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Can magnesium act as a second messenger? Current data on translocation induced by various biologically active substances.
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2000
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Second MessengerCurrent DataSignal TransductionMolecular PhysiologyBiochemistryFree Intracellular Mg2+Ion ChannelMedicinePhysiologyActive SubstancesG Protein-coupled ReceptorMechanism Of ActionIon ChannelsEndocrinologyPharmacologyCell BiologyCell SignalingCellular Physiology
Free intracellular Mg2+([Mg2+]i) can potentially integrate the signals from hormones, cellular metabolism and organismal ion homeostasis and affect the activities of ion channel and other effectors. Interest in [Mg2+]i has been heightened by recent reports that small changes in [Mg2+]i in the physiological range can significantly modulate important cellular functions. In addition, a variety of new evidence shows that [Mg2+]i instantaneously changes following stimulation with various biologically active substances. These observations suggest that [Mg2+]i may act as a second messenger.