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Measuring Telomere Length Through Comprehensive Telomere Length Aging Clocks Platform

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Measuring Telomere Length Through Comprehensive Telomere Length Aging Clocks Platform

December 08
20:25 2022
Based on the cutting-edge aging clocks, the Telomere Length Aging Clocks Platform allows comprehensive telomere length analysis for individuals, physicians, researchers, and companies, promoting more intensive research regarding human aging and longevity.

New York, USA – December 8, 2022 – The Telomere Length Aging Clocks Platform is designed to help researchers fully explore the overall health and aging process of an individual or group. Based on the cutting-edge aging clocks, this platform allows comprehensive telomere length analysis for individuals, physicians, researchers, and companies, promoting more intensive research regarding human aging and longevity.

Telomeres are protective end caps of chromosomes and play very important roles in the aging process. As a result of mitosis, telomeres are shortened, and aging is observed. Therefore, telomere length is regarded as a biomarker of aging or related human diseases. To precisely measure telomere length, the Telomere Length Aging Clocks Platform is integrated with advanced telomere analysis technology and software-automated data processing technique, which can cover most requirements for telomere length measurements, including:

• Average Telomere Length Measurement

Average telomere length is one of the most studied telomere parameters and may vary in different organs, tissues, and cells within individuals, and these variations may explain the mechanisms of specific cellular functions. Techniques such as the Q-PCR, TRF, and Q-FISH are applied to determine the telomere length.

• Shortest Telomere Measurement

The shortest telomeres are associated with genetic alterations that may contribute to cellular senescence, and their relative percentage can be used as a predictor of lifespan or as a biomarker for related diseases. The Telomere Length Aging Clocks Platform is able to detect telomeres in the <1~18 kb range for applications in the aging process, disease progression, and telomere-related processes, including human and animal samples.

• Telomere Length Distribution Measurement

Measuring telomere length distribution can help explore telomere changes. The Telomere Length Aging Clocks Platform utilizes the PCR-based method to measure the overall telomere length, detect the length of each telomere over a wide dynamic range, and calculate the percentage to obtain the telomere length distribution characteristics of the sample.

• Telomere Length Dynamic Analysis

The Telomere Length Aging Clocks Platform recognizes samples, such as blood, tissues, cells, and extracted genomic DNA, and measures the average telomere length to obtain longitudinal data of telomere length at different stages regarding the same sample. Moreover, models are constructed to explore the relationship between telomere modifications and ages or other factors.

Telomere Length Aging Clocks Platform has many advantages in measuring telomere length, all of which make it a preferred choice for individual researchers or companies seeking precise telomere length information and fast measurement cycles.

About Telomere Length Aging Clocks Platform

The Telomere Length Aging Clocks Platform includes a variety of aging clock technologies with multiple complementary approaches that allow researchers to access diverse levels of aging explorations. This technology provides a safe, efficient, and convenient way to measure and analyze telomere length and uncover underlying mechanisms interconnecting telomere length distribution to telomere maintenance and biological aging.

Media Contact
Company Name: CD BioSciences
Contact Person: Media Relations
Email: Send Email
Phone: 1-315-636-4280
Country: United States
Website: https://www.agingclocks.com

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