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WormBase Tree Display for Expression_cluster: WBPaper00025032:cluster_10

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Name Class

WBPaper00025032:cluster_10DescriptionC-lineage related expression profile.
SpeciesCaenorhabditis elegans
AlgorithmQT clustering
ReferenceWBPaper00025032
Microarray_results171778_x_at
171797_x_at
171798_x_at
171800_x_at
171898_x_at
171921_x_at
171940_x_at
171954_x_at
171959_x_at
171966_x_at
171977_x_at
171994_x_at
172009_x_at
172047_x_at
172675_x_at
172865_x_at
172883_x_at
172890_x_at
172892_x_at
172939_x_at
172946_s_at
173243_s_at
173246_s_at
173248_s_at
173249_s_at
173251_s_at
173253_s_at
173269_s_at
173277_at
173304_at
173315_at
173329_s_at
173331_s_at
173351_s_at
173375_s_at
173380_at
173680_at
173686_s_at
173747_at
173750_at
173810_at
173871_at
173875_at
173939_at
174080_s_at
174085_s_at
174175_at
174286_at
174415_at
174511_s_at
174531_at
174597_at
174615_at
174806_at
174843_at
175007_at
175065_s_at
175100_s_at
175295_at
175317_s_at
175385_at
175469_s_at
175482_at
176476_s_at
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177399_at
178525_at
178672_s_at
183208_at
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183505_at
185580_s_at
187724_s_at
187806_s_at
187859_s_at
188728_at
188764_at
189527_at
189778_s_at
192013_s_at
192155_s_at
192434_at
192592_s_at
192800_s_at
192860_at
192990_at
192991_s_at
193021_s_at
193146_at
193821_at
194263_x_at
171976_x_at
172083_x_at
173333_s_at
173369_s_at
175367_s_at
175411_at
176041_s_at
190847_s_at
192551_at
192736_at
192763_at
192877_at
194186_x_at
171972_x_at
GeneWBGene00012722
WBGene00004412
WBGene00004430
WBGene00004431
WBGene00010221
WBGene00001858
WBGene00004445
WBGene00004480
WBGene00004487
WBGene00019760
WBGene00004489
WBGene00004491
WBGene00013236
WBGene00002182
WBGene00004441
WBGene00004434
WBGene00004490
WBGene00004469
WBGene00004436
WBGene00004496
WBGene00004446
WBGene00004433
WBGene00004488
WBGene00004428
WBGene00019466
WBGene00012980
WBGene00021350
WBGene00004485
WBGene00004450
WBGene00004449
WBGene00004427
WBGene00004429
WBGene00020160
WBGene00012420
WBGene00000383
WBGene00016203
WBGene00008745
WBGene00004951
WBGene00002065
WBGene00001331
WBGene00004413
WBGene00004474
WBGene00016913
WBGene00000105
WBGene00018743
WBGene00004482
WBGene00016121
WBGene00002261
WBGene00004862
WBGene00004739
WBGene00002247
WBGene00008622
WBGene00004448
WBGene00004493
WBGene00001101
WBGene00304811
WBGene00077761
WBGene00016411
WBGene00022416
WBGene00016295
WBGene00007531
WBGene00007133
WBGene00014772
WBGene00009373
WBGene00011599
WBGene00010803
WBGene00019102
WBGene00022670
WBGene00019492
WBGene00023323
WBGene00006725
WBGene00020382
WBGene00004494
WBGene00004432
WBGene00004495
WBGene00004475
WBGene00004483
WBGene00004477
WBGene00004470
WBGene00006728
WBGene00001169
WBGene00004497
WBGene00004456
WBGene00022441
WBGene00008563
WBGene00004454
WBGene00001794
WBGene00004484
WBGene00004440
WBGene00002230
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