A metabolomics-based score using sphingolipid and steroid levels predicts the risk for asthma exacerbations and may help ...

Researchers utilized untargeted liquid chromatography-tandem mass spectrometry (LC-MS/MS) and metagenomic sequencing to ...

Metabolomics involves the high-resolution profiling of small molecules (metabolites) to investigate the state of metabolism (the network of metabolic reactions) in a biological system. This course ...

Cells can be grown in cultured media for a variety of scientific applications. One common use is the production of recombinant proteins in cell-based bioreactors. Determining the optimal growth ...

The workflow of metabolomics can be divided into four parts: (1) sample collection and preparation; (2) metabolic profiling; (3) data processing and analysis; and (4) pathway analysis (created by ...

Researchers across multiple disciplines are using metabolomics—the systematic identification and quantification of small-molecule metabolic products—for an expanding array of applications. This trend ...

The sheer amount of data gained via MS metabolomics and lipidomics analyses greatly contributes to our knowledge of biological systems, disease mechanisms, and possible therapeutic targets. Applying ...

At the University of the Andes in Colombia, Mónica Cala analyzes metabolites formed during coffee and cocoa production. She works to refine food processing approaches and uses her data to improve the ...

Metabolomics is all about measuring metabolite levels in biological samples to understand their metabolism (synthesis and decomposition in cells) and reveals how internal and external factors (for ...

Plants may look inert and harmless, but, at any given moment, they’re waging chemical warfare against attackers, preparing ...