Innovative Metabolic Clock Aims to Detect Early Signs of Disease and Accelerated Aging
Discover the new metabolic clock developed by CIC bioGUNE that predicts biological age and identifies early signs of disease through simple blood analysis, paving the way for proactive health management.
A groundbreaking development in health monitoring has emerged from a team at CIC bioGUNE, a leading research center. They have devised a 'metabolic clock' that can assess biological aging and detect potential health issues before symptoms manifest, using a simple blood test. This novel tool leverages advanced metabolomics, specifically NMR (nuclear magnetic resonance), to analyze small molecules in the blood, offering insights into an individual's true biological age.
The research, led by Prof. José M. Mato and Dr. Óscar Millet, utilized data from over 13,500 participants in the AKRIBEA cohort based in the Basque Country, in collaboration with the Mondragón Corporation. The comprehensive dataset ultimately included approximately 20,000 individuals spanning various age groups. Their goal was to move beyond the superficial reading of chronological age and develop an independent measure of biological age that could reveal early disease markers.
In their study, published in npj Metabolic Health and Disease, the team demonstrated the clock's ability to identify discrepancies between real age and metabolic age. For instance, prostate cancer patients showed a biological age nearly five years older than their actual age, while individuals with fatty liver disease (MASLD) exhibited an age difference exceeding 14 years. Interestingly, different subtypes of fatty liver disease displayed distinct aging patterns, which are typically difficult to detect with standard clinical tests.
Beyond predicting biological age, the platform can estimate over 25 clinical parameters such as inflammation levels and kidney function from the same blood sample. This integrated approach could provide a more comprehensive health assessment from a minimally invasive test.
Dr. Millet emphasized, “Much of the information needed for health evaluation is already encoded within serum NMR spectra; our aim was to harness this data to better understand individual health trajectories.” The promising results align with CIC bioGUNE's focus on precision medicine, intending to refine healthcare strategies to promote longer, healthier lives.
This innovative metabolic clock represents a significant step forward in personalized medicine, allowing for early intervention and tailored health management based on metabolic aging. With further validation, the technology could become a routine part of clinical practice, transforming disease prevention and health monitoring.
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