… molecule organic fluorophores with brightness, chemical and … of organic fluorescent
nanomaterials, approaches to their synthesis, and ways to optimize and control their characteristics. …

… improve the fluorescence properties of fluorophores in vivo. In this section, various methods
for optimizing specific fluorescence properties … can greatly improve the detection accuracy of …

… bacteria and fluorophores to examine the sensing mechanism. … hydrophobic fluorophores
formed nanoaggregates to improve … methods to improve the biocompatibility of SSOFs, these …

… organic fluorophores or new imaging strategies to improve … However, due to lack of suitable
fluorophores or methods, these … self-assembly fluorophores with superior properties will be …

… sensitive optical imaging can achieve the limit of detection down … the synthetic and modification
methods, we will focus on … Although shell coating can significantly improve the properties …

… for biological analytes, along with key sensing features. Finally, we listed several critical …
approach will significantly improve the efficiency of cyclic immunofluorescence imaging, while …

… moieties are incorporated into organic fluorophores so that they will … Fluorescence sensing
techniques have excellent sensitivity … Thus, it is usually difficult to maximize both processes …

… discovery of optimized ‘functional’ fluorophores. A functional … chemistry has been developed
by a rational design approach. … to modulate the fluorescence of synthetic dyes and sensors …

… sensing and imaging. Moreover, we will highlight how fluorescent probes with optimized
optical properties are … Fluorophores of ICT probes are made of 3 conjugated parts – an electron …

… two main methods to sterically block the fluorophores. The … an effective method to improve
NIR-II fluorophore stability of, … The photophysical properties of some fluorophores can be …