Selected article for: "alveolar space and epithelial damage"

Author: Shi Qi; Hui Guo; Hua Shao; Siqin Lan; Yuanlin He; Maijudan Tiheiran; Hongjun Li
Title: Computed Tomography Findings and Short-term follow-up with Novel Coronavirus Pneumonia
  • Document date: 2020_4_4
  • ID: bbwz0sso_34
    Snippet: CT patterns of coronavirus pneumonia are associated with the pathogenesis of coronavirus infections. Most viral pneumonia of the imaging patterns share a similarity based on viridian, because viruses of the same miridae have a similar pathogenesis 28 . The pathological characteristics of NCP are probably interstitial interventions in alveolar walls and peribronchiolar, which are related to the pathogenesis of S-protein binding to ACE2 receptors i.....
    Document: CT patterns of coronavirus pneumonia are associated with the pathogenesis of coronavirus infections. Most viral pneumonia of the imaging patterns share a similarity based on viridian, because viruses of the same miridae have a similar pathogenesis 28 . The pathological characteristics of NCP are probably interstitial interventions in alveolar walls and peribronchiolar, which are related to the pathogenesis of S-protein binding to ACE2 receptors in alveolar type III epithelial cells and subsequent damage. The physiological factors can show the damaged alveolar walls and septal, peribronchiolar, expansion congestion of alveolar-capillary, and distinctly organization infiltration in alveolar space 29 . At this stage, it is too early to draw reliable conclusions, but our opinion on 2019-nCoV can go through the same evolution as SARS-CoV.

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