KDM-derived δAge

1. Omnivorous/high-fat diet has no effect on KDM-derived δAge in humans.

   “The OHF group, most like participants' baseline diets, showed no meaningful change in δAge.”

   Human trialChange from baseline4 weeks

   Short-Term Dietary Intervention Alters Physiological Profiles Relevant to Ageing

   Aging cell·27 Apr 2026

More on Omnivorous/high-fat diet

1. Semi-vegetarian/high-carbohydrate diet decreases KDM-derived δAge in humans.

   “The VHF and VHC groups showed similar reductions in δAge, relative to OHF, though not all reached statistical significance.”

   Human trialCompared with the omnivorous/high-fat diet; individual statistical significance not specified4 weeks

   Short-Term Dietary Intervention Alters Physiological Profiles Relevant to Ageing

   Aging cell·27 Apr 2026

More on Semi-vegetarian/high-carbohydrate diet

1. Semi-vegetarian/high-fat diet decreases KDM-derived δAge in humans.

   “The VHF and VHC groups showed similar reductions in δAge, relative to OHF, though not all reached statistical significance.”

   Human trialCompared with the omnivorous/high-fat diet; individual statistical significance not specified4 weeks

   Short-Term Dietary Intervention Alters Physiological Profiles Relevant to Ageing

   Aging cell·27 Apr 2026

More on Semi-vegetarian/high-fat diet

1. Omnivorous/high-carbohydrate diet decreases KDM-derived δAge in humans.

   “Compared to OHF, participants in the OHC group showed a significant reduction in δAge.”

   Human trialCompared with the omnivorous/high-fat diet4 weeks

   Short-Term Dietary Intervention Alters Physiological Profiles Relevant to Ageing

   Aging cell·27 Apr 2026

More on Omnivorous/high-carbohydrate diet