Higher exhaled nitric oxide levels in infancy is associated with less bronchiolitis and fewer adverse respiratory outcomes in the first year of life
C. Da Silva Sena (Newcastle, Australia), E. De Queiroz Andrade (Newcastle, Australia), P. De Gouveia Belinelo (Newcastle, Australia), E. Percival (Newcastle, Australia), B. Prangemeier (Newcastle, Australia), C. O’Donoghue (Newcastle, Australia), S. Terry (Newcastle, Australia), T. Burke (Newcastle, Australia), W. Gunning (Newcastle, Australia), V. Murphy (Newcastle, Australia), P. Robinson (Sydney, Australia), P. Sly (South Brisbane, Australia), P. Gibson (Newcastle, Australia), A. Collison (Newcastle, Australia), J. Mattes (Newcastle, Australia)
Source: Virtual Congress 2021 – Biomarkers and risk factors in childhood asthma
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C. Da Silva Sena (Newcastle, Australia), E. De Queiroz Andrade (Newcastle, Australia), P. De Gouveia Belinelo (Newcastle, Australia), E. Percival (Newcastle, Australia), B. Prangemeier (Newcastle, Australia), C. O’Donoghue (Newcastle, Australia), S. Terry (Newcastle, Australia), T. Burke (Newcastle, Australia), W. Gunning (Newcastle, Australia), V. Murphy (Newcastle, Australia), P. Robinson (Sydney, Australia), P. Sly (South Brisbane, Australia), P. Gibson (Newcastle, Australia), A. Collison (Newcastle, Australia), J. Mattes (Newcastle, Australia). Higher exhaled nitric oxide levels in infancy is associated with less bronchiolitis and fewer adverse respiratory outcomes in the first year of life. 3069
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