The level of MDA in BALF might reflect oxidative tissue damage in patients with mild MAC pulmonary disease.
S. Oh-Ishi (Naka-gun, Japan), K. Nemoto (Naka-gun, Japan), H. Oshima (Naka-gun, Japan), K. Kawashima (Naka-gun, Japan), Y. Yabuuchi (Naka-gun, Japan), T. Shimada (Naka-gun, Japan), Y. Kitaoka (Naka-gun, Japan), H. Hirano (Naka-gun, Japan), N. Arai (Naka-gun, Japan), K. Hyodo (Naka-gun, Japan), A. Nakazawa (Naka-gun, Japan), J. Kanazawa (Naka-gun, Japan), Y. Miura (Naka-gun, Japan), S. Usui (Naka-gun, Japan), K. Hayashihara (Naka-gun, Japan), S. Fukai (Naka-gun, Japan), T. Saito (Naka-gun, Japan)
Source: Virtual Congress 2020 – New investigations of bronchiectasis and non-tuberculous mycobacteria
Disease area: Respiratory infections
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S. Oh-Ishi (Naka-gun, Japan), K. Nemoto (Naka-gun, Japan), H. Oshima (Naka-gun, Japan), K. Kawashima (Naka-gun, Japan), Y. Yabuuchi (Naka-gun, Japan), T. Shimada (Naka-gun, Japan), Y. Kitaoka (Naka-gun, Japan), H. Hirano (Naka-gun, Japan), N. Arai (Naka-gun, Japan), K. Hyodo (Naka-gun, Japan), A. Nakazawa (Naka-gun, Japan), J. Kanazawa (Naka-gun, Japan), Y. Miura (Naka-gun, Japan), S. Usui (Naka-gun, Japan), K. Hayashihara (Naka-gun, Japan), S. Fukai (Naka-gun, Japan), T. Saito (Naka-gun, Japan). The level of MDA in BALF might reflect oxidative tissue damage in patients with mild MAC pulmonary disease.. 3340
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