The field of metabolomics has witnessed an exponential growth in the last decade driven by
important applications spanning a wide range of areas in the basic and life sciences and …

Metabolomics research has recently gained popularity because it enables the study of
biological traits at the biochemical level and, as a result, can directly reveal what occurs in a …

Metabolite identification represents a major challenge, and opportunity, for biochemistry.
The collective characterization and quantification of metabolites in living organisms, with its …

Metabolomics offers a revolutionary framework for phenotyping individuals at a molecular
level that is needed for new breakthroughs in cell biology and personalized medicine. 1− 3 …

Metabolomics or the large-scale phytochemical analysis of plants is reviewed in relation to
functional genomics and systems biology. A historical account of the introduction and …

Motivation: Datasets resulting from metabolomics or metabolic profiling experiments are
becoming increasingly complex. Such datasets may contain underlying factors, such as time …

Exhaled breath contains thousands of volatile organic compounds (VOCs) of which the
composition varies depending on health status. Various metabolic processes within the …

In the post‐genomic era, increasing efforts have been made to describe the relationship
between the genome and the phenotype in cells and organisms. It has become clear that …

Metabolomics is the global analysis of all or a large number of cellular metabolites. Like
other functional genomics research, metabolomics generates large amounts of data …

Insulin sensitizers like metformin generally act through pathways triggered by adenosine
monophosphate‐activated protein kinase. Carnitine palmitoyltransferase 1 (CPT1) controls …