Microorganisms have existed on Earth for at least 3.8 billion years and are found in almost all corners of the biosphere, and the diversity of microbial metabolic capabilities and metabolic forms is unmatched by any other organism on Earth. The small size of microbial genomes and the relatively small amount of data available from genomics, transcriptomics, and proteomics compared to eukaryotes do not affect the study of the metabolome (there are approximately 20,000 microbial metabolites that have been elucidated) and allow for a comprehensive understanding of microbial physiological functions.

What We Offer

Lifeasible provides a one-stop service for microbial metabolomics. All you need to do is send us your experimental objectives and samples, and we will take care of all subsequent experiments. As a new member of the functional genomics research technology family, metabolomics is a good tool to study microbial cellular functions with the help of whole-component analysis of microbial cellular metabolites in response to environmental and genetic changes, as metabolomics is closer to the reflection of cellular functions. In addition, microorganisms are small and simple in structure, culture conditions are relatively easy to meet, most microorganisms can be obtained in a large number of cultures in a short period of time, and it is easy to relate metabolic processes to cellular function or phenotype.

The data from metabolomics are clearly different from those obtained from genomics (what can happen), transcriptomics (what can happen), and proteomics (what depends on it), and reflect what is already happening in the cell. Lifeasible has established separate metabolomics platforms for primary and secondary microbial metabolites using advanced mass spectrometry, and depending on We use different sample processing protocols to efficiently extract microbial metabolites for analysis depending on your experimental objectives, improving the quantity and accuracy of metabolite identification and quantification while effectively solving your project problems.

We Do Better

The microbial metabolite detection and analysis process also include the detection and analysis of bacterial metabolites. A variety of bacteria have their own unique enzyme system, and thus the ability to decompose different substrates, their metabolites are different. The use of biochemical methods to identify different bacteria is called biochemical tests or biochemical reactions of bacteria. Lifeasible can determine these metabolites using biochemical methods, which can distinguish and identify the species of bacteria.

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