Bergmann K C, Lachmann B, Noack K
Respiration. 1984;46(2):218-21. doi: 10.1159/000194692.
A method is described which allows the investigation of lung mechanics during artificial ventilation in live mice. Inhalation of nebulized influenza virus (A/PR/8/34, H1N1) decreased in NMRI mice compliance (means = 0.012 ml/cm H2O, n = 18) due to severe virus pneumonia and edema on days 5-7 after infection. In comparison to noninfected controls (means = 0.029 ml/cm H2O, n = 17) compliance was unchanged in infected, but orally immunized mice (means = 0.030 ml/cm H2O, n = 21). The results demonstrate that decreased compliance due to influenza virus pneumonia can be prevented by oral immunization with influenza viruses.
本文描述了一种可在活体小鼠人工通气期间研究肺力学的方法。雾化吸入甲型流感病毒(A/PR/8/34,H1N1)会使NMRI小鼠的顺应性降低(平均值 = 0.012 ml/cm H₂O,n = 18),原因是感染后第5至7天出现严重的病毒性肺炎和肺水肿。与未感染的对照组(平均值 = 0.029 ml/cm H₂O,n = 17)相比,感染但经口服免疫的小鼠的顺应性未发生变化(平均值 = 0.030 ml/cm H₂O,n = 21)。结果表明,口服流感病毒免疫可预防因流感病毒性肺炎导致的顺应性降低。