WBPaper00024671:AFD_vs_AWB_downregulated

Genes predicted to be regulated more than 2.0 fold. Genes predicted to be downregulated more than 2.0 fold in AFD dataset as compared to AWB dataset.

WBPaper00024671:AFD_vs_AWB_upregulated

Genes predicted to be regulated more than 2.0 fold. Genes predicted to be upregulated more than 2.0 fold in AFD dataset as compared to AWB dataset.

WBPaper00024671:AFD_AWB_vs_unsorted_downregulated

Genes predicted to be regulated more than 2.0 fold. Genes predicted to be downregulated more than 2.0 fold in (AFD+AWB) datasets as compared to unsorted whole embryonic cells dataset.

WBPaper00024671:AFD_AWB_vs_unsorted_upregulated

Genes predicted to be regulated more than 2.0 fold. Genes predicted to be upregulated more than 2.0 fold in (AFD+AWB) datasets as compared to unsorted whole embryonic cells dataset.

WBPaper00032022:X-Ray_upregulated

Gene was considered induced if the difference in expression levels was significant (p < 0.05) compared to the control. To be considered the change in expression had to be at least 2 fold compared to the control. Genes induced at least 2 fold 2 hours after 120Gy X-ray treatment

WBPaper00040134:nhr-49(RNAi)_regulated_protein

N.A. Proteins found to be significantly regulated by quantitative proteomics upon RNAi knock down of nhr-49 compared to control worms.

WBPaper00026929:Resveratrol_regulated_N2

N.A. Genes found to be regulated in N2 by resveratrol treatment with p < 0.01.

WBPaper00026929:Resveratrol_regulated_daf-16

N.A. Genes found to be regulated in daf-16(mgDf50) by resveratrol treatment with p < 0.01.

WBPaper00026929:sir-2.1_overexpression_regulated

N.A. Genes found to be regulated by low-copy overexpression of sir-2.1 with p < 0.014.

WBPaper00027722:Microbacterium_nematophilum_upregulated

A probe that is induced or repressed at least twofold in a replicate to was defined as changed. The set of probes that, across replicates marked as Present by MAS5.0, were both (1) changed in at least two replicates and (2) changed on average. The second criterion is redundant when all three replicates are changed, but helps control situations where one replicate is markedly different from the others. These probes have a false discovery rate (FDR) of ~5%. Genes up regulated by the virulent strain of Microbacterium nematophilum (CBX102).