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Use Case Name : EnzymaticStimulationInTrans

For Feature : MIMEditor

Editors: DavidKane

TableOfContents([2])

Summary

A user wants specify that a species is an enzyme that stimulates a reaction by binding to another copy of the same species

Step-by-Step User Action

  1. User specifies a species to be the enzymatic stimulator
  2. User specifies a reaction involving that species to be stimulated
  3. User specifies that there is a enzymatic in trans stimulation relationship
  4. User optionally specifies the evidence for the relationship

Visual Aides

The Kohn notation for enzymatic stimulation in trans is the following:

attachment:enzymaticstimulationintrans1_061115_dwk.png

An example using this notation follows:

attachment:enzymaticstimulationintrans2_061115_dwk.png

In this example, a copy of protein A, catalyzes the phosphorylation of another copy of protein A.

Requirements for Cytoscape

Assuming that this can use the same approach that is used for Inhibition, it could be modeled as a Hyperedge containing node1: C (hyperedge attribute: enzymatic stimulation in trans), node2: A, node3: A

View: Use case for hyperedge view

Importance

TBD

Other Examples

Comments

Shared MimEditorUseCaseComments

This is a special case of an EnzymaticStimulation. It is intended to clarify that more than one copy of a particular protein is involved in the interaction.

This could be modeled in BioPAX as a Catalysis object (e.g. Catalysis object with participants = a Biochemical Reaction object and a enzyme A, Controlled = the Biochemical Reaction object (a reaction in trans as defined in "in trans reactions"cannot communicate that is specifically a covalent phosphorylation reaction, Controller=A, Control-Type = Activation, and Direction = IRREVERSIBLE-LEFT-TO-RIGHT)

PageComment2

Molecular_Interaction_Maps/InTrans (last edited 2009-02-12 01:03:34 by localhost)

Funding for Cytoscape is provided by a federal grant from the U.S. National Institute of General Medical Sciences (NIGMS) of the Na tional Institutes of Health (NIH) under award number GM070743-01. Corporate funding is provided through a contract from Unilever PLC.

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