Metabolomics has entered the well‐established omic sciences as it is an indispensable
information resource to achieve a global picture of biological systems. The aim of the …

Metabolomics has been used to characterise many biological matrices and obtain detailed
pictures of biological systems based on many metabolites. Plasma and serum are two blood …

Aim: In metabolomics research, the use of different blood collection methods may influence
endogenous metabolites. Materials & methods: Ultra HPLC coupled with MS/MS was …

A key interest in clinical diagnosis and pharmaceutical industry is to have a repertoire of
noninvasive biomarkers to—individually or in combination—be able to infer or predict the …

Metabolome analyses of body fluids are challenging due pre-analytical variations, such as
pre-processing delay and temperature, and constant dynamical changes of biochemical …

Metabolomics is a rapidly growing field in the comprehensive understanding of cellular and
organism‐specific responses associated with perturbations induced by medicines …

Reproducible quantification of metabolites in tissue samples is of high importance for
characterization of animal models and identification of metabolic changes that occur in …

Recently, the use of metabolomic analysis of human serum and plasma for biomarker
discovery and disease diagnosis in clinical studies has been increasing. The feasibility of …

Metabolomics has found numerous applications in the study of liver metabolism in health
and disease. Metabolomics studies can be conducted in a variety of biological matrices …

A critical application of metabolomics is the evaluation of tissues, which are often the primary
sites of metabolic dysregulation in disease. Laboratory rodents have been widely used for …