Successful strategies for renal transplantation in primary oxalosis

Successful renal transplantation in primary hyperoxaluria.

A successful live related renal transplant in a 29-year-old male patient with Type 1 primary hyperoxaluria, who remains well 32 months postoperatively, is described. The plasma oxalate and exchangeable oxalate pool before transplantation were 160 mumol/1 and 4429 mumol respectively. Since the transplant these have been greatly reduced although they remain elevated above the normal by a factor o...

Pulmonary hydatid cyst and successful renal transplantation

  Abstract   Hydatid cysts are endemic hooknoses in Iran. It may involve various organs of   body. Liver is involved in 80% and lung in 10- 15%of cases. 25% of pulmonary hydatid   cyst is bilateral. Before any transplantations eradication of infection is necessary.   In a 26-year old man with renal failure referred for kidney transplantation. On   initial preoperative evaluation of this patient...

Calcified Double J Stent after Sequential Liver and Renal Transplantation Associated to Primary Oxalosis: Case Report

Hyperoxaluria type I (HPI) is a metabolic disorder secondary to liver alanine glyoxylate aminotransferase deficiency. Renal failure occurs due to the excessive production and precipitation of oxalate in the kidney. Combined liver-renal transplantation is the correct treatment for this condition when end-stage renal failure occurs since in renal transplantation alone the risk of recurrence of th...

Factors in Successful Renal Transplantation.

Renal Oxalosis in a Calf

A case of neonatal renal oxalosis in a 7-day-old calf is described. Clinical biochemistry revealed increased blood urea nitrogen. Gross findings included thin renal medulla and dilated renal calyces containing numerous, small, pale yellow and granular calculi. Histologically, most cortical and medullary tubules were dilated with birefringent crystals, whereas the glomeruli appeared unaffected. ...