Modelling the pathophysiological effects of geography-specific landscape fire smoke

H. Gomez (Newcastle, Australia), D. Ilic (Newcastle, Australia), P. Robinson (Newcastle, Australia), G. Zosky (Hobart, Australia), T. Haw (Newcastle, Australia), K. Vanka (Philadelphia, United States), E. Small (Newcastle, Australia), T. Beyene (Newcastle, Australia), T. Palanisami (Newcastle, Australia), D. Ngo (Newcastle, Australia), E. Holiday (Newcastle, Australia), M. Jensen (Newcastle, Australia), V. Mcdonald (Newcastle, Australia), V. Murphy (Newcastle, Australia), P. Gibson (Newcastle, Australia), J. Horvat (Newcastle, Australia)

Source: International Congress 2022 – The environment and human health: from cohort to cell culture studies

Session: The environment and human health: from cohort to cell culture studies
Session type: Oral Presentation
Number: 2963

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H. Gomez (Newcastle, Australia), D. Ilic (Newcastle, Australia), P. Robinson (Newcastle, Australia), G. Zosky (Hobart, Australia), T. Haw (Newcastle, Australia), K. Vanka (Philadelphia, United States), E. Small (Newcastle, Australia), T. Beyene (Newcastle, Australia), T. Palanisami (Newcastle, Australia), D. Ngo (Newcastle, Australia), E. Holiday (Newcastle, Australia), M. Jensen (Newcastle, Australia), V. Mcdonald (Newcastle, Australia), V. Murphy (Newcastle, Australia), P. Gibson (Newcastle, Australia), J. Horvat (Newcastle, Australia). Modelling the pathophysiological effects of geography-specific landscape fire smoke. 2963

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