cites W2900746228 @default.
- W4385950504 cites W2912267275 @default.
- W4385950504 cites W2918182973 @default.
- W4385950504 cites W2919609638 @default.
- W4385950504 cites W2922043336 @default.
- W4385950504 cites W2943750907 @default.
- W4385950504 cites W2943989073 @default.
- W4385950504 cites W2952640517 @default.
- W4385950504 cites W2981198714 @default.
- W4385950504 cites W2981252290 @default.
- W4385950504 cites W2991963376 @default.
- W4385950504 cites W2995532205 @default.
- W4385950504 cites W2998724634 @default.
- W4385950504 cites W3006066928 @default.
- W4385950504 cites W3009409362 @default.
- W4385950504 cites W3013749435 @default.
- W4385950504 cites W3014676125 @default.
- W4385950504 cites W3016057020 @default.
- W4385950504 cites W3034025657 @default.
- W4385950504 cites W3041290552 @default.
- W4385950504 cites W3041945334 @default.
- W4385950504 cites W3047708515 @default.
- W4385950504 cites W3068812427 @default.
- W4385950504 cites W3087037947 @default.
- W4385950504 cites W3088438454 @default.
- W4385950504 cites W3093348009 @default.
- W4385950504 cites W3099078020 @default.
- W4385950504 cites W3106029325 @default.
- W4385950504 cites W3129316745 @default.
- W4385950504 cites W3134813475 @default.
- W4385950504 cites W3135309849 @default.
- W4385950504 cites W3136034212 @default.
- W4385950504 cites W3138931272 @default.
- W4385950504 cites W3150855874 @default.
- W4385950504 cites W3155801478 @default.
- W4385950504 cites W3158957966 @default.
- W4385950504 cites W3164533970 @default.
- W4385950504 cites W3167865417 @default.
- W4385950504 cites W3183293356 @default.
- W4385950504 cites W3200871055 @default.
- W4385950504 cites W3209767726 @default.
- W4385950504 cites W3216273699 @default.
- W4385950504 cites W4200053608 @default.
- W4385950504 cites W4200059846 @default.
- W4385950504 cites W4200337702 @default.
- W4385950504 cites W4200365422 @default.
- W4385950504 cites W4206106539 @default.
- W4385950504 cites W4214622373 @default.
- W4385950504 cites W4224267935 @default.
- W4385950504 cites W4231670307 @default.
- W4385950504 cites W4285299606 @default.
- W4385950504 cites W4285742798 @default.
- W4385950504 cites W4286500077 @default.
- W4385950504 cites W4294031283 @default.
- W4385950504 cites W4319843236 @default.
- W4385950504 cites W4322755212 @default.
- W4385950504 cites W4362721682 @default.
- W4385950504 doi "https://doi.org/10.1021/acsanm.3c02770" @default.
- W4385950504 hasPublicationYear "2023" @default.
- W4385950504 type Work @default.