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监测地高辛治疗。血浆地高辛浓度测定在诊断地高辛毒性中的应用。

Monitoring digoxin therapy. The use of plasma digoxin concentration measurements in the diagnosis of digoxin toxicity.

作者信息

Aronson J K, Grahame-Smith D G, Wigley F M

出版信息

Q J Med. 1978 Apr;47(186):111-22.

PMID:684152
Abstract

The usefulness of measuring plasma digoxin concentrations in the diagnosis of digoxin toxicity has been assessed in 83 in-patients. The mean plasma digoxin concentration in clinically toxic patients was significantly higher than the mean concentration in non-toxic patients. The overlap between the groups, however, was extensive and could partly be accounted for by hypokalaemia in those toxic patients whose plasma digoxin concentration was less than 3 ng/ml. There was, in addition, a higher incidence of hyperkalaemia, without obvious cause, in toxic patients than in non-toxic patients. Consideration of the incidence of various non-cardiac factors, specifically plasma potassium concentration greater than 5.0 mmol/l, plasma creatinine concentration greater than 150 mumol/l, daily maintenance dose greater than 6 microgram/kg, and age greater than 60 years, led to the development of guidelines to aid in the diagnosis of digoxin toxicity. Patients with plasma digoxin concentration greater than 3 ng/ml or with hypokalaemia should be considered probably toxic and those with plasma digoxin concentration greater than or equal to 3 ng/ml in the absence of hypokalaemia should only be considered toxic if they have at least two of the non-cardiac factors outlined above. Plasma digoxin concentrations could not be predicted with more than 31 per cent certainty by considering the magnitude of those non-cardiac factors.

摘要

对83名住院患者评估了测定血浆地高辛浓度在诊断地高辛毒性方面的实用性。临床中毒患者的平均血浆地高辛浓度显著高于未中毒患者的平均浓度。然而,两组之间的重叠范围很广,部分原因可能是血浆地高辛浓度低于3 ng/ml的中毒患者存在低钾血症。此外,中毒患者中无明显原因的高钾血症发生率高于未中毒患者。考虑各种非心脏因素的发生率,特别是血浆钾浓度大于5.0 mmol/l、血浆肌酐浓度大于150 μmol/l、每日维持剂量大于6 μg/kg以及年龄大于60岁,从而制定了有助于诊断地高辛毒性的指南。血浆地高辛浓度大于3 ng/ml或伴有低钾血症的患者应被视为可能中毒,而在无低钾血症情况下血浆地高辛浓度大于或等于3 ng/ml的患者,只有在具备上述至少两种非心脏因素时才应被视为中毒。通过考虑这些非心脏因素的大小,血浆地高辛浓度的预测准确率不超过31%。

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