FAQs

Metabolism is the set of life-sustaining chemical reactions in organisms. Metabolism can be achieved in a variety of ways. It has important functions in organism survival.

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There are many types of metabolites, which serve different functions in organisms and have different commercial values.

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The metabolites from marine organisms are found to have potential applications and economic value, which may not be present in metabolites of terrestrial organisms.

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Obesity is related to the speed of metabolism. Alternatively, many metabolites produced by metabolic processes may contribute to obesity.

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Metabolomics is the scientific study of chemical processes involving metabolites, the small molecule substrates, intermediates, and products of cell metabolism. Metabolomics is widely used in various fields

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Metabolite analysis is at the heart of modern biochemical research, offering insights into cellular functions, disease mechanisms, and therapeutic outcomes. By profiling the small molecules that reflect an organism's physiological

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Untargeted metabolomics is a discovery-oriented approach that aims to measure as many metabolites as possible within a biological system—without predefined targets.

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Stable isotope-labeled metabolites play a vital role in modern metabolomics, offering unmatched precision in identifying, quantifying, and tracing the dynamic behavior of metabolites in biological systems. These specialized compounds are chemically

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Metabolites—small molecules involved in cellular metabolism—play a crucial role in signaling the presence and progression of disease. As biomarkers, they offer real-time, system-wide insights into biological functions and dysfunctions.

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Understanding complex biological systems and diseases increasingly relies on multi-omics integration, where metabolomics plays a crucial role in linking genotype to phenotype. As a downstream omics layer, metabolomics offers

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Metabolites, the small molecules that drive cellular function, are not only crucial in natural physiology but also serve as valuable bioactive compounds in pharmaceuticals, nutrition, cosmetics, and agriculture.

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Gut microbiota-derived metabolites are bioactive small molecules produced through the metabolic transformation of dietary components, host-derived compounds, and microbial substrates within

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Metabolites play a multifaceted and increasingly central role in modern drug discovery and development. As the final products of cellular processes, they reflect the dynamic

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Spatial metabolomics is a rapidly evolving discipline that aims to identify and visualize the spatial distribution of metabolites within biological tissues. While conventional metabolomics offers valuable insights

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Plant-derived metabolites play essential roles in both plant physiology and human health. These naturally occurring compounds, produced through primary and secondary metabolic pathways, contribute to plant growth, defense, and adaptation.

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Metabolic flux analysis (MFA) is an advanced systems biology approach used to quantify the rates at which metabolites are converted within metabolic pathways. Unlike traditional metabolomics that focuses on the static levels of metabolite

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Nutritional metabolomics, or nutrimetabolomics, is a subfield of metabolomics that focuses on investigating the complex interactions between diet, metabolism, and health by profiling small-molecule metabolites

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Volatile metabolites are low molecular weight compounds that readily vaporize at room temperature. As a biologically relevant subset of volatile organic compounds (VOCs), they are produced by plants, animals, and microorganisms as

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