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WormBase Tree Display for Expression_cluster: WBPaper00025032:cluster_68

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Name Class

WBPaper00025032:cluster_68DescriptionC-lineage related expression profile.
SpeciesCaenorhabditis elegans
AlgorithmQT clustering
ReferenceWBPaper00025032
Microarray_results171731_x_at
171863_x_at
172305_x_at
173461_at
173462_s_at
173509_at
173631_at
173646_at
173667_at
173872_at
173912_at
174375_at
174516_at
174598_s_at
174847_at
174974_s_at
174991_at
175206_at
175331_at
194248_x_at
175218_at
GeneWBGene00007433
WBGene00015181
WBGene00012739
WBGene00001949
WBGene00003002
WBGene00006773
WBGene00009254
WBGene00004106
WBGene00004749
WBGene00009977
WBGene00003087
WBGene00006757
WBGene00004204
WBGene00000938
WBGene00015007
WBGene00004782
WBGene00003787
WBGene00002000
WBGene00021474
WBGene00045272
Attribute_ofMicroarray_experimentWBPaper00025032:N2_0_min
WBPaper00025032:N2_23_min
WBPaper00025032:N2_41_min
WBPaper00025032:N2_53_min
WBPaper00025032:N2_66_min
WBPaper00025032:N2_83_min
WBPaper00025032:N2_101_min
WBPaper00025032:N2_122_min
WBPaper00025032:N2_143_min
WBPaper00025032:N2_186_min
WBPaper00025032:mex-3_skn-1_0_min
WBPaper00025032:mex-3_skn-1_23_min
WBPaper00025032:mex-3_skn-1_41_min
WBPaper00025032:mex-3_skn-1_53_min
WBPaper00025032:mex-3_skn-1_66_min
WBPaper00025032:mex-3_skn-1_83_min
WBPaper00025032:mex-3_skn-1_101_min
WBPaper00025032:mex-3_skn-1_122_min
WBPaper00025032:mex-3_skn-1_143_min
WBPaper00025032:mex-3_skn-1_186_min
WBPaper00025032:pie-1_0_min
WBPaper00025032:pie-1_23_min
WBPaper00025032:pie-1_41_min
WBPaper00025032:pie-1_53_min
WBPaper00025032:pie-1_66_min
WBPaper00025032:pie-1_83_min
WBPaper00025032:pie-1_101_min
WBPaper00025032:pie-1_122_min
WBPaper00025032:pie-1_143_min
WBPaper00025032:pie-1_186_min
RemarkThis clustering algorithm assembles a series of clusters ordered by size with a defined limit on the largest pair-wise distance allowed between any two profiles in a cluster. Distance between profiles is measured as 1-R, where R is the Pearson correlation coefficient. Although we limited this distance to 0.3, some genes are included in clusters simply by chance. To reduce the spurious inclusion of these genes in the final clusters, we systematically re-sampled our data (100 times) with two forms of synthetic noise added at each reiteration to generate an Ravg. Noise was added to log2 scale RMA expression data, and was generated by a two-component model consisting of an additive Gaussian background with standard deviation 0.2, and a multiplicative Gaussian sampling error with a standard deviation of 0.05. Simulated data were floored at 1 RMA unit.
Type: Co-expression Cluster