Metabolic Research in Aging


The metabolome differs from other omics studies in that the metabolites measured are the end products of gene and protein regulation, and they can directly characterize the physiological pathways and states of the aging process. Metabolomics has the potential to provide innovative insights into the biological processes and molecular mechanisms involved in aging.

For metabolomics studies of aging, CD BioSciences provides related services, including age-related metabolic changes, biomarker discovery, etc.

Advanced Metabolomics Technologies

Metabolites are the end products of metabolism, the levels of which are correlated with aging and age-related diseases. Metabolomics can provide information on the identification and quantification of metabolites in organisms, and as technology continues to advance and develop it has high potential to elucidate the aging process, to elucidate metabolite changes resulting from physiological processes of various intrinsic and extrinsic factors, and to serve as a systematic approach to study and understand the aging process.

The commonly used technological platforms currently available are,

  • NMR spectroscopy
  • LC-MS
  • GC-MS

Our Services

We provide the latest information and state-of-the-art technology in metabolomics studies in aging research to help our clients understand detailed age-dependent metabolite profiles and focus on specific aging biomarkers. All clients have access to our aging metabolomics technology platform for metabolomics services and studies, including basic assays and project-specific support.

Aging Metabolomics Analysis

Aging Metabolomics Analysis

The exact mechanisms of the aging process are unknown, but require integrated analysis at multiple levels. Metabolomics can add important insight by providing detailed metabolite profiles and metabolomic functions that change with age, which is a very useful and powerful tool in aging research.

Aging-Related Metabolite Biomarker Discovery

Aging-Related Metabolite Biomarker Discovery

Levels of metabolites such as hormones, lipids, glucose, amino acids and cholesterol in the human body can be used as molecular biomarkers of aging and can be used to understand the physiological changes that occur in individuals as they age, the aging process and the onset of age-related diseases.

Age Prediction Based on Metabolome

Age Prediction Based on Metabolome

The metabolome can provide us with information about biological age by measuring and identifying such potentially differential metabolomics molecules as predictors, and can be a powerful tool predict and characterize common age-related diseases such as cancer, diabetes, Parkinson's disease, etc.

Our Core Advantages

  • Advanced technology platform for targeted and untargeted metabolomics analysis.
  • Advice and support from our metabolomics experts, from the development of a complete study plan to data analysis and interpretation.
  • We turn your samples into easy-to-understand data information, including analytical data and graphical reports with figures that can be used for publishing.
  • Provide simple work steps, regular, proactive updates about project status, schedule explanations.

Markets We Serve

  • Pharmaceutical industry - Can help characterize and identify novel biomarkers for age-related diseases and evaluate them for personalized medicine.
  • Academic Research Scientists - Can help quantify and characterize the metabolome of relevant samples and provide research solutions.

Depending on the purpose of your aging metabolome study, we use a one-stop metabolomic technology to meet your research needs. We offer analyses suitable for different kinds of biological samples, such as mice, rats, flies, etc., which are commonly used as models for aging studies.

CD BioSciences has extensive experience in senescence metabolomics, and we welcome your inquiries! Thank you for your interest in our services. If you have any questions, please fill out the inquiry form and contact us immediately.

Our services are for research use only and not for any clinical use.

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We are a comprehensive technology platform company integrating aging DNA methylation, telomere, transcriptome, proteome, and metabolome research.

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