A series of nontoxic, fluorinated amino acids and their methyl esters have been used to measure intracellular pH in human peripheral blood lymphocytes by 19F NMR. Mono-, di-, and trifluoro alpha-methylalanines and their methyl esters have been characterized with respect to their spectra, the pH dependence of their fluorine resonances, and the effects of temperature and cations on the NH2pKa values. These pH indicators can be used singly or in combination to determine intracellular vs. extracellular pH profiles over a wide range (greater than 2 pH units) of extracellular pH
In-cell NMR spectroscopy is a powerful approach to study protein structure and function in the nativ...
We report the use of a new pH-sensitive dual-emission fluoroprobe, carboxy-seminaphthorhodafluor-1 (...
International audienceIn the last decades, spectral techniques such as 31-P NMR and EPR have become ...
Abstract6-Fluoropyridoxol was evaluated as an intracellular pH indicator. This molecule exhibits exc...
NMR chemical-shift information has long been used to determine the pH of aqueous solutions. Test mol...
19F-nuclear magnetic resonance (NMR) has been used to determine both intracellular pH and oxygen con...
The pH of an NMR sample can be measured directly by NMR experiments of signal intensities, chemical ...
Abstract9-Aminoacridine is a fluorescent weak base which distributes across the plasma membrane acco...
Observation of the ^(31)P signal from various intracellular phosphates can provide a convenient, non...
The pH dependence of the 19F chemical shift has been characterized for a number of fluorine-substitu...
Measurements have been made of cytoplasmic pH, (pHi) and free Mg2+ concentration, ( [Mg2+]i), in pig...
The 31P nuclear magnetic resonance (NMR) characteristics, toxicity, and cellular penetration of five...
Summary: The effects of hypothermia on the intracelhilar pH of human erythrocytes were studied non-i...
Hyperpolarized molecular probes can be effectively used as pH markers. To date, the only two probes ...
Relationship between intracellular proton buffering capacity and intracellular pH. In a recent publi...
In-cell NMR spectroscopy is a powerful approach to study protein structure and function in the nativ...
We report the use of a new pH-sensitive dual-emission fluoroprobe, carboxy-seminaphthorhodafluor-1 (...
International audienceIn the last decades, spectral techniques such as 31-P NMR and EPR have become ...
Abstract6-Fluoropyridoxol was evaluated as an intracellular pH indicator. This molecule exhibits exc...
NMR chemical-shift information has long been used to determine the pH of aqueous solutions. Test mol...
19F-nuclear magnetic resonance (NMR) has been used to determine both intracellular pH and oxygen con...
The pH of an NMR sample can be measured directly by NMR experiments of signal intensities, chemical ...
Abstract9-Aminoacridine is a fluorescent weak base which distributes across the plasma membrane acco...
Observation of the ^(31)P signal from various intracellular phosphates can provide a convenient, non...
The pH dependence of the 19F chemical shift has been characterized for a number of fluorine-substitu...
Measurements have been made of cytoplasmic pH, (pHi) and free Mg2+ concentration, ( [Mg2+]i), in pig...
The 31P nuclear magnetic resonance (NMR) characteristics, toxicity, and cellular penetration of five...
Summary: The effects of hypothermia on the intracelhilar pH of human erythrocytes were studied non-i...
Hyperpolarized molecular probes can be effectively used as pH markers. To date, the only two probes ...
Relationship between intracellular proton buffering capacity and intracellular pH. In a recent publi...
In-cell NMR spectroscopy is a powerful approach to study protein structure and function in the nativ...
We report the use of a new pH-sensitive dual-emission fluoroprobe, carboxy-seminaphthorhodafluor-1 (...
International audienceIn the last decades, spectral techniques such as 31-P NMR and EPR have become ...