Apoptosis and Molecular Signaling

Sgk1 enhances RANBP1 transcript levels and decreases taxol sensitivity in RKO colon carcinoma cells

Proteomics / Cancer Cell Biology / Cell Signaling / Cancer Research / Apoptosis / RNA interference / Apoptosis and Molecular Signaling / Humans / Oncogene / Paclitaxel / Phosphorylation / Clinical Sciences / Carcinoma / Taxol / Insulin Action and Cell Survival / RNA interference / Apoptosis and Molecular Signaling / Humans / Oncogene / Paclitaxel / Phosphorylation / Clinical Sciences / Carcinoma / Taxol / Insulin Action and Cell Survival

Sgk1 enhances RANBP1 transcript levels and decreases taxol sensitivity in RKO colon carcinoma cells

Proteomics / Cancer Cell Biology / Cell Signaling / Cancer Research / Apoptosis / RNA interference / Apoptosis and Molecular Signaling / Humans / Oncogene / Paclitaxel / Phosphorylation / Clinical Sciences / Carcinoma / Taxol / Insulin Action and Cell Survival / RNA interference / Apoptosis and Molecular Signaling / Humans / Oncogene / Paclitaxel / Phosphorylation / Clinical Sciences / Carcinoma / Taxol / Insulin Action and Cell Survival

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