Description Usage Arguments Details Value Author(s) References See Also Examples
plotComplex renders complex estimates from the apComplex algorithm using Rgraphviz.
1 | plotComplex(complexMembers,g,VBs,VPs,geneName=FALSE,baitColor="yellow",preyColor="white",recipLineColor="red",unrecipBBLineColor="blue",unrecipBPLineColor="gray",y="neato")
|
complexMembers |
A character vector of proteins composing a complex estimate. |
g |
An object of class graph, the full bait-prey graph of AP-MS data used in analysis. complexMembers must be a subset of the node names of g. |
VBs |
A vector of viable baits used in the AP-MS experiment. |
VPs |
A vector of viable prey used in the AP-MS experiment. |
geneName |
A logical indicating whether or not nodes should be plotted with common gene names as labels rather than systematic names. |
baitColor |
Color of bait nodes. |
preyColor |
Color of prey nodes. |
recipLineColor |
Color of edges connecting baits which both detected each other as prey |
.
unrecipBBLineColor |
Color of edges connecting baits in which one bait finds the other as prey but not vice versa. |
unrecipBPLineColor |
Color of edges extending from baits to proteins that were only used as prey, hence reciprocity is not possible. |
y |
Layout of plot |
This is a simple function for plotting complex estimates resulting from the apComplex algorithm. Giving the upcoming changes in Rgraphviz, it will likely be changed substantially.
A plotted graph of the complex estimate subgraph.
Denise Scholtens
Scholtens D and Gentleman R. Making sense of high-throughput protein-protein interaction data. Statistical Applications in Genetics and Molecular Biology 3, Article 39 (2004).
Scholtens D, Vidal M, and Gentleman R. Local modeling of global interactome networks. Bioinformatics 21, 3548-3557 (2005).
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