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Vitamin C with metabolites reduce oxalate levels compared to ascorbic acid: a preliminary and novel clinical urologic finding.
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2009
Year
NutritionOxalate LevelsOxidative StressAscorbic AcidKidney StonesRenal FunctionChronic Kidney DiseaseUrological ResearchKidney FailureVitamin CRenal PathophysiologyMetabolomicsPharmacologyUrologyPhysiologyMetabolismMedicineNephrologyKidney Research
The incidence and prevalence of kidney stones are notable and are projected to increase over the next decade. Risk factors for kidney stones abound, but a prominent risk factor is hyperoxaluria, which has numerous etiologies, including vitamin C (ascorbic acid) dietary supplement intake. This randomized, double-blind, crossover study examined the effects of two different vitamin C formulations and found that vitamin C with metabolites (Ester-C) significantly reduced urine oxalate levels compared to ascorbic acid. This is a potential novel finding that requires further clinical evaluation.