The diagnostic potential and health implications of volatile organic compounds (VOCs)
present in human feces has begun to receive considerable attention. Headspace solid …

The analysis of volatile organic compounds (VOCs) emitted from biological fluids such as
blood, urine, breath and faeces, has been receiving more attention from researchers and …

Recent studies have illustrated the importance of the microbiota in maintaining a healthy
state, as well as promoting disease states. The intestinal microbiota exerts its effects …

Volatile organic compounds (VOCs) are byproducts from metabolic pathways that can be
detected in exhaled breath and have been reported as biomarkers for different diseases …

Integrative analysis of high-quality metagenomics and metabolomics data from fecal
samples provides novel clues for the mechanism underpinning gut microbe-human …

Abstract Background Volatile organic compounds (VOCs) can be intermediates of metabolic
pathways and their levels in biological samples may provide a better understanding about …

Introduction Disturbance to the hindgut microbiota can be detrimental to equine health.
Metabolomics provides a robust approach to studying the functional aspect of hindgut …

Metabolites from feces provide important insights into the functionality of the gut microbiome.
As immediate freezing is not always feasible in gut microbiome studies, there is a need for …

Introduction Consensus in sample preparation for untargeted human fecal metabolomics is
lacking. Objectives To obtain sample preparation with broad metabolite coverage for high …

The study of the fecal metabolome is an important area of research to better understand the
human gut microbiome and its impact on human health and diseases. However, there is a …