Proteomic Analysis in Aging Research
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Proteomic Analysis in Aging Research


Proteomics platforms are capable of assessing various proteins from a wide range of biological samples. Proteomics studies allow the identification of protein classes in different tissues and the characterization of changes in protein expression to provide insight into aging mechanisms and to be used as biomarkers to monitor the aging process of the body. This new source of aging information also offers the possibility of lifespan extension and the development of disease therapies. To address proteomic research in aging, CD BioSciences provides quantitative analysis of aging proteins to give researchers direct information about the biological pathways of aging.

Overview Aging Proteome Quantification Analysis Services

We use LC-MS/MS technology to provide proteome analysis of numerous biological samples to obtain a comprehensive proteomic data set. Our clients can use such a valuable information resource to understand and elucidate the molecular pathways of aging and related diseases.

Aging-related protein abundance

We provide a comprehensive view of protein abundance changes associated with aging, allowing researchers to identify proteins that are upregulated or downregulated during the aging process.

Aging-related protein co-expression network

We provide protein co-expression network analysis that correlates protein modules with aging or related diseases to elucidate their link to diagnosis.

Tissue-specific changes in the aging process

Using proteome quantification analysis, we can compare protein abundance levels between different tissues or organs, offering insights into tissue-specific changes that occur during aging.

Workflow of Aging Proteome Quantification Analysis

The generic operational flow of our analytical method is shown in the figure below and can be used for large-scale quantitative proteomics.

Workflow of Aging Proteome Quantification Analysis

  • Sample processing. Mainly includes sample homogenization and protein digestion processing.
  • MS analysis. The treated samples are separated in a graded manner, eluted on the sample, and scanned for quantification.
  • Data analysis. We provide pre-processing of raw sequencing data, mass spectrometry searches in the proteomic database, functional annotation, enrichment analysis, clustering analysis of age-related proteins, etc.

Our Technical Advantages

In-depth coverage of sample proteome. Our protein sequencing depth can be assessed by technology validation and data comparison, and over 90% of proteins can be identified with high confidence, covering most of the proteome in depth.

Proteome-wide quantification. The main advantage of our technology is the ability to quantify multiple proteins in a sample simultaneously, multiplexing in LC-MS/MS analysis, and the ability to quantify proteins across a batch to reduce batch-to-batch variation.

As one of the technical service providers for aging research, CD BioSciences utilizes an advanced proteomic platform to build services and provide solutions for aging research. We take care of all aspects of the project, including sample processing, mass spectrometry, and bioinformatics analysis. If you are interested in our services, please feel free to contact us or make an online inquiry.

All of our services and products are intended for preclinical research use only and cannot be used to diagnose, treat or manage patients.