Hyperammonaemia disrupts daily rhythms reversibly by elevating glutamate in the central circadian pacemaker

Overview of attention for article published in Liver International, November 2022

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@LiverInt @MontagneseSara @JasmohanBajaj

RT @LiverInt: 1/2 🧪🔬A new study finds that hyperammonaemia affects circadian regulation by ⬆️ extracellular glutamate in the SCN ✳️ First…

@RhythmSleep @Unipd_Medicina @DiBio_UniPD @EbrsOfficial @UniPadova @AIMS_sonnomed @SRBR_Outreach

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