研究目的
To review the design strategies of fluorescent platforms based on organic molecules for chemical and biological detection, focusing on the mechanisms of F?rster resonance energy transfer, excimer/exciplex formation, and metal-enhanced fluorescence.
研究成果
The review highlights the potential of fluorescent platforms based on organic molecules for chemical and biological detection, emphasizing the importance of understanding photophysical processes to design effective platforms. It suggests that resolving current challenges, such as achieving specific fluorescence responses and developing platforms for in vivo applications, could further advance the field.
研究不足
The complexity of detection conditions can make it challenging to achieve specific desired fluorescence responses. The design of fluorescent platforms requires careful control of molecular structures to optimize interactions between components and target analytes. Additionally, the development of new detection systems is driven by application demands, such as the need for dynamic fluorescence detection platforms with both stability and responsiveness.
