Selected article for: "active infection and acute fall"

Author: Sovan Saha; Piyali Chatterjee; Subhadip Basu; Mita Nasipuri
Title: Detection of spreader nodes and ranking of interacting edges in Human-SARS-CoV protein interaction network
  • Document date: 2020_4_14
  • ID: 5jccb3nh_36
    Snippet: In Figure 3A , at first SARS-CoV PPIN is displayed in which each protein is marked in red. Thereafter spreader nodes in SARS-CoV PPIN are identified by spreadability index which are denoted as blue nodes among red. Once the spreader nodes are active (in Figure 3B) , it transmits the infection to its corresponding direct partners i.e. human level 1proteins (marked in green). In Figure 3C , spreader nodes are identified in SARS-CoV level 1 human pr.....
    Document: In Figure 3A , at first SARS-CoV PPIN is displayed in which each protein is marked in red. Thereafter spreader nodes in SARS-CoV PPIN are identified by spreadability index which are denoted as blue nodes among red. Once the spreader nodes are active (in Figure 3B) , it transmits the infection to its corresponding direct partners i.e. human level 1proteins (marked in green). In Figure 3C , spreader nodes are identified in SARS-CoV level 1 human proteins (marked in blue) and the disease will be transmitted further. The same will continue till SARS-CoV level 2 human proteins in which green nodes are the spreaders and thus the infection will penetrate further in human PPIN resulting in a significant fall in human immunity level followed by severe acute respiratory syndrome.

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