Cathepsin D and eukaryotic translation elongation factor 1 as promising markers of cellular senescence

Keyphrases

• Cathepsin D 100%
• Cellular Senescence 100%
• Eukaryotic Translation Elongation 100%
• Translation Elongation Factor 1-α 100%
• Ionizing Radiation 40%
• EEF1A1 30%
• Doxorubicin 20%
• Radiation-induced Senescence 20%
• Hydrogen Peroxide 10%
• Cell Proliferation 10%
• Apoptosis 10%
• Anticancer Drugs 10%
• Small Interfering RNA (siRNA) 10%
• Cancer Treatment 10%
• Western Blot 10%
• Cell Cycle Arrest 10%
• Knockdown 10%
• Cancer Cells 10%
• Taxol 10%
• RNA-based 10%
• Autophagy 10%
• Etoposide 10%
• Breast Cancer Cells 10%
• Chemical Inhibitors 10%
• Promising Strategies 10%
• RAS Oncogene 10%
• Colon Cancer Cells 10%
• Senescence 10%
• Pepstatin A 10%
• Senescence-associated 10%
• Elongation Factor 10%
• Human Lung Cancer NCI-H460 Cells 10%
• Camptothecin 10%
• Xenografted Tumor 10%
• Lung Cancer Cell Lines 10%
• Premature Senescence 10%
• Replicative Senescence 10%
• Oncogene-induced Senescence 10%
• Comparative Proteomic Analysis 10%
• HCT116 Colon Cancer Cells 10%

Biochemistry, Genetics and Molecular Biology

• Eukaryotic Translation 100%
• Elongation Factor 1 100%
• Cathepsin D 100%
• Translation Elongation 100%
• Cancer Cell 40%
• Elongation Factor 30%
• Upregulation 20%
• Downregulation 20%
• Doxorubicin 20%
• Proteomics 10%
• Hydrogen Peroxide 10%
• Cell Proliferation 10%
• Colon 10%
• Small Interfering RNA 10%
• Cell Cycle Arrest 10%
• Anticancer 10%
• Oncogene Ras 10%
• Cell Cycle Checkpoint 10%
• Autophagy 10%
• Factor XI 10%
• Factor XII 10%
• Western Blotting 10%
• Pepstatin 10%