奈多克罗米尔钠的免疫药理学特征。

S I Wasserman
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引用次数: 8

摘要

奈多克罗米钠是一种吡诺喹诺酮类药物,是专门设计用来抑制过敏性炎症的。奈多克罗米尔钠不仅显著影响过敏原诱导的早期反应,而且显著影响晚期炎症的表达,即使在早期反应开始后给药也是如此。奈多克罗米钠也限制由非过敏因素引起的支气管收缩,包括冷空气和二氧化硫,其剂量低于色胺酸钠。在选择性动物模型中,奈多克罗米尔钠比色胺酸钠更有效地阻止肥大细胞脱颗粒。此外,奈多克罗米尔钠限制钙离子载体刺激嗜酸性粒细胞产生白三烯C4,也限制血小板活化因子诱导中性粒细胞生成超氧化物的活性。在使用奈多克米尔钠的几项试验中,哮喘患者的峰值流速的日变化以及对β 2激动剂和吸入倍氯米松的需求都有所减少,这表明其体内活性与其体外抗炎活性相似。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Immunopharmacologic profile of nedocromil sodium.

Nedocromil sodium, a pyranoquinolone, was specifically designed as an agent to suppress allergic inflammation. Nedocromil sodium significantly affects not only the early-phase of allergen-induced responses, but also expression of late-phase inflammation, even when administered after the onset of early-phase responses. Nedocromil sodium also limits bronchoconstriction induced by nonallergic factors, including cold air and sulfur dioxide at dosages lower than required with cromolyn sodium. Nedocromil sodium is more potent than cromolyn sodium in preventing mast cell degranulation in selective animal models. In addition, nedocromil sodium limits leukotriene C4 production by calcium ionophore-stimulated eosinophils and also limits the activity of platelet activating factor to induce neutrophil generation of superoxides. Diurnal variation of peak flow rates in asthmatics and requirement for both beta 2-agonists and inhaled beclomethasone have been noted to be reduced in several trials employing nedocromil sodium, suggesting that its in vivo activity parallels its in vitro activity as an anti-inflammatory agent.

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