Figure S3. Knockdown of GNB4 using siRNA suppresses proliferation of parental S05 cells. S05 cells grown to 80% confluency were transiently transfected with either 30 nM GNB4 siRNA or 30 nM negative control siRNA; at 24 h after transfection, the cells were replated in 96-well plate, MTT assay was performed as described in “Methods”. Asterisk indicates p < 0.05. (PPTX 37 kb
Figure S4. SGI and MS275 inhibit cell proliferation of bsMCF_luc, XtMCF, and LmMCF. (TIF 1491 kb
Figure S2. Stable knockdown of FTO in breast cancer cells by lentiviral shRNA sequences (shFTO#1 and...
Table S1. Sequence of DNMT3B siRNA. Table S2. Primers of miR-29c and DNMT3B. Table S3. Primers of TI...
Figure S4. siRNA-mediated knockdown of GNB4 in TAMR-1 and 182R-6 cells. A, 182R-6 and TAMR-1 cells g...
Figure S2. Knockdown of GNB4 in TAMR-1 and 182R-6 cells using siRNA. 182R-6 and TAMR-1 cells grown t...
Figure S1. Effect of GNB4 overexpression on cell growth of 182R-6 and TAMR-1 cell lines (no drug tre...
Figure S3. IKKε inhibits activity of p52. qRT-PCR and ChIP-PCR results for MDA MB 231 cell line and ...
Figure S3 Growth curve of MDA-MB-468 cells depleted (si-ID4) or not (si-SCR) of ID4 expression by si...
Figure S4. Genetic suppression of GSK3β expression decreases the sphere-forming potential of mesench...
Figure S1 4EBP1 knockdown inhibits proliferation of MCF7 and T47D breast cancer cells. (a) Western b...
Table S2. Differentially expressed genes in FTO-knockdown MDA-MB-231 cells. (XLSX 764 kb
Figure S2 4EBP1 knockdown slows proliferation of SUM-229 and SUM-149 breast cancer cells. (a) Wester...
Figure S1. Reduced expression of Zc3h8 in a second cell line and using a second targeting shRNA lead...
Figure S5. Stable BNIP3-knockdown in FTO-knockdown MDA-MB-231 cells (a), MCF-7 cells (b) and 4âT1 ...
Figure S5. MS-MLPA analysis of ID4 status after fulvestrant treatment. MS-MLPA ME003 probemix was us...
Figure S4. SGI and MS275 inhibit cell proliferation of bsMCF_luc, XtMCF, and LmMCF. (TIF 1491 kb
Figure S2. Stable knockdown of FTO in breast cancer cells by lentiviral shRNA sequences (shFTO#1 and...
Table S1. Sequence of DNMT3B siRNA. Table S2. Primers of miR-29c and DNMT3B. Table S3. Primers of TI...
Figure S4. siRNA-mediated knockdown of GNB4 in TAMR-1 and 182R-6 cells. A, 182R-6 and TAMR-1 cells g...
Figure S2. Knockdown of GNB4 in TAMR-1 and 182R-6 cells using siRNA. 182R-6 and TAMR-1 cells grown t...
Figure S1. Effect of GNB4 overexpression on cell growth of 182R-6 and TAMR-1 cell lines (no drug tre...
Figure S3. IKKε inhibits activity of p52. qRT-PCR and ChIP-PCR results for MDA MB 231 cell line and ...
Figure S3 Growth curve of MDA-MB-468 cells depleted (si-ID4) or not (si-SCR) of ID4 expression by si...
Figure S4. Genetic suppression of GSK3β expression decreases the sphere-forming potential of mesench...
Figure S1 4EBP1 knockdown inhibits proliferation of MCF7 and T47D breast cancer cells. (a) Western b...
Table S2. Differentially expressed genes in FTO-knockdown MDA-MB-231 cells. (XLSX 764 kb
Figure S2 4EBP1 knockdown slows proliferation of SUM-229 and SUM-149 breast cancer cells. (a) Wester...
Figure S1. Reduced expression of Zc3h8 in a second cell line and using a second targeting shRNA lead...
Figure S5. Stable BNIP3-knockdown in FTO-knockdown MDA-MB-231 cells (a), MCF-7 cells (b) and 4âT1 ...
Figure S5. MS-MLPA analysis of ID4 status after fulvestrant treatment. MS-MLPA ME003 probemix was us...
Figure S4. SGI and MS275 inhibit cell proliferation of bsMCF_luc, XtMCF, and LmMCF. (TIF 1491 kb
Figure S2. Stable knockdown of FTO in breast cancer cells by lentiviral shRNA sequences (shFTO#1 and...
Table S1. Sequence of DNMT3B siRNA. Table S2. Primers of miR-29c and DNMT3B. Table S3. Primers of TI...