Exercise moderates inflammation in asthma through increased redox buffering capacity
A. Freeman (Southampton, United Kingdom), D. Hill (Southampton, United Kingdom), D. Cellura (Southampton, United Kingdom), C. Spalluto (Southampton, United Kingdom), B. Fernandez (Southampton, United Kingdom), M. Minnion (Southampton, United Kingdom), H. Moyses (Southampton, United Kingdom), M. Feelisch (Southampton, United Kingdom), S. Jack (Southampton, United Kingdom), K. Staples (Southampton, United Kingdom), M. Grocott (Southampton, United Kingdom), T. Wilkinson (Southampton, United Kingdom)
Source: Virtual Congress 2020 – New insight into the pathogenesis of chronic lung diseases: asthma, COPD and others
Disease area: Airway diseases
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A. Freeman (Southampton, United Kingdom), D. Hill (Southampton, United Kingdom), D. Cellura (Southampton, United Kingdom), C. Spalluto (Southampton, United Kingdom), B. Fernandez (Southampton, United Kingdom), M. Minnion (Southampton, United Kingdom), H. Moyses (Southampton, United Kingdom), M. Feelisch (Southampton, United Kingdom), S. Jack (Southampton, United Kingdom), K. Staples (Southampton, United Kingdom), M. Grocott (Southampton, United Kingdom), T. Wilkinson (Southampton, United Kingdom). Exercise moderates inflammation in asthma through increased redox buffering capacity. 2039
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