A. Kendrick (Bristol, United Kingdom), C. Roos (Amsterdam, The Netherlands)
Telespirometry: a close and effective line of communication between general practicionner (GP) and pneumologist
M. Bonavia, E. Barisione, A. Quaglia, L. Bancalari, F. Ropolo, F. Bergero, M. Serra Razzetti, C. Campodonico, P. Minuti, G. Averame (Sez.Liguria, Italy)
|  |
Electronic monitoring for asthmatics on discharge
S. C. Steel, Y. Martinez, N. Johnson, E. Marquilles, S. Lock (London, United Kingdom; Manresa, Spain)
| |
Comparison of spirometric indices measured by thermoanemometric and screen type pneumotach
P. H. Kingisepp, J. Kivastik, V. Pert, P. Plakk (Tartu, Tallinn, Estonia)
| |
Telemedicine and forced spirometry in the home care environment
F. Burgos, M. Espier, L. Lozano, C. Hernandez, J. L. Valera, P. de Toledo, T. Trooster, J. A. Barbera, J. Roca, R. Rodriguez-Roisin (Barcelona, Madrid, Spain; Leuven, Belgium)
| |
Comparison of a new desktop spirometer with a laboratory spirometer in patients with normal and pathological lung functions
F. Swart, J. C. Heydenreich, M. M. Schuurmans, C. H. Pieper, C. T. Bolliger (Cape Town, South Africa)
| |
Influence of bacterial filter and valve system on mass-flow sensor calibration
H. Groepenhoff, A. Vries de, Y. Tol (Amsterdam, Groningen, The Netherlands)
| |
Total lung capacity in healthy Estonians aged 14 to 25 years
J. Kivastik, P. H. Kingisepp, V. Pert, J. Talts (Tartu, Estonia)
| |
Peak expiratory flow meter frequency response tested by a solenoid activated explosive decompression device
M. R. Miller, P. R. Atkins, O. F. Pedersen (Birmingham, United Kingdom; Aarhus, Denmark)
| |
Variability of the peak inspiratory flow (PIF) measurement
D. Schuermans, S. Hanon, S. Verbanck, W. Vincken (Brussels, Belgium)
| |
Evaluation of flow limitation in elderly patients unable to perform forced expiratory manoeuvre
D. Vampee, J. P. Delwiche, C. El Khawand, L. Rousseau, L. Delaunois (Yvoir, Belgium)
| |
Forced oscillation technique in patients with systemic sclerosis comparison with diffusing capacity
V. Fasano, E. Bucchioni, L. Raiteri, R. Bossi, L. Allegra (Milano, Italy)
| |
Airway resistance by the impulse oscillometry in patients with interstitial lung diseases
L. D. Kiryukhina, E. S. Aganezova, M. Y. Kameneva, N. G. Yakovleva (Saint-Petersburg, Russia)
| |
Use of measurements of airway resistance in the determination of reversibility in patients with emphysema associated with alpha-1-antitrypsin (A1ATD) deficiency
J. Shakespeare, R. A. Stockley, S. L. Hill (Birmingham, United Kingdom)
| |
The effect of added external resistances on the measurement of respiratory impedance using impulse oscillometry
A. J. Crockett, M. G. Rozee, J. M. Cranston (Bedford Park, Australia)
| |
Comparison and reproducibility of two methods of measuring interrupter resistance in school-age children
Y. Bastian-Lee, R. J. Chavasse, P. C. Seddon (Brighton, United Kingdom)
| |
Diagnosis of sleep-disordered breathing based on automatic analysis of nasal pressure and forced oscillation impedance
H. Steltner, R. Staats, J. Timmer, J. C. Virchow, J. Guttmann, H. Matthys (Freiburg, Germany)
| |
The respiratory resistance values in obturative sleep apnoea syndrome measured with RRS countershaft for lungtest 1000 spirometer
A. Kwasniewski, M. Krasnowska, Z. Winkel, B. Korbuszewska, T. Pelak (Lubin, Wroclaw, Poland)
| |
Analysis of respiratory mechanics by the impulse oscillometry system (IOS) in nonsedated and in sedated pigs
C. Klein, P. Reinhold (Bad Langensalza, Jena, Germany)
| |
Is interrupter resistance (Rint) flow dependent in children and adult COPD patients?
C. Phillips, P. Wooler, N. Eiser (London, United Kingdom)
| |
Measurement of airway resistance using the interrupter technique (Rint): changes after broncho-provocation and -dilation
H. G. M. Arets, J. W. Klein Nagelvoort, H. J. L. Brackel, C. K. vanderEnt (Utrecht, The Netherlands)
| |