Effects of different end-expiratory lung volumes on haemodynamics and gas exchange in a rodent model of type-2 diabetes
Á. Schranc (Geneva, Switzerland), G. H. Fodor (Szeged, Hungary), R. Südy (Geneva, Switzerland), J. Tolnai (Szeged, Hungary), B. Babik (Szeged, Hungary), F. Peták (Szeged, Hungary)
Source: International Congress 2022 – Physiologic studies of respiratory diseases
Session: Physiologic studies of respiratory diseases
Session type: Thematic Poster
Number: 2759
 
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Á. Schranc (Geneva, Switzerland), G. H. Fodor (Szeged, Hungary), R. Südy (Geneva, Switzerland), J. Tolnai (Szeged, Hungary), B. Babik (Szeged, Hungary), F. Peták (Szeged, Hungary). Effects of different end-expiratory lung volumes on haemodynamics and gas exchange in a rodent model of type-2 diabetes. 2759
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