Press Releases

The telomere length aging clocks platform is an innovative solution designed to provide a comprehensive measurement and analysis of telomere length, a crucial biomarker of aging. By using state-of-the-art technologies and methodologies, this platform can achieve high-throughput real-time detection of classical mean telomere length as well as absolute telomere length and distribution.

Telomeres are the protective caps at the ends of chromosomes that shorten with each cell division and are associated with cellular aging. Measuring telomere length can provide valuable insights into an individual’s biological age and age-related diseases. The telomere length aging clocks platform utilizes advanced laboratory techniques, such as polymerase chain reaction (PCR), to accurately measure telomere length in a high-throughput and low-reagent consumption manner. It can offer a complete solution from sample collection to data analysis, enabling researchers and healthcare professionals to obtain reliable and actionable telomere length data.

By applying unique telomere length measurement technology and research system, this platform can explore aging and age-related diseases for telomere length analysis, providing solutions including basic telomere length measurement, comprehensive dynamic analysis, assessment of factors affecting telomeres, in vitro screening of compounds that modulate telomere length, and more. A standard curve is generated, the assay sample is diluted, individual telomere molecules are isolated, and different telomere lengths are determined in each sample.

The platform features innovative algorithms and software tools that analyze telomere length data and provide comprehensive reports. These reports offer insights into an individual’s telomere length distribution, overall telomere length measurement, and comparisons with population norms or specific age-related groups. This information is crucial for understanding the aging process, assessing disease risk, and monitoring the effectiveness of interventions or treatments aimed at slowing down aging.

The platform also enables the integration of other aging clocks or biomarkers to provide a more comprehensive assessment of biological age. By combining telomere length measurements with other indicators of aging, such as DNA methylation aging clocks and multi-omics aging clocks, researchers can gain a deeper understanding of the aging process and its impact on health.

Overall, the telomere length aging clocks platform offers a powerful and comprehensive solution for telomere length research in aging, providing valuable insights into an individual’s biological age and age-related diseases.