Enteric hyperoxaluria causes tubular deposition calcium oxalate crystals and severe chronic interstitial nephritis. We describe a patient with pre-terminal renal failure due to oxalate nephropathy after ileal resection. Increased oral hydration, low oxalate diet, and oral calcium carbonate and potassium citrate supplements resulted in a significant improvement of renal function. During the three-year follow-up, urinary oxalate concentration was repeatedly reduced below the crystallization threshold and serum creatinine decreased from 4.5 to 1.7 mg/dL. This case illustrates the benefit of combining and optimizing dietary and medical management in enteric hyperoxaluria, even in patients with advanced chronic kidney disease
Oxalate nephropathy due to Hyperoxaluria and elevated serum oxalate level is a well-known cause for ...
Hyperoxaluria leads to urinary calcium oxalate (CaOx) supersaturation, resulting in the formation an...
Oxalate Nephropathy is characterised by the presence of tubular crystalline deposits of calcium oxal...
Hyperoxaluria results from either inherited disorders of glyoxylate metabolism leading to hepatic ox...
Background. Enteric hyperoxaluria due to malabsorption may cause chronic oxalate nephropathy and lea...
Abstract Enteric hyperoxaluria can lead to renal failure. There have only been a few reports of rena...
Hyperoxaluria is rarely considered as a cause of rapidly progressive renal failure. A case is report...
Abstract Background Calcium oxalate nephropathy is rare in current practice. It was a common complic...
Oxalate is a highly insoluble metabolic waste excreted by the kidneys. Disturbances of oxalate metab...
A 37-year-old patient underwent two successive renal transplantations 7 months apart. He remained di...
AbstractOxalate nephropathy is a rare but irreversible etiology for acute renal function impairment,...
Oxalate nephropathy is a rare but irreversible etiology for acute renal function impairment, and oft...
Renal replacement therapy and secondary hyperoxalemia in chronic renal failure. Oxalic acid is one o...
Decreased kidney function from kidney deposition of calcium oxalate has been described previously in...
Hyperoxaluria is an important and underrecognized cause for allograft dysfunction and loss after tra...
Oxalate nephropathy due to Hyperoxaluria and elevated serum oxalate level is a well-known cause for ...
Hyperoxaluria leads to urinary calcium oxalate (CaOx) supersaturation, resulting in the formation an...
Oxalate Nephropathy is characterised by the presence of tubular crystalline deposits of calcium oxal...
Hyperoxaluria results from either inherited disorders of glyoxylate metabolism leading to hepatic ox...
Background. Enteric hyperoxaluria due to malabsorption may cause chronic oxalate nephropathy and lea...
Abstract Enteric hyperoxaluria can lead to renal failure. There have only been a few reports of rena...
Hyperoxaluria is rarely considered as a cause of rapidly progressive renal failure. A case is report...
Abstract Background Calcium oxalate nephropathy is rare in current practice. It was a common complic...
Oxalate is a highly insoluble metabolic waste excreted by the kidneys. Disturbances of oxalate metab...
A 37-year-old patient underwent two successive renal transplantations 7 months apart. He remained di...
AbstractOxalate nephropathy is a rare but irreversible etiology for acute renal function impairment,...
Oxalate nephropathy is a rare but irreversible etiology for acute renal function impairment, and oft...
Renal replacement therapy and secondary hyperoxalemia in chronic renal failure. Oxalic acid is one o...
Decreased kidney function from kidney deposition of calcium oxalate has been described previously in...
Hyperoxaluria is an important and underrecognized cause for allograft dysfunction and loss after tra...
Oxalate nephropathy due to Hyperoxaluria and elevated serum oxalate level is a well-known cause for ...
Hyperoxaluria leads to urinary calcium oxalate (CaOx) supersaturation, resulting in the formation an...
Oxalate Nephropathy is characterised by the presence of tubular crystalline deposits of calcium oxal...