The occurrence of receptor-anion interaction in solution can be followed through a variety of procedures. The use of fluorescence as a signal of anion detection is related to several factors: (i) it is visual, (ii) it can be detected at very low concentrations, (iii) instrumentation is not expensive, (iv) it can be controlled by well-defined mechanisms
Artificial receptors for selective anion recognition is an area of intensive investigation as anions...
Most of the receptors for anions operate through electrostatic interactions, which include hydrogen ...
Qualitative and quantitative detection of anions is an inspiring research area in chemical, biologic...
The occurrence of receptor-anion interaction in solution can be followed through a variety of proced...
Fluorescent sensors are molecular systems consisting of a receptor moiety and of a fluorogenic fragm...
Fluorescent sensors are molecular systems consisting of a receptor moiety and of a fluorogenic fragm...
Key learning points Appreciate the mechanisms by which anions can trigger colour changes in small ...
Two silanediol derivatives bearing 9-anthryl (<b>2</b>) and 1-pyrenyl (<b>3</b>) groups have been de...
The detection of anionic species is a field which is currently attracting increasing interest. Resea...
A review, with 31 refs., is given on. Mol. level fluorescent sensors can be built up following a tw...
Key learning points Appreciate the mechanisms by which anions can trigger colour changes in small ...
On account of the important roles of anion in biological, clinical, environmental, catalysis, and ch...
A review, with 31 refs., is given on. Mol. level fluorescent sensors can be built up following a tw...
In contrast to monotopic receptor 3, the anthracene functionalized squaramide dual-host receptor 1 i...
Most of the receptors for anions operate through electrostatic interactions, which include hydrogen ...
Artificial receptors for selective anion recognition is an area of intensive investigation as anions...
Most of the receptors for anions operate through electrostatic interactions, which include hydrogen ...
Qualitative and quantitative detection of anions is an inspiring research area in chemical, biologic...
The occurrence of receptor-anion interaction in solution can be followed through a variety of proced...
Fluorescent sensors are molecular systems consisting of a receptor moiety and of a fluorogenic fragm...
Fluorescent sensors are molecular systems consisting of a receptor moiety and of a fluorogenic fragm...
Key learning points Appreciate the mechanisms by which anions can trigger colour changes in small ...
Two silanediol derivatives bearing 9-anthryl (<b>2</b>) and 1-pyrenyl (<b>3</b>) groups have been de...
The detection of anionic species is a field which is currently attracting increasing interest. Resea...
A review, with 31 refs., is given on. Mol. level fluorescent sensors can be built up following a tw...
Key learning points Appreciate the mechanisms by which anions can trigger colour changes in small ...
On account of the important roles of anion in biological, clinical, environmental, catalysis, and ch...
A review, with 31 refs., is given on. Mol. level fluorescent sensors can be built up following a tw...
In contrast to monotopic receptor 3, the anthracene functionalized squaramide dual-host receptor 1 i...
Most of the receptors for anions operate through electrostatic interactions, which include hydrogen ...
Artificial receptors for selective anion recognition is an area of intensive investigation as anions...
Most of the receptors for anions operate through electrostatic interactions, which include hydrogen ...
Qualitative and quantitative detection of anions is an inspiring research area in chemical, biologic...
DOI
Add to ORKG