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A Molecular Interaction Map (MIM) is a diagram convention that is capable of unambiguous representation of networks containing multi-protein complexes, protein modifications, and enzymes that are substrates of other enzymes. This graphical representation makes it possible to view all of the many interactions in which a given molecule may be involved, and it can portray competing interactions, which are common in bioregulatory networks. In order to facilitate linkage to databases, each molecular species is represented only once in a diagram. A formal description of the MIM notation can be found in Kohn et al., Molecular Biology of the cell 17, 1-13 2006. The MIM notation forms the basis of, and further development of the MIM notation is coordinated with, the Systems Biology Graphical Notation (SBGN) consortium, an international effort to standardize diagrams depicting biochemical and cellular processes studied in systems biology. Molecular species can be located on the map by means of indexed grid coordinates and on eMIMs through interactive links. Each interaction is referenced to an annotation list where pertinent information and references can be found.

 

How to read maps
eMIMs (interactive)
Kohn Interaction Maps (static)
Interactive electronic molecular interaction maps (eMIMs) allow the user to navigate through the molecular interaction network and link to molecular databases, references and annotations that contain pertinent information. Molecular interaction maps (MIMs) describing the mammalian cell cycle and DNA repair control network. These maps show how multi-protein complexes could assemble and function at gene promoter sites and at sites of DNA damage. It also portrays the richness of connections between the p53-Mdm2 subsystem and other parts of the network.
Featured eMIMs:
Chk2 cellular response to DNA double-strand breaks (DSB).
EGFR heuristic MIM of signaling from EGF receptors.
Histone chromatin assembly during replication.
Hypoxia transcriptional activation in response to low oxygen levels.
p53 and Mdm2 regulatory response to DNA damage.
Replication cell cycle regulation of the early stages of DNA synthesis.
Map A: Cyclins & E2F
Map B: p53 & DNA repair
References
Annotation List
Molecular Species Index
Abbreviations
RNfb program files
An animated description of the steps leading to src activation by EGFR is available (powerpoint).

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