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Dietary oxalate and calcium oxalate stones: a theoretical or real concern?
2014Oxalate is the end product of several metabolic pathways in many life forms, including plants and humans. In humans and other animals, oxalate must be excreted because there is no biological need for oxalate. In humans, the ability to manage oxalate, which originates from both endogenous and exogenous sources, relies on control of its gastrointestinal ...
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[Bariatric surgery, calcium oxalate urinary stones and oxalate nephropathy].
Nephrologie & therapeutique, 2011Bariatric surgery is now recognized as a sure and effective way for weight reduction in morbid obesity. However some procedures induce intestinal malabsorption leading to enteric hyperoxaluria. So bariatric surgery could place these patients not only at risk for nephrolithiasis but also for oxalate induced nephropathy and chronic renal failure. Because
Montagnac, R. +4 more
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A case-based review of dietary management of calcium oxalate stones
World Journal of Urology, 2023Guohua Zeng
exaly
Experimental Urolithiasis: Calcium Oxalate Stone
American Journal of Clinical Pathology, 1950openaire +2 more sources
Prevention of calcium and oxalate stones through diet
European Urology Supplements, 2019Terzoni S +3 more
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The hyperuricosuric calcium oxalate stone former.
Mineral and electrolyte metabolism, 1987Hyperuricosuric patients may form uric acid kidney stones and mixed stones containing both calcium oxalate and uric acid. Some of these patients form pure calcium oxalate stones. Explanation of this syndrome was based on the plausibility of epitaxial growth of calcium oxalate on uric acid crystals acting as substrates.
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