Knockdown of ephb1 receptor decreases medulloblastoma cell growth and migration and increases cellular radiosensitization

Keyphrases

• Knockdown 100%
• Cell Growth 100%
• Medulloblastoma 100%
• Cell Migration 100%
• Radiosensitization 100%
• EphB1 100%
• Medulloblastoma Cell Lines 20%
• Tumor 10%
• Therapeutic Target 10%
• Cell Viability 10%
• Cell Survival 10%
• Tumor Recurrence 10%
• Functional Role 10%
• Dysregulated 10%
• G1 Phase 10%
• Cells in Culture 10%
• Receptor Tyrosine Kinase 10%
• MRNA Expression 10%
• Daoy Cells 10%
• Irradiation 10%
• Ephrin Ligands 10%
• Cell Cycle Regulators 10%
• Protein Expression Profiling 10%
• Genetically Engineered Mouse Models 10%
• Integrin Expression 10%
• Radiation Sensitivity 10%
• Eph Family 10%
• Survival Markers 10%
• Growth Sensitivity 10%
• Genetically Engineered Mice 10%
• Promising Therapeutics 10%
• Reduced Cells 10%
• Genetic Loss 10%
• Engineered Mouse Models 10%

Biochemistry, Genetics and Molecular Biology

• Cell Growth 100%
• Cell Migration 100%
• Radiosensitization 100%
• Cell Cycle 66%
• Mouse Model 66%
• Genetically Engineered Mouse Strain 66%
• Cell Viability 33%
• Genetics 33%
• Protein Expression 33%
• Cell Survival 33%
• Downregulation 33%
• Radiosensitivity 33%
• Receptor Tyrosine Kinase 33%
• Ephrin 33%
• Percentage of Cells in G1 Phase 33%
• Messenger RNA 33%
• Integrin 33%

Neuroscience

• Medulloblastoma 100%
• Cell Growth 100%
• Cell Migration 100%
• Ephrin Receptor B1 100%
• Cell Line 28%
• Cell Cycle 28%
• Cell Viability 14%
• Protein Expression 14%
• Receptor Tyrosine Kinase 14%
• Cell Survival 14%
• Integrin 14%
• Ephrin 14%
• Cell Cycle G1 Phase 14%
• Messenger RNA 14%
• Genetics 14%