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干粉吸入器:概述

Dry powder inhalers: an overview.

作者信息

Atkins Paul J

机构信息

Oriel Therapeutics, Research Triangle Park, North Carolina 27709, USA.

出版信息

Respir Care. 2005 Oct;50(10):1304-12; discussion 1312.

PMID:16185366
Abstract

Dry powder inhalers (DPIs) are a widely accepted inhaled delivery dosage form, particularly in Europe, where they currently are used by a large number of patients for the delivery of medications to treat asthma and chronic obstructive pulmonary disease. The acceptance of DPIs in the United States after the slow uptake following the introduction of the Serevent Diskus in the late 1990s has been driven in large part by the enormous success in recent years of the Advair Diskus. This combination of 2 well-accepted drugs in a convenient and simple-to-use device has created an accepted standard in pulmonary delivery and disease treatment that only a few years ago could not have been anticipated. The DPI offers good patient convenience, particularly for combination therapies, and also better compliance. The design and development of any powder drug-delivery system is a highly complex task. Optimization of the choice of formulation when matched with device geometry is key. The use of particle engineering to create a formulation matched to a simple device is being explored, as is the development of active powder devices in which the device inputs the energy, making it simpler for patients to receive the correct dose. Patient interface issues are also critically important. However, one of the most important factors in pulmonary delivery from a DPI is the requirement for a good-quality aerosol, in terms of the aerosol's aerodynamic particle size, and its potential to consistently achieve the desired lung deposition in vivo.

摘要

干粉吸入器(DPIs)是一种被广泛接受的吸入给药剂型,在欧洲尤其如此,目前大量患者使用它来递送治疗哮喘和慢性阻塞性肺疾病的药物。20世纪90年代末舒利迭(Serevent Diskus)引入后,其在美国的接受度增长缓慢,近年来信必可都保(Advair Diskus)的巨大成功在很大程度上推动了干粉吸入器在美国的接受度。在一个方便且易于使用的装置中组合两种广受欢迎的药物,创造了一种肺部给药和疾病治疗的公认标准,而就在几年前这是无法预料的。干粉吸入器为患者提供了很大便利,特别是对于联合疗法,并且依从性也更好。任何粉末药物递送系统的设计和开发都是一项高度复杂的任务。当与装置几何形状相匹配时,优化制剂选择是关键。人们正在探索利用颗粒工程来制备与简单装置相匹配的制剂,以及开发主动粉末装置,即装置输入能量,使患者更易于接受正确剂量。患者界面问题也至关重要。然而,从干粉吸入器进行肺部给药时,最重要的因素之一是需要高质量的气雾剂,这体现在气雾剂的空气动力学粒径以及其在体内持续实现所需肺部沉积的潜力方面。

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