Metabolomics is an important area of study in systems biology, following genomics, transcriptomics, and proteomics. It is currently a research hotspot in the field of histology. The concept of metabolomics was introduced by Nicholson's group in the UK when they analyzed the composition of rat urine from a toxicology perspective. Metabolomics is a technique used to study the metabolic pathways of biological systems by examining changes in metabolites after a perturbation or stimulation, such as a specific gene variation or environmental change.
One such untargeted metabolomics technique is LC-MS/MS untargeting. This technique detects dynamic changes in a large number of metabolites before and after perturbation or stimulation of an organism by liquid chromatography-mass spectrometry (LC-MS) methods. It allows identification of metabolites with differential expression and elucidation of the organism's metabolism-related processes.
Creative Proteomics' LC-MS/MS untargeted metabolomics provides high throughput, high resolution, and high sensitivity for the analysis of metabolites that are difficult to volatilize or have poor thermal stability. This technique uses ultra-high pressure liquid chromatography (UPLC) or ultra-high performance liquid chromatography, which offers higher separation capacity, faster separation speed, and better sensitivity by using smaller particle size packing materials in combination with higher pressure.
In tandem mass spectrometry MS scan mode, primary and secondary mass spectral information of metabolites can be simultaneously acquired. This combined with metabolomics data processing software allows for resolution of mass spectral information, enabling the detection and identification of hundreds to thousands of metabolites in a single analysis.
Adopt the most stringent QC system to ensure the qualitative and quantitative results of each project
Based on high-resolution, high-sensitivity mass spectrometry platform
Basic medicine, clinical diagnosis: biomarker Biomarker, disease mechanism, disease typing, personalized treatment, etc.
Biomedicine: drug mechanism of action, drug efficacy evaluation, drug development, etc.
Microbiology: pathogenesis, drug resistance mechanism, pathogen-host interaction research, etc.
Marine aquaculture: fishery resources, mariculture, fishery environment and aquatic product safety, etc.
Bioenergy and environmental science: fermentation process optimization, biofuel production, environmental risk assessment, etc.
Food nutrition: food storage and processing conditions optimization, food components and quality identification, functional food development, food safety monitoring and testing, etc.
Figure 1. The work flow of untargeted LC-MS-based metabolomics. Source (Chi Chen et al., Computational and Structural Biotechnology 2013)
Serum/plasma/urine/rumen fluid/cerebrospinal fluid/amniotic fluid and other homogeneous liquid samples: 200ul or more/sample; cerebrospinal fluid can be as low as 100ul
Animal tissue/faecal related samples: 200mg or more/sample.
Plant roots/stems/leaves/fruits/seeds: 200mg wet weight or more/sample
Cells/microorganisms/cell supernatant/culture supernatant: more than 10^7 cells or bacteria/sample; more than 2mL/sample of supernatant.
For other sample types, please inquire us.
Thermo QE/QE Plus, AB Sciex TripleTOF® 5600/6600, Waters VION Qtof , etc.