Selected article for: "cell infiltration and lung injury"

Author: Xiao, Rui; Chen, Rongchang
Title: Neutrophil gelatinase-associated lipocalin as a potential novel biomarker for ventilator-associated lung injury
  • Document date: 2017_4_7
  • ID: 3e72pzui_13
    Snippet: Different modalities of mechanical ventilation affect the extent of lung injury. Following the application of different modalities of mechanical ventilation, lung tissue was collected and evaluated via H&E staining, as presented in Fig. 1A . The control, LV2, LV4 and low-PIP groups exhibited a normal histology. HV2, HV4 and high-PIP groups presented an abnormal histology compared with the control group. These abnormalities included alveolar septa.....
    Document: Different modalities of mechanical ventilation affect the extent of lung injury. Following the application of different modalities of mechanical ventilation, lung tissue was collected and evaluated via H&E staining, as presented in Fig. 1A . The control, LV2, LV4 and low-PIP groups exhibited a normal histology. HV2, HV4 and high-PIP groups presented an abnormal histology compared with the control group. These abnormalities included alveolar septal thickening indicative of edema formation, mononuclear cell infiltration of the alveolar walls, hemorrhage, fibrin exudation and intra-alveolar erythrocyte infiltration.

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