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  • 150x150 Xenobiotic Metabolism Response View
    • 2249 views   Model Version: 1.3
  • 150x150 Senescence View
    • 804 views   Model Version: 1.3
  • 150x150 Response to DNA Damage View
    • 952 views   Model Version: 1.3
  • 150x150 Oxidative Stress View
    • 1246 views   Model Version: 1.3
  • 150x150 Nuclear Receptors View
    • 695 views   Model Version: 1.3
  • 150x150 Neutrophil Signaling View
    • 832 views   Model Version: 1.3
  • 150x150 NFE2L2 Signaling View
    • 630 views   Model Version: 1.3
  • 150x150 Macrophage Signaling View
    • 896 views   Model Version: 1.3
  • 150x150 Hypoxic Stress View
    • 705 views   Model Version: 1.3
  • 150x150 Growth Factor View
    • 718 views   Model Version: 1.3
  • 150x150 Dendritic Cell Signaling View
    • 720 views   Model Version: 1.3
  • 150x150 Cell Cycle View
    • 765 views   Model Version: 1.3
  • 150x150 Apoptosis View
    • 974 views   Model Version: 1.3

The networks

Access and improve previously built biological network models. The models capture a wide range of pathophysiology related to human pulmonary biology curated from scientific literature in the Biological Expression Language

The leaderboard

Challenge your peers and see in real time how you rank in the leaderboard. Join now and contribute.

Videos

BEL Language and Creating of Network Edges and Nodes

The biological networks models included in the NVC have been scripted in the Biological Expression Language (BEL). You can learn BEL while interpreting the networks, and use it to add edges and nodes. More info.

The Online Crowd-Verification Process

This tutorial on the online crowd-verification process describes the different types of actions on the biological network models that can be used for verification and to award reputation points.

Be part of the crowd