Centrosome amplification induces high grade features and is prognostic of worse outcomes in breast cancer

Keyphrases

• Breast Cancer 100%
• Centrosome Amplification 100%
• Bad Outcomes 100%
• Centrosome 22%
• Chromosomal Instability 22%
• Pericentriolar Material 16%
• Clinical Factors 11%
• Strong Correlation 11%
• Immunofluorescence 11%
• High-grade Tumor 11%
• Clinical Outcomes 11%
• Material Fragmentation 11%
• Cell Culture 5%
• In Cancer 5%
• Tumor 5%
• Clinical Follow-up 5%
• High Risk 5%
• Protective Mechanism 5%
• Overexpression 5%
• Human Cancer 5%
• Mitosis 5%
• Human Cell Lines 5%
• Breast Cancer Risk 5%
• Centriole 5%
• Triple Negative 5%
• Ploidy 5%
• Overall Survival 5%
• Human Breast Cancer 5%
• Tubulin 5%
• Consonants 5%
• Cellular Differentiation 5%
• Dedifferentiated 5%
• Pericentrin 5%
• High Stage 5%
• MCF10A 5%
• Mitotic Division 5%
• High-grade Malignancy 5%
• In Vitro Induction 5%
• Centrosome Clustering 5%
• Centrosome Aberrations 5%
• Secondary Causes 5%
• Recurrence-free Survival 5%
• Cell State 5%
• Tumor Ploidy 5%
• Cellular Feature 5%
• Polo-like Kinase 4 5%

Biochemistry, Genetics and Molecular Biology

• Centrosome 100%
• Chromosome Instability 16%
• Pericentriolar Material 12%
• Immunofluorescence 8%
• Ploidy 8%
• Chromosome 8%
• Tubulin 4%
• Consonant 4%
• Cell Culture 4%
• Cellular Differentiation 4%
• Overall Survival 4%
• Recurrence Free Survival 4%
• Polo-Like Kinase 4%
• Centriole 4%
• Mitosis 4%
• Cell Differentiation 4%

Immunology and Microbiology

• Centrosome 100%
• Chromosomal Instability 16%
• Immunofluorescence 8%
• Ploidy 8%
• Chromosome 8%
• Cell Line 4%
• Human Cell 4%
• Cell Culture 4%
• Cell Differentiation 4%
• Overall Survival 4%
• Recurrence Free Survival 4%
• Centriole 4%
• In Vitro 4%
• Kinase 4%
• Mitosis 4%
• Phosphotransferase 4%