Profiling of airway epithelial proteome reveals sex differences in early stage COPD linked to xenobiotic metabolism and ER stress
T. Heyder (Stockholm, Sweden), M. Yang (Stockholm, Sweden), M. Kohler (Stockholm, Sweden), H. Merikallio (Stockholm, Sweden), H. Forsslund (Stockholm, Sweden), C. Li (Stockholm, Sweden), R. Karimi (Stockholm, Sweden), J. Grunewald (Stockholm, Sweden), R. Kaarteenaho (Oulu, Finland), C. Sihlbom (Gothenburg, Sweden), C. Skold (Stockholm, Sweden), Å. Wheelock (Stockholm, Sweden)
Source: Virtual Congress 2020 – Novel methods, diagnostics and biomarkers of chronic lung diseases
Disease area: Airway diseases
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T. Heyder (Stockholm, Sweden), M. Yang (Stockholm, Sweden), M. Kohler (Stockholm, Sweden), H. Merikallio (Stockholm, Sweden), H. Forsslund (Stockholm, Sweden), C. Li (Stockholm, Sweden), R. Karimi (Stockholm, Sweden), J. Grunewald (Stockholm, Sweden), R. Kaarteenaho (Oulu, Finland), C. Sihlbom (Gothenburg, Sweden), C. Skold (Stockholm, Sweden), Å. Wheelock (Stockholm, Sweden). Profiling of airway epithelial proteome reveals sex differences in early stage COPD linked to xenobiotic metabolism and ER stress. 3829
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