… circulating ketone body … ketone bodies is SCOT-dependent mitochondrial terminal oxidation
in the tricarboxylic acid cycle, in this review, we explore alternative roles that ketone bodies …

… endpoint effects of ketone bodies. In this review, we discuss the impact of ketone bodies on
the … as epigenetic modifiers and from the perspective of their anti-inflammatory properties. …

… Recent findings suggest that β-OHB coordinates cellular functions via a novel epigenetic
modification termed the β-hydroxybutyrylation, that integrates classic DNA methylation and …

… We identified a specific epigenetic modification of the chromatine, at the level of histone 3,
namely a double methylation of lysine 27 and a single methylation of lysine 36 (…

… Epigenetic modifications constitute a key element of regulation of gene transcription. Recent
… that ketone bodies coordinate cellular functions via a novel epigenetic modification—β-…

… of ketone bodies during … epigenetics could broadly affect multiple gene sites in a sustained
manner, it would be interesting to clarify the salutary effect of BHB on chromatin modification …

… β-Hydroxybutyrate (BHB) is the main component of ketone bodies, constituting around 70
% of the circulating ketone body pool. Previous studies suggested that physiological doses of …

… of CR appear to be due to modification of specific nutrient-… cellular environment and the
epigenetic changes associated with … many also alter the epigenetic regulation of gene expression…

… Main ketone bodies are involved in different epigenetic mechanisms, which are responsible
… Previously, we commented that ketotherapy is an epigenetic modifier. Β-hydroxybutyrate is …

… both acetate and ketone bodies can be utilized for brain energy production, bypass glycolysis,
and spare cytosolic NAD, acetate and ketone bodies are distinct in that ketone bodies, but …