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Fatal oxidative haemolysis and methaemoglobinaemia in a patient with alkaptonuria and acute kidney injury

机译:致命氧化溶血性溶血性溶性溶血性溶血性患者在患者和急性肾损伤的患者中

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摘要

Alkaptonuria (AKU) is a rare inherited disorder of tyrosine metabolism, which leads to an accumulation of homogentisic acid (HGA) and is associated with a progressive arthropathy. Fatal complications are unusual and usually result from cardiac disease or progressive renal impairment; rapidly fatal haematological complications are exceptionally rare and described in only a handful of case reports. This case involves a 63-year-old male with AKU and modest chronic kidney disease who developed rapidly fatal haemolysis and methaemoglobinuria following an episode of acute kidney injury triggered by an obstructing ureteric calculus and urosepsis. The patient succumbed despite aggressive antioxidant therapy with ascorbic acid and n-acetyl cysteine. A rapid build-up of HGA due to reduced renal clearance, triggering oxidative haemolysis and methaemoglobinuria is proposed as the mechanism. Alternative strategies to consider when conventional antioxidants fail are discussed including the potent inhibitor of HGA production, nitisonone.
机译:Alkaptonuria(aku)是一种罕见的酪氨酸代谢遗传紊乱,其导致同型酸(HGA)的积累,并且与渐进式关节病有关。致命的并发症是不寻常的,通常来自心脏病或渐进性肾损伤;迅速致命的血液学并发症在极少数难以稀有,只在少数案例报告中描述。这种情况涉及一名63岁的男性,患有Aku和适度的慢性肾病,伴随着阻塞输尿管微积分和尿溶质的急性肾脏损伤的一集,开发了迅速致命的溶血和Methaemoglobinuria。尽管用抗坏血酸和N-乙酰半胱氨酸具有积极的抗氧化治疗,病人持续。由于肾脏间隙减少,引发氧化溶血和甲基葡萄球菌的快速积累,引发氧化溶血性和甲基葡萄球菌。讨论常规抗氧化剂失败时需要考虑的替代策略,包括HGA生产的强效抑制剂,Nitisone。

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