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| Category: 2005 |
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 2005 |
Files: 26 |
 USING CONTINUOUS AIFLOW UNDERESTIMATES THE AIRWAY EPITHELIAL CHANGES CAUSED BY REDUCED ABSOLUTE HUMIDITY IN VITRO. |
| THE IMPORTANCE OF BIOLOGICAL CONTROL LIMIT SELECTION |
| THE CLINICAL IMPACT OF ADOPTING NEW SPIROMETRIC REFERENCE EQUATIONS FOR OLDER PATIENTS |
| SPIROMETRY TRAINING DOES NOT GUARANTEE VALID RESULTS. Borg BM1, |
| SELECTION OF PULMONARY FUNCTION REFERENCE EQUATIONS FOR THE CHRISTCHURCH POPULATION |
| SCREENING FOR CHRONIC OBSTRUCTIVE PULMONARY DISEASE (COPD) IN GOSFORD HOSPITAL ADMISSIONS, USING THE NSW CLINICAL SERVICE FRAMEWORK GUIDELINES (CSF) |
| QUALITY ASSURANCE OF SPIROMETERS IN THE RURAL SETTING. |
| MEASURED INCREASE IN LUNG VOLUMES IN COMPETITIVE FREEDIVING |
| IMPROVEMENT IN SPIROMETRY POST LUNG TRANSPLANTATION |
| IMPROVEMENT IN ALVEOLAR NO AND BRONCHIAL NO FLUX FOLLOWING 3 MONTHS OF TREATMENT WITH BELCOMETHASONE DIPROPIONATE |
| HEAVY MEALS DO NOT AFFECT LUNG FUNCTION IN HEALTHY SUBJECTS |
| FIT TO FLY? PREDICITING THE NEED FOR INFLIGHT OXYGEN IN AT RISK INFANTS |
| FEV6 WORKS AS WELL AS FVC IN DETERMINING A RESPONSE TO BRONCHODILATOR |
| FEASIBILITY OF CONDUCTING AN AUSTRALASIAN EXTERNAL PROFICIENCY TESTING PROGRAM FOR LUNG FUNCTION |
| FACTORS DETERMINING THE FRACTION OF INSPIRED OXYGEN WHEN BREATHING THROUGH A NASAL CANNULA |
| EVALUATION OF THE EASYONE SPIROMETER FOR PAEDIATRIC USE: A PILOT STUDY. |
| EFFECT OF TREATMENT ON RECOVERY OF FEV1 TO BASELINE AFTER A MANNITOL CHALLENGE: A PHASE 3 STUDY |
| EFFECT OF CALIBRATION METHODS ON SPIROMETRY RESULTS |
| DIFFERENCE BETWEEN THREE METHODS FOR PREDICTING BREATHING RESERVE RATIO DURING EXERCISE |
| DIAGNOSTIC SPIROMETERS FOR PRIMARY CARE IN AUSTRALIA: HOW ‘GOOD’ ARE THEIR CURRENT FEATURES? |
| COMPARISON BETWEEN CONTRAST ECHOCARDIOGRAPHY AND THE 100% OXYGEN TECHNIQUE IN THE DETECTION OF SHUNT. |
| CHEST HIGH RESOLUTION COMPUTED TOMOGRAPHY (HRCT) AND LUNG FUNCTION INDICATE HETEROGENEITY OF ASTHMA EXACERBATIONS |
| BRONCHIAL PROVOCATION USING INHALED MANNITOL – A PHASE 3 TRIAL OF ADULT & PEDIATRIC ASTHMATICS & NON-ASTHMATICS |
| AN OVINE TRACHEAL PERFUSION MODEL FOR STUDYING MUCOCILIARY FUNCTION |
| ACCEPTABLE ACCURACY OF OFF-LINE MEASUREMENT OF EXHALED NITRIC OXIDE PROVIDING FLOW RATE IS CONTROLLED |
| A PILOT STUDY FOR A QUALITY CONTROL PROGRAM IN SOUTH EAST QUEENSLAND RESPIRATORY LABORATORIES |
ABN: 62 096 524 191
We acknowledge the Traditional Custodians of lands, seas and waters throughout Australia, and pay respect to Elders past, present and future.
We recognise that health and social and emotional well-being of Aboriginal and Torres Strait Islander peoples are grounded in continuous connection to culture, country, language and community.
E mihi nei mātou ki te tangata whenua - ki ngā hapū me ngā iwi Māori kua roa e noho nei hei kaitiaki i ngā whenua me ngā wai huri i Aotearoa. E whakaae nei mātou, me aro ngā pou katoa o te oranga Māori, otirā, te oranga ā-tinana, ā-hinengaro, ā-wairua, ā-whānau, ka mutu, he mea titi ēnei ki ngā hononga whai tikanga ki te ao Māori, tae pū atu ki te reo me ōna tikanga, ki te ahurea, ki ngā whenua, ki ngā whānau, ki ngā hapū, ki ngā iwi anō hoki.
We acknowledge Māori as tangata whenua who have long served as the traditional custodians of the lands and waters throughout Aotearoa. We recognise that Māori health requires a holistic approach that considers physical, mental, emotional, social and spiritual wellbeing, and furthermore, that these are contingent upon meaningful connection to the Māori world, in particular, to the language and customs, culture, lands, whānau, hapū and iwi.
