Overview of Aging Research

Aging is a universal trait and a key risk factor for a variety of human diseases, and it is critical to identify the cellular and molecular mechanisms of aging and age-related diseases.

Current research focuses on high-throughput sequencing and bioinformatics approaches to help unravel the molecular mechanisms of aging, longevity, and age-related diseases, identify aging biomarkers, construct age clocks to distinguish between real age and biological age, and progressively expand a more comprehensive understanding of aging.

Our Services

CD BioSciences is an integrated biotechnology company offering a wide range of professional services. We are focused on providing a high-quality and reliable biological age clock technology platform for longevity research to advance your aging research.

We utilize DNA methylation, telomere measurement, transcriptome, proteome, metabolome, and other advanced technologies to provide aging research services to our global customers, contributing to the continued development of aging and related drug research. As experts in the field of aging, we provide our clients with a complete system of aging research technologies to provide only the highest quality technical services.

Omics technologies provide valuable tools to study aging at the molecular level. We can provide genomic, transcriptomic, proteomic, and metabolomic approaches that allow the integration of different types of aging data and drive further development of research in this field.

The field of aging analysis focuses on understanding the mechanisms and processes that contribute to aging at a cellular, molecular, and systemic level. We can analyze the molecular hallmarks of aging in multiple ways, including genomic, telomeric, mitochondrial, epigenetic, and cellular levels.

Telomeres shorten progressively with age, and therefore telomere length can be used as a predictor to determine the lifespan of cells and organisms. We provide a technical platform for telomere length measurement and telomere-related research services.

DNA methylation is an epigenetic modification that plays a key role in many aging-related biological processes. Based on this, we can use DNA methylation analysis for related studies, such as age prediction, disease risk prediction, and aging mechanism exploration.

Cell Reprogramming Services for Anti-Aging

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Cell reprogramming has emerged as a powerful tool in aging studies, offering insights into cellular aging and potential strategies for rejuvenation. We offer two main types of cell reprogramming services, one is somatic cell nuclear transplantation and the other is iPSC reprogramming; thereby achieving anti-aging.

Cellular Autophagy Analysis in Aging

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Cellular autophagy, a process in which cells recycle damaged or unneeded components, has become a crucial area of study in understanding the aging process. Our advanced technology enables accurate analysis of cellular autophagic structure, autophagic activity, and signaling pathways.

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