Relationship between ambient air pollution and lung function in a Canadian population: the CanCOLD cohort study
D. Doiron (Montreal, Canada), W. Tan (Vancouver, Canada), S. Biswas (Montreal, Canada), L. Dsilva (Mississauga, Canada), G. Nadeau (Mississauga, Canada), S. Aaron (Ottawa, Canada), K. Chapman (Toronto, Canada), P. Hernandez (Halifax, Canada), F. Maltais (Quebec, Canada), D. Marciniuk (Saskatoon, Canada), D. O’Donnell (Kingston, Canada), D. Sin (Vancouver, Canada), O. Allonby (Saskatoon, Canada), C. Compton (Brentford, United Kingdom), B. Miller (Collegeville, United States of America), J. Bourbeau (Montreal, Canada)
Source: Virtual Congress 2020 – Air pollution considerations
Session: Air pollution considerations
Session type: E-poster session
Number: 1995
Disease area: Airway diseases, Paediatric lung diseases
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D. Doiron (Montreal, Canada), W. Tan (Vancouver, Canada), S. Biswas (Montreal, Canada), L. Dsilva (Mississauga, Canada), G. Nadeau (Mississauga, Canada), S. Aaron (Ottawa, Canada), K. Chapman (Toronto, Canada), P. Hernandez (Halifax, Canada), F. Maltais (Quebec, Canada), D. Marciniuk (Saskatoon, Canada), D. O’Donnell (Kingston, Canada), D. Sin (Vancouver, Canada), O. Allonby (Saskatoon, Canada), C. Compton (Brentford, United Kingdom), B. Miller (Collegeville, United States of America), J. Bourbeau (Montreal, Canada). Relationship between ambient air pollution and lung function in a Canadian population: the CanCOLD cohort study. 1995
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