Publication | Closed Access
In Vitro Action of Insulin on Erythrocyte Sodium Transport Mechanisms: Its Possible Role in the Pathogenesis of Arterial Hypertension
16
Citations
30
References
1988
Year
HypertensionElectrolyte DisorderPotassium MetabolismVitro ActionInsulin SignalingMetabolic SyndromeElectrolyte DisturbanceInsulin EffectPossible RoleChronic Kidney DiseaseHealth SciencesEndocrine HypertensionHypertonicityMolecular PhysiologyInsulin ManagementSodium-potassium PumpVascular BiologyPharmacologyCardiovascular DiseasePhysiologyDiabetesDiabetic Kidney DiseaseArterial HypertensionMetabolismMedicineNephrologyAnesthesiology
The effects of insulin on sodium and potassium metabolism have been well known for many years; clinical observation and laboratory experience showed different results about the insulin effect on the sodium-potassium pump. Moreover, studies about the insulin effect on the sodium-potassium cotransport are not available. Therefore, the effects of insulin on Na+,K+ pump and Na+,K+ cotransport were evaluated. Results show that insulin inhibits Na+,K+ pump, while Na+,K+ cotransport is markedly activated. The possible link between pathogenesis of arterial hypertension in hyperinsulinemic subjects and present data is examined.
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