Body Fluid Metabolomics Analysis Service

    Body fluid metabolomics is an important branch of metabolomics. It focuses on animal body fluids, evaluating the impact of endogenous stimuli (such as drugs or toxins) on the body by qualitatively and quantitatively analyzing changes in endogenous metabolites within biological systems. Human metabolism involves a series of complex biophysical and biochemical reactions. The volume, electrolyte concentration, osmotic pressure, and pH of intracellular and extracellular fluids continuously influence cellular metabolism. Different body fluids perform various functions, such as blood transporting nutrients and metabolic waste, and saliva moistening the mouth and aiding in digestion, and are associated with corresponding organs or tissues. Body fluids are essential media for studying human organs and tissues and constitute the fundamental and most crucial component of metabolomics.


    MtoZ Biolabs provides one-stop body fluid metabolomics services. You only need to specify your experimental objectives and send the samples; we will handle all subsequent experiments. MtoZ Biolabs utilizes Thermo's Q Exactive and AB's Q TOF 5600 mass spectrometers to establish a research platform for body fluid metabolomics. According to your experimental objectives, we employ different sample processing methods to efficiently extract metabolites for analysis, thereby enhancing metabolite identification and quantification while effectively meeting your research needs.


    Sample Submission Requirements

    1. Sample Preservation

    Animal body fluids (e.g., blood, tissue, organ, saliva): Sampling should be processed quickly and precautions should be taken, such as adding anticoagulants and preservatives, and immediately freezing (-80°C).


    2. Sample Pretreatment

    After sampling, you can pre-treat the samples. If you need extracting methods of various types of metabolites, free consultation is available!



    1. Experimental Procedures

    2. Mass Spectrometry Parameters

    3. Mass Spectrometry Images

    4. Raw Data

    5. Metabolomics Analysis Results

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