Several pyrene based fluorescent probes undergo lysine assisted monomer to excimer conversion in a ratiometric manner. Intracellular lysine is detected using fluorescence microscopy
While protein phosphorylation is recognized as a chief regulator of protein activity, little is know...
Pyrene-containing compounds are commonly used in a number of fluorescence-based applications because...
A pyrene derivative chemosensor (<b>Pyr-WH</b>) based on a dipeptide shows a highly sensitive ratiom...
Several pyrene based fluorescent probes undergo lysine assisted monomer to excimer conversion in a r...
Fluorescent sensors are attractive and versatile tools for both chemical sensing and biological imag...
Glucose binding to boronic acid functional groups attached to a synthetic polymer in an aqueous solu...
Alkaline phosphatase (ALP) is an important diagnostic indicator for a number of human diseases since...
Nucleic acid was found to induce the aggregation of the positively charged pyrene probe (compound 1)...
Nucleic acid was found to induce the aggregation of the positively charged pyrene probe (compound 1)...
Pyrene excimer possesses a large Stokes shift and long fluorescence lifetime and has been widely app...
An imidazolium-derived pyrene aggregation was developed to rapidly identify and quantify different b...
The use of a simple fluorescent nucleoside analogue in detection of point mutations by hybridization...
The supramolecular analytical behavior of eight pseudopeptidic fluorescent receptors (1a-c, 2a-c, 3,...
Oligonucleotide probes labeled with pyrene pairs that form excimers have a number of applications in...
A pseudopeptidic compound comprising a central C2 symmetric bis(aminoamide) moiety derived from the ...
While protein phosphorylation is recognized as a chief regulator of protein activity, little is know...
Pyrene-containing compounds are commonly used in a number of fluorescence-based applications because...
A pyrene derivative chemosensor (<b>Pyr-WH</b>) based on a dipeptide shows a highly sensitive ratiom...
Several pyrene based fluorescent probes undergo lysine assisted monomer to excimer conversion in a r...
Fluorescent sensors are attractive and versatile tools for both chemical sensing and biological imag...
Glucose binding to boronic acid functional groups attached to a synthetic polymer in an aqueous solu...
Alkaline phosphatase (ALP) is an important diagnostic indicator for a number of human diseases since...
Nucleic acid was found to induce the aggregation of the positively charged pyrene probe (compound 1)...
Nucleic acid was found to induce the aggregation of the positively charged pyrene probe (compound 1)...
Pyrene excimer possesses a large Stokes shift and long fluorescence lifetime and has been widely app...
An imidazolium-derived pyrene aggregation was developed to rapidly identify and quantify different b...
The use of a simple fluorescent nucleoside analogue in detection of point mutations by hybridization...
The supramolecular analytical behavior of eight pseudopeptidic fluorescent receptors (1a-c, 2a-c, 3,...
Oligonucleotide probes labeled with pyrene pairs that form excimers have a number of applications in...
A pseudopeptidic compound comprising a central C2 symmetric bis(aminoamide) moiety derived from the ...
While protein phosphorylation is recognized as a chief regulator of protein activity, little is know...
Pyrene-containing compounds are commonly used in a number of fluorescence-based applications because...
A pyrene derivative chemosensor (<b>Pyr-WH</b>) based on a dipeptide shows a highly sensitive ratiom...