University of Colorado Anschutz Medical Campus
Targeted metabolomics approaches ranging from focused, pathway-oriented assays to broad standardized profiling of hundreds of metabolites and lipids. Choose the approach that best matches the biological question, desired coverage, and level of quantitative specificity.
Choose focused pathway-oriented assays when the biological question is specific, or extended standardized profiling when wider quantitative coverage is needed.
Quantitative analysis of defined metabolite panels selected around specific biochemical pathways, compound classes, or biological questions.
Standardized profiling of up to 1,233 metabolites across 49 biochemical classes, providing broad quantitative coverage of small molecules and lipids.
Select from our in-house targeted assays for quantitative measurement of defined metabolite panels. Individual assay pages provide measured compounds and biological pathway context.
Targeted analysis of lipid mediators derived from polyunsaturated fatty acids, supporting studies of inflammation and related signaling pathways.
Broad profiling of amino acids and related metabolites connected to essential amino acid status, nitrogen handling, urea cycle activity, sulfur/redox balance, collagen turnover, and muscle-associated metabolism.
Focused measurements of selected nucleotides and cofactors relevant to cellular metabolism and energy balance.
Eight-analyte panel covering free carnitine and short-, medium-, and long-chain acylcarnitines, with interactive context for the carnitine shuttle and fatty acid oxidation.
Comprehensive profiling of primary, secondary, conjugated, sulfated, and muricholic bile acids associated with liver function, gut microbiome activity, FXR/TGR5 signaling, and metabolic regulation.
Targeted measurement of endocannabinoid signaling lipids involved in metabolic and physiological regulation.
Analysis of plant-derived cannabinoid compounds for projects requiring focused small-molecule quantitation.
Targeted analysis of selected PAH compounds for environmental exposure and related research.
Targeted analysis of selected metabolites of polycyclic aromatic hydrocarbons for exposure-related studies.
Fatty acid profiling following conversion to methyl esters, supporting analysis of fatty acid composition.
Focused analysis of NAD-related compounds and cofactors associated with cellular redox metabolism.
Quantitation of central energy metabolism intermediates supporting studies of mitochondrial function, glycolysis, and cellular metabolic remodeling.
Targeted quantitation of seven straight-chain and branched-chain SCFAs associated with gut microbial fermentation and host metabolism.
Targeted quantitation of imatinib to support pharmacokinetic studies, drug exposure assessment, and therapeutic drug monitoring research..
Targeted profiling of selected tryptophan–kynurenine pathway metabolites, neurotransmitters, and related compounds using the Biocrates MxP Quant 1000 platform.
Academic rates are shown per sample. Final project cost may depend on sample matrix, sample number, calibration requirements, and method modifications. Industry, external, and custom project rates are available upon request.
For studies requiring broader metabolic coverage, the Biocrates Quant 1000 platform provides standardized quantitative profiling across a large panel of small molecules and lipids.