Phosgene is a very toxic gas, which was used as a chemical weapon in World War I, and is currently widely used in industrial processes. So far, no any phosgene fluorescent sensor has been reported. In this study, we report rational design of unimolecular fluorescent phosgene sensors for the first time. Phosgene was used to initiate intramolecular cyclization and convert nonfluorescent molecules to highly fluorescent products. Bright blue fluorescence of phosgene reaction products can be easily visualized by naked eye. The detection limit for phosgene is as low as 1 nM in solutions at room temperature
The reasons for the value of molecular fluorescence as a biosensing technique are outlined. The case...
The development of fluorescent chemical sensors has been an active research topic for many research ...
Fluorescent sensors,due to their high sensitivity,good selectivity and the ability to be performed o...
A boron-dipyrromethene (BODIPY)-based fluorescent probe with a phosgene-specific reactive motif show...
As a highly toxic and widely used chemical, phosgene has become a serious threat to humankind and pu...
As highly toxic and accessible chemical reagents, phosgene and triphosgene have become a serious thr...
A fluorescent probe was developed for the detection of phosgene based on 1,8-naphthalimide, of which...
The detection of highly toxic chemicals in a convenient, fast, and reliable manner is essential for ...
The toxicity of phosgene (COCl2) combined with its extensive use as a reactant and building block in...
Fluorescent probes are used in chemical, biological, and environmental studies as a means of detecti...
A new sensor for detection of phosgene has been developed by incorporating an indicator to nanocryst...
This thesis begins with an introduction into some of the mechanisms utilised in fluorescent sensing,...
As one important kind of sensitive analytical technology, fluorescence method is widely applied in e...
The utility of fluorophores for sensing applications in the current state of the art of biological i...
Fluorescent sensors are molecular systems consisting of a receptor moiety and of a fluorogenic fragm...
The reasons for the value of molecular fluorescence as a biosensing technique are outlined. The case...
The development of fluorescent chemical sensors has been an active research topic for many research ...
Fluorescent sensors,due to their high sensitivity,good selectivity and the ability to be performed o...
A boron-dipyrromethene (BODIPY)-based fluorescent probe with a phosgene-specific reactive motif show...
As a highly toxic and widely used chemical, phosgene has become a serious threat to humankind and pu...
As highly toxic and accessible chemical reagents, phosgene and triphosgene have become a serious thr...
A fluorescent probe was developed for the detection of phosgene based on 1,8-naphthalimide, of which...
The detection of highly toxic chemicals in a convenient, fast, and reliable manner is essential for ...
The toxicity of phosgene (COCl2) combined with its extensive use as a reactant and building block in...
Fluorescent probes are used in chemical, biological, and environmental studies as a means of detecti...
A new sensor for detection of phosgene has been developed by incorporating an indicator to nanocryst...
This thesis begins with an introduction into some of the mechanisms utilised in fluorescent sensing,...
As one important kind of sensitive analytical technology, fluorescence method is widely applied in e...
The utility of fluorophores for sensing applications in the current state of the art of biological i...
Fluorescent sensors are molecular systems consisting of a receptor moiety and of a fluorogenic fragm...
The reasons for the value of molecular fluorescence as a biosensing technique are outlined. The case...
The development of fluorescent chemical sensors has been an active research topic for many research ...
Fluorescent sensors,due to their high sensitivity,good selectivity and the ability to be performed o...