Featured Multimorbidity defines glycaemic individuality in ageing A recent study published in Nature Metabolism finds that the co-occurrence of chronic diseases, rather than any single condition, drives the progressive deterioration of glycaemic control in older adults, reframing glucose management as a multimorbidity-informed challenge. Latest Research and Reviews Face aging rate quantifies change in biological age to predict cancer outcomes Chronological age is a known predictor of cancer survival, but it cannot fully capture variations in biological aging rates. Here, the authors introduce Face Aging Rate (FAR) as a non-invasive biomarker that predicts biological age from serial facial photographs using artificial intelligence, which can serve as a prognostic factor in cancer patients. Fridolin HauggGrace LeeRaymond H. Mak News and Comment Prevailing views of cell senescence overlook its biological complexity David Bernard and colleagues discuss the complexity of roles of cell senescence and argue that it is crucial to study their contributions to both normal develoment and physiology, and to disease states in order to understand and manipulate cell senescence for therapeutic purposes. Nadine MartinHan LiDavid Bernard Multimorbidity defines glycaemic individuality in ageing A recent study published in Nature Metabolism finds that the co-occurrence of chronic diseases, rather than any single condition,
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