Table 1. Selected proto-oncogenes down-regulated by Aza-dC  TSA  and Aza-dC/TSA in MM cell lines

Supplementary Table 2. Genes up-regulated >4-fold after TSA treatment of MM cell lines

Table 3. Selected cancer-related genes up-regulated by Aza-dC  TSA  or Aza-dC/TSA in MM cell lines

Supplementary Table 3. Genes up-regulated >4-fold after Aza-dC/TSA treatment of MM cell lines

Supplementary Table 4. Genes down-regulated <-4-fold after Aza-dC  TSA and Aza-dC/TSA treatment of MM cell lines

Table 2. T-cell genes differentially induced by MLN-derived dendritic cells

Table 1. T-cell genes differentially induced by liver-derived dendritic cells

Supplemental table 2. Known up- and down-regulated genes at 21  35  50 and 100 days in mammary glands of Rattus Norvegicus exposed prenatally to high dose of BPA (250?g).

Supplemental table 1. Known up- and down-regulated genes at 21  35  50 and 100 days in mammary glands of Rattus norvegicus exposed prenatally to low dose of BPA (25micrograms).

Table 1. Genes at least two-fold different between PCNSL and non-CNS DLBCL at P < 0.05

SuppTable 3. Genes significantly down-regulated in >10% of the cell lines

SuppTable 4. Genes with Basal expression distinguishing cell lines with low D(0)

Table 2. Summary of radiation-responsive genes in survival (SF2  SF8  and D0)or lymphoblast (Ly)signatures

SuppTable 1. Genes responding to 8 Gy gamma-rays in at least 10% of cell lines

Table 4. RT-PCR validation of genes up-regulated in the breast epithelium of parous women

Table 3. Genes differentially expressed in the breast epithelium of parous control women

Table 2. Differentially expressed genes in RASFsn-stimulated chondrocytes (FC ? 1 5; FC ? -1 5; GCOS) showing the expression of already established marker genes of cartilage destruction that failed to meet the stringent twofold regulation criteria

Table 1. 68 reproducibly differentially expressed genes in RASFsn-stimulated chondrocytes (FC ? 2; FC ? -2; RMA and GCOS); functionally annotated with reports from the literature and classified into six functional groups