Untargeted Metabolomics Panels
Untargeted metabolomics provides global detection of broad compound classes produced by the host and the microbiome that play crucial roles in microbial metabolism and host-microbe interactions. While the specific composition may vary depending on the sample type and experimental conditions, here are some of the relevant compound classes commonly detected.
Microbial metabolites refer to the small molecules produced by microorganisms and have various roles and significance. They provide a detailed snapshot of the metabolic status of microbial communities and offer insights into the biochemical pathways and processes of the microorganisms to enable an understanding of how microbes interact with their environment, utilize resources, respond to external stimuli and potential implications for driving health and disease.
Our untargeted methods include analysis of common microbial metabolites such as TMAO, bile acids, tryptophan, tryptophan-derived metabolites, acylcarnitines, amino acids, citric acid cycle compounds, phosphatidylcholine and carnitine.
Targeted Metabolomics Panels
To complement our untargeted analyses, we offer specialized targeted metabolomics panels that focus on specific groups of metabolites relevant to your research. These panels provide precise quantification of compounds within key metabolic pathways, enabling deeper insights into biological functions and disease mechanisms.
Our targeted panels include:
Customised Metabolomics Solutions
At Cmbio, we understand that every research question is unique. That’s why we offer fully customised metabolomics solutions to support your specific study design, from early-stage concept to advanced data interpretation.
Whether you're exploring microbial-host interaction studies, investigating disease mechanisms, or seeking precision in microbiome metabolite analysis, our LC-MS/MS metabolomics platforms provide flexible, high-resolution metabolic profiling across diverse sample types.
You’ll work closely with our expert team for tailored method development, selection of the most relevant metabolite panels, and in-depth metabolomics data interpretation. We also offer research metabolomics consulting to help refine your hypotheses, optimise your experimental workflow, and generate robust, publication-ready results.
Contact Our Metabolomics Team to design a solution aligned with your research goals
