Table 4 Descriptive microarray results of apoptosis genes unique to mouse liver tissue slices that were up- or downregulated after infection with Adnull or AdDelta24

Table 3 Descriptive microarray results of apoptosis genes unique to human liver tissue slices that were up- or downregulated after infection with Adnull or AdDelta24

Table 2 Descriptive microarray results of apoptosis genes common to human and mouse liver tissue slices that were downregulated after infection with Adnull or AdDelta24

Table 5 Validation of representative apoptosis genes in the descriptive microarray hybridization by quantitative real-time RT-PCR to compare apoptosis gene expression in human liver tissue slices after infection with Adnull and AdDelta24 to noninfected human liver tissue slices

Figure4. The Analysis of Hypoxia Response in Human Cancers

Table 3 Description of 18 genes forming the ovarian tumour classifier

Table 2.  Down-regulated transcripts in monocyte-derived dendritic cells (MoDCs) and MUTZ-3 dendritic cells (MUTZ-3-DCs) in response to inflammatory stimulation

Table 1.  Dendritic cell markers expressed by monocyte-derived dendritic cells (MoDCs) and MUTZ-3 dendritic cells (MUTZ-3-DCs) in their immature (0 hr) and mature (48 hr) states

Table 3.  Up-regulated transcripts in monocyte-derived dendritic cells (MoDCs) and MUTZ-3 dendritic cells (MUTZ-3-DCs) in response to inflammatory stimulation.

Supplemental Table3S. The significantly increased and decreased genes in the liver of SRC-3-/- mice as compared to wild type mice

Supplemental Table1S. The significantly increased and decreased genes in the liver of SRC-1-/- mice as compared to wild type mice

Table 3. Regulation of Energy Metabolism Genes in the Liver of SRC-2?/? Mice

Table 2. Regulation of Energy Metabolism Genes in the Liver of SRC-1?/? Mice

Supplemental Table2S. The significantly increased and decreased genes in the liver of SRC-2 -/- mice as compared to wild type mice

Supplementary Table 3c. Genes present in VIS identified in the BXH2 model and differentially expressed in the adult AML dataset.