I. Horvath (Budakeszi, Hungary), B. Dahlen (Stockholm, Sweden)
Separate lung exhaled breath condensate collection confirms intrapulmonary origin of exhaled breath condensate acidification
T. Skrahina, A. Smirnou, A. Astrauko, H. Hurevich, A. Skrahin (Minsk, Belarus)
|  |
Feasibility of exhaled breath condensate collection in toddlers
P. Rosias, K. VandeKant, C. Robroeks, J. Heijnens, R. Jobsis, E. Dompeling (Maastricht, Sittard, Netherlands)
|  |
Reference values for pH and nitrosative stress parameters in exhaled breath condensate: impact of age
M. J. Cruz, S. Sanchez-Vidaurre, X. Muñoz, M. A. Ramón, L. Ruano, F. Morell (Barcelona, Spain)
| |
Elevated breath glucose is related to respiratory symptoms and not to disease type, control, duration or complications in diabetes mellitus patients
E. Baker, D. Fisher, J. Sidhu, S. Hill, T. Ruffles, S. Akunuri, N. Clark, C. Wells (London, United Kingdom)
| |
Exhaled nitric oxide measured by using NIOX MINO and chemo-luminescence analyser: a comparative study
R. Peché, A. Michils, S. Baldassarre, Z. Mourid, A. Van Muylem (Montigny-le-Tilleul, Brussels, Belgium)
| |
The increased production of oral NO by increased salivary nitrite is related to the increased calculated NO bronchial flux
A. Malinovschi, K. Alving (Uppsala, Sweden)
| |
A modified technique for measuring airway blood flow in children
A. McCullagh, M. Rosenthal, A. Bush (London, United Kingdom)
| |
Acute tracheobronchitis in children: airway inflammation objective monitoring trial
S. Gerasimov, S. Nyankovskyy, V. Vasjuta (Lviv, Ukraine)
| |
Exhaled nitric oxide measurement with portable analyser in COPD
G. de Laurentiis, M. Maniscalco, F. Cianciulli, V. Di Spirito, S. Marsico, J. Lundberg, E. Weitzberg, M. Sofia (Naples, Italy; Stockholm, Sweden)
| |
The relationship between exhaled nitric oxide and airway hyperresponsiveness in patients with asthma
M.K. Jurisic, D. Pelicaric, B. Petanjek (Zagreb, Croatia)
| |
Exhaled nitric oxide is not altered in patients with obstructive sleep apnea syndrome
M. Trefny, J. Musil (Prague, Czech Republic)
| |
The accuracy of asthma control test (ACT) inter linkage of asthma diary record
Y. Obase, S. Ueno, Y. Ohue, Y. Kobashi, N. Miyashita, M. Oka (Kurashiki, Okayama, Japan)
| |
Comparative assessment of asthma control test and GINA classification in predicting asthma severity
M. Mendoza, B. Ong (Quezon City, Philippines)
| |
Validity of asthma control test in Chinese patients
X. Zhou, F. M. Ding, J. T. Lin, K. S. Yin, P. Chen, Q. Y. He, H. H. Shen, H. Y. Wan, C. T. Liu, J. Li, C. Z. Wang (Shanghai, Beijing, Naijing, Shenyang, Hangzhou, Chendu, Guangzhou, Chongqing, China)
| |
Evaluation of asthma control test and correlation with objective measures of lung function and inflammation
D. Latsios, D. Papakosta, A. Manika, K. Porpodis, T. Kontakiotis, D. Gioulekas (Thessaloniki, Greece)
| |