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Ebastine in the light of CONGA recommendations for the development of third-generation antihistamines

机译:根据CONGA关于第三代抗组胺药开发的建议依巴斯汀

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摘要

In 2003 a consensus group on new-generation antihistamines (CONGA) defined the characteristics required for a third-generation H1 antihistamine as there had been much controversy about this issue since the early 1990s. One of the antihistamines that had been claimed to belong to such a group is the second-generation antihistamine, ebastine. The objective of this review is to analyze the pharmacology of ebastine, in light of the CONGA recommendations for the development of new-generation antihistamines: (1) anti-inflammatory properties, (2) potency, efficacy and effectiveness, (3) lack of cardiotoxicity, (4) lack of drug interactions, (5) lack of CNS effects, and (6) pharmacological approach. Ebastine seems to have anti-inflammatory properties that help to ameliorate nasal congestion, though this has not yet been conclusively demonstrated. Its pharmacological–therapeutic profile does not differ greatly from that of other second-generation antihistamines. Its cardiac safety has been widely assessed and no cardiac toxicity has been found at therapeutic doses despite initial concerns. The risk of potentially relevant drug interactions has been investigated and ruled out. Ebastine does not produce sedation at therapeutic doses and drug interaction studies with classical CNS depressants have not demonstrated a synergistic effect. Pharmacologically, ebastine is an H1 inverse agonist. Perhaps the answer to the quest for new-generation antihistamines lies not only in H1 but in a combined approach with other histamine receptors.
机译:2003年,关于新一代抗组胺药(CONGA)的共识小组确定了第三代H1抗组胺药所需的特性,因为自1990年代初以来对此问题一直存在争议。第二代抗组胺药依巴斯汀(Ebastine)是据称属于此类药物的一种抗组胺药。这篇综述的目的是根据CONGA关于开发新一代抗组胺药的建议来分析依巴斯汀的药理作用:(1)抗炎特性,(2)效力,功效和有效性,(3)缺乏心脏毒性;(4)缺乏药物相互作用;(5)缺乏中枢神经系统作用;(6)药理学方法。依巴斯汀似乎具有抗炎特性,有助于缓解鼻塞,尽管尚未最终证实。它的药理学特性与其他第二代抗组胺药没有太大区别。尽管最初有顾虑,但其心脏安全性已得到广泛评估,并且在治疗剂量下未发现心脏毒性。已经研究并排除了潜在相关药物相互作用的风险。依巴斯汀在治疗剂量下不会产生镇静作用,并且与经典中枢神经系统抑制剂的药物相互作用研究尚未显示出协同作用。在药理学上,依巴斯汀是H1反向激动剂。寻求新一代抗组胺药的答案可能不仅在于H1,还在于与其他组胺受体的联合治疗。

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