All issues > Volume 46(12); 2003
- Original Article
- J Korean Pediatr Soc. 2003;46(12):1235-1241. Published online December 15, 2003.
- Comparison of the Characteristics of 16 Commercial Nebulizer/Compressor Combinations Used in Korea
- Hyun Jung HJ Kim1, Cho Ae CA Lee1, Eun Kyung EK Hwang1, Man Young MY Han1, Uk Sung US Ann2, Young Min YM Cho3
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1Department of Pediatrics, Bundang CHA General Hospital, College of Medicine, Pochon CHA University, Sungnam, Korea.
2Korea Institute of Ceramic Engineering and Technology, Korea
3School of Environment and Applied Chemistry, Kyunghee University, Korea - Correspondence Man Young MY Han ,Email: drmesh@cha.ac.kr
- Abstract
- Purpose
: We assessed the dynamic characteristics of 16 nebulizer/compressor combinations currently available in Korea.
Methods
: The 16 nebulizer/compressor combinations(Pariboy Type 38/Long life, Pariboy Type N/ Long life, Pariboy Type N/Salter 8900, Pariboy Type N/LC, Devilbiss pulmoaid-LT/Hudson, Devilbiss pulmoaid/Hudson, Mesmed neb-300/Own, San-up 3040/Hudson, Midas(Basic)/Own, AirJolie 2/ Hudson, Thomas 1127/Salter 8900, Noel NE-2000/Salter 8900, Omron CX3/Hudson, Chang Woo CWN-100/Salter 8900, Voyage/Mefar, Chang Woo ASI-Pro/Medel jet pulse) were evaluated in terms of particle size and mass output. In addition, we determined the effects of nebulizer fill volume on mass output.
Results
: Pariboy Type N/Long life has the highest respirable mass of 0.184 mg/min and Mesmed Neb-300/Own has the lowest 0.019 mg/min. Pariboy Type N/Long life has the highest mass output of 0.68 mg/min and the shortest mass median aerodynamic diameter(MMAD) of 3.76 m. All combinations other than Pariboy Type N/Long life produced a MMAD of over 5 m. MMAD over a 5 min nebulization ranged 3.76 to 9.83 m. There were no significant effects of fill volume on mass output.
Conclusion
: We concluded that there is a wide variation in performance of nebulizer/compressor combinations. The characteristics of nebulizer/compressor combinations should be considered in selecting products.
Keywords :Particle size, Mass output, Nebulizers, Respiratory therapy