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| Category: 2005 |
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Files:
 FIT TO FLY? PREDICITING THE NEED FOR INFLIGHT OXYGEN IN AT RISK INFANTS |
| USING CONTINUOUS AIFLOW UNDERESTIMATES THE AIRWAY EPITHELIAL CHANGES CAUSED BY REDUCED ABSOLUTE HUMIDITY IN VITRO. |
| AN OVINE TRACHEAL PERFUSION MODEL FOR STUDYING MUCOCILIARY FUNCTION |
| CHEST HIGH RESOLUTION COMPUTED TOMOGRAPHY (HRCT) AND LUNG FUNCTION INDICATE HETEROGENEITY OF ASTHMA EXACERBATIONS |
| IMPROVEMENT IN SPIROMETRY POST LUNG TRANSPLANTATION |
| FEV6 WORKS AS WELL AS FVC IN DETERMINING A RESPONSE TO BRONCHODILATOR |
| THE IMPORTANCE OF BIOLOGICAL CONTROL LIMIT SELECTION |
| THE CLINICAL IMPACT OF ADOPTING NEW SPIROMETRIC REFERENCE EQUATIONS FOR OLDER PATIENTS |
| EFFECT OF CALIBRATION METHODS ON SPIROMETRY RESULTS |
| EVALUATION OF THE EASYONE SPIROMETER FOR PAEDIATRIC USE: A PILOT STUDY. |
| DIAGNOSTIC SPIROMETERS FOR PRIMARY CARE IN AUSTRALIA: HOW ‘GOOD’ ARE THEIR CURRENT FEATURES? |
| SCREENING FOR CHRONIC OBSTRUCTIVE PULMONARY DISEASE (COPD) IN GOSFORD HOSPITAL ADMISSIONS, USING THE NSW CLINICAL SERVICE FRAMEWORK GUIDELINES (CSF) |
| FEASIBILITY OF CONDUCTING AN AUSTRALASIAN EXTERNAL PROFICIENCY TESTING PROGRAM FOR LUNG FUNCTION |
| A PILOT STUDY FOR A QUALITY CONTROL PROGRAM IN SOUTH EAST QUEENSLAND RESPIRATORY LABORATORIES |
| SELECTION OF PULMONARY FUNCTION REFERENCE EQUATIONS FOR THE CHRISTCHURCH POPULATION |
| HEAVY MEALS DO NOT AFFECT LUNG FUNCTION IN HEALTHY SUBJECTS |
| ACCEPTABLE ACCURACY OF OFF-LINE MEASUREMENT OF EXHALED NITRIC OXIDE PROVIDING FLOW RATE IS CONTROLLED |
| FACTORS DETERMINING THE FRACTION OF INSPIRED OXYGEN WHEN BREATHING THROUGH A NASAL CANNULA |
| QUALITY ASSURANCE OF SPIROMETERS IN THE RURAL SETTING. |
| SPIROMETRY TRAINING DOES NOT GUARANTEE VALID RESULTS. Borg BM1, |
| COMPARISON BETWEEN CONTRAST ECHOCARDIOGRAPHY AND THE 100% OXYGEN TECHNIQUE IN THE DETECTION OF SHUNT. |
| MEASURED INCREASE IN LUNG VOLUMES IN COMPETITIVE FREEDIVING |
| DIFFERENCE BETWEEN THREE METHODS FOR PREDICTING BREATHING RESERVE RATIO DURING EXERCISE |
| EFFECT OF TREATMENT ON RECOVERY OF FEV1 TO BASELINE AFTER A MANNITOL CHALLENGE: A PHASE 3 STUDY |
| IMPROVEMENT IN ALVEOLAR NO AND BRONCHIAL NO FLUX FOLLOWING 3 MONTHS OF TREATMENT WITH BELCOMETHASONE DIPROPIONATE |
| BRONCHIAL PROVOCATION USING INHALED MANNITOL – A PHASE 3 TRIAL OF ADULT & PEDIATRIC ASTHMATICS & NON-ASTHMATICS |