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WIREs │ J-aggregation strategy of organic dyes by Yan Lifeng's team from University of Science
Time of Update: 2022-09-06
Yan Lifeng from the University of Science and Technology of China has been committed to the research of organic photothermal/photodynamic therapeutic agents with near-infrared fluorescence imaging functions for integrated diagnosis and treatment in vivo.
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of organic cyanine dye J-aggregate is greater than 1300nm, which is used in the second window of near infrared biodynamic fluorescence imaging
Time of Update: 2020-02-06
Recently, Professor Zhang Fan, Department of chemistry, Fudan University, reported the fd-1080 J-aggregate, a near-infrared imaging probe with a maximum absorption and emission wavelength greater than
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Research group of Professor Huo Yanping, Guangdong University of Technology: fluorescence probe
Time of Update: 2019-11-07
Among many types of sensors, the fluorescent chemical sensor based on organic small molecules has attracted much attention because of its advantages of high sensitivity, low detection limit, fast resp
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New progress has been made in the simultaneous detection of inorganic mercury and organic mercury by using aggregation induced fluorescence
Time of Update: 2019-03-13
Recently, new progress has been made in the simultaneous detection of inorganic mercury and organic mercury by using aggregation induced fluorescence in the research groups of Zhu Lina, Li Xiaozeng an
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[materials] high fluorescence ink: aggregation induced luminescence effect of copper iodine complex clusters
Time of Update: 2018-05-28
The traditional fluorescence molecules will self quench when the concentration is high, and have aggregation induced effect (AIE) In contrast, at low concentrations, the special structural units of fl
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aggregation induced luminescence silver ion probe, fluorescent silver staining and dynamic monitoring of silver ion release
Time of Update: 2018-05-04
In recent years, the research and application of aggregation induced luminescence have been developing rapidly Among them, "dissolution does not light up, aggregation light up", the application of thi