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哪种戊烷脒吸入装置?八种雾化器的肺部沉积比较。

Which apparatus for inhaled pentamidine? A comparison of pulmonary deposition via eight nebulisers.

作者信息

Thomas S H, O'Doherty M J, Page C J, Nunan T O, Bateman N T

机构信息

Division of Pharmacological Sciences and Toxicology, United Medical and Dental School, London, UK.

出版信息

Eur Respir J. 1991 May;4(5):616-22.

PMID:1936233
Abstract

Aerosolised pentamidine 300 mg in 5 or 6 ml solution was administered via 8 different nebuliser systems to 12 patients with acquired immunodeficiency syndrome. Using 99mTc human serum albumin as an indirect marker for pentamidine, pulmonary, extrapulmonary (gastric and oropharyngeal) and alveolar deposition of pentamidine were measured using a gamma camera. Side effects (visual analogue scales) and changes in lung function associated with each treatment were also quantified. Deposition was completed more rapidly with the ultrasonic than the jet nebulisers. Mean total pulmonary depositions (mg +/- SEM) were Respirgard II, 6.1 +/- 0.5; Centimist, 7.3 +/- 1.0, System 22 Mizer, 14.3 +/- 2.1; System 22 Mizer with particle separator; 4.5 +/- 0.4; System 22 Mizer with Optimist 2, 6.3 +/- 0.9; Fisoneb, 6.0 +/- 1.2; Pentasonic (Portasonic); 4.6 +/- 0.9; Samsonic, 2.9 +/- 0.4. Differences between the nebulisers for peripheral lung and alveolar deposition reflected this pattern. Side effects scores were largest with System 22 Mizer, Pentasonic (Portasonic), and Fisoneb, and these produced the greatest oropharyngeal and gastric deposition. The largest reductions in lung function were associated with System 22 Mizer. A 300 mg dose of pentamidine nebulised via Respirgard II is known to be effective prophylaxis for Pneumocystis carinii pneumonia when given once monthly. Our results show that equivalent pulmonary deposition can be produced by other nebulisers. System 22 Mizer gives over twice the deposition associated with Respirgard II, and used with a pentamidine dose of 150 mg is likely to produce an adequate lung dose for prophylaxis. This nebuliser, however, is associated with more marked side effects.

摘要

将300毫克戊烷脒溶于5或6毫升溶液中制成气雾剂,通过8种不同的雾化器系统给予12例获得性免疫缺陷综合征患者。以99mTc人血清白蛋白作为戊烷脒的间接标志物,使用γ相机测量戊烷脒在肺部、肺外(胃和口咽部)及肺泡的沉积量。还对每种治疗相关的副作用(视觉模拟评分)和肺功能变化进行了量化。与喷射雾化器相比,超声波雾化器完成沉积的速度更快。平均总肺沉积量(毫克±标准误)分别为:Respirgard II型,6.1±0.5;Centimist型,7.3±1.0;22型Mizer型,14.3±2.1;带颗粒分离器的22型Mizer型,4.5±0.4;带Optimist 2的22型Mizer型,6.3±0.9;Fisoneb型,6.0±1.2;Pentasonic(Portasonic)型,4.6±0.9;Samsonic型,2.9±0.4。雾化器在周边肺和肺泡沉积方面的差异反映了这一模式。22型Mizer型、Pentasonic(Portasonic)型和Fisoneb型的副作用评分最高,且这些型号导致口咽部和胃部沉积最多。肺功能下降幅度最大与22型Mizer型相关。已知每月给药一次时,通过Respirgard II型雾化300毫克戊烷脒对卡氏肺孢子虫肺炎有有效的预防作用。我们的结果表明,其他雾化器也能产生相当的肺沉积量。22型Mizer型的沉积量是Respirgard II型的两倍多,使用150毫克戊烷脒剂量可能会产生足够的肺部预防剂量。然而,这种雾化器会产生更明显的副作用。

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