FEV1 % predicted vs % baseline in assessing bronchial hyperreactivity. - Amsterdam 2025

Combining old and new concepts in pulmonary function testing to better understand lung physiology across the ages

Chair(s): Rachel Ong-Salvador, James Dean

Session type: Oral presentation

FEV1 % predicted vs % baseline in assessing bronchial hyperreactivity.

Saeeda Lone - Latif

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Late Breaking Abstract - Innovating outpatient care: Clinical Scientist-led one-stop breathlessness clinics

Joanna Purvis

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Evaluating the Impact of FeNO Testing as a Primary Diagnostic Tool for Asthma in a Respiratory Physiology Service

Charlotte Hurst

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Comparisons of sulphur hexafluoride (SF6), helium (He) and nitrogen (N2) derived lung clearance index (LCI) in healthy subjects aged 7-70 years

Per M. Gustafsson

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Utilising 129Xe-MRI to determine an FEV1/FVC range of uncertainty to detect airways disease

Laurie Smith

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Impact of 2022 GLI race neutral reference values on spirometry diagnosed diseases

Martijn Cuijpers

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Reinterpreting pulmonary function tests: The clinical impact of shifting from race-specific to race-neutral reference equations

Rhys Tudge

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FEV1 % predicted vs % baseline in assessing bronchial hyperreactivity.

Saeeda Lone - Latif

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Retrospective Validation of an AI-Based Spirometry Decision Support Tool in a COPD Diagnostic Pathway

Emma Giffen

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Validating a model for predicting exertional hypoxaemia in patients with interstitial lung disease.

Bryn Williams

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Drop in oscillometry measures of reactance correspond to drop in forced vital capacity in IPF

Joyce Wu

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Discussion and Q&A

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The ERS Congress 2025, Amsterdam

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