Corcoran T E, Gamard Stephan
Division of Pulmonary, Allergy, and Critical Care Medicine, University of Pittsburgh, Pittsburgh, Pennsylvania, USA.
J Aerosol Med. 2004 Winter;17(4):299-309. doi: 10.1089/jam.2004.17.299.
Aerosol drug delivery using helium-oxygen gas mixtures (heliox) is considered in terms of flow physics, atomization, and aerosol mechanics. Theoretical considerations are then related to past studies of the physiological effects of the inhalation of heliox and its potential use as a drug delivery medium. Past clinical trials of heliox investigating this use are reviewed and technical recommendations made for its successful development. It is proposed that improved peripheral lung drug delivery with heliox is highly dependent on proper administration, especially the inclusion of proper reservoir system for the gas.
从流体物理学、雾化和气溶胶力学的角度考虑使用氦氧混合气体(氦氧混合气)进行气溶胶药物递送。然后将理论考量与过去关于吸入氦氧混合气的生理效应及其作为药物递送介质的潜在用途的研究联系起来。回顾了过去研究氦氧混合气这种用途的临床试验,并就其成功开发提出了技术建议。有人提出,使用氦氧混合气改善外周肺药物递送高度依赖于适当的给药方式,特别是要有合适的气体储存系统。