twoGOSim: DNA Similarity Calculation based on Gene Ontology (GO)...

In rDNAse: Generating Various Numerical Representation Schemes of DNA Sequences

Description

DNA Similarity Calculation based on Gene Ontology (GO) Similarity

Usage

twoGOSim(id1, id2, type = c("go", "gene"), ont = "MF", organism = "human",
  measure = "Resnik", combine = "BMA")

Arguments

id1	A character vector. length > 1: each element is a GO term; length = 1: the Entrez Gene ID.
id2	A character vector. length > 1: each element is a GO term; length = 1: the Entrez Gene ID.
type	Input type of id1 and id2, 'go' for GO Terms, 'gene' for gene ID.
ont	Default is 'MF', could be one of 'MF', 'BP', or 'CC' subontologies.
organism	Default is 'human', could be one of 'anopheles', 'arabidopsis', 'bovine', 'canine', 'chicken', 'chimp', 'coelicolor', 'ecolik12', 'ecsakai', 'fly', 'human', 'malaria', 'mouse', 'pig', 'rat', 'rhesus', 'worm', 'xenopus', 'yeast' or 'zebrafish'.
measure	Default is 'Resnik', could be one of 'Resnik', 'Lin', 'Rel', 'Jiang' or 'Wang'.
combine	Default is 'BMA', could be one of 'max', 'average', 'rcmax' or 'BMA' for combining semantic similarity scores of multiple GO terms associated with DNA.

Details

This function calculates the Gene Ontology (GO) similarity between two groups of GO terms or two Entrez gene IDs.

Value

A n x n matrix.

Author(s)

Min-feng Zhu <[e-mail]>

See Also

See parGOSim for DNA similarity calculation based on Gene Ontology (GO) semantic similarity. See parSeqSim for paralleled DNA similarity calculation based on Smith-Waterman local alignment.

Examples

## Not run: 
# Be careful when testing this since it involves GO similarity computation
# and might produce unpredictable results in some environments

require(GOSemSim)
require(org.Hs.eg.db)

# by GO terms
go1 = c("GO:0004022", "GO:0004024", "GO:0004023")
go2 = c("GO:0009055", "GO:0020037")
gsim1 = twoGOSim(go1, go2, type = 'go', ont = 'MF', measure = 'Wang')
print(gsim1)

# by Entrez gene id
gene1 = '241'
gene2 = '251'
gsim2 = twoGOSim(gene1, gene2, type = 'gene', ont = 'BP', measure = 'Lin')
print(gsim2)
## End(Not run)

rDNAse documentation built on May 2, 2019, 4:16 a.m.