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Metabolomics Service
Metabolomics mainly studies all metabolic responses of living individuals to exogenous stimuli, environmental changes, or genetic modifications. In addition, environmental metabolomics is also a means of addressing challenging ecotoxicological problems. BioVenic provides high-level metabolomics services for aquatic animals, helping researchers understand the physiological status of organisms and the response to changes in the internal and external environment.
Metabolomics aims to characterize organisms' metabolic status, discover biomarkers, and study metabolic pathways, telling us what has happened or is happening. Metabolomics is widely used in biomedical research, drug development, food safety, environmental monitoring, and other fields, and has important scientific research and application value. The study of aquatic organisms such as microorganisms and Marine mammals is the key field of environmental metabolomics.
Fig. 1 Representative workflows
of metabolomics. (Hyung, K & Jong-Seong, K.; 2021)
Metabolites represent the final products of cellular regulatory processes and are highly sensitive to external influences, so the characteristics can be seen as the ultimate response of biological systems to genetic or environmental changes. Most metabolite structures are not species-specific unlike the nucleic acid and amino acid sequences. Therefore, metabolomics can be easily applied to the study of non-model organisms, making it widely used in aquaculture research.
Fig. 2 Applications of Metabolomics in Aquaculture Research.
BioVenic offers advanced metabolomics services for aquatic animals, revealing the physiological status and environmental response through comprehensive metabolite analysis. Metabolomics includes untargeted and targeted metabolomics. The differences between targeted metabolomics and non-targeted metabolomics are as follows. We provide customizable untargeted or targeted metabolomics-related services.
| Untargeted Metabolomics | Targeted Metabolomics | |
| Objective | Identify differential metabolites and search for biomarkers. | Pay attention to target metabolites, generally focusing on pathways. |
| Qualitative & Quantitative | Can be qualitative, or relatively quantitative. | Simultaneous qualitative and quantitative analysis can detect concentration. |
| Method | Direct injection for analysis, with relatively low cos | Standard products need to be purchased first for methodological validation before testing, which incurs high costs. |
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At BioVenic, we specialize in advanced biotechnology services tailored to aquatic animals. Our mission is to support the advancement of aquatic life and human health. Our metabolomics service provides multidimensional metabolic data analysis to help you understand aquatic animals' overall metabolic status and health level. For any inquiries or needs, please contact us today.
Reference
Our products and services are for research use only and cannot be used for any clinical purposes.