Relationship between ketogenesis and gluconeogenesis in isolated hepatocytes from newborn rats
Pascal Ferré, P. Satabin, LEILA EL MANOUBI, Soomant Callikan, J. Girard
Abstract
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Pascal Ferré, P. Satabin, LEILA EL MANOUBI, Soomant Callikan, J. Girard
Abstract
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In hepatocytes from 1-day-old rats, active gluconeogenesis occurs in parallel with active ketogenesis, although the carbon atoms of non-esterified fatty acids do not participate in glucose synthesis. Once a significant ketogenesis is established, a further increase does not enhance gluconeogenesis. Indeed, octanoate is more ketogenic than oleate, but stimulates gluconeogenesis to a similar extent.
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In hepatocytes from 1-day-old rats, active gluconeogenesis occurs in parallel with active ketogenesis, although the carbon atoms of non-esterified fatty acids do not participate in glucose synthesis. Once a significant ketogenesis is established, a further increase does not enhance gluconeogenesis. Indeed, octanoate is more ketogenic than oleate, but stimulates gluconeogenesis to a similar extent.
Key concepts: Ketogenesis, Gluconeogenesis, Internal medicine, Chemistry, Endocrinology, Ketone bodies, Biochemistry, Metabolism