Chapter 10:
Multiple Tests of Association with Biological Annotation Metadata


WWW companion

[Home] [R packages] [R code] [Supplementary tables and figures ] [References]



This chapter is based on

S. Dudoit, S. Keles, and M. J. van der Laan (2008). Multiple tests of association with biological annotation metadata. In D. Nolan and T. P. Speed (eds), Probability and Statistics: Essays in Honor of David A. Freedman, Vol. 2 of IMS Collections, p. 153-218. [PDF] [Journal Website] [Tech report # 202]


R packages

The following packages are needed for the analyses performed in Chapter 10 and may be downloaded from the Bioconductor Project website (Release 1.7).

    Software: annafy (Version 1.2.0), annotate (Version 1.8.0), multtest (Version 1.8.0).
    Experimental data: ALL (1.0.2).
    Annotation metadata: GO (Version 1.10.0), hgu95av2 (Version 1.10.0).


R code

Section 10.3. The Gene Ontology [BAM.R
]


Supplementary tables and figures

Supplementary Table 10.1.  Differentially expressed genes between BCR/ABL and NEG B-cell ALL.
This hyperlinked table provides information on the 20 genes found to be significantly differentially expressed between BCR/ABL and NEG B-cell ALL, at nominal FWER level 0.05, according to the bootstrap-based single-step maxT procedure, with two-sample t-statistics and B=5,000 bootstrap samples. The information includes: Affymetrix probe ID, gene symbol, gene name, gene function, chromosomal location, links to GenBank, Entrez Gene, NCBI Map Viewer, UniGene, PubMed, AmiGO, and KEGG, test statistics, and adjusted p-values.
The table was generated using the annafy package (Version 1.2.0, Bioconductor Release 1.7).


[ALL_DE.html]




Figure 10.1.  Parameters for tests of association with biological annotation metadata. [
PDF]

Figure 10.2. DAG for MF GO term GO:0004713, AmiGO. [JPEG]

Figure 10.3. DAG for MF GO term GO:0004713, QuickGO. [JPEG]

Figure 10.4. The Philadelphia chromosome and the BCR/ABL fusion.
Panel (a) [JPEG]
Panel (b) [GIF]
Other [JPEG]

Figure 10.5. Differentially expressed genes between BCR/ABL and NEG B-cell ALL.
Panel (a) [PDF]
Panel (b) [PDF]

Figure 10.6. GO terms associated with differential gene expression between BCR/ABL and NEG B-cell ALL, adjusted $p$-values. [PDF]

Figure 10.7.  GO terms associated with differential gene expression between BCR/ABL and NEG B-cell ALL, common terms between testing scenarios. [PDF]

Figure 10.8. GO terms associated with differential gene expression between BCR/ABL and NEG B-cell ALL, conditional distribution of $\lambda_n^{t}$ given $A$. [PDF]

Figure 10.9. GO terms associated with differential gene expression between BCR/ABL and NEG B-cell ALL, comparison of adjusted $p$-values for the three gene ontologies. [PDF]

Figure 10.10. GO terms associated with differential gene expression between BCR/ABL and NEG B-cell ALL, DAG for top 20 BP GO terms. [JPEG]

Figure 10.11. GO terms associated with differential gene expression between BCR/ABL and NEG B-cell ALL, DAG for top 20 CC GO terms. [JPEG]

Figure 10.12. GO terms associated with differential gene expression between BCR/ABL and NEG B-cell ALL, DAG for top 20 MF GO terms. [JPEG]

Figure 10.13. GO terms associated with differential gene expression between BCR/ABL and NEG B-cell ALL, BP GO term GO:0006916 and MF GO term GO:0003735.
Panel (a) [
PDF]
Panel (b) [
PDF]


References

The Gene Ontology
AmiGO
QuickGO