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• W4292663603 endingPage "121753" @default.
• W4292663603 startingPage "121753" @default.
• W4292663603 abstract "Diseases are often accompanied by abnormal expression of gaseous signaling molecules including nitric oxide (NO), carbon monoxide (CO), and hydrogen sulfide (H2S). Sensing these gaseous markers is thus important for identification and investigation of pathological processes. In contrast to conventional approaches, such as electrochemical, chromatographical methods, etc., optical imaging shows merits including high sensitivity, good spatiotemporal resolution, and ideal selectivity. Especially, optical molecular probes with aggregation-induced emission (AIE) properties have good potential for bio-detection since they show maintained optical signals in the aggregated state. Recently, many AIE molecular probes have been developed for imaging disease-related gaseous signaling molecules. Generally, these probes recognize the analytes through turn-on or ratiometric approaches. This review summarizes the recent progress in organic probes with AIE properties for sensing gaseous markers and relative disease diagnosis applications. Based on the types of analytes, the probes are divided into three groups: NO, CO and H2S sensors. Molecular designs and sensing mechanisms of these AIE probes are highlighted. Their gaseous signaling molecules detection applications at cellular and animal levels are presented. Finally, some existing problems and future promising development directions are discussed with the hope to inspire further developments of AIE probes for precise disease diagnosis." @default.
• W4292663603 created "2022-08-23" @default.
• W4292663603 creator A5003157392 @default.
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• W4292663603 creator A5091342200 @default.
• W4292663603 date "2022-10-01" @default.
• W4292663603 modified "2023-09-27" @default.
• W4292663603 title "Innovative probes with aggregation-induced emission characteristics for sensing gaseous signaling molecules" @default.
• W4292663603 cites W1007633149 @default.
• W4292663603 cites W1552650623 @default.
• W4292663603 cites W1927228657 @default.
• W4292663603 cites W1969524738 @default.
• W4292663603 cites W1970167015 @default.
• W4292663603 cites W1977226974 @default.
• W4292663603 cites W1982921998 @default.
• W4292663603 cites W1987530130 @default.
• W4292663603 cites W1992303721 @default.
• W4292663603 cites W2008489452 @default.
• W4292663603 cites W2014358738 @default.
• W4292663603 cites W2021215174 @default.
• W4292663603 cites W2024902838 @default.
• W4292663603 cites W2028606217 @default.
• W4292663603 cites W2035143128 @default.
• W4292663603 cites W2049800847 @default.
• W4292663603 cites W2056480677 @default.
• W4292663603 cites W2056869450 @default.
• W4292663603 cites W2090458427 @default.
• W4292663603 cites W2106653859 @default.
• W4292663603 cites W2107855685 @default.
• W4292663603 cites W2117497185 @default.
• W4292663603 cites W2118034584 @default.
• W4292663603 cites W2125201648 @default.
• W4292663603 cites W2137168276 @default.
• W4292663603 cites W2149612111 @default.
• W4292663603 cites W2159182565 @default.
• W4292663603 cites W2161545302 @default.
• W4292663603 cites W2163010727 @default.
• W4292663603 cites W2165368927 @default.
• W4292663603 cites W2172161196 @default.
• W4292663603 cites W2173062981 @default.
• W4292663603 cites W2177603935 @default.
• W4292663603 cites W2197175751 @default.
• W4292663603 cites W2261310747 @default.
• W4292663603 cites W2283525505 @default.
• W4292663603 cites W2298701987 @default.
• W4292663603 cites W2306266305 @default.
• W4292663603 cites W2313414934 @default.
• W4292663603 cites W2313883665 @default.
• W4292663603 cites W2315713965 @default.
• W4292663603 cites W2336901761 @default.
• W4292663603 cites W2338274451 @default.
• W4292663603 cites W2344774498 @default.
• W4292663603 cites W2399408260 @default.
• W4292663603 cites W2412985586 @default.
• W4292663603 cites W2463772534 @default.
• W4292663603 cites W2510572562 @default.
• W4292663603 cites W2512576148 @default.
• W4292663603 cites W2518319568 @default.
• W4292663603 cites W2524366138 @default.
• W4292663603 cites W2528495962 @default.
• W4292663603 cites W2534171878 @default.
• W4292663603 cites W2548695668 @default.
• W4292663603 cites W2565599824 @default.
• W4292663603 cites W2568405604 @default.
• W4292663603 cites W2604905738 @default.
• W4292663603 cites W2610431184 @default.
• W4292663603 cites W2722664776 @default.
• W4292663603 cites W2750223165 @default.
• W4292663603 cites W2751457053 @default.
• W4292663603 cites W2758391532 @default.
• W4292663603 cites W2763463028 @default.
• W4292663603 cites W2765372847 @default.
• W4292663603 cites W2765648233 @default.
• W4292663603 cites W2766408578 @default.
• W4292663603 cites W2766434108 @default.
• W4292663603 cites W2767090914 @default.
• W4292663603 cites W2767324656 @default.
• W4292663603 cites W2767974674 @default.
• W4292663603 cites W2769269523 @default.
• W4292663603 cites W2770027903 @default.
• W4292663603 cites W2770117966 @default.
• W4292663603 cites W2781792000 @default.
• W4292663603 cites W2790413946 @default.
• W4292663603 cites W2791509295 @default.
• W4292663603 cites W2792693123 @default.
• W4292663603 cites W2793238363 @default.
• W4292663603 cites W2794361860 @default.
• W4292663603 cites W2797862264 @default.
• W4292663603 cites W2799752880 @default.
• W4292663603 cites W2800239076 @default.
• W4292663603 cites W2802459600 @default.
• W4292663603 cites W2802831093 @default.
• W4292663603 cites W2805871156 @default.
• W4292663603 cites W2808635568 @default.

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