The risk-benefit assessment of antidepressant drugs.

J A Henry, A J Martin
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引用次数: 25

Abstract

Antidepressant drugs in common use are reviewed in terms of their risks and benefits. A simple classification divides these into tricyclic antidepressants, monoamine oxidase inhibitors and second generation antidepressants. Risks may arise from the correct use of an antidepressant, from its incorrect or inappropriate use, or due to its failure to reverse the depression. The greatest risk is to leave the depression untreated. Risks due to adverse drug effects are generally predictable but in some cases are unexpected and have led to the withdrawal of the drug from the market. Assessing the benefits of antidepressant drugs is more difficult. Rating scales can be used in this context and the fact that the majority of antidepressant drugs have a similar degree of efficacy serves to emphasise the importance of making a risk-benefit assessment of each drug. This has been presented for the more widely used drugs. Safety in overdose is a particularly important benefit. The ideal antidepressant should specifically reverse depressive illness without toxic effects. Although no drug at present measures up to this it is clear that antidepressants should be prescribed, as their benefits outweigh their risks.

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抗抑郁药物的风险-收益评估。
对常用抗抑郁药物的风险和益处进行了综述。简单的分类将这些药物分为三环抗抑郁药、单胺氧化酶抑制剂和第二代抗抑郁药。风险可能来自抗抑郁药的正确使用,不正确或不适当的使用,或由于其未能逆转抑郁症。最大的风险是不治疗抑郁症。由药物不良反应引起的风险通常是可预测的,但在某些情况下是不可预测的,并导致药物从市场上撤出。评估抗抑郁药物的益处更为困难。在这种情况下可以使用评定量表,而且大多数抗抑郁药物都具有相似程度的疗效,这一事实强调了对每种药物进行风险-效益评估的重要性。这种情况已经出现在更广泛使用的药物上。过量服用的安全性是一个特别重要的好处。理想的抗抑郁药应该能有效地逆转抑郁症,而且没有毒性作用。虽然目前还没有药物达到这一标准,但很明显,抗抑郁药应该开处方,因为它们的益处大于风险。
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Poisoning due to class 1B antiarrhythmic drugs. Lignocaine, mexiletine and tocainide. Fulminant hyperkalaemia and multiple complications following ibuprofen overdose. Problems and pitfalls in the use of hyperbaric oxygen for the treatment of poisoned patients. A prolonged QTc interval. Is it an important effect of antiarrhythmic drugs? Clinical features and management of poisoning due to potassium chloride.
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