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Multiple electrolyte disorders in a neurosurgical patient: solving the rebus

机译:神经外科患者的多种电解质紊乱:解决重症

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Background It is important to ensure an adequate sodium and volume balance in neurosurgical patients in order to avoid the worsening of brain injury. Indeed, hyponatremia and polyuria, that are frequent in this patient population, are potentially harmful, especially if not promptly recognized. Differential diagnosis is often challenging, including disorders, which, in view of similar clinical pictures, present very different pathophysiological bases, such as syndrome of inappropriate antidiuresis, cerebral/renal salt wasting syndrome and diabetes insipidus. Case presentation Here we present the clinical report of a 67-year-old man with a recent episode of acute subarachnoid haemorrhage, admitted to our ward because of severe hyponatremia, hypokalemia and huge polyuria. We performed a complete workup to identify the underlying causes of these alterations and found a complex picture of salt wasting syndrome associated to primary polydipsia. The appropriate diagnosis allowed us to correct the patient hydro-electrolyte balance. Conclusion The comprehension of the pathophysiological mechanisms is essential to adequately recognize and treat hydro-electrolyte disorders, also solving the most complex clinical problems.
机译:背景技术重要的是要确保神经外科患者的钠和血容量足够平衡,以避免脑损伤的恶化。实际上,在该患者人群中经常发生的低钠血症和多尿症具有潜在的危害,特别是如果未及时发现的话。鉴别诊断通常具有挑战性,包括疾病,鉴于相似的临床表现,这些疾病表现出非常不同的病理生理基础,例如抗利尿不当综合征,脑/肾盐消耗综合征和尿崩症。病例介绍在这里,我们介绍了一位67岁的男性患者的临床报告,该患者最近发生了急性蛛网膜下腔出血,由于严重的低钠血症,低钾血症和大量多尿症而入院。我们进行了完整的检查以确定这些改变的根本原因,并发现了与原发性多饮症有关的食盐综合症的复杂图景。适当的诊断使我们能够纠正患者的水电解质平衡。结论理解病理生理机制对于充分认识和治疗水电解质疾病至关重要,也可以解决最复杂的临床问题。

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