Increasing evidence suggests that frailty results from a complex age-associated metabolic decline. Here, we investigated the serum metabolomic profile of a well-characterized cohort of elderly subjects encompassing the whole fit-to-frail continuum. Enrichment analyses revealed a complex dysregulation of amino acids and energy metabolism in both pre-frail and frail participants. Remarkably, upregulated betaine levels emerged as a specific biochemical signature of pre-frail females, holding promise for the development of novel targeted interventions.
1H-NMR-based metabolomics identifies disrupted betaine metabolism as distinct serum signature of pre-frailty / Marino, Carmen; Imarisio, Alberto; Gasparri, Clara; Napolitano, Enza; Di Maio, Anna; Avenali, Micol; Buongarzone, Gabriele; Galandra, Caterina; Picascia, Marta; Grimaldi, Manuela; Errico, Francesco; Rondanelli, Mariangela; D'Ursi, Anna Maria; Valente, Enza Maria; Usiello, Alessandro. - In: NPJ AGING. - ISSN 2731-6068. - 11:1(2025). [10.1038/s41514-025-00218-z]
1H-NMR-based metabolomics identifies disrupted betaine metabolism as distinct serum signature of pre-frailty
Errico, Francesco;
2025
Abstract
Increasing evidence suggests that frailty results from a complex age-associated metabolic decline. Here, we investigated the serum metabolomic profile of a well-characterized cohort of elderly subjects encompassing the whole fit-to-frail continuum. Enrichment analyses revealed a complex dysregulation of amino acids and energy metabolism in both pre-frail and frail participants. Remarkably, upregulated betaine levels emerged as a specific biochemical signature of pre-frail females, holding promise for the development of novel targeted interventions.| File | Dimensione | Formato | |
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2025. Marino et al (npj Aging, 2025).pdf
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