Report on the high-sensitivity non-target analysis plan for water-soluble and ionic metabolites, including unidentified peaks.
Our company offers a wide range of contract metabolome analysis services. The non-targeted high-sensitivity metabolome analysis service "ω Scan Advanced" comprehensively and sensitively analyzes both known metabolites (over 1,000 types) and unidentified peaks, including peaks with unknown substance names, for water-soluble and ionic metabolites. In addition to covering many primary metabolites such as sugar phosphates, amino acids, nucleic acids, organic acids, vitamins, short/medium-chain fatty acids, and dipeptides with high-sensitivity analysis through "Omega Scan," this plan also reports all peaks that can be analyzed with high-sensitivity CE-FTMS (non-targeted analysis), making it the most comprehensive plan available. This service is recommended for those who want to explore not only known metabolites but also new metabolites, conduct screenings to capture extensive metabolic changes, or search for unknown biomarkers. *For more details, please click on the related links below. Feel free to contact us as well.
Inquire About This Product
basic information
The results will be compiled into an analysis report. Additionally, Excel data will also be delivered. The analysis report will include the following: - Detection values (standardized area values) of detected peaks, including unidentified substances - Results of inter-group comparisons using area values - Heat maps of principal component analysis (PCA) and hierarchical clustering analysis (HCA) results (for known substances only) - Pathway maps depicting measurement results in metabolic pathways such as central carbon metabolism and amino acid metabolism (for known substances only) ■ Main Uses - Biomarker discovery using body fluid samples such as blood - Establishing quality evaluation indicators for food, industrial products, etc. ■ Analytes - Approximately 1,000 types of water-soluble and ionic metabolites - Endogenous metabolites constituting primary metabolism of plants and animals: sugars, amino acids, nucleic acids, organic acids, etc. - All metabolites measurable by CE-FTMS in addition to the known substances above Comprehensive analysis of dipeptides (dipeptide scan) is available as an option. ■ Sample Types: Generally all types of biological samples ■ Delivery Time: Please inquire (contact us if a short delivery time is desired) *For more details, please click on the related links below or feel free to contact us.
Price range
Delivery Time
Applications/Examples of results
For more details, please click on the related link or feel free to contact us.
Company information
Substances such as amino acids, fatty acids, and organic acids play a significant role in maintaining biological functions in all living organisms, including animals and plants. These substances are referred to as metabolites (metabolome). In everyday life, metabolites (metabolome) are also related to the nutrients and flavors of food. Glutamic acid, known for its umami component, as well as GABA, DHA, and EPA, which are often mentioned in functional food labeling, are also considered "metabolites." Human Metabolome Technologies, Inc. (HMT) is a research and development venture that focuses on innovative analytical technologies that enable the analysis of metabolites contained in various samples, offering contract analysis services. HMT's metabolome contract analysis supports research and development across various fields, including drug discovery, healthcare, food, and chemistry. In recent years, we have been utilized for a wide range of applications, including biomarker discovery, development of functional foods, exploration and evaluation of new active ingredients, and enhancing the branding value of in-house products. <Our Features> - A unique product lineup centered on the innovative analytical technology of CE-MS - Over 5,000 analysis achievements - Pre-examination consultations and post-examination follow-ups by experts
![[Structural Analysis Example] Buckling Analysis of an Empty Can](https://image.mono.ipros.com/public/product/image/aa7/2000809804/IPROS31341609478351502675.png?w=280&h=280)