DNA Methylation Aging Clocks

With DNA methylation age clock technology, we provide a unique solution for aging research, using DNA methylation markers to predict biological age, allowing the evaluation and validation of various anti-aging therapies.

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Telomere Length Aging Clocks

With telomere length clock technology, we provide a unique solution for aging research, using telomere length markers to predict biological age, allowing the evaluation and validation of various anti-aging therapies.

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Multi-Omics Aging Clocks

With multi-omics clock technology, we provide a unique solution for aging research, using transcriptome, proteome, metabolic and other omics markers to predict biological age, allowing the evaluation and validation of various anti-aging therapies.

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Unique Technology Platforms

We use multi-omics and bioinformatics to construct high-quality biological age clocks.

Multi-directional use

Not limited to a single technique, multi-level age clocks can help researchers study aging holistically

Precise targeting, highly accurate

Relying on powerful histology technology capable of precise targeting, multiple levels complement each other to achieve high accuracy

Extensive applications in aging research

Basic research on aging, development of interventions, development of therapies for related diseases, evaluation, validation, etc.

Applications

From genome, transcriptome, proteome to transcriptome is the core of all biology and is the key to aging mechanisms, aging phenotypes, and anti-aging therapies. Listed below are some of the key application areas for our technologies. Please contact us to inquire about these or any other applications of interest.

Biological Age Prediction

Expanding the discovery landscape to find the best age biomarkers helps our partners to be able to accurately predict biological age through highly specific, sensitive targets.

Basic Research on Aging

Our age clock technology platform is both sensitive and multidimensional, making it well suited for studying complex modes of action in aging and exploring molecular mechanisms.

Anti-Aging Therapy Development

The ability to reliably identify anti-aging targets through multi-dimensional age clock technology enables our partners to develop anti-aging interventions, gene therapy for age-related diseases, cellular therapies, etc.

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To collaborate with us or learn more about how we can help you with your aging-related research, please contact us.

CD BioSciences is seeking research collaborations to apply the technology platform to the pharmaceutical industry for aging-related diseases.

Get a sneak peek at the development of our technology platform.