Suspensions of Pseudomonas aeruginosa, at different concentrations, were seeded into an updraft nebulizer connected to a continuous tubing circuit attached to a volume ventilator and cultures were taken at the spirometer exit port. Pseudomonas aeruginosa was recovered in this air in concentrations directly proportional to those of the seeding suspensions.
Get full access to this article
View all access options for this article.
References
1.
DixonRE. Effect of infections on hospital care. Ann Intern Med1978;89:749–53.
2.
EickhoffTC. Standards for hospital infection control. Ann Intern Med1978;89:829–31.
3.
MunsterAW. Combating hospital infections: New concepts for the 70's. Hospitals JAHA1975;49:85–88.
ReinarzJA, PierceAK, MaysBB, SanfordJP. The potential role of inhalation therapy equipment in nosocomial pulmo-nary infection. J Clin Invest1965;44:831–39.
6.
DeaneRS, MillsEL, HamelAJ. Antibacterial action of copper in respiratory therapy apparatus. Chest1970;58:373–77.
7.
IngarmoR, BagnascoA, Figueroa CasasJC. Utilizacion de la propiedad antibacteriana del cobre en la prevencion de infec-ciones en terapia intensiva. Medicina (B Aires)1976;36:131–39.
8.
DyerED, PetersonDE. How far do bacteria travel from the exhalation valve of IPPB equipment?Nurs Res1972;8:155–61.