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Metabolomic profiling of exhaled breath condensate offers opportunities for the development of noninvasive diagnostics in asthma. We aimed to determine and validate discriminatory metabolomic profiles in adult asthma and to explore profiles in clinically relevant disease phenotypes.Nuclear magnetic resonance spectroscopy was used to analyse breath condensate samples from 82 subjects with asthma and 35 healthy volunteers. Multivariate modelling was performed on a 'training set' (70

作者:B, Ibrahim;P, Marsden;J A, Smith;A, Custovic;M, Nilsson;S J, Fowler

来源:Allergy 2013 年 68卷 8期

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作者:
B, Ibrahim;P, Marsden;J A, Smith;A, Custovic;M, Nilsson;S J, Fowler
来源:
Allergy 2013 年 68卷 8期
标签:
asthma biomarkers breath analysis exhaled airway markers
Metabolomic profiling of exhaled breath condensate offers opportunities for the development of noninvasive diagnostics in asthma. We aimed to determine and validate discriminatory metabolomic profiles in adult asthma and to explore profiles in clinically relevant disease phenotypes.Nuclear magnetic resonance spectroscopy was used to analyse breath condensate samples from 82 subjects with asthma and 35 healthy volunteers. Multivariate modelling was performed on a 'training set' (70