病理组织学检查显示雾化给药组动物肺脏癌变组织状况有所改善。
During the treatment there are no obvious changes in physiological state. The lung cancer tissue of aerosol delivery treatment group was recovered in pathological histology.
本文介绍一种可用于高气压环境（加压舱内）的并联同步雾化给药装置。
A parallel-synchronous nebulization administration device used in com- pression chamber is presented.
雾化器给药通过气道给药达到最大的临床利益和通过减低(而不是消除)全身性暴露最小的副反应。
Aerosolized medications maximize clinical benefit by targeting the airways and minimize side effects by reducing (though not eliminating) systemic exposure.
雾化吸入给药后的绝对生物利用度为7.38％。
The absolute bioavailability of HCPT after aerosol inhalation was 7. 38% .
结论：雾化吸入HCPT给药对于黑色素瘤肺转移癌症的治疗效果明显，具有一定的应用前景和深入研究的潜力。
Conclusion: The results suggested that aerosol delivery of HCPT demonstrated powerful antitumor activity and was useful for melanoma lung metastasis by aerosol delivery treatment.
结论：雾化吸入HCPT给药对于黑色素瘤肺转移癌症的治疗效果明显，具有一定的应用前景和深入研究的潜力。
Conclusion: The results suggested that aerosol delivery of HCPT demonstrated powerful antitumor activity and was useful for melanoma lung metastasis by aerosol delivery treatment.
应用推荐