13C-isotope labelling is presented as a novel tool for the study of complex chemical systems. 13C-isotope labelling permits the quantification of all 26 members of a dynamic library from a single 13C NMR spectrum without the need for advanced instrumentation or sophisticated experimental protocols
The most widely used method for isotope analysis at natural abundance is isotope ratio monitoring by...
Metabolites are small molecular compounds that are found in various stages of the metabolic process ...
NMR detection of multiply labeled compounds in biological samples is often used to follow metabolic ...
Isotope-based methods are commonly used for metabolic flux analysis and metabolite quantification in...
NMR spectroscopy is an efficient method for analyzing13C labelling of cellular metabolites. The stre...
During the last five decades, as a result of an interaction between natural product chemistry, synth...
Contiguously 13C-enriched compounds are widely used in biosynthetic studies, since they effectively ...
International audienceThe stability over time (repeatability) for the determination of site-specific...
Multiple segmental and selective isotope labeling of RNA with three segments has been demonstrated b...
ABSTRACT: NMR spectroscopy in combination with 13C-labeled substrate infusion is a unique technique ...
The intramolecular <sup>13</sup>C composition of a molecule retains evidence relevant to its (bio)s...
This paper is the first study focused on the innovative application of 13C NMR (nuclear magnetic res...
This paper is the first study focused on the innovative application of13C NMR (nuclear magnetic reso...
Quantitative nuclear magnetic resonance (NMR) for isotopic measurements, known as irm-NMR (isotope r...
International audienceMany physical and chemical processes in living systems are accompanied byisoto...
The most widely used method for isotope analysis at natural abundance is isotope ratio monitoring by...
Metabolites are small molecular compounds that are found in various stages of the metabolic process ...
NMR detection of multiply labeled compounds in biological samples is often used to follow metabolic ...
Isotope-based methods are commonly used for metabolic flux analysis and metabolite quantification in...
NMR spectroscopy is an efficient method for analyzing13C labelling of cellular metabolites. The stre...
During the last five decades, as a result of an interaction between natural product chemistry, synth...
Contiguously 13C-enriched compounds are widely used in biosynthetic studies, since they effectively ...
International audienceThe stability over time (repeatability) for the determination of site-specific...
Multiple segmental and selective isotope labeling of RNA with three segments has been demonstrated b...
ABSTRACT: NMR spectroscopy in combination with 13C-labeled substrate infusion is a unique technique ...
The intramolecular <sup>13</sup>C composition of a molecule retains evidence relevant to its (bio)s...
This paper is the first study focused on the innovative application of 13C NMR (nuclear magnetic res...
This paper is the first study focused on the innovative application of13C NMR (nuclear magnetic reso...
Quantitative nuclear magnetic resonance (NMR) for isotopic measurements, known as irm-NMR (isotope r...
International audienceMany physical and chemical processes in living systems are accompanied byisoto...
The most widely used method for isotope analysis at natural abundance is isotope ratio monitoring by...
Metabolites are small molecular compounds that are found in various stages of the metabolic process ...
NMR detection of multiply labeled compounds in biological samples is often used to follow metabolic ...