We provide flexible metabolomics workflows designed to answer specific biological and translational research questions.
Discovery-driven metabolic profiling for hypothesis generation.
Detect thousands of molecular features across biological samples to uncover metabolic changes and identify potential biomarkers.
Quantitative analysis of predefined metabolites using validated assays and reference standards.
Ideal for mechanistic studies, clinical research, and pathway-focused investigations.
A hybrid strategy combining quantitative analysis of metabolite classes with broader metabolic coverage, enabling both hypothesis testing and contextual discovery.
From standard biofluids to complex research samples, we adapt preparation and analytical workflows to the matrix.
Common matrices include:
These workflows are typically implemented within targeted or semi-targeted metabolomics frameworks.
We convert mass spectrometry data into biologically meaningful insights through structured analysis.
Signal normalization and batch effect correction
Multivariate and univariate methods, including PCA, PLS-DA, and differential analysis
Pathway mapping and enrichment analysis
Interpretation in the context of your study design and research hypothesis
Methods tailored to each biological matrix and research objective rather than relying on fixed panels.
High-resolution LC-MS/MS and GC-MS platforms enabling sensitive and reproducible metabolite detection.
Support in study design, experimental strategy, and interpretation of metabolomics results.
All projects include raw data, processed datasets, and documented workflows to ensure reproducibility and further analysis.
Latest articles on metabolomics methods, applications, and research updates from Arome Science.
We collaborate with leading research organizations and biotechnology companies to advance metabolomics technologies and microbiome science.
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Research and production company offering a wide selection of supplement products designed to support human health
The partnership's primary objective is to advance and validate the metabolomics test to ultimately of making it accessible to consumers in the near future. This significant development represents a major stride forward in delivering comprehensive and easily accessible metabolomics analysis for individuals
Arome Science brings together experts in mass spectrometry, metabolomics, microbiome science, and computational biology.
Tell us about your research question, sample type, and project goals.
Our team will evaluate feasibility and recommend the most appropriate analytical workflow.
